PB 151395

^ecknic&l v£ete 36

A MULTIPLET TABLE OF

ASTROPHYSICAL INTEREST

Revised Edition

Part I —Table of Multiplets

Part II —Finding List of All Lines in the Table of

Multiplets

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NATIONAL BUREAU OF STANDARDS

technical Niote

36

NOVEMBER 1959

A MULTIPLET TABLE OF ASTROPHYSICAL INTEREST

Revised Edition

Charlotte E. Moore

Part I—Table of Multiplets

Part II —Finding List of All Lines in the Table of Multiplets

Contributions from the Princeton University Observatory

No. 20, 1945 Reprinted by permission of the Director

of the Princeton University Observatory

NBS Technical Notes are designed to supplement the Bureau's regular publications program. They provide a means for making available scientific data that are of transient or limited interest. Technical Notes may be

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ABSTRACT

Pending the completion of a current edition, the 1945 Multiplet

Table is being reprinted here to meet continuing demands. The leading lines in 19 6 atomic spectra of 85 chemical elements are listed in

related groups called multiplets. Estimated intensities, excitation

potentials and multiplet designations are given for the individual lines,

and each multiplet is assigned a number. An extensive bibliographycovers the source material used for the compilation.

The Table is presented in two parts:

Part I includes the multiplets, with the spectra of each element

being given in order of increasing ionization, and the elements in

order of increasing atomic number.

Part II is a Finding List in which all the lines in Part I are entered

in order of increasing wavelength, with their multiplet numbers.

The range of the Table is from 2951 A to 13 164 A. A supplementary table of "Forbidden Lines" extends from 2972 A to 12645 A.
Part I —Table of Multiplets

TABLE OF CONTENTS

Part I. Table of Multiplets

Page

I Introduction

1 Need for spectrum analysis iv 2 Need for Multiplet Table , iv

3 Range of Present Table iv 4 Importance of Multiplets .......... iv

5 First edition iv 6 Arrangement of Table iv

II The Multiplet Table—General Considerations

7 Astronomical Spectra iv 8 Astrophysical importance of spectra, H-Zn v

9 Elements Ga-Ba , v

10 Rare Earths v

11 Elements Hf-U v

III Basis of Selection

12 The Short Periods {H-A) v

13 Nebular spectra v

14 First Spark Spectra v

15 Infra-Red Solar Spectrum v

16 The First Long Period (K-Kr) vi 17 The Spectrum of Fe i vi 18 The Second Long Period (Rb-Xe) vi 19 Forbidden Lines vi IV General Arrangement of the Multiplet Table

20 Size of Present Revised Multiplet Table vi 21 Periodic Table vi 22 Headings viii 23 Ionization Potential viii 24 Grading of Analysis of Individual Spectra viii 25 Grading of List of Individual Spectra viii 26 Date of completion of Individual Spectra ix V Arrangement of the Multiplets of Each Spectrum

27 Spectrum Analysis—general arrangement of multiplets ix 28 Multiplet Designations—quantum numbers x 29 Incomplete Multiplets xii 30 Unclassified Lines xiii 31 Special Remarks on Individual Spectra xiii VI Columns of the Table of Multiplets

32 Wave-Length xiii 33 Symbols xiv

34 Intensity xv

35 Excitation Potentials xvi

VII Spectroscopic Notation

A Series Spectra

36 Series Notation and Limits xvi

37 Special Cases •

• xyii B Complex Spectra

38 Regular Notation xviii 39 Numbered Levels xviii

VIII Special Notes on Individual Spectra

40 H, D, He n etc zviii 41 Fe i etc "
TABLE OF CONTENTS

Part I. Table of Multiplets—Continued

Page

IX Spectra Omitted from the R M T

42 Spectra of Astrophysical Interest—No Analysis xx

43 Analyzed Spectra without Astrophysical Importance xxi 44 Spectra for which nothing is known xxi

X Forbidden Lines

45 Basis of Selection xxi

XI Details of Publication

46 Revised Solar Identifications xxiii XII Bibliography—Description

47 References used for Wave-Length, Intensity and Analysis xxiii XIII Acknowledgments

Bibliography xxxi

Index by Pages xxxv

Index by Elements xxxvi

Revised Multiplet Table

Body of Table 1-99

Forbidden Lines i00-110
PREFACE

The preparation of a Multiplet Table that will meet the needs of all astrophysicists both now and in the future

is an almost overwhelming undertaking. The most eminent workers would have to exercise careful judgment in handling the spectroscopic literature today. The writer has been bold enough to attempt it, only because of the

many requests for a revision of the earlier Table and the enthusiasm with which it was received in spite of its many

faults. Admittedly the present work is far from ideal. With all its limitations, however, it could never have been

published without a vast amount of collaboration. The generosity and encouragement of spectroscopists and

astrophysicists both at home and abroad has been the inspiration for this book. No two people would present the same choice of material, and the writer feels that her judgment has been far from adequate for this task. Whatever

usefulness the volume may have is due to the many workers who have stood by, ready to supply material, to discuss

puzzling questions and to offer the most valuable. suggestions.

Since 1932 work on spectrum analysis has progressed so speedily that the selection of data useful to the astrophysicist has been one of the major problems. Requests for an entirely complete Multiplet Table have been received, but

the purpose of this work has been to provide a book whose scope is limited—one that contains astrophysic ally useful data but is not unwieldy because of the inclusion of other material from the vast storehouse of spectroscopic liter- ature now accessible. The bibliography should be consulted by those who desire more complete Tables of Multiplets.

More work of astrophysical importance remains to be done, chiefly on the spectra of the rare-earths and on the

second spark spectra in general. It is hoped that a supplement can be prepared to cover these spectra and that

a large part of the present work will prove to be definitive.

This book has been brought to a conclusion during the second world war. Consequently, restrictions of all kinds have been imposed and assistance has been limited. A very careful attempt has been made to prepare the

manuscript accurately. The writer believes, however, that errors have inevitably been made in the compiling and

editing of more than 25,750 spectral lines, for the work has been done with the minimum amount of clerical aid. She relies upon the users -to detect serious errors and report them to her so that a list of errata may be published.

Suggestions will be welcome.

Mention has been made of the cordial cooperation experienced from the beginning of this work. It could not now have been brought to a conclusion without the hearty and enthusiastic support of Henry Norris Russell, the

author of the first list of multiplets of astrophysical importance. He has generously offered his valuable collection of data on spectra and has been ever ready to help in spite of the many complications that have arisen in carrying

out such an extensive program.

Charlotte E. Moore

Princeton University Observatory

Princeton, New Jersey

April 3, 1945

in
A MULTIPLET TABLE OF ASTROPHYSICAL INTEREST

Part I TABLE OF MULTIPLETS

I. INTRODUCTION

1. The detailed interpretation of stellar spectra demands of the laboratory investigators an ever increasing

amount of careful work on spectrum analysis. With the impetus provided by Hund's theory, remarkably rapid strides have been made. Additional encouragement, particularly in handling complex spectra, has resulted from the great

development of mechanical devices to decrease the enormous labor of measuring and reducing spectrograms. The

valuable machine developed by Harrison at the Massachusetts Institute of Technology for this purpose has already

proven its worth and promises much more in the future.

2. From an astrophysical point of view there is a definite need for a compendium of multiplets. The manuscript lists prepared for the present work have been almost continuously on loan to various investigators.

Spectrum analysis has not been carried far enough to compile a completely satisfactory Table. So many

spectra have been analyzed, however, that to wait for perfection is to retard scientific progress. For many spectra

"prediction" may be invoked to extend the existing lists of observed laboratory lines, and this has been done

throughout the work. Three general classes of lines are tabulated: those observed in the laboratory; predicted

"permitted" lines calculated from combinations among spectroscopic term values; and predicted "forbidden" lines.

3. A complete multiplet table would be welcomed by many scientists. It is not the purpose of the present work

to furnish this. The range of wave-lengths is roughly from A2950 to X13000. The violet limit is imposed by the ozone in our atmosphere, which cuts off stellar observations beyond this region. In the infra-red the scarcity and

inaccuracy of laboratory wave-lengths have made it necessary to predict many lines.

. Even within these limits, only the lines thought to be useful in the interpretation ot astronomical spectra are

listed. These are selected from the elements sufficiently abundant to appear in stellar spectra, and from only those

stages of ionization and types of excitation which are to be expected.

4. The importance of handling the various laboratory spectra by multiplets was stressed in 1925 by Russell,1 who published the original multiplet table under the title "A List of Ultimate and Penultimate Lines of Astrophysical

Interest." Useful as it was, this soon proved to be incomplete, not only because it was intentionally limited, but

also because more data were becoming available. Work on spectrum analysis was proceeding so rapidly that an

extension of his list was imperative.

5. When the writer was at the Mount Wilson Observatory in 1931 she prepared a solar multiplet table for private use in revising and extending the identification of lines in the solar and sun-spot spectra. This manuscript was constantly used by astronomers. In response to requests for copies, the laboratory data for light elements present

in early type stars were added and a limited edition was printed in 1933.2 This edition was out of date and out of

print almost immediately—the demand for it had not been anticipated. To meet the situation the present book

was planned; it is the first book designed from the start as a multiplet table for astrophysicists. For this reason,

solar wave-lengths and intensities are excluded. It is essentially a manual of laboratory data needed by astronomers.

6. In the Multiplet Table (Part I) the elements are arranged in order of increasing atomic number. For each

spectrum of* each element the multiplets are listed in order of increasing energy level (see § 27 for details), and are numbered for reference. While such an arrangement is useful in studying stellar spectra, it introduces one serious

disadvantage. The search for a particular line is laborious. This has been a widespread and an entirely justified criticism of the earlier Table. A Finding List has, therefore, been prepared and forms Part II of this Contribution.

Here every line in the Revised Multiplet Table (hereinafter referred to as the R M T), is entered in order of wavelength, listing the spectrum to which the line belongs, and the number of the multiplet containing it.

II. THE MULTIPLET TABLE—General Considerations

7. The astronomical spectra forming the basis of selection of the elements, spectra and lines included, fall into

several general classes. The sun receives first consideration. The observed solar spectrum now extends from

X2914* to X13495, which accounts for the range covered in this Table. In addition, the spot and chromospheric spectra,

stellar spectra of every type from Wolf-Rayet stars down through M-stars, including giants and dwarfs, spectra

of novae and nebulae, and of the corona must be taken into account.

1 Ml. Wilson Contr. No. 286; Ap. J. 61, 223, 1925.

• A Multiplet Table of Astrophysical Interest, Princeton 1933.

• Accurate measures have not been made to the violet of X2949.

IV
8. The astrophysical importance of a spectrum depends upon the abundance of the element in the most favorable celestial sources, and the number and excitation potentials of the lines in the visible region. Almost all of the

elements of atomic number 1-30 (H-Zn) have, on this account, preference over those that follow. The analyses of

their arc spectra are almost all adequate for astrophysical purposes. For the first spark spectra, which on the whole are more important, the analyses are fairly complete (except for Mn ii and Co n) The lists for these spectra in the R M T include all but the weakest observed lines except for a few elements of low abundance.

The second spark spectra are less completely analyzed in the two short periods. In the first long period Ft in

is complete and only a beginning has been made for any of the rest. Detailed knowledge of spectra of more highly ionized atoms is confined to a few of the lighter elements.

9. The spectra of the elements from Ga to Ba are on the average considerably richer, and much less completely

analyzed; but these elements are decidedly less abundant and the existing data are usually, though not always, fairly

adequate for astrophysical purposes.

10. The rare earths, which are no rarer than neighboring elements in cosmical abundance, usually have rich spectra, which adds to their significance. The arc spectra rarely appear. The first spark spectra are important in many

stars, and lines of the second spark spectra of several of them have recently been identified. 1 Analysis of the third spectra

is barely begun; for the second spectra it is well advanced for six of these elements and well begun for four more. The lists given here for the rare earths are approximately definitive for La n, Eu n and Lu n. It is hoped that

greatly improved data for^the others will be available in the near future. Extended tables for rare earths are likely to form the larger part of a supplement to the R M T.

11. The elements from Hf onward are of low abundance, and the data for them, though incomplete, meet most

astrophysical needs tolerably.

III. BASIS OF SELECTION

12. The Short Periods {H-A).

These spectra are so important in the hotter stars that the lists are entirely or almost complete for all degrees

of ionization included, except for a few elements of low cosmic abundance.

The spectra of Wolf-Rayet stars,2 ' 3 novae and nebulae contain many "predicted" lines of these elements, not

yet observed in the laboratory. For many light elements more predicted lines could probably have been included

to advantage. More accurate values of predicted wave-lengths could also have been given, particularly in the spark

spectra of C, N, and 0. The precedent set by Edlen in his work on Wolf-Rayet 3 stars was followed. In many cases the term separations are known with sufficient accuracy to justify predictions to 0.1 A, although he uses no decimals.

Use of the photographic method of reproduction for this book has prevented all but the most necessary alterations

of the original manuscript. Changes later realized to be improvements have been omitted because of this restriction.

13. Bowen's 4 work naturally forms the guide for selecting material related to nebular spectra. The leading

nebular lines are due to forbidden lines of the light elements. In anticipation of future needs, the lists of forbidden

lines have, however, been greatly extended throughout the first long period.

14. No particular type of stellar spectrum has influenced the choice of lines from the first spark spectra of light

elements. The lists have not been restricted to include only those lines known to be present in the stars. The

abundance of the element has been the chief factor considered in omitting lines. For elements known to be fairly

abundant, favorable predicted lines have been added. The lists are as extensive as the present state of analysis

permits.

15. For some years Mr. H. D. Babcock at Mount Wilson, has been preparing for publication a monograph on

the Infra-Red Solar Spectrum. His work now covers the interval XX6600-13495 and includes approximately 7300

lines. The leading accessible lines of the arc spectra of most of the light elements lie in this interval. For example,

important solar lines are unquestionably due to H, C I, N i, i, Mg i, Si i, P i, and S i. In fact, the presence of phosphorus could not be detected until the solar observations were extended to the infra-red. The present Table

has been compiled with Mr. Babcock's work especially in mind.

For unblended lines the solar wave-lengths in this region are far more accurate than many laboratory measures. Si affords an excellent illustration. The lines are sharp in the sun and the term separations among solar wave-

'» Swings, Ap. J. 100, 132, 1944.

* Payne, Z*it.fur Ap. 7, 1, 1933. •Edlen, 7eit.fur Ap. 7, 378, 1933.

4 Rn. Mod. Phys. 8, 55 (No. 2), 1936.
numbers are so consistent that accurate solar term values can be calculated. These term value's have been very

useful in predicting wave-lengths. Similarly, the triplet and singlet "F" series of Mg i were extended with the aid

of solar data. 1 The constancy of the term separations proves beyond doubt the correctness of the identifications.

16. The First Long Period (K-Kr).

The elements in the first long period from K through Ni constitute by far the major portion of this book

(pp. 23-77), on account of the complexity of their spectra. Generally speaking, the arc and first spark spectra are

well analyzed except for those mentioned in § 8. Many lines of these spectra (as far as Cu) are present throughout

the entire range of the solar and sun-spot spectra, the flash spectrum, stellar spectra like those of 7 Cygni and a Persei, and later type stars. The only second spark spectrum in this group that can be given completely is that of Fe in. Astronomers

eagerly await the definitive analysis of the rest.

17. The spectrum of Fe i deserves special mention. Although the importance of the analysis has long been

realized, a complete monograph of this spectrum has only recently been published.2 Practically every known line of Fe i is present in the sun. An amazing number of predicted lines agree well with solar wave-lengths. A statistical study of these coincidences indicates that most of them are real. For the statistical work the predicted lines were graded as "good," "fair," or "poor." The grades were based on the behavior of all the lines of each multiplet

in the solar spectrum, the agreement in wave-length, and other factors. Only the "good" and "fair" lines have

been published to date. Since the grading was severe, and since predicted wave-lengths are much in demand, many

of the lines graded "poor," but considered useful to other workers, have been retained in the R M T.

18. The Second Long Period (Rb-Xe).

These elements are observed chiefly in the solar and sun-spot spectra and later dwarf stars. Except for Y H

and Zr n the lists are restricted to the lines from low atomic energy levels. They are, however, more extensive

than in the earlier Multiplet Table and slightly longer than are necessary to meet present needs.

19. Forbidden lines are assuming more and more significance in astronomical sources. A special section of the

R M T (pp. 100-110) and one of the Finding List (pp. 87-96) are devoted to them. It is extremely difficult to predict what the future needs will be. To list the array of possible predicted lines even among only abundant elements would be prohibitive. The

present selection has been based largely on suggestions made by Dr. P. Swings. He was planning to publish a paper on this subject, but this was unknown to the writer when she was confronted with the problem of including them

in the R M T. He generously suggested that they be given here instead of in a separate paper, and has examined

the manuscript carefully. The author is extremely fortunate to have had the benefit of his extensive knowledge of

both the theoretical and astrophysical aspects of forbidden lines while preparing this section of the Table. Details

are discussed later in § 44.

IV. GENERAL ARRANGEMENT OF THE MULTIPLET TABLE

20. The foregoing remarks serve only as the most general guide to the scope of the material presented here. The

book is colored throughout by individual judgment in the editing of spectroscopic literature. A serious attempt has

been made to limit it in such a manner that it will be a useful astrophysical handbook. Even so, it is now more than

twice the size of the earlier edition.

21. The elements in the R M T are discussed in order of increasing atomic number, and the spectra of each

element in order of increasing ionization.

Table 1 gives a convenient arrangement of the Periodic Table of the elements. This Table is self-explanatory.

The atomic number and chemical symbol of each element are given and elements with similar spectra in the short

and long periods are connected by diagonal lines.

1 Russell, Babcock and Moore, Phys. Rev. (2) 46, 8Z6 (No. 9), 1934. Babcock and Moore, At. J. 101, 374, 1945.

1 Russell, Moore and Weeks, Trans. Am. Phil. Soc. 34, 111 (Part 2), 1944.

vi
First Period

Second

Period

Third

Period

Fourth

Period

Fifth

Period

Sixth

Period

Seventh

Period

Table 1 The Periodic Table *

1H

3Li

2He

4

Be

37 38

Rb Sr

39

Y

22

Ti

40

Zr

23V

55 56 57* 72 73 Cs Ba La Hf Ta

87 88 89 90 91

Ra Ac Th Pa

5B6

C

7

N

8

O

9

F

24 25 26

Cr Mn Fe

27 28

Co Ni

29 30 31 32 33

Cu Zn Ga Ge As

41 42 43 44 45 46 47 48 49

Cb Mo (Ma) Ru Rh Pd Ag Cd In

74

W

92

U

75 76

Re Os

77

Ir

78

Pt

79 80 81

Au Hg Tl

50 51 Sn Sb

82 83

Pb Bi

10

Ne

34 35 36

Se Br Kr

52 53 54

Te I Xe

84 85 86

Po Rn

* Atomic numbers 58-71—Rare Earths. See below.

Rare 58 59 60 61 62 63 64 65 66 67 68 69 70 71 Earths Ce Pr Nd (II) Sm Eu Gd Tb Dy Ho Er Tm. Yb Lu

In Table 2 the elements are listed in the alphabetical order of their names. The successive columns contain,

respectively, the name, the chemical symbol, and the atomic number of each element.

Table 2 Alphabetical List of Elements

Name Symbol Atomic

No.

Name Symbol Atomic

No.

Name Symbol Atomic

No.

Actinium Ac 89 Chlorine CI 17 Holmium Ho 67

Aluminium Al 13 Chromium Cr 24 Hydrogen H 1 Antimony Sb 51 Cobalt Co 11 (Illinium 11 61)t

Argon A 18 Columbium Cb 41 Indium In 49

Arsenic As 33 Copper Cu 29 Iodine I 53 Barium Ba 56 Dysprosium Dy 66 Iridium Ir 77

Beryllium Be 4 Erbium Er 68 Iron Fe 26

Bismuth Bi 83 Europium Eu 63 Krypton Kr 36

Boron B 5 Fluorine F 9 Lanthanum La 57

Bromine Br 35 Gadolinium Gd 64 Lead Pb 82

Cadmium Cd 48 Gallium Ga 31 Lithium Li 3 Caesium Cs 55 Germanium Ge 32 Lutecium Lu 71 Calcium Ca 20 Gold Au 79 Magnesium Mg 12

Carbon C 6 Hafnium Hf 72 Manganese Mn 25

Cerium Ce 58 Helium He 2 (Masurium Ma 43)f

t Not isolated.

1 International Chemical Symbols—1941.

Vll
Table 2—Continued

Name Symbol Atomic

No.

Name Symbol Atomic

No.

Name Symbol Atomic

No.

Mercury- Hg 80 Radium Ra 88 Tellurium Te 52

Molybdenum Mo 42 Radon Rn 86 Terbium Tb 65

Neodymium Nd 60 Rhenium Re 75 Thallium Tl 81 Neon Ne 10 Rhodium Rh 45 Thorium Th 90

Nickel Ni 28 Rubidium Rb 37 Thulium Tm 69

Nitrogen N 7 Ruthenium Ru 44 Tin Sn 50

Osmium Os 76 Samarium Sm 62 Titanium Ti 22

Oxygen 8 Scandium Sc 21 Tungsten W 74

Palladium Pd 46 Selenium Se 34 Uranium u 92

Phosphorus P IS Silicon Si 14 Vanadium V 23

Platinum Pt 78 Silver Ag 47 Xenon Xe 54

Polonium Po 84 Sodium Na 11 Ytterbium Yb 70

Potassium K 19 Strontium Sr 38 Yttrium Y 39

Praseodymium Pr 59 Sulphur S 16 Zinc Zn 30

Protoactinium Pa 91 Tantalum Ta 73 Zirconium Zr 40

22. Headings.

Each spectrum of each element for which multiplets are given, begins with a heading containing four entries: the ionization potential, an astrophysical grade of the analysis, a grade of the list, expressing the fraction of classified lines listed, and finally, the date of completion of the manuscript of that spectrum. For example, Cr i (p. 37) starts with the heading

Cri IP 6.74 Anal A List B March 1941.

23. The Ionization Potential.

For arc spectra many of these have been taken from the list published by Meggers in 1941. ' For the first spark

spectra he has kindly furnished a similar list 2 which has been extensively used. The monograph by Edlen 3 has fur- nished many more, but the values have been recalculated using the factor 0.00012345 instead of the one he used

(see § 35). Edlen's unpublished values are quoted 4 for Ne. For many other elements the I P has been obtained

from the limits published in the papers on analysis, as for Edlen's results. The list by Boyce 5 is frequently quoted,

particularly in the section dealing with Forbidden Lines. Those interested in the source are advised to consult

the part of the bibliography pertaining to analysis (Tables 9 and 10), or one of the above mentioned general lists.

24. The completeness of analysis from the standpoint of the astrophysicist (§§ 8-11) is indicated by four grades.

"Anal A" signifies that practically all the important lines of wave-length > 2950 are classified, "Anal B" that only

a small fraction remain unclassified, "Anal C" that a considerable proportion are unclassified and "Anal D" that the

analysis is seriously incomplete.

This rating necessarily involves a large amount of opinion and should not be given too much weight. No two

appraisements would agree completely. Its purpose is to indicate the present state of analysis with regard to the

needs of the astronomer. From the- viewpoint of the physicist, the state of the term analysis of the various spectra has been similarly

summarized elsewhere by means of grades A, B, C etc. With the aid of Hund's theory the physicist can compare

the number of predicted and observed terms and assign a grade accordingly, whether or not most of the leading lines occur in a given region of the spectrum. Both Boyce B and Shenstone 6 have published extensive surveys. On account of the different viewpoints, the two grades are often not identical for the same spectrum.

25. A similar grading "List A, B, C, or D" is introduced to indicate the percentage of classified lines of a given

spectrum included in the R M T. Since all lines of each spectrum considered are not equally useful to the astrophysicist, the omissions have been much more drastic in some cases than in others. For example, practically every

1 Journ. Opt. Soc. Am. 31, 39 (No. 1), 1941.

2 Unpublished material, April 1941.

* Nova Acta Regies Societatis Scientiarum Upsaliensis (IV) 9, No. 6, 1933.

* Communicated by Swings in a letter, March 1945. 'Rev. Mod. Phys. 13, 1 (No. 1), 1941.

* Reports on Progress in Physics 5, 210, 1939.

vin
line of Fe I observed in the laboratory is present or accounted for in the solar spectrum.1 This applies to weak as well as strong lines. Hence, all classified lines of Fe i to the red of \2950 are entered and the list entry in the heading

is "List A". Most of the spark spectra of the first long period are in this class, unless the element is scarce in stars. For many spark spectra most of the observed lines are in the violet and ultra-violet. In such cases the list may be

very short, although graded "List A". This means that only a small fraction of the total number of observed classi- fied lines lie in the region considered in this book.

When all but the weakest classified lines are given, the list is graded "B". The spectra of Na i and Mg i illus- trate "List B", the higher series members having been omitted as unimportant. In anticipation of requests for more

material, the general policy has been to include slightly more than is necessary. Since all classified lines are not

given, however, the list cannot be graded "A".

"List C" denotes that most of the strong lines are entered: "List D", that only the leading strong lines are given.

In grading the lists, unclassified lines have not been given consideration (although the stronger ones are listed after the multiplets of a spectrum). The purpose of this grading is to enable the reader to judge how many classified lines have been omitted, regardless of whether or not the analysis is complete. Thus for Co n few lines are classified,

but all these are listed.- Hence this element is in the class "Anal C, List A."

26. The last entry at the head of each spectrum gives the month and year in which that section of manuscript was completed. This work has extended over such a long period that the date of publication does not apply even

approximately to the date at which some spectra were last examined. It is hoped that the lists are up to date, but

if important references have been missed, or if existing unpublished material should replace that included here, the

writer invites such suggestions.

V. ARRANGEMENT OF THE MULTIPLETS OF EACH SPECTRUM

27. Reference must be made to some details of spectrum analysis in order to discuss the plan of presentation

adopted here. In brief, the atoms of a gas, when excited by radiation, absorb certain wave-lengths corresponding to

transitions of their outer electrons from lower energy levels to higher ones. From differences in the wave numbers

of the observed lines, energy levels can be worked out, each line being produced by a transition between two such

levels. Related levels are grouped accordingly to well known rules to form spectroscopic terms. Transitions between

terms give rise to groups of related linefc called multiplets.

In the RMT the terms of each spectrum have been arranged in order of increasing value of the component of

lowest energy. This defines the relative level of the term, starting with the lowest term zero. The excitation potentials (columns 4 and 5) express in electron volts the values of the energy levels of those term components involved

in the production of each line (see §35).

To illustrate, the lowest term of Fe i is a

6D. This term is made up of five energy levels whose E P's are respectively 0.00, 0.05, 0.09, 0.11 and 0.12. The next term is a

6F. Here the components have E P's 0.86, 0.91, 0.95,

0.99 and 1.01. For the purposes of this book the terms are considered in order of the lowest level of each, i.e. a

BD

0.00, a

sF 0.86 etc. This is to avoid confusion in spectra whose term values overlap seriously.

In each spectrum all multiplets with the same low term are in one group. The various groups are listed in the

order of increasing value of the low terms. Within a group (which represents the combinations of a given low term

with higher terms) the multiplets follow the order of increasing high term values. For example, all combinations from a

6D of Fe i (Multiplets 1-11) form the first group. These multiplets are

listed in order of increasing high E P, 2.39, 2.82, 2.93, 3.20 etc. The next low term is a

6F. The combinations from

this term form the next group (Multiplets 12-31) etc.

In certain multiplets, the lowest components of one or both of the terms involved are not represented. This

does not alter the arrangement.

Whenever the low level changes, the break in the continuity is indicated by three long dashes between the

groups. For Fe i the first of these occurs between multiplets 11 and 12. When terms are widely separated this arrangement results in listing the multiplets from a given low term in the

order of decreasing wave-length of the leading line of each multiplet, since increasing energy of the high terms automatically results in increasing wave number, or decreasing wave-length.

The wave-length criterion alone was used for part of the RMT until the overlapping of terms in some complex

spectra of the first long period introduced serious complications of arrangement. Then the more rigorous procedure

• RumcU, Moore and Weeks, Trans. Am. Phil. Soc. 34 (Part 2), 111, 1944.

ix
described above was adopted. Some spectra had been typed before the strictly orderly listing was put into effect. Owing to the excessive amount of labor involved in making such minor changes, slight irregularities of arrangement

have not been corrected. For the greater part of the Table, however, the multiplets are in orderly array.

28. The energy levels that are grouped to form spectroscopic terms are defined by inner quantum numbers, commonly known as J-values. The terms have multiplicities (which are either all odd or all even in a given spectrum),

and are further defined by azimuthal quantum numbers L which have the values 1, 2, 3 etc. for terms labeled

S, P, D, F, G, H, I, K. The complete multiplet designation of any line includes all of these quantities for both the

lower and upper energy level involved in the production of the line.

In the R M T a simplified plan has been adopted. The inner quantum numbers are listed separately from the

rest of the designation, in column six, under the heading J. The J-value belonging to the lower term comes first and

is followed by that of the higher term. In the next column, headed "Multiplet Desig" the spectroscopic designation

of the lower term is always stated first, followed by a dash, then that of the higher term. For example, in multiplet

No. 5 of Fe i the first line, 3719.935 has J-values 4-5. The rest of the designation is a

5D-zBF°. In the completenotation the "4" appears as the subscript of a

BD and 5 as that of z

5F°, i.e. a5D4-z

6F 6 . The complete designation of

the second line X3737.133, is a

5D3-z5F°4 etc. The "a" and "z" merely distinguish these 6D and 6F° terms from others

of the same type. This notation is discussed later in § 38. For both terms the superscript 5 denotes the multiplicity.

"Permitted" lines occur among combinations between two sets of terms, one "odd" and the other "even". The superset ipt "°" attached to 5 F tells that this is the odd term. When both terms belong to the same set (odd

or even), the lines are commonly called "Forbidden".

Within a multiplet the arrangement of the individual lines is governed by the J-values. Each multiplet is entered as if it were written in multiplet array, i. e. the lines on the main diagonal come first, then the strongest

satellite lines, then the next strongest etc. This is best illustrated by considering the inner quantum numbers, J, of each type of spectroscopic term. For convenience the J-values of all terms from S through I, of multiplicities

1-11 and 2-10 are given in Table 3, which applies equally to odd or even terms. Even multiplicites are on the left and odd on the right half of the table. The types of terms (in order of increasing L value) S, P, D, F, G, H, I are in the vertical column on the left. To arrange any multiplet in standard array, such as Multiplet No. 5 of Fe i, a

5D-z6F°, find the J-values of the

two types of terms (odd or even) from Table 3. The term 6D is listed under multiplicity 5, and entry Don the left (J-values are 4, 3, 2, 1, 0). The term 5F° has J-values 5, 4, 3, 2, 1. Write these arrays as follows, with the low

term horizontally arranged, and the high one vertically arranged:

z

6 F°

a

8D 6D4 5D, 5D?

6Dx 6D

*F°6 Xl

*F°4 yi X2

SF°8 Zx y* *3

6F°2 z2 ys X*

6F

»

i ^^ y* *6
Table 3

J-Values of Spectroscopic Terms

Multiplicity 2 4 6 8 10 1 3 5 7 9 11

L Term 1 S A 1M 2A SA *A 1 2 3 4 5 2 P VA 2M sa 4A SA 1 2 3 4 S 6

y* v/2 iVi SA ±A 1 2 3 4 5 A. VA 2A SA 1 2 3 4 3 D V/i SA ±A SA 6A 2 3 4 5 6 7 m 2A SA *A SA 2 3 4 5 6 m 2A SA *A 1 2 3 4 5 A VA 2A SA 1 2 3 4 A VA 2A 1 2 3 4 F SA 4H SA 6A 7A 3 4 5 6 7 8

V/2 SA 4A SA 6A 3 4 5 6 7 2H SA *A SA 2 3 4 5 6

1H 2A SA *A 2 3 4 S m 2A SA 1 2 3 4 A VA

A.

2A

VA 1 21 32 5 G ±A SA 6A m 8A 4 5 6 7 8 9

SA 4H SA &A 7A 4 5 6 7 8

3H ±A SA 6H 3 4 5 6 7 2^ SA ±A SA 3 4 5 6

2A SA 4A 2 3 4 5 VA 2A

VAA

SA

2A

VAA 21 321 4321 6 H SA 6H m m 9A 5 6 7 8 9 10

4^ SA VA 7A

m 5 6 7 8 9

4A SA 6A 7A 4 5 6 7 8

SA ±A SA 6A 4 5 6 7 SA 4A SA 3 4 5 6

2A SA

2A

VA

*A

SA

2A

VAA 32 4321 S4321 7 I (>A 7A m 9A 10A 6 7 8 9 10 11 sa &A 7A W* 9A 6 7 8 9 10

SA 6A 7A

m 5 6 7 8 9

*A SA 6A 7A 5 6 7 8

*A SA 6A 4 5 6 7 3A *A

SA

2A

SA

4A

SA

2A

VA 43 5432 654321

XI
Only those combinations between the low and high terms, for which J changes by or ±1 are "permitted".

This rule restricts the number of lines to be expected to those denoted by x, y, and z, where the subscripts 1, 2, 3 represent decreasing J-values. The main diagonal lines are xi-x5. The first satellites are yi-y4 and the second

satellites, Zi-z». In the R M T, the lines on the main diagonal are listed first, in order of decreasing J-values. From the example,

the first lines entered are those in the positions xl5 x2, x3, x4, xB in the Multiplet. The line at xi has the designation

a

lDr-z6F°6, at x2 a

sDj-z6F°4 etc. In the R M T the lines of this multiplet appear in the following order:'

X J Desig

a

sD-z5 F°

N

>Main Diagonal

'First Satellites

Xl 3719.935 4-5

X2 3737.133 3-4

x3 3745.561 2-3

X4 3748.264 1-2

x5 3745.901 0-1

yi 3679.915 4-4

y* 3705.567 3-3

ys 3722.564 2-2

y4 3733.319 1-1

Zi 3649.304 4-3

z2 3683.054 3-2

Z3 3707.828 2-1

>Second Satellites

An example of a symmetrical multiplet should also be given. Multiplet No. 12 of Cr n (p. 43) has the designation a

4P-z4P°. Since the multiplicity (4) and type of term (P) are identical for both terms, the J-values are also

identical. From Table 3 the J-values for a

4P term are 23/£, 1J^, %

\v a

4P

4P2*

4PiK 4P*

z

4P°\^

'P°2M Xl yi

4P°iH yi X2 y2

4P°H 7i X3

Here both sets of satellites involve the same J-values, lJ4-2^, xAr^- xA. ar»d Vfo-V/z, 1J4~/^- Throughout the

R M T for such cases, combinations in which J-values read from larger J to smaller J are entered first. Here, for example the pair 2^-13^, 1H~H (yi ar»d yi in bold face type above), precede the pair with J-values 1^-2^, J^-1J^

respectively.

According to elementary theory the leading line of the principal diagonal is the strongest in the multiplet, and

first satellites are stronger than the second, while the two sets of satellites in a symmetrical multiplet are comparable. 1

In the majority of spectra intersystem combinations occur, i.e. those in which the multiplicities of the terms

differ by 2 or even 4, as for example multiplets 1 and 332 of Fe i, a

5D-z7 D° and z7 F°-e3G respectively. These

multiplets often include strong lines, particularly for the heavier elements. The rule AJ = or ±1 is strictly

observed but there are no known formulae for the prediction of intensities, which are often apparently erratic. When intersystem lines are strong, intensities in regular multiplets often deviate from the formulae. The inter- system multiplets are arranged in the R M T on the "diagonal" basis described above, so far as irregularities permit.

29. For all types of multiplets the reader must bear in mind that the arrays described above, and the J-values

in Table 3 give all the possible permitted theoretical transitions.

In many cases the R M T does not give theoretically complete multiplets. Reasons for this are:

1. When the strongest, lines of a multiplet are likely to be very weak in astrophysical sources, the weaker ones have been deliberately omitted even though they may have been observed in the laboratory. Omissions are indi- cated by a "f" following the "Multiplet Designation".

2. Individual lines in a multiplet are sometimes much fainter than theoretically expected and have never been

observed. Sequences along the diagonals are thus broken. For such lines predicted positions are given only when

it is believed that they may be observable astrophysically

« For detail, see Russell, Mt. Wilson Contr. No. 537; Ap. J. 83, 129, 19V

xii
3. In some cases one or more components of a spectroscopic term have not yet been indentified. Such cases may be detected by comparing the column headed J for a given multiplet with the theoretical array

of permitted lines, just described.

30. For the more important spectra, limited lists of the leading unclassified lines follow the multiplets. The

R M T is not designed as a source for the investigator who is interested primarily in unclassified lines. Three general factors have controlled the selection: the abundance of the element in astronomical sources, the

grade of the analysis and the accuracy of the laboratory material. Under "Anal A" more lines will be unclassified

for a complex spectrum like Fe i than for a simpler spectrum, but the percentage of strong lines will be small. Under

"Anal B" there will be more and stronger unclassified lines than if the grade were A, etc.

If A. S. King has made a temperature classification of the spectrum the leading unclassified lines can be readily

chosen from his lists. In such cases his temperature class follows the intensity in the R M T

Among arc spectra the lists of unclassified lines are longest for N i, Ti i, Cr i, Mn i, Fe i, Ni i, Tm i. Only a

few lines are listed for St i, S i, Ca i, Sc i, V i, Co i, Y i, Lu r, and none for any other elements.

For first spark spectra the lists of unclassified lines may be summarized as follows:

Limited St u, A n, Fe n, Cb n, La n, Nd 11, Sm n, Gd n, Tm n. Very limited n, S n, CI n, Ti n, V n, Cr n, Y ii, Zr n, Ce n, Pr n, Eu n, Hf n. Measures inadequate Mn n, Co n, Ni ii.

Lists are given for only five "third" spectra: C in (where a dubious classification has been suggested for the

lines) N in, Si in, S in and Fe in. The only one of any length is that of Fe in.

For some spark spectra, notably La n and Fe in it is not certain that the separation of the lines in different states of ionization is definitive. This is mentioned in the R M T under these spectra. For many spectra the

separation is so uncertain that no unclassified lines have been included. For no spectrum is a complete list given.

31. A few notes are appended to the list of multiplets for certain spectra. These fall into two classes: those

dealing with notation (see § 37), and those dealing with fine structure. This book does not discuss fine structure or

isotope effects in any detail. Those spectra in which the fine structure or isotope effects should be called especially to the attention of the astrophysicist have this fact mentioned, as follows:

Li n Very wide fine structure Mg i, Al ii Fine structure Hg i, TI i Many lines show fine structure He ii, Bi i Wide fine structure.

VI. COLUMNS OF THE TABLE OF MULTIPLETS

32. Wave-length.

The data for each spectrum are given in seven columns. The first contains the laboratory wave-length in I A

units. In the earlier edition solar wave-lengths were listed for all but the lighter elements (see § 5). Since any

solar line may be a blend, it was decided to replace this entry by laboratory material. An effort has been made to

select the best available wave-length for each line. The individual lists are far from homogeneous—there is often an enormous range in accuracy among the lines of a given spectrum.

The reference from which each line has been taken is indicated in column two, by the letters A, B, C etc. Table

7 (p. xxiv), contains the number of the reference in the bibliography to which the letters refer. The letter "P" in this column denotes throughout that the wave-length is predicted from the laboratory term values, which may be found

in the references to analysis, Table 9 (p. xxvii).

The order of the letters represents roughly the estimated precision of the measures, but this must not be inter- preted too literally because some investigators have measured only limited regions of a spectrum. Consequently,

several accurate sources may be used within a multiplet. Furthermore, the letters A, B, etc. denote very different degrees of accuracy for-different spectra. While the earlier letters of the alphabet are the more favored choices, it would be erroneous to conclude that the letters are arranged strictly according to the writer's rating of the accuracy

of the measures.

xiii
33. Symbols in the RMT.

Since most of the symbols occur in column one, they will all be described here.

Wave-length column:

// This symbol follows the wave-length of the "Raie Ultime" as determined from observations in the laboratory.

High transition probabilities as well as low energy levels are involved, and they do not always come from the lowest

levels. When the known Raies Ultimes are to the violet of X2950 they are not included in the RMT. With the

exception of Eu n

1 they are all quoted from Meggers 2

, who generously furnished the data on first spark spectra * in advance of publication.

* An asterisk precedes the wave-length throughout the R M T to denote a blend. If no symbol follows the

wave-length, the line is blended with another line in the same spectrum. For example, the line *2970.106 appears

in multiplets 10 and 11 of Fe i. An "*" is also used to denote blended intensities. For symbols in the intensity column see § 34G.

§ This symbol follows the wave-length (an "*" always preceding) to indicate a blend of an arc and spark line; or of two spark lines of the same element in spectra of different degrees of ionization. When this pair of symbols

appears with an arc line it denotes that the arc line is blended with a line in the first spark spectrum of the element.

Similarly, if it appears with a line in a first spark spectrum, the spark line is blended with an arc line of that element.

Examples:

Fe i Multiplet No. 28 *3 1 16.633 §—Blend of Fe i and Fe n. Cr n Multiplet No. 4 *3349.34§—Blend of Cr n and Cr i.

All uses of pairs of symbols not covered by the general cases of blends of arc lines with those in the first spark

spectra or vice-versa, as described above, are summarized in Table 4, where another pair of symbols "* and §§" is also introduced.

Table 4

Symbols Denoting Blends—Special Cases

Spectrum * and §

* and §§

Cn Cn

Cm

Pii

and

It

((

C hi

C in Cn

Pii Pii and Pill Piv

Phi Phi M Pii Phi « Piv

Piv Piv H Pill Piv M Pii

Sn S ii M S in

S hi S in (( S ii Km Km (( Kii

Fe ii Fe n

(( Fe in

Fe in Fe ii][ " Fe ii Fe hi " Fe i

Column one of Table 4 indicates the spectrum in which the symbols are found. Columns two and three of the

Table contain the pairs of symbols used and the meaning of each. For example:

C ii Multiplet No. 45 *4368.14§§—Blend of C n and C m.

S ii Multiplet No. 50 *3860.64§—Blend of S ii and S in. The symbols mentioned above apply to blended lines which have come to the attention of the writer, but doubtless many more blends exist than are thus noted. A careful examination of the Finding List should reveal any

important blends, but this list was prepared after the RMT was typed, and consequently could not be used to check the thoroughness with which the blended lines are marked.

m An "m" preceding the wave-length indicates that the line is masked (see § 34F).

\ This symbol follows the Multiplet Designation to call attention to the fact that not all the lines observed in the multiplet are listed in the RMT. The violet limit X2950 explains the omission of some strong lines. Most of

the omitted lines are too faint to be of astrophysical importance.

1 Russell, Unpublished material. •Meggers, Journ. Opt. Soc. Am. 31, 39 (No. 1), 1941. •April 1941.

xiv
34. Intensity.

Column three contains the estimated laboratory intensity. It has been included only because of persistent

requests. The intensities must be used with great caution not only because of the glaring lack of homogeneity in the

estimates, but also on account of the difference ; n the intensity scales used by various investigators.

For each spectrum the writer has tried to adopt the best existing set of estimates made by a good observer who

has covered a long range of wave-length. In the red, the intensities by Meggers and Kiess have been the first choice. In the visible, the arc intensities by A. S. King are given for arc spectra and for first spark spectra of the rare earths. For other spark spectra, spark intensities have been used. When the intensities of the lines of a spectrum are taken from one or two main references they are not given

in parentheses. If only a few intensities are from one source, or if the listed ones are probably on a very different scale from the majority used for a spectrum, parentheses are used. In general, the parentheses denote that the

intensity is not the first or second choice. Table 8, Page xxvi, gives the references from which the intensities have

been taken. The reader is warned not to assume that the wave-length and intensity come from the same reference. This may be the case, but frequently it is not. The intensity column contains several types of notes discussed below under entries A to G

:

A The letters used to describe the intensities are as follows:

d Double

g Ghost; g coin Ghost coincident; gn Ghost near

1 Shaded to longer wave-length 1 n Diffuse (without structure) or hazy

N Very diffuse (without structure) or very hazy

p Part of band

r Narrow self-reversal R Wide self-reversal

s Shaded to shorter wave-length (noted by "v" or "ny" in some papers) 1

tr Trace

w Wide (fine structure type), broad or complex

W Very wide (fine structure type) or very broad

B The intensity column is often blank for predicted lines because most of them have not been observed in the

laboratory. If the predicted position is assumed to be more accurate than the measured one, the laboratory intensity

is given with a predicted wave-length.

C A dash indicates that the line is so faint that no laboratory intensity has been assigned, except for H, D and

He ii, where no intensities are listed. D "Forb" indicates that the line is forbidden but has been observed in the laboratory. Lines due to Stark Effect are thus marked.

E Familiar "names" of selected lines are included:

Series Names:

H Ha, H/3 etc D Da, D^ "

Fraunhofer Names:

He i Ds Nai Di and D2 Ca ii H and K

F When an important line is masked, "m" precedes the wave-length, the predicted position of the masked line

is given, and the spectrum to which the masking line belongs, is noted by the chemical symbol in the intensity column.

The Roman numerals have been omitted except for masked lines of Fe in. If for example "Fe" or "7t" appears in the intensity column, the line in question is masked by Fe i or Ti i the "i" being omitted because of the limited

space in this column. Similarly, a "_|_" is mostly used for first spark spectra in place of "n," although the conventional use of Roman numerals is fully recognized.

1 Recommended by the International Astronomical Union

Trans. Intern. Astr. Union 6, 100, 1938.

XV
G Symbols in the intensity column:

* Blended Intensity

O Predicted line of Fei present in the solar spectrum; O? denotes that the solar identification as Fe\ is subject to some question.

35. Columns four and five give the low and high excitation potentials (E P) of the levels involved in the production of the line (see § 27). Some E P's are given in parentheses in the R M T to denote that they are not accurately

known.

In analyzing a spectrum it often happens that two or more sets of terms of different multiplicity exist that are unconnected, since no intersystem combinations have been detected. If long series, whose correctness is unquestionable, can be found, the limits furnish a fairly accurate determination of the relative positions of the different types of terms. This is the case for Be i, B n, C in, in, and iv, but no symbol has been introduced to indicate

that intersystem combinations have not been observed.

The limits are less accurate for N n, N iv, n, v and F n. The E P's affected by this are in parentheses.

For Ce ii, two sets of terms are well known but they are unconnected. For this reason the lines are listed in two Groups, I and II. Within each group the relative values of the E P's are correct, but the terms in Group I are believed to be lower than those in Group II by about 0.6 volt. 1 In Group II all values are, therefore, enclosed in parentheses.

For Ce in parentheses are used because the lowest level may not have been found.

For Si ii, P in and Mn ii some terms are established by their internal separations, but are entirely unconnected

with the rest of the terms. Here the E P columns contain question marks.

In the earlier Multiplet Table all E P's were obtained by multiplying the term values in cm-1 by the factor

0.00012345. An improved value of this factor, 0.00012336, was published by Birge 2 in 1929. Since then he has

announced that 0.00012395 is more nearly correct 3

. This last change deserves serious consideration—it involves

a change in "e", the charge on the electron, which will doubtless be carefully checked experimentally in the near

future. The change is surprisingly large and affects many calculations of an astrophysical nature. Although it is wrong, in principle, to perpetuate the use of an incorrect value of a fundamental physical constant,

the old value 0.00012345 has been used throughout the R M T in calculating the E P's (and I P's for which the limits were known. See § 23). The reason is threefold:

1. The errors in stellar temperatures and other quantities based on observational data far exceed those introduced

by the change in this factor.

2. Until a definitive value of the constant is available it has seemed an unjustifiable expenditure of time and

money to revise the extensive calculations, many of which had already been done with the oldest value.

3. The change in the value of "e" enters into so many calculations, that to recalculate the E P's and I P's is far from sufficient. As soon as the new value is confirmed without likelihood of further change, it should be used in

all calculations of astrophysical importance.

The last two columns contain J-values and Multiplet Designations. These have already been discussed in

§ 28, but a few comments are in order. When levels of a term are so close that they are unresolved, all the J-values

for the term should be listed. This is impossible because of limited space, and consequently the column headed J is frequently bjank or has the J-value of only one level entered. The multiplet numbers which appear in parentheses under the Multiplet Designation are reference numbers

to be used in locating any line. (See §6). In each spectrum the numbers start with "1." All lines in a multiplet

have the same multiplet number. These numbers are entered in the Finding List.

VII. SPECTROSCOPIC NOTATION

The notation used in the column headed "Multiplet Designation" differs for spectra which contain conspicuous

series and for the complex spectra which do not.

A. Series Spectra

36. For many elements the spectra become more complex as the degree of ionization decreases. The terms of

each spectrum are the parent terms or "limits" of the terms in the spectrum of the next lower degree of ionization. The addition of s, p, d, f, etc. electrons to each limit produces arrays of terms accurately predictable from theory.

1 Harrison, Albertton and Hoaford, Journ. Opt. Soc. Am. 31, 439 (No. 6), 1941.

* Phys. Rev. Suppl. 1, 62 (No. 1), 1929. *Rev. Mod. Phys. 13, 237 (No. 4), VM, Reports on Progress in Physics 8, 131, 1941.

xvi
The simplest case is illustrated by vi. Here the lowest term of vn, Is 2 "S, is so much lower than any other

that no other limit need be considered. The addition of a "running" s, p, d, f . . . electron to this state produces

series of doublet S, P°, D, F° . . . terms in vi. In this case the electron and the terms are of the same type. For

example, the ground term of vi. is ls22s 2S, and the next term ls 22p 2P°. The term type and total quantum number of the running electron suffice to define the configuration. In the R M T the notation 2

2S, 2

2P° etc. is used in spectra of this type. To illustrate, Multiplet No. 1 of Li i has the designation 2

2S-22P°. (Other features of the

notation are discussed in §28 and in Table 3). The case of v is more complicated because 2

2P° of vi is not much higher"than 2

2S and terms from both

limits are important. The addition of a running electron to these. limits gives the following terms: Ovi Limit ls22s 2S ls22p

2po

Ov Added

Electron

3s

3P

3d

Config

ls22s3s

ls22s3p

ls22s3d

Terms

>S »S

ipi »po »D 3D

Config

ls22P3s

ls22P3p

ls22P3d

Terms

ipo

ipo

1J)0 l F

o

?

3po

3S

3po

jp

»D°

»D

jpo

The configuration is ls22s2 gives only *S; and ls22p2 only X S

l D 3P.

It appears from this array that if the terms having the limit 2

2S in vi are labeled 3'S, 3

3S, 3l P°, 33P°, 3'D, 33 D,

and those from 2

2P° are labeled 3s1 P°, 3s3P°, 3p'S .... 3d1 P° no ambiguity occurs. This notation has been

adopted in the R M T for a number of spectra in which two limits, one odd and one even, had to be considered.

When two or more of the effective limits are all even or all odd an addition to this notation is necessary. For

terms derived from the lowest of such a group of limits, the running electron is given as before; for those derived

from the next higher limit a prime is affixed; and for those from the limit above this a double prime. Where the

lowest limit is an S term, the type of the electron and of the term itself are the same, and the former is omitted.

For example, the limiting terms in n are 4S°, 2D° and 2P° in order. The addition of a 3p electron to these gives

(among others) the terms in i here called 3

6P from 4 S°, 3p' 3D from 2D° and 3p" 3D from 2P°. In several spectra there remain terms which cannot be described by this scheme: but it has been found possible to give a special abbreviated form of the configuration notation, etc. which make their nature intelligible to one

versed in the theory of spectral structure. There is at present no general agreement regarding the use of abbreviated notation of this sort. The notation

here adopted has been largely influenced by the limitations of the photographic process—and is not presented as an

ideal system—but it illustrates the glaring need for the preparation and general adoption of a better one.

37. Special Cases. The notation used in the R M T for Ne i, Na n, A i, K n and Ca m deserves special mention. Paschen's notation formerly used for spectra of this type defined the total quantum number and the type of electron, but introduced

subscripts that were not inner quantum numbers. A revised notation which is given in detail by Bacher and Goudsmit * is adopted here. The levels with "s" electrons were called by Paschen S2, s s, s4 and s 6 ; those with "p" electrons were pi to pw etc. In this book the subscripts used by Paschen have been omitted but the rest of his notation is retained with numbers assigned to the levels, in order of increasing values for the lowest group of levels of each type.

All the members of a series have the same number, but with this arrangement homologous levels which have the same J-values for different elements are not always assigned the same index number. Ne i illustrates the changes:

Ne i Notation

Paschen Revised Paschen Revised

3si

384

3pio

3p»

3p 8

3s 1° 3s 2°

3p 1 3p 2 3p 3

4d«

4dB 4d'4 4d<

4d 1° 4d 2° 4d 3° 4d 4°

• Atomic Energy State*, McGraw Hill, New York, London, 1932.

XVH
Most of the levels for spectra of this type are not grouped into terms and consequently multiplets in the ordinary sense cannot be listed. Arbitrary groups of lines have been formed and numbered to facilitate the search for a given line. In Ne i for example, all important lines from the level 3s 1° combining with "3p" levels have multiplet

number 1; those from 3s 1° combining with 4p levels have multiplet number 2 etc.

B. Complex Spectra

38. In the majority of complex spectra the terms are so numerous that it is impracticable to designate them by'

their configurations. For these spectra the prefixes a, b, c, d are assigned to the low terms of each type and z, y, x

etc. to those which combine with them. In Fe i, for example, the lowest 3 F term is a

3F, the next higher one b

3 F etc. There are ten 3 G° terms. They are labeled z

3 G°, y^ q

3G°. In Multiplet No. 449 the designation is b*G-t3G°. Here the low term is the second 3G term as indicated by the prefix "b". The high term is the seventh

odd 3G term, as indicated by "t".

39. In many complex spectra it is impossible to group all known levels into spectroscopic terms. These miscellaneous levels are assigned numbers, and the superscript "°" if they belong to the odd set. Many combinations

between terms and miscellaneous levels are given in the R M T and assigned multiplet numbers. For example, the

designation of multiplet number 450 of Fe i is b

3G-12°.

Numbered levels are numerous in spectra of the rare earths. The arrangement is similar to that described in

§ 27, i.e. the lines from a given low term are listed in order of increasing E P of the numbered levels.

In Sm ii only the low levels have been grouped into terms. All high levels are numbered odd levels. In the

R M T the combinations of the separate components of the low terms with arbitrarily grouped odd levels are assigned

multiplet numbers. For example, the combinations of a

8F^ with the levels labeled 1°, 2°, 5°, 23°, 35°, 37° have

multiplet number 1. The E P's increase for the various groups similarly to those in spectra with regular terms, as discussed in §27.

VIII. SPECIAL NOTES ON INDIVIDUAL SPECTRA

40. H The wave-lengths listed for these spectra have been calculated for the center of gravity of the lines,

D taking «ito account the fine structure, and using the values of RH, RD and RHe respectively, given

He ii by Birge in 1941 \ These computations were made by Dr. J. E. Mack for inclusion here. The

writer is deeply indebted to Dr. Mack for his cordial cooperation in furnishing this unpublished

material.

No intensities have been included for these spectra.

ii Improved term values are needed. The writer has constructed the multiplets from Edlen's term

list. Measures by different investigators are discordant, and considerable editing has been done,

especially in the interpretation of blends. For the sextet terms the configuration in abbreviated form is used to indicate that the terms

are from the high limit sp3 6 S° in m, namely: sp33p 6P, sp33d «D°, sp84s 6S°. Na i The fine structure components of Dx and D2 have been measured with the interferometer by

Meissner and Luft 2

, as follows:Dx D2 5895.9316 5889.9579

5895.9103 5889.9380

Center of Gravity

>5895.9236 5889.9504

The measures listed in the R M T are taken irom a source where the lines appeared as impurities, since it was thought that for astrophysical purposes these measures might be preferable

to those of the fine structure components.

The two lines X11403 and X11381 were also measured as impurities.

Improved laboratory intensities are needed for No- I.

1 Rev. Mod. Phys. 13, 233 (No. 4), 1941.

• Ann. der Phys. (S) 29, 698, 1937.

xvm
Na II The changes made in the Paschen notation for Na n have been discussed in § 37. Some terms are

also known in this spectrum, and two types of notation appear. The lines are listed in order of

increasing low level and these levels combine with the terms. Although no complete multiplets

are listed, multiplet numbers have been assigned as usual. For example, multiplet No. 17 is 3p 9—4s3P°. In spectra of this type no attempt has been made to indicate omitted lines by the use

of a "f". The "List D" indicates that only the leading lines are listed.

o Mg i Two sets of series, 3

1 D-1 F° and 33D-3 F° have been extended by the use of infra-red solar wave-lengths

from Babcock's Table (see § IS) 1

. This has been done on the assumption that the 1 F° and 3 F' terms are coincident, as Paschen suggested for the first members of the series. The predicted

wave-lengths in the R M T are obtained from solar term values. The series appear to be so well confirmed that the solar wave-lengths are preferable to the predicted ones, but for uniformity, no

exception has been made for these series lines of Mg i.

In Multiplets 7, 8 and 9 the J-values and designation apply to all three lines entered. In each

case singlet combinations are involved. Normally one one line is observed in a combination of

this type, but the fine structure components of each line are listed. Al ii The G and H terms given by Paschen and Ritschl 2 are in both cases assumed to be coincident singlet

and triplet terms. When combinations of these terms with singlet terms are listed in the R M T,

J G or 1 H° has been used in place of X ' 3G or 1,3H°. Similarly, the last three entries are given as

singlet combinations, but in reality they are probably singlet and triplet combinations. Double

multiplicities for unresolved terms have not been used in the R M T.

St ii Owing to the use of the photographic method of publication, it has been impossible to add lines without retyping one or more pages. One predicted multiplet of Si n has been omitted which

should possibly have been inserted.

I A Ref EP J Multiplet

Low High Desig

4075.8-1 P 9.80 12.82 2H-1H

4077.09 P 9.79 12.82 VA-Vz

4073.05 P 9.79 12.82 1H-1H

3

2D-52P°

P hi The multiplets are listed slightly out of order, but it was thought unnecessary to retype the page on

this account. S ii The measures by different observers are very discordant. This spectrum needs thorough observation. Accurate wave-lengths, intensity estimates and term values, and further analysis are

desirable. A ii This spectrum is fairly well analyzed but needs careful editing before a definitive analysis can be

published. Rosenthal3 has measured many lines and from his measures alone a consistent set of term values .could probably be calculated. The lists of classified lines are not homogeneous and

a larger residual in the observed minus calculated wave number must be permitted than for most

spectra. The multiplets listed in the R M T appear to be fairly satisfactory in spite of the inac- curate term values. One term, labeled a

2P by de Bruin is puzzling because it has no configuration assignment.

It has been retained, but needs to be checked carefully when the analysis is carried further. This

is the only case where both the running electron notation and the prefix "a" appear in a given

spectrum.

Ca i Although the analyses of these spectra are almost completed, the spectra require further laboratory

Ca ii observation. Accurate wave-lengths, especially of the fainter lines are urgently needed. It is surprisingly difficult to obtain accordant term values. The interferometer measures made at Allegheny furnish an excellent starting point, but these spectra still invite the attention of the

laboratory investigator, from the violet through the infra-red.

1 Babcock and Moore, Ap. J. 101, 374, 1945.

% Ann. der Phys. (5) 18, 867, 1933.

» Ann. der Phys. (5) 4, 49, 1930.

XIX
Sc ii Multiplet No. 9

41. Fe i

Enter intensity 2 for X3923.503.

The rigorous arrangement of multiplets described in § 27 applies only approximately to Fe I. In this spectrum the multiplet numbers reach 1352 but this figure is not definitive. Owing to an extension

of the analysis which altered some term assignments, a number of multiplets were rearranged after the lines and multiplet numbers had been entered and checked in the Finding List.

All the revisions were entered in the R M T. For unchanged multiplets the original multiplet

numbers were retained. The revised multiplets were inserted as nearly as possible in the correct place and assigned the available numbers, or to avoid duplication, a number followed by "a". As a result of these changes the multiplets do not always have consecutive numbers and same

numbers are omitted. The renumbering of all the multiplets entailed so many changes in the

Finding List that it was not undertaken.

In three multiplets of Fe i, Nos. 3, 7 and 81, an "R" is entered under the multiplet number.

A line has been inadvertently omitted from each of these .multiplets. The omitted lines are listed on page 65 at the end of the Fe i multiplets, and preceding the list of unclassified lines.

In multiplet No. 78, columns one and two, X3497.137 V should read 3497J5 P.

Multiplet No. 1151 should be rejected; X4618.568 is erroneous. Ni i Attention has been called to the fact that the intensities in Multiplet No. 62 are not so abnormal

as indicated here. It has been impossible to insert revised estimates.

Rh ii The use of the symbol "f" to denote omitted lines has not been checked owing to the lack of

a complete line list. It has been assumed from the term lists that the fainter members of the

multiplets thus marked have been observed.

Ce ii The lack of connection between Groups I and II has been mentioned (§ 35).

terms in Group I are the lower set.

It is assumed that the

The prefixes a, b and c etc. have been assigned to the low set of terms of each Group,

can be no ambiguity because in Group I the low set is even, while in Group II it is odd.

There

/Fii All the miscellaneous levels published by Laun 1 have been numbered in order,

used in the R M T in place of Laun's notation.

These numbers are

IX. SPECTRA OMITTED FROM THE R M T. These may be grouped in several general classes.

42. Spectra of probable astrophysical importance for which there is no analysis to date. These spectra are mentioned in the R M T in the appropriate place with the remark "No Analysis" and the date.

If A. S. King has assigned a Temperature Class to the lines, this fact is noted. For example: page 86, Ce i No

Analysis May 1942 (Temperature Class). The spectra in thi-s class are listed in Table 5. Table 5 Spectra Omitted from R M T

No Analysis

Spectrum Ref. to Spectrum Ref. to Temp. Class Temp. Class

Ce i 215 Dy i 217

Pri 215 Dy ii 217, 229

Ndi 219 Hoi 217

Tbi 217 Hon 217

Tbn 217 Thi 123

All but Th i have been observed by A.S. King,

temperature classification are entered in column two. The bibliography numbers of the references to the work on

' Bur. St. Journ. Res. 21, 207 (RP 1125), 1938.

XX
43. Analyzed spectra having lines observed in the visible region, but omitted from the R M T as unimportant

attrophysically.

These spectra are mentioned in the R M T with the remark "See Introduction". They are listed in Table 6

with numbers from the bibliography referring to the papers on analysis.

Table 6

Spectra Omitted from R M T

Not of Astrophysical Interest

Spectrum Ref. to Spectrum Ref. to Spectrum Ref. to Analysis Analysis Analysis

Bi 1 16,89 Rbii 238 Cs ii 309,405

Fiv 84 Pdn 384, 24 Ta ii 192

F vi 83,87 Agn 383, 24 Pt ii 387

CI iv 31, 32 Cdn 372, 401 Au ii 324

Gan 376 In ii 317 Hgn 313

Se ii 244 Sbn 236 Tin 106

3n 194 Ii 107, 69, 325 Pbn 80

Br ii 232 In 232 Bi ii 64,115

Kn 274, 276, 165 Xei 156 Rn i 329

Km 53 Xen 155 Thin 54

The low abundance of these elements in celestial sources, and the high E P of the lines in the visible region have

been the determining factors for omission.

44. There are three types of spectra for little or nothing is known

:

Er, U. Lines have been observed in spectra of these elements, but the spectra of various degrees of ionization

have not been separated.

Te ii, Re n, Os n, Ir n, Po, Ac, Pa. The writer has found no references to work on these spectra.

Ma, II, 85, 87. There is nothing known about these elements. It appears doubtful whether they have been

successfully isolated. No reference is made in the body of the R M T to those spectra whose leading lines are in the region to the

violet of X2950, since this is a book designed for astrophysical use. Selected spectra of this type are included in the

section dealing with Forbidden Lines (see § 45 and pp. 100-110).

X. FORBIDDEN LINES

45. The author of a "Multiplet Table of Astrophysical Interest" published in 1945 is obliged to consider the

probable importance of the forbidden lines of all abundant elements. This is indicated by the work of Bowen on

nebular lines, of Edlen on coronal lines, and of Swings, Merrill and others on various astronomical spectra.

Following the body of the R M T is a Table of Forbidden Lines of Astrophysical Interest (pp. 100-110). This

Table is arranged in detail similarly to the R M T. The lines in a multiplet are listed by diagonals and the multiplets

are listed in the order described in § 27. In order to avoid duplication, all multiplets of forbidden lines have an "F"

following the multiplet number, IF, 2F etc. Unlike the R M T, the headings for each spectrum contain only the name of spectrum and the I P. No grading of analysis or list has been attempted and no date of completion of the

manuscript is given. All of this section has been written between January and May 1945.

In preparing this manuscript the writer has been most cordially assisted by Dr. Swings. He has edited the lists and offered many valuable suggestions concerning the limitations of the Table. No explicit statement can be made

as to the principles of selection adopted, but severe restrictions have been necessary in complex spectra because of

the great array of possible forbidden transitions. For simple spectra only a limited number of transitions occurs, but as the complexity increases the number increases rapidly. The general principles followed are: A Only transitions from metastable states are forbidden.

are considered.

Consequently only the lowest terms in a spectrum

1 Lino of B I have not been observed in tbe visible, but should exist.

j XXI
B The lists are restricted to multiplets involving likely combinations as regards multiplicity and azimuthal

quantum numbers, except for those in which the lowest terms are involved. In Fe n, for example, many more

combinations and more unlikely combinations from the lowest term, a

8D are listed than from higher terms. C Transitions involving Aj= ±2 as well as Aj = or ±1 are listed for the multiplets most likely to be important.

D The high E P is limited to about 4.0 for the most abundant elements and to about 3.5 for arc spectra of these

elements.

E The lists have been extended to include lines that may be important in the red and infra-red.

lines of neutral atoms are included only for the most abundant elements.

Forbidden

The multiplets listed must be interpreted with caution, because of these restrictions. If complete multiplet

arrays are written up from Table 3, lines omitted from any multiplet among the forbidden lines can be detected.

Those interested in longer lists must construct them from the term lists given in the papers on the analysis of each

spectrum (Table 10 p. xxix).

The great majority of forbidden lines are predicted from the term values,

obtained, they are entered with a letter indicating the source, as follows:

If accurate measures have been

N Nebular N n, n, in, Ne in, Ne v, S n

L Laboratory 1 A Auroral 1 C Coronal Entered under the predicted positions of lines of highly ionized Fe and Ni

When term values permit, the wave-lengths of predicted lines have been calculated to two decimal places. For some spectra the term values are not accurately known, but the internal separations are well established. For these

the position is given to 0.1 A. For the most inaccurate wave-lengths no decimals are recorded and in very dubious

cases a "?" follows the wave-length.

Some I P's and some predicted wave-lengths have been obtained by interpolation or extrapolation along the

isoelectronic sequences. These are:

Term IP

Sp Term Sp Term Sp Sp

CI ii »S Ca vn »S Ca v Fe x

S xii 2P Ca xv »P Sc vi Fe xi

A in *S Fe xv

3po V vin Fe xin

A xi 3p Ni xn 2pO Cr vin Fe xiv

A xiv 2po Ni xin 8P, 'D Cr ix Fe xv Kv 2p° 2£)0 Ni xv sp Mn ix Co xi

Kvi lS Ni xvi 2po Mn x Ni xin

Ni xv

As in the body of the R M T, E P's in parentheses denote that the terms involved do not have observed connections with the rest of the terms of the spectrum.

Dr. Swings has pointed out that forbidden lines are essentially emission lines, and therefore, astrophysically the

high E P is the important one. For this reason the multiplets of a spectrum should be listed by high E P rather

than by low E P (§ 27). It is fully recognized that emission lines are better handled in this order and it is hoped

that all multiplets having the same high term can be readily selected in any spectrum. The arrangement by low

terms has been adopted merely for the sake of uniformity.

Another highly significant comment has been made by Dr. Swings l

, namely, that "certain forbidden transitions

that are not directly observable may play a role in astronomy, for example, by floUrescence excitation, ionization or

dissociation."

1 Letter, May 194S.

XXI

1
The importance of lines in the extreme violet such as X303.7 of He n, A303.7 and X374.4 of in and the pair at A3 74.4 of N m, in producing the nebular lines has been fully discussed by Bowen l

. The violet limit, A2950, imposed

in this book has excluded both permitted and forbidden lines in the violet that are extremely important in the inter- pretation of forbidden lines observed in astronomical spectra. Readers are, therefore, urged to consult the individual

papers on this subject, as it has been regarded as beyond the scope of the present work.

XI DETAILS OF PUBLICATION

The preparation of the manuscript of this book has covered such a long period of time that the typing has been

done as various spectra were finished, which is not in the order of increasing atomic number. It has been practically

impossible to terminate every section of the manuscript at the end of a typed page. Some important insertions have

also broken the continuity of typing. Consequently, the pages are frequently unequal in length and some have large gaps. No serious effort has been made to avoid irregularities of this kind, for two reasons: first, the retyping and

rechecking of these large pages in order to adjust spacing has seemed an unjustifiable procedure, particularly since

there is always the chance of introducing new errors in handling so much tabular data; second, the blank spaces may

prove to be useful for notes.

Doubtless there are more serious irregularities, namely inconsistencies in notation of similar spectra. During

the course of the work the manuscript has been widely distributed to interested investigators. To date it has never all been assembled in one place. The writer has been unable to remember all the details connected with each spectrum,

but has proceeded on the assumption that minor irregularities would not impair the value of the R M T so seriously

as the delays required to correct all of them.

46. One of the purposes of this book has been to provide adequate material for fairly definitive identifications of solar lines. Mention has been made of the forthcoming publication by Babcock and others on the Infra-Red

Solar Spectrum AA66GO-13495 (§§ 7, 15). A similar program covering the violet solar spectrum is being carried on

at Mount Wilson by Babcock. The writer has been working on the identifications of the solar lines throughout the

entire solar spectrum, with the aid of the manuscript of the R M T. The publication of the results to the violet of

X6600 has been postponed in order to complete the present book. It is planned to publish them as soon as possible.

XII. BIBLIOGRAPHY

Following the text is a Bibliography in which all references used in the preparation of this book are listed in the

alphabetical order of the names of the authors. Each reference is assigned a number for purposes of cross reference.

47. In the R M T (excluding the section on Forbidden Lines) each spectrum has three sets of references: one

giving the sources from which the wave-lengths have been taken—Table 7; one giving the first, second, etc. choices

of references for intensity estimates—Table 8; and one referring to papers on analysis—Table 9. The Tables are arranged similarly. In each, the first column gives the chemical symbol of the element and the

spectrum (i = arc, n first spark etc.), the second the number with which to enter the Bibliography. In Table 7 the letters A, B, C, etc. are taken from column 2 of the R M T for each spectrum. In Table 8 the first choice for intensity is indicated in column one, the second in column two etc. In general, reference numbers are in italics when the intensities from the reference are in parentheses in the R M T (see § 34). Table 9 does not list choices. It contains ref- erences to papers on analysis that were used in compiling the R M T. Table 10 gives the sources used for analysis of spec' ra contained in the Table of Forbidden Lines. It is arranged

similarly to Table 9.

Following the Bibliography are an index by pages, and one by elements arranged in the alphabetical order of the

chemical symbols.

1 Ap. J. 81, 1, 1935.

xxui
Table 7 References—Wave-Length

Sp A B C D E F Sp A BCD E F G H I J K L

H 243 CI ii 195

D 243 CI in 31 27

He i 263 299 319 174 275 Ai 277 154 263

Hen 243 An 340 18 48 47

Li i 206 175 149 An 49 51

Li ii 378 404 A iv 50

Be i 318 315 149 Ki 149 403 263 259 88 il6 108 380

Be ii 318 Kn 46

Bn 81 Ki: 47a 51a

B hi 81 Ca l Ca n

403

168

66 259 369

403 66 375

373 241 374

390

Ci 185 300 169 160 370 Ca in 11 Cn 122 81 89

Sc i 245 253 349

C in 81 121

Sc ii 245 253

Civ 81

Sc III 172 Ni

XT 93 78

125

160 370 Tii 178 65 185 282 245 201 212 348 199 172 177 21 N ii 20 120 Tin 178 65 245 201 347 172 Nm 124 81 Ti iv 364

Niv 126 81 Vi 264 368 245 242 266 213 109

Oi 98 263 127 116 316 128 Vn 266 On 20 118 301

Cn 183 184 245 142 - in 119 86 302 Sfr" (213j

Oiv 81 126 86 Cr ii 184 245 142 110

Ov 81 Mn i 260 245 246 131

Ovi 81 Mn ii 1%) 245 108

Fi 88 (68J

Fn 73 Fei*

F m 72 85 Fen 76 222 55 Nei 162 277 154 276 311 263 Fe in 103 102 222

Ne ii 52 Co i 56 282 245 280 71 230 62 147

Nai 149 116 263 298 259 338 Co ii Nii

255

282 245 178 143 109 146 280 398

Na n 130 393 Nin 252 245 111

Mgi 295 314 141 261 116 Cu i 58

Mg ii 116 Cu ii 137

Ali 403 315 116 319 310 Zn i 149

Alii 319 377 Znn 149 319"

Aim 312 Ga i 402

Si i 186 Gei 188 245

Si ii 117 Gen 188 235

Si in 117 As i 273

Si iv 117 101 As ii 328

Pi 180 Se i 189

Pn 133 181 70 Rbi 149 333

P in 133 Sri 399 245 116

Piv 133 Sr ii 399

P V 133 Yi 254 245

Si 297 129 Yn 254 351 245

Sn 157 19 158 25 136 Zn 197 282

S in 157 159 Zr ii 196

S iv 303 Cbi 283

CI i 182 Cbn 283

• See references for Fe i at end of Table 7. XXIV
Sp

Table 7—Continued

References—Wave-Length

Sp A B C D E Sp A B C D E -Sp A B C D E

Mo i 326 176 113 Ce ii 144 9 245 Ta 1 200

Mon 245 113 Ce in 362 Wi 22

Rui 245 Pr ii 339 245 Wn 239

Ru ii 272 Ndn 10 245 219 1 Re 1 257

Rhi 304 Sm i /221W221) Osi 245

Rhu 150 1 4/i 2} In 6

Pdi 256 109 Sm ii 221 Pti 109

Agi 149 Eu i 223 Au 1 324

Cdi 149 163 j Eu ii 223 ! Hgi 396 166

In i 402 Gdi 225 Tli 307 109

Sn i 265 Gdn 225 Pbi 149 135

Sn ii 248 Tm i 268 Bii 214 17 Sbi

Tei

279

18,9 Tm ii » {£ RaiRa 11

332

331

Cs i 259 149 Ybi 291 Thu 250

Bai 40C Ybn 291

Ban 400 245 259 330 Lu i 288

La i 258 Lu ii 288

La ii 258 Hf i 287

La in 258 Hfn 289

BC D EFGHI JKLM N OQRSTUVWXY

Fe 1 164 161 278 185 262 282 59 167 14 371 . 57 281 220 {{w^O 15 227 77 391 247 55 171 379f74

t These references have been used for lines to the violet of the range covered in the RMT, but are included for completeness.

XXV
Table 8

References—Intensity

Sp Reference Numbers Sp Reference Numbers Sp Reference Numbers

He i 263 275 174 116 319 An 340 Ru ii 272

Li i 113 175 A m 49 51 Rhi 10S

Li ii 378 404 A iv 50 Rhn 150

Be i 315 318 Ki 259 116 88108 Pdi^ 256

Ben 318 Kn 410 46 Agi 389

Bn 81 Km 47a 51a Cdi 173

Bin 81 Ca i 207 259 369 241 374 In i 402

Ci 185 300 169 160 370 Ca ii 259 207 375 390 66 Sn i 265

Cn 81 122 Ca in 11 Sn n 248

Cm 81 Sc i 210 253 349 367 Sbi 279

Civ 81 Sc ii 253 365 Tei 189

Ni 93 78 160 370 Sc III 172 Cs i 259 245

Nn 20 125 120 Tii 185 282 212 203 348 199 172 Bai 207 259

Nm 124 81 Tin 347 Ban 207 259 330

Niv 81 Ti iv 364 La i 228 258

Oi 98 263 127 116 128 Vi 264 213 204 La ii 258

On 20 118 301 Vn 266 La in 258

Om 119 86 302 Cn 183 184 204 213 Ce n 215 144 9 245

Oiv 81 126 Cr ii 184 Ce in 362

Ov 81 Mn i 260 209/5/ 61113 Pr n 215 339

Ovi 81 Mn ii 67 68108 Ndn 219 10

Fi 88 Fe i 185 282 220 211 202 227 59 57 Sm i 221

Fn 73 281280 55 15 77 391171 74 Sm ii 221

F in 72 85 Fe ii 76 222 55 Eu i 223

Nei 263 276 311 Fe in 103 102 Eu ii 223

Ne n 52 Co I 205 208 282 280 71 56 230 62 147 Gdi 225

Nai 259 172 116 Co II 255 Gdn 225

Na ii 130 393 Nii 208 205 282 143 109 146 280 398 245 Tm i 268

Mg I 261 207 295 314 170 Nin 252 382 Tm ii 269 268 224

Mg ii 116 Cu 1 58 Ybi 291

Ali 315 116 319 5/0

Cu II 137

Ybn 291

Al ii 319 377 Zn i 149 Lui 288

Aim 312 Zn ii 372 Lu ii 288

Si i 186 Ga i 402 174 Hf i 216

Si II 117 Gei 188 132 Hf ii 289

Si m 117 Ge ii 188 235 Tai 200

Si iv 117 101 As i 273 Wi 218 22

Pi 180 As ii 328 Wit 239

Pn 133 181 Se i 189 Re i 257

Pm 133 Rbi 172 Osi 245

P IV 133

Sr i 207 259

It i 6

Pv 133 Sr ii 207 259 Pti 109

Si 297 129 Yi 228 Au i 324

S n 25 19/56 Yn 254 351 Hgi 112 108

S in 157 159 Zn 228 282 197 Tli 109

S iv 303 Zr ii 196 Pbi 109 27/

CI i 182 Cbi 283 Bii 308 17

Cln 195 Cbn 283 Rai 332

Clin 31 27 Mo i 326 176 113 Ran 331

Ai 263 276 293 294 Mo n Ru i

113

251 109 — ,

Thn 226

XXVI
Table 9

References—Analysis

Sp Reference Numbers Sp Reference Numbers

H 243 23 116 S ii 157 19 158 25 136

D 243 23 S in 157 159 136 337

He i 16 45 319 263 275 134 S iv 303 27 29

Hen 243 23 CI i 182 193 92

Li i 116 16 206 CI n 195 96

Li n 16 81 CI in 31 27

Be i 318 315 CI iv 31 32

Ben 318 Ai 154 276 42 16 293 294

Bi 16 89 An 92 42 48 47

Bn 81 89 A m 49 51 42 44 96

Bin 81 A iv 42 50

Ci 81300 Ki 116 88

Cn 81 89 Kn 46 28 105

Cm 81 89 82 Km 47a 92

Civ 81 82 Ca i 373 369 259 116

Ni 104 78 160 Ca ii 375 346 390

Nn 89 81 125 120 Ca m 28 16

Nni 89 81 Sc i 365

Niv 89 81 82 Sc ii 365 285

N v 81 82 Sc III 364 392

Oi 98 Tii 348 355 282 185 178

On 86 81 350 118 Tin 347

Om 95 81 119 86 302 Ti iv 364

Oiv 81 82 Vi 286 305

Ov 81 82 Vn 284

Ovi 81 82 Cn 179 183 187 346

Fi 88 Cr ii 184

Fn 85 73 Mn i 61 79 260 346

Fin 85 30 72 Mn ii 67 68

F iv 84 Fe i 363a

F vi 83 87 Fe ii 75 76 94 139

Nei 154 41 276 16 311 Fe m 103 102

Ne ii 41 52 Co i 363

Nai 298 338 116 Co ii 114

Na ii 130 393 16 Nil 352

Mgi 295 296 314 345 Nin 382 233

Mg ii 116 16 Cu i 381

All 315 319 Cu ii 386

Aln 319 377 Zn i 149 116

Aim 312 16 Zn ii 319 372

Si i 186 Ga i 116

Si ii 117 29 16 Ga ii 376

Si m 117 29 Ge i 188 327

Si iv 117 101 Ge ii 188 234

Pi 180 335 As i 273

Pii 26 335 336 As ii 140 328

Pm 29 303 336 Se i 343

Piv 29 336 Se ii 244

Pv 336 40 Br i 194

Si 297 342 Br ii 232

xxvn
Table 9—Continued

References—Analysis

Sp Reference Numbers Sp Reference Numbers

Kri 274 276 165 Gd i 2 357 358

Km S3 Gdn 8 358

Rbi 116 Tm i 270

Rbn 238 Tm ii 270 269

Sri 116 369 399 Ybi 291 359

Sr ii 116 259 399 Ybn 291 359

Y i 285 Lu i 288 267

Yn 285 Lu ii 288

Zn 197 282 Hf i 287

Zr ii 196 Hf ii 289

Cbi 290 Tai 192

Cbii 290 Ta ii 192

Mo i 63 191 Wi 237

Mo ii 190 Wn 239

Ru i 394 145 Re i 257

Ru ii 272 292 Os i 1 5 Rhi 395 304 In 6

Rhn 150 Pti 240 148

Pdi 385 Pt ii 387

Pdn 384 24 Au i 324 306

Agi 388 Au ii 324

Agn 383 24 Hgi 16

Cdi 116 16 Hgn 313

Cdn 372 401 Tli 116

In i 116 Tin 106

In ii 317 Pbi 16

Sn i 265 Pbn 80

Sn ii 248 Bii 16

Sbi 279 Bi ii 64 115

Sbn 236 Rn i 329

Tei 341 Rai 332 354

I i 107 69 325 Ra ii 331

I ii 232 Thu 249 250

Xe i 156 Thin 54

Xe n 155

Cs i 116

Cs ii 309 405

Bai 400 344 353

Ban 330 400

La i 366

La n 366

La in 366

Ce ii 144 7 9

Ce in 362

Pr ii 339 356

Ndn 10

Sm i 2 4

Sm ii 3 Eu i 361

Eu ii 360

XXVUl
Table 10

References—Forbidden Lines

Sp Reference Numbers Sp Reference Numbers Sp Reference Numbers

Be i 318315 Ca vi 33 Fe xiv 97

Ci 81 Ca vn 337 Fe xv 90

Ni 104 Ca xn 97 Co ii 114

Nn 81 43 409 Ca xin 97 Co VI 37

Oi 98 13 151 Ca xv 97 Co vn 12 On 81409 Sc ii 365 Co VIII 60

Om 81409 Sc III 364 Co XI 92

Fn 85 Sc vi 91 231 Nil 352

F m 85 Sc VII 231 Nin 382 233

F iv 84 Tii 348 Ni vn 322

Ne in 41 43 409 Tin 347 Ni vm 12 Ne iv 320 Ti in 364 Ni ix 60

Ne v 100 320 35 397 Ti vn 231 91 Ni xn 97

Na iv 393 Ti vm 231 Ni xm 97

Na v 393 Vn 284 Ni xv 97

Mg vi 393 Vm 407 Ni xvi 97

Al vn 393 Viv 406 Cu 11 386

Si i 186 V vm 91 Kr in 152

Pi 180 335 Cri 179 183 187 Sr ii 116 259 399

Pn 26 335 336 Cr n 184 Yn 285

Si 96 342 33 Cr in 36 Yv 321

Sn 157 19 158 25 136 409 Cr iv 36 38 Zr ii 196

S in 157 159 136 337 Crv 406 Zr in 198

S viii 97 337 Cr vm 92 Zr vi 321

S xn 97 Cr ix 91 Xen 155

CI ii 96 195 Mn ii 67 68 Xe in 99 153 CI m 31 27 Mn iv 36 La ii 366

CI iv 31 32 Mn v 34 38 La in 366

A in 96 Mn vi 60 Eu ii 360

A iv 42 50 Mn ix 92

Av 323 334 Mn x 91 Ax 97 Fe i 363 a A xi 97 Fe ii 75 76 94 139

A xiv 97 Fe ni 103 102

Kiv 96 33 Fe v 36

Kv 33 Fe vi 34 38

Kvi 337 408 334 Fe vi i 39

Ca i 373 369 259 116 Fe x 92 97

Ca ii 375 Fe xi 91 97

Ca v 96 33 91 Fe xin 97

XXIX
XIII. ACKNOWLEDGMENTS

This book is the result of an enormous amount of cooperation for which the writer cannot express adequate

appreciation. She is extremely grateful to all who have generously furnished material, offered valuable suggestions,

and assisted in many other ways.

In spite of war conditions both M. A. Catalan of Madrid and B. Edlen of Lund have been active collaborators. At home, physicists, astronomers, librarians and many others have likewise contributed. To each of these the writer

extends most hearty thanks.

At the Mount Wilson Observatory, W. S. Adams has willingly assembled interested members of his staff for consultation concerning the form, content and scope of the book. H. D. Babcock's unpublished solar material has

been of inestimable value. A. S. King has obligingly settled many puzzling questions about intensities. P. W.

Merrill has urged the publication of the book from the start and supported the work enthusiastically. A. H. Joy has

furnished detailed material on stellar spectra observed at Mount Wilson.

The writer has also been in constant communication with the Bureau of Standards. W. F. Meggers and C. C.

Kiess have furnished more material on analysis- in advance of publication than any other contributors. Special

mention should be made of the valuable work on Cr i and Cr n by Kiess. The multiplet lists of these spectra have

already been in constant demand. - Many intricate details have been referred to Meggers. His continued interest and work on behalf of this book will not be forgotten.

In addition to the help with the forbidden lines, P. Swings together with O. Struve at the Yerkes Observatory

have given most helpful assistance in the handling of the spectra of light elements from an astrophysical point of view.

Mention has already been made of the computations generously furnished by J. E. Mack.

The writer has been privileged to use the facilities of various institutions not directly connected with this pro- gram. At Wesleyan University the late Professor Slocum welcomed her most cordially to the Van Vleck Observatory.

W. G. Cady, Chairman of the Department of Physics, was equally generous. Without the library privileges extended

by these friends, the program would have been seriously impaired.

A welcome no less cordial has been extended in Cambridge, Massachusetts. J. C. Boyce, Harlow Shapley and

Mrs. C. P. Gaposchkin have taken a most personal interest in the work. It has also been an enormous advantage

to have free access to the libraries at the Cruft Laboratory, at the Massachusetts Institute of Technology and at the

Harvard Observatory.

At Princeton this research program has been most enthusiastically supported by Henry Norris Russell over the

long period of years since the publication of. the first edition in 1933. The writer has had the great benefit of his wide

experience in analyzing spectra, of his detailed knowledge of spectra and above all of his keen interest—all of which

are recorded in the pages of the book itself. She expresses to him her gratitude with the hope that the readers will find the R M T worthy of all he has contributed to it. Miss Margaret C. Shields of Fine Hall library in Princeton has cooperated so extensively that it is inadequate to express the personal gratitude of the writer in a single sentence. The same is true of Mrs. Jay Murray who has

patiently and efficiently brought to a successful conclusion the appalling task of typing the Multiplet Table for photographic reproduction. Her painstaking care and skill are largely responsible for the completion of the work

at this time.

Miss Marion Daly at Princeton and Miss Ada Spaterna of Washington, D. C, have spared no effort in typing

the Finding List carefully and accurately.

The personal interest and help of President John A. Eckert of the Columbia Planograph Company have been one

of the greatest sources of encouragement in completing the manuscript for publication.

In conclusion the writer wishes to record her appreciation of the cordial cooperation of her husband, Bancroft

W. Sitterly.

xxx
REVISED IIUL1IPL

BIBLIOGRAPHY

55 1 Albertson, Phys. Rev. (3) 45, 304, 1934.

3 Albertson, Phys. Rev . (3) 47, 370, 1935. 56

3 Albertaon, lit. Wilson Contr. No. 546; Ap. J . 84, 36, 1936. 57

4 Albertson, Phys. Rev. (3) 53, 644, 1937. 58

5 Albertson, Phys. Rev . (3) 53, 940, 1938. 59

6 Albertson, Phys. Rev . (3) 54, 183, 1938. 60

7 Albertson, Unpublished material, Nov. 1941. 61

8 Albertson, Bruynes and Hanau, Phys. Rev . (3) 57, 393, 1940. 63

9 Albertson and Harrison, Phys. Rev . (3) 53, 1309, 1937.

10 Albertson, Harrison and McHally, Jr., Phys. Rev . (3) 61, 167, 1943. 63

11 Anderson, J. A. , Ap. J. 59, 76, 1934. 64

13 Anderson, E. E. and Mack, Phys. Rev . (3) 59, 717, 1941. 65

13 Baboock, Mt.^ Wilson Contr . No. 359; Ap. J . 57, 309, 1933. 66

14 Babcock, Mt. Wilson Contr . No. 343; Ap. J . 66, 356, 1937. 67

15 Babcock, Unpublished material. 68

16 See Baoher and Goudsmlt, Atomic Energy States , McGraw-Hill, N. Y. and 69 London, 1933. 70

17 Back und Goudsmlt, Zelt. f. Phys . 47, 174, 1938. 71

18 Baly, de Bruin, Bloch, L. , Bloch, E. , meas. quoted by Rosenthal, 73

Ann, der Phys . (5) 4, 49, 1930. 73

19 Bartelt und Eckstein, Zelt. f. Phys . 86, 77,-1933. 74

30 Beals, Publ. Pom. Ap. Obs . 6, 17, 1931. 75

31 Behner, Zelt. f. Wlss. Ptg . 33, 335, 1935. 76 23 Belke, Zelt. f. Wlss. Ptg . 17, 132 and 145, 1918. 77

23 Birge, Rev. Mod. Phys - 13, 333 (No. 4), 1941. 78 34 Blair, Phys. Rev . (3) 36, 173, 1930. 79 35 Bloch, L. et Bloch, E. , Annnles de Physique (10) 12, 5, 1939. 80

36 Bowen, Phys. Rev . (3) 29, ,510, 1927. 81 27 Bowen, Phys. Rev . (3) 31, 34, 1938.

38 Bowen, Phys. Rev . (3) 31, 497, 1938. 83

39 Bowen, Phys. Rev . (3) 39, 8, 1933. 83

30 Bowen, Phys. Rev . (3) 45, 83, 1934. 84

31 Bowen, Phys. Rev . (3) 45, 401, 1934. 85

33 Bowen.. Phys. Rev . (3) 46, 377, 1934. 86

33 Bowen, Phys- Rev . (3) 46, 791, 1934. 87

34 Bowen, Phys. Rev . (3) 47, 934, 1935. 88

35 Bowen, Rev. Mod. Phys . 8, 55 (No. 3), 1936. 89

36 Bowen, Phys. Rev . (3) 53, 1153, 1937. 90

37 Bowen, Phys. Rev . (3) 53, 889, 1938. 91

38 Bowen, see Pasternack, Ap. J . 93 , 140, 1940. 92

39 Bowen and Edle'n, Nature 143 . 374, 1939. 93

40 Bowen and Mllllkan, Phys. Rev . (3) 35, 395, 1935. 94

41 Boyce, Phys. Rev . (3) 46, 378, 1934. 95

43 Boyce, Phys. Rev . (2) 48, 396, 1935. 96

43 Boyce, Mon. Not. Royal Astr. Soc . 96 , 690 (No. 7) , 1936. 97

44 Boyce, Phys. Rev . (3) 49, 351, 1936. 98

45 Boyce and Roblnapn, Journ. Opt. Soc. Am . 36 , 143, 1936. 46 de Bruin, Zelt. f. Phys . 38, 94, 1936. 99

47 de Bruin, Zelt. f. Phys . 51, 108, 1938. 100

47a de Brula, Zelt. f. Phys . 53, 658, 1939. 101

48 de Bruin, Zelt. f. Phys . 61 , 307, 1930. 103

49 de Bruin, Proc. Amsterdam Acad . 36 , 734 (No. 7), 1933. 103

50 de Bruin, Phys lea 3. 809 (Ho. 8), 1936. 104

51 de Bruin, Proc. Amsterdam Acad . 40 , 340 (No. 4), 1937. 105

51a de Bruin, see Edle'n, Zelt. f. Phys . 104 . 407, 1937. 106

53 de Bruin und Bakker, Zelt. f. Phys - 69 , 19, 1931. 107

53 de Bruin, Humphreys and Meggers. Bur- St. Journ. Rear. 11 . 409 (RP 599) 1933. 108

54 de Bruin, ELlnkenberg und Schuurmans, Zelt. f. Phys . 118 . 58, 1941. 109

E T TABLE

Burns, Lick Bull . 8, 37 (No. 347), 1913.

Burns, Unpublished material. For Interferometer meas. see Ref. No. 363.

Burns and Walters, Jr., Publ. Allegheny Obs . 6, 159 (No. 11), 1939.

Burns and Walters, Jr., Publ. Allegheny Obs . 8, 37 (No. 3), 1930.

Burns and Walters, Jr., Publ. Allegheny Obe . 8, 39 (Ho. 4), 1931.

Cady, Wllloughby, Phys. Rev . (3) 43, 333, 1933. Catalan, Phil. Trans. Royal Soc . A 323, 137, 1933. Catalan y Antunee, Ann, de la Soc. Esp. de Flslca y Qulmlca 34 , 307, 1936

(Some measures by Exner and Haschek Included here) Catalan y Madarlaga. Ann.de la Soc. Esp- de Flslca y Qulmlca 31 , 707, 1933 Crawford and McLay, Proc. Royal Soc . A 143 , 540, 1934. Crew, Ap. J . 60, 108, 1934. Crew and McCauley, Ap. J . 39 , 29, 1914. Curtis, Phys. Rev . (3) 53, 474, 1938. Curtis, Unpublished material, July 1941.

Deb, Proc. Royal Soc . A 139 , 380, 1933.

De'jardln, Canadian Journ. Rea . 7, 556, 1933. Dheln, Zelt. f. Wlss. Ptg . 19, 389, 1930. Dingle, Proc. Royal Soc . A 133 , 144, 1939.

Dingle, Proc. Royal Soc A 138, 600, 1930.

Dingle, Mon. Hot. Royal Astr. Soc 94 , 866, 1934. Dobble, Phys. Rev . (3) 45, 76, 1934. Dobble, Ann. Solar Phys. Obs . 5, 1 (Part I), 1938. Dobble, Unpublished material. Duffendack and Wolfe, Phys. Rev . (3) 34, 409, 1939. Dunham, T. Jr., Unpublished material, 1926. Earls and Sawyer, Phys. Rev . (2) 47, 115, 1935. Edlen, Nova Acta Reglae Socletatls Sclentlarum Upsallen6ls , Ser. IV,

9 (No. 6), 1933.

Edle'n, Zelt. f. Ap . 7, 378, 1933.

Edle'n, Zelt- f. Phys . 89, 179, 1934.

Edle'n, Zelt- f. Phys . 92, 19, 1934.

Edle'n, Zelt. f. Phys . 93, 433, 1935.

Edle'n, Zelt. f. Phys . 93, 736, 1935.

Edle'n, Zelt. f. Phys - 94, 47, 1935.

Edle'n, Zelt. f. Phys . 98, 445, 1936.

Edle'n, Zelt. f. Phys . 98, 561, 1936.

Edle'n, Zelt. f. Phys - 103 , 536, 1936.

Edle'n, Zelt. f. Phys . 104 , 188, 1937.

Edle'n, Zelt. f. Phys - 104 . 407, 1937.

Edle'n, Festskrlft Tlllagnad , Osten Bergstrand p. 135, 1938.

Edlen, Unpublished material, Feb. 1940.

Edle'n, Haturwlss . 30, 279, 1942.

Edle'n, Phys. Rev . (3) 63, 434, 1943.

Edle'n, Zelt. f. Ap . 32, 30, 1943; see Swings, Ap. J . 98, 116, 1943.

Edle'n, Kungl. Svenska Vetenskapeakademlens Handllnrcar , Tredje Serlen,

30 (Ho. 10), 1943.

Edle'n, Phys. Rev . (3) 65, 348, 1944. Edlen, Unpublished material. Edlen und Soderqvlst, Zelt. f. Phys . 87, 317, 1933. Edlen and Swings, Unpublished material, Dec. 1941. Edlen and Swings, Contr, McDonald Obs - No. 49; Ap. J . 95 , 533, 1942. Ekefors, Zelt. f. Phys . 63, 437, 1930. Ekefors, Zelt. f. Phys . 71, 53, 1931. Ellis and Sawyer, Phys. Rev . (2) 49, 145, 1936. Evans, Proc. Royal Soc A 133, 417, 1931. Exner und Haschek, see Kayser, Handbuch der 3p . 5, 1910. Exner und Haschek, see Kayser, Handbuch der Sp . 6, 1913.

XXXI
REVISES MULTIPLEX

BIBLIOGRAPHY TABLE

110 Exner und Haschek, see Kayser und Konen, Handbuoh der Sp . 7, Part 1, 1934.

111 Exner and Haschek, see Shenetone, Phya. Rev . (3) 30, 355, 1937.

113 Exner und Haechek, see Kayser und Konen, Handbuoh der Sp. 7, Part 3, 1930.

113 Exner und Haschelc, see Kayeer und Konen, Handbuoh der 3p. T, Part 3, 1934.

114 Flndlay, Phys. Rev . (3) 36, 5, 1930.

115 Fisher and Goudemlt, Phys. Rev . (3) 37, 1057, 1931.

116 See Fowler, Report on Series In Line Speotra , Fleetway Press, London, 1933.

117 Fowler, Phil. Trans. Royal Soo . A 335, 1, 1935.

118 Fowler, Proc. Royal Soc . A 110 , 476, 1936.

119 Fowler, Proc. Royal Soc . A 117, 317, 1938.

130 Fowler and Freeman, Proc. Royal Soc . A 114, 663, 1937.

131 Fowler and Selwyn, Prop. Royal Soc . A 130 , 313, 1928.

133 See Fowler and Selwyn, Prop. Royal Soc . A 130, 313, 1938.

133 Fred, Ap. J . 87, 176, 1938.

134 Freeman, Proc Royal Soo . A 131 , 318, 1938.

135 Freeman, Proc. Royal Soc . A 134 , 654, 1939.

136 See Freeman, Proc. Royal Soc A 137, 330, 1930.

137 Frerlchs, PhyB. Rev . (3) 34, 1339, 1939.

128 Frerlchs, Naturwlss . 31, 849, 1933.

139 Frerlchs, Zelt. f. Phys . 80, 150, 1933.

130 Frlsch, Zelt. f. Phys . 70, 498, 1931.

131 Fuchs, see Kayeer und Konen, Handbuoh der Sp . T_, Part 3, 1934.

133 Gartleln, Phys. Rev . (3) 31, 783, 1938.

133 Geuter, Zelt. f. Wlss. Ptg . 5, 1, 1907. (See Kayser, Handbuoh der

Sp. 6, 1913.)

134 Glbba and Kruger, Phys. Rev . (3) 37, 1559, 1931.

135 Qleeeler und Grotrlan, Zelt. r, Phys . 34 , 374, 1935.

136 Gllles, Annalee de Physique (10) 15, 367, 1931.

137 Green, L.C., See Shenstone, Phil. Trans- Royal Soc . A 235, 195 (No. 751), 1936.

138 Green, L.C., Unpublished material, 1937.

139 Green, L.C, Phys- Rev . (2) 55, 1309, 1939. 140 Green, J.B. and Barrows, Jr., Phya. Rev . (3) 47, 131, 1935.

141 Gremmer, see Paschen, Slti. der Preuse. Akad. der Wlss . , Phys .-Math . ELasse 33, 709, 1931.

143 Hall, Bee Kayser und Konen, Handbuoh der Sp . 7, Part 1, 1934.

143 Hamm, Zelt. f. Wise. Ptg . 13, 105, 1913.

144 Harrison, Alberteon and Hosford, Joura. Opt. Soc. Am . 31, 43°, 1941. 145 Harrison and Mcllally, Jr., Phys. Rev . (3) 58, 703, 1940. 146 Hasaelberg, see Kayser, Handbuch der Sp . 6, 1913. 147 Hasselberg or Exner und Haschek, see Kayser, Handbuch der Sp . 5, 1910. 148 Hauaemann, Ap. J . 66 , 333, 1937. 149 Hetzler, Boreman and Burns, Phys. Rev . (3) 48, 656, 1935. 150 Hitchcock, W. J., Unpublished material, Nov. 1943.

151 Hopfleld, Phys. Rev . (3) 37, 160, 1931. 153 Humphreys, Phya. Rev . (2) 47, 713, 1935. 153 Humphreys, Bur. St. Journ. Res . 16, 639 (RP 898) 1936. 154 Humphreys, Bur. St. Journ. Res - 30, 17 (RP 1061) 1938. 155 Humphreys, Bur. St. Journ. Res . 33, 19 (RP 1164) 1939. 156 Humphreys and Meggers, Bur. St. Journ. Res . 10 , 139 (RP 531), 1933. 157 Hunter, Phil. Trans. Royal Soc . A 333, 303, 1934. 158 Ingram, Phys. Rev . (3) 33, 172, 1928. 159 Ingram, Phya. Rev . (3) 33, 907, 1939. 160 Ingram, Phye. Rev . (2) 34, 431, 1929.

161 International Standard, see Trans. Intern. Astr. Union 3, 86, 1938. 163 International Standard, see Trans. Intern. Astr. Union 5, 85, 1935. 163 International Standard, see Trans. Inte rn. Aetr. Union 6, 79, 1938. 164 International Standard, see Trans. Intern. As tr. Union 6, 80, 1938. 165 International Standard, see Trans. Intern. Astr. Union 6. 89, 1938.

166 Jackson, Proc Royal Soc . A 130 . 395, 1931.

167 Jackson, Proc. Royal Soc A 133, 553, 1331.

168 Jaokson, Mon. Not. Royal Astr. Soo - 93, 98 (No. 1), 1933.

169 Johnson or Merton and Johnson, see Kayser und Konen, Handbuch der Sp . 8., Part 1, 1933.

170 See Kayser, Handbuch der Sp . 5, 1910.

171 Kayser, Handbuch der Sp . 6, 893, 1913.

173 See Kayeer, Handbuoh der Sp . 6, 1913.

173 See Kayser und Konen, Handbuch der Sp . 7, Part 1, 1934.

174 See Kayser und Konen, Handbuch der Sp . T_, Part 3, 1930. 175 See Kayaar und Konen, Handbuoh der Sp . 7, Part 3, 1934. 176 Klesa, Sol. Papers Bur. St . 19, 113 (No. 474), 1933. 177 Kless, Unpublished material, 1934T.

178 Klesa, Bur* St. Journ. Res . 1, 75 (RP 4), 1938. 179 Kless, Bur. St. Journ. Res . 5, 775 (RP 339), 1930. 180 Kleaa, Bur. St. Journ. Res . 8, 393 (RP 435), 1933.

181 Kless, Unpublished material. Hay 1933. 183 Kless, Bur. St. Journ. Res . 10, 827 (RP 570), 1933.

183 Klesa, Bur- St. Journ. Rea - 15, 79 (RP 813) 1935. 184 Klesa, Unpublished material, Jan. 1936, June 1940, Har. 1941, Apr. 1941.

185 Kleaa, Bur. St. Journ. Rea . 30, 33 (RP 1063), 1938. 186 Kless, Bur. St. Journ. Rea . 31, 185 (RP 1134), 1938. 187 Kleaa, Unpublished material, Feb. 1939, June 1940, Feb. 1941.

188 Kleaa, Bur. St. Journ. Rea . 34, -i (RP 1366), 1940. 189 Kleaa, Letter, June 1943. 190 Kleaa, Unpublished material, Aug. 1943.

191 Kless, Unpublished material, 06t. 1943. 193 Klese, Unpublished material, Dec 1943.

193 Kleaa and de Bruin, Bur. St. Journ. Rea - 3, 1117 (RP 73), 1939. 194 Kless and de Bruin, Bur. St. Journ. Res . 4, 667 (RP 173) , 1930. 195 Kless and de Bruin, Bur. St. Journ. Rea . 33, 443 (RP 1344), 1939. 196 Klese, C. C. and Klesa, H. K. , Bur. St. Journ. Rea . 5. 1305 (RP 355) 1930. 197 Kleaa, C. C. and Klesa, H. K. , Bur. St. Journ. Rea . 6, 631 (RP 396) 1931- 198 Kleaa and Lang, Bur. St. Journ. Rea . j>, 305 (RP 303), 1930. 199 Kless and Meggers, Sol. Papers Bur. St . 16, 54 (No. 373), 1930. 300 Kless and Stowell, Bur. St. Journ. Rea . 12, 459 (RP 671), 1934. 301 Kllby, Ap. J . 30, 343, 1909. 303 King, A. S. , Mt. Wilson Contr. No. 66; Ap. J. 37, 339, 1913. 303 King, A. S. , Mt. Wilson Contr . No. 76; Ap. J. 39, 139, 1914. 304 King, A. S. , Mt. Wllaon Contr. No. 94; Ap. J. 41, 86, 1915. 305 King, A. S. , Mt. Wllaon Contr . No. 108; Ap. J. 43, 347, 1915. 306 King, A. S. , Mt. Wllaon Contr . No. 133; Ap. J. 44, 169, 1916.

307 King, A. S. , Mt. Wllaon Contr. No. 150; Ap- J. 48, 13, 1918. 308 King, A. S. , Mt. Wllaon Contr . No. 181; Ap. J . 51, 179, 1930. 309 King, A. S., Mt. Wilson Contr . No. 198; Ap. J. 53, 133, 1931. 310 King, A. S., Mt. Wllaon Contr . No. 311; Ap. J. 54, 38, 1931. 311 King, A. S., Mt. Wilson Contr . No. 347; Ap. J. 56, 318, 1933. 313 King, A. S. , Mt. Wilson Contr . No. 374; Ap. J . 59, 155, 1934. 313 King, A. 8., Mt. Wilson Contr . No. 383; Ap. J. 60, 383, 1934. 314 King, A. 3., Unpublished material, 19377. 315 King, A. S. , Mt. Wilson Contr . No. 368; Ap. J . 68, 194, 1938. 316 King, A. S., Mt. Wilson Contr . No. 384; Ap. J. 70, 105, 1339. 317 King, A. 3., Mt. Wilson Contr . No. 414; Ap. J. 73, 331, 1930. 318 King, A. S., Mt. Wilson Contr . No. 448; Ap. J. 75, 379, 1933. 319 King, A. S., Mt. Wilson Contr . No. 470; Ap. J. 78, 9, 1933. 330 King, A. 3., Mt. Wllaon Contr . No. 496; Ap. J. 80, 134, 1934. 331 King, A. 8., Mt. Wilson Contr . No. 533; Ap. J. 83, 140, 1935. 333 King, A. 8., Mt. Wilson Contr . No. 584; Ap. J. 87, 109, 1938.

XXXI

1
REYISED MULTIPLE

BIBLIOGRAPHY

233 King, A. S., Mt. Wilson Contr . No. 608; Ap. J. 89, 377, 1939. 376

334 King, A. S. , Mt. Wllaon Contr . No. 651; Ap. J. 94, 336, 1941. 377

335 King, A. S. , Mt- Wilson Contr . No. 678; Ap. J . 97, 333, 1943. 378

336 King, A. S. , see Sltterly and King, Proe. Am. Phil. Soc . 86, 339 379

(No. 3), 1943. 380

327 King, A. S. , Unpublished material. 381

238 King, A. S. and Carter, Mt. Wllaon Contr . No. 336; Ap. J . 65, 86, 1937. 383

239 King, A. S. and Moore, Mt. Wilson Contr . No. 681; Ap. J . 98, 33, 1943. 283

330 Krebs, Zelt. f. Wlss. Ptg. 16, 392, 1917. 384

331 Kruger and Pattln, Pays- Rev . (3) 52, 621, 1937. 285

333 Laoroute, Annales de Physique (11) 3, 1, 1935. 286

233 Lang, Phys. Rev . (2) 31, 773, 1928. 367

334 Lang, Proc. Nat- Acad. Scl . 14, 33. 1938. 388

335 Lang, Phys. Rev . (2) 34, 697, 1939- 389

336 Lang and Vestlne, Phys. Rev . (2) 42, 333, 1933. 390

337 Laporte and Mack, Phys. Rev . (3) 63, 346, 1943. 391

338 Laporte, Miller and Sawyer, Phys. Rev . (2) 38, 843, 1931. 292

339 Laun, Bur. St. Journ. Res . 21, 207 (RP 1125), 1938. 293

240 Llvlngood, Phys. Rev . (2) 34, 185, 1929. 294

341 Lorenser, see Kayeer und Konen, Handbuch der Sp . 7, Part 1, 1924. 295

243 Ludwlg, Zelt. f. Wlss. Ptg. 16, 157, 19J.7. 396

343 Mack, Unpublished material, June 1942. 397

344 Martin, Phys- Rev . (3) 48, 938, 1935. 398 345 Mass. Inst. Tech., Wave Length Tables, Wiley, New York, 1939. 399

346 Mass. Inst. Tech., Unpublished material. May 1941. 300

347 Mass. Inst. Tech., Unpublished material, June 1943.

248 McCormlck and Sawyer, Phys. Rev . (2) 54, 71, 1938. 301

349 Morally, Jr., Unpublished material. May 1944. 303

350 McNally, Jr., Harrison and Park, Journ. Opt. Soc. Am. 33 . 334, 1943. 303

251 Meggers, Scl. Papers Bur. St . 20, 19 (No. 499), 1925. 304

252 MeggerB (Bureau of Standards), see Shenstone, Phys. Rev . 30 , 255, 1927. 305

353 Meggers, Scl- Papers Bur. St . 22, 61 (No. 549), 1937. 306

254 Meggers, see Meggers and Russell, Bur. St. Journ. Res . 2, 733 (RP 55), 1939

.

307

255 Meggers, see Flndlay, Phys. Rev . (2) 36, 5, 1930. 308

256 Meggers, see Shenstone, Phys. Rev . (2) 36, 669, 1930. 309

357 Meggers, Bur. St. Journ. Res . 6, 1027 (RP 333), 1931. 310

358 Meggers, see Russell and Meggers, Bur. St. Journ. Res . 9, 635 (RP 497), 311

1932. 312

259 Meggers, Bur. St. Journ. Res . 10 , 669 (RP 558), 1933. 313 360 Meggers, Bur. St. Journ. Res . 10, 75<? (RP 564), 1933.

361 Meggers, Unpublished material, Feb. 1934. 314

263 Meggers, Bur. St. Journ. Res . 14, 33 (RP 755), 1935. 363 Meggers, Bur. St. Journ. Res . 14, 487 (RP 781) 1935. 315

364 Meggers, see Meggers and Russell, Bur. St. Journ. Res . 17 , 135 (RP 906), 316

1936. 317

265 Meggers, Bur. St. Journ. Res . 24, 153 (RP 1275), 1940. 318

266 Meggers, see Meggers and Moore, Bur. St. Journ. Res . 35 , 83 (RP 1317), 319

1940. 320

267 Meggers, Journ. Opt. Soc. Am . 31 , 39, 1941. 321 268 Meggers, see King, A.S., Mt. Wilson Contr . No. 651; Ap. J. 94, 336, 1941. 333

369 Meggers, Unpublished material, Nov. 1941. 333

270 Meggers, Rev. Mod. Phys . 14, 96, 1943. 334

371 Meggers, Unpublished material, Jan. 1943. 325

372 Meggers, Unpublished material. 336

373 Meggers and de Bruin, Bur. St. Journ. Res . 3, 765 (RP 116), 1929. 337

374 Meggers, de Bruin and Humphreys, Bur. St. JouraRes . 7. 643 (RP 364), 1931. 338 375 Meggers and Dleke, Bur. St. Journ. Res . 9, 131 (RP 463), 1933. 329

T TABLE

Meggers and Humphreys, Bur. St. Journ. Res - 10 , 437 (RP 540), 1933. Meggers and Humphreys, Bur- St. Journ. Res . 13 , 293 (RP 710), 1934. Meggers and Humphreys, Bur. St. Journ. Res . 18 . 543 (RP 993), 1937. Meggers and Humphreys, Bur. St. Journ. Res . 38 , 463 (RP 1464), 1943. Meggers and Kiess, Scl. Papers Bur. St . 14, 637 (No. 334), 1918. Meggers and Klees, Sol. Papers Bur. St . 19, 373 (No. 479), 1934. Meggers and Kleas, Bur. St. Journ. Res . 9, 309 (RP 473), 1933. Meggers and King, Bur. St. Journ. Res . 16 , 385 (RP 881), 1936. Meggers and Moore, Bur. St. Journ. Res . 35 , 83 (RP 1317), 1940. Meggers and Russell, Bur. St. Journ. Res . 3, 733 (RP 55), 1939. Meggers and Russell, Bur. St. Journ. Res . 17 , 125 (RP 906), 1936. Meggers and Scrlbner, Bur. St. Journ. Res . 4, 169 (RP 139), 1930 Meggers anr> Scrlbner, Bur. St. Journ. Res . 5, 73 (RP 187), 1930. Meggers and Scrlbner, Bur. St. Journ. Res . 13 , 625 (RP 732), 1934. Meggers and Scrlbner, Bur. St. Journ. Res . 14, 629 (RP 793), 1935. Meggers and Scrlbner, Bur. St. Journ. Res . 19 , 651 (RP 1053), 1937. Meggers and Shenstone, Phys- Rev . (2) 35, 868, 1930. Melssner, Zelt. f. Phys . 39, 172, 1926. Melssner, Zelt. f. Phys . 40, 839, 1937. Melssner, Ann, der Phys . (5) 31, 505, 1938. Melssner, Ann, der Phys . (5) 31, 518, 1938. Melssner, Bartelt und Eckstein, Zelt. f. Phys . 86 , 54, 1933. Melssner und Luft, Ann, -der Phys . (5) 29, 698, 1937. Merrill, Bull. Bur. St . 14. 159 > 1918- Merton and Johnson, see Fowler and Selwyn, Proc- Royal Soc . A 118 ,

34, 1938. Mlhul, Annales de Physique (10) 9, 394, 1938. Mlhul, Annales de Physique (10) 9, 301, 1928. Mllllkan and Bowen, PhyB. Rev . (3) 25, 600^ 1925. Molnar and Hitchcock, Journ. Opt. Soc. Am . 30 , 523, 1940. Moore, C. E. , Phys. Rev . (2) 55, 710, 1939. Moore, C. E. and King, A. S., Publ. Astr. Soc. Pacific 55, 27

(No. 323), 1943. Narayan, Kodalkanal Obs. Bull . 4, 311 (No. 99), 1933. Offermann, see Kayser und Konen, Handbuch der Sp . T_, Part 1, 1934. Olthoff and Sawyer, Phys. Rev . (2) 42, 766, 1932. Paschen, Ann, der Phya . (4) 29, 642, 1909. Paschen, Ann, der Phys . (4) 60, 405, 1919. Paschen, Ann, der Phys . (4) 71, 142, 1923. Paschen, Sltt. der Preuss. Akad. der Wlss . , Phys. -Math. Klasse , 33, 536, 1928. Paschen, Bits, der Preuas. Akad- der Wlss . , Phya --Math. Klasse .

32, 709, 1931. Paschen, Ann, der Phys - (5) 12, 509, 1932. Paschen und Baok, Ann, der Phys . (4) 39, 897, 1912. Paschen und Campbell, Ann, der Phys - (5) 31, 29, 1938. Paschen und Kruger, Ann, der Phys . (5) 8_, 1005, 1931. Paschen und Rltschl, Ann, der Phys . (5) 18, 867, 1933. Paul and Polster, Phys. Rev . (3) 59, 424, 1941. Paul and Rense, Phys. Rev . (2) 56, 1110, 1939- Phillips and Kruger, Phys. Rev . (2) 54, 839, 1938. Phillips and Parker, Phys. Rev . (2) 60, 301, 1941. Piatt and Sawyer, Phys. Rev . (3) 60, 866, 1941. Price, Phys. Rev . (3) 48, 477, 1935. Puhlmann, Zelt. f. Wlss. Ptg. 17, 97, 1917. Rao, Proc. Royal Soc . A 134, 465, 1929. Rao, Indian Journ. Phys. 7, 561, 1933. Raamussen, Zelt. f. Phys . 80 , 736, 1933.

XXXI 11
REVISED MULTIPLE

BIBLIOGRAPHY

330 Rasmuseen, Zelt. f. Phye . 83 , 404, 1933. 369

331 Rasmuseen, Zelt. f. Phys . 86, 34, 1933. 370

333 Rasmuseen, Zelt. f. Phys . 87 , 607, 1934. 371

333 Relnhelmmer. Ann, der Phye . (4) 71, 163, 1933. 373

334 Robinson, Mature 137 , 993, 1936. 373

335 Robinson, Phys. Rev. (3) 49, 397, 1936. 374

336 Robinson, Phys. Rev . (3) 51, 736, 1937. 375

337 Robinson, Phys. Rev . (3) 53, 734, 1937. 376

338 Rood and Sawyer, Ap. J . 87, 68, 1938. 377

339 Rosen, Harrison and McNally, Jr., Phys. Rev . (3) 60, 733, 1941. 378

340 Rosenthal, Ann, der Phys . (5) 4, 49, 1930. 379

341 Ruedy, Phye- Rev . (3) 41, 588, 1933. 380

343 Ruedy, Phys. Rev . (3) 44, 757, 1933. 381

343 Ruedy and Olbbs, Phys. Rev . (3) 46, 880, 1934. 383

344 Russell, Mt. Wilson Contr - No. 386; Ap. J . 61, 333, 1935. 383

345 Russell, Publ. Astr. Soc. Pacific 38 , 336, 1936. 384

346 Russell, Mt. Wilson Contr . No. 343; Ap J. 66, 333, 1937. 385

347 Russell, Mt. Wilson Contr . No. 344; Ap. J . 66, 383, 1937. 386

348 Russell, Mt. Wilson Contr . No. 345; Ap. J . 66, 347, 1937. 387

349 Russell, see Russell and Meggers, Scl. Papers Bur. St . 33 , 339 388

(No. 558), 1937. 389

350 Russell, Phys. Rev . (3) 31, 37, 1938. 390

351 Russell, see Meggers and Russell, Bur. St- Journ. Res . 2, 733 391 (RP 55), 1939. 393

353 Russell, Phys. Rev . (2) 34, 831, 1939. 393

353 Russell, see Meggers, Bur. St. Journ. Res . 10 , 676, 684 (RP 558), 1933. 354 Russell, Phye- Rev . (3) 46, 989, 1934. 394

355 Russell, Unpublished material, May 1940. 395

356 Russell, Unpublished material, Nov. 1941. 396

357 Russell, Mt. Wilson Contr - No. 663; Ap. J. 96, 11, 1943. 397

358 Russell, Unpublished material, 1943. 398

359 Russell, Unpublished material. 399

360 Russell, Albertson and Davie, Phys. Rev . (3) 60, 641, 1941. 400

361 Russell and King, A. S. , Mt. Wilson Contr . No. 611; Ap. J . 90 , 155, 1939. 401

363 Ruseell, King, R. B. and Lang, Phys. Rev . (3) 53, 456, 1937. 403

363 Russell, King, R. B. and Moore, Phys. Rev . (3) 58, 407, 1940. 403 363a Russell, Moore and Weeks, Trans. Am. Phil. Soc . 34 . Ill (Part 3), 1944. 404

364 Ruseell and Lang, Mt. Wilson Contr . No. 337; Ap. J. 66 , 13, 1937. 405

365 Russell and Meggers, Scl- Papers Bur. St . 33 , 339 (No. 558), 1937. 406

366 Russell and Meggers, Bur. St. Journ. Res . 9, 635 (RP 497), 1933. 407

367 Russell and Meggers, Unpublished material. 408

368 Russell or Moore, see Meggers and Russell, Bur. St. Journ. Res - 17 , 125 409

(RP 906) 1936. 410

T TABLE

Russell and Saunders, Ap. J. 61 , 38, 1935.

Hyde, Proc. Royal Soc . A 117, 164, 1937.

St. John and Babcock, Mt. Wilson Contr . No. 303; Ap. J. 53 , 360, von Sails, Ann, der Pays . (4) 76, 145, 1935. Saunders, Ap. J . 53 , 365, 1930. Saunders, Unpublished material. Saunders and Russell, Ap. J. 63 , 1, 1935. Sawyer and Lang, Phys. Rev . (2) 34, 713, 1939. Sawyer und Paschen, Ann. ' der Phys . (4) 84, 1, 1937.

Schiller, Zelt. f. Phys . 43, 487, 1927. Schumacher, Zelt. f Wise. Ptg . 19, 149, 1919.

1921.

Segre und Bakker, Zelt

Shenstone, Phys. Rev . Shenstone, Phys Re

v

Shenstone

,

Phys. Rev .

Shenstone, Phys. Rev . Shenstone, Phys

.

Rev. Shenstone, Phil. Trans Shenstone , Phil . Trans

f. Phys . 72, 734, 1931.

3) 28, 449, 1936.

3) 30, 355, 1937.

3) 31, 317, 1938.

3) 33, 30, 1938.

3) 36, 669, 1930. Royal Soc . A 335, 195 (No. 751), 1936. Royal Soc A 337, 453, 1938. Shenstone, Phys. Rev . (3) 57, 894, 1940.

See Shenstone, Phye Rev. (2) 57, 894, 1940. Shenstone, Unpublished material.

Smith, Sinclair, Unpublished material.

Smith, Stanley, Proc. Hat. Acad. Scl . 13, 65, 1937. SSderqvlst, Nova Acta Reglae Socletatls Sclentlarum Upsallensls

9 (No. 7) , 1934. Sommer, Zelt. f. Phys . 37 , 1, 1936. Sommer, Zelt- f. Phys . 45, 147, 1927.

See Stiles, Ap. J. 30, 48, 1909.

Stoy, Lick Bull . 17, 179 (No. 480), 1935. StUtlng, see Kayser, Handbuch der Sp . 6, 1912. Sullivan, Univ. Pittsburgh Bull . 35, 1 (No. 1), 1938. Sullivan and Burns, Science Studies 9. 7 (Ho. 3), 1941. Takahashl, Ann, der Phys . (5) 3, 27, 1929. Uhler and Tanch, Ap. J. 55, 391, 1933. Wagman, Univ. Pittsburgh Bull . 34, 1 (No. 1), 1937. Werner, see Kayser und Konen, Handbuch der Sp . T_, Part 3, 1934. Wheatley and Sawyer, Phys. Rev . (3) 61, 591, 1943. White, Phys. Rev. (3) 33, 538, 1929. White, Phys. Rev . (2) 33, 672, 1929. Whltford, Pays. Rev . (2) 46, 793, 1934. Wright, Publ. Lick Obs . 13, 193, 1918. Zeeman und Dlk, see de Bruin, Zelt- f. Phys . 38 , 94, 1936.

(IV)

XXXIV
Page Sp

Mult

Ho SP Mult

Ho

1 H 1 - He II 5

3 He II 6 - C II 31

3 C II.. 22 - H I 6

4 H I 7 - " T 34

5 N I 35 - N II 68 6 N II 69 - I 11

7 I 13 - I 44

8 I 45 - II 63

9 II 63 - III 35

10 III 36 - P II 4

11 F II 5 - He I 32

12 He I 33 - He II 70

13 He II 71 - Ug II 9 14 Kg II 10 - Al II 65

IS Al II 66 - 31 I 28

16 SI I 39 - 31 III 8

17 31 III 9 - P V 1

18 S I 1 - 3 II 48

19 s n 49 - 01 II 8 30 01 II 9 - 01 III 8

31 OX III 9 - A II 43

23 A II 44 - A II 123

33 A II 134 - 0a I 13 24 Ca I 14 - Ca III 4

35 3c I 1 - So III 1

26 Tl I 1 - Tl I 54

27 Tl I 55 - Tl I 140

38 Tl I 141 - Tl I 193

39 Tl I 193 - Tl I 268

30 Tl I 269 - Tl II 23

31 Tl II 33 - Tl II 93

32 Tl II 94 - VI 31

33 V I 22 - V I 78

34 V I 79 - V I Unclaae.

35 V II 1 - V II 61

36 V II 62 - V II 163

37 V II 163 - Cr I 18

38 Of I 19 - Cr I 52

39 Cr I 53 - Cr I 114

R E V I S E D MULTIPLE.?

INDEX—By Pages TABLE

Page sp

Mult

Ho SP Mult

Ho

40 Cr I 115 - Cr I 173

41 Cr I 174 - Cr I 243

43 Cr I 244 - Cr I Unclass.

43 Cr I UnclasB. 3911.95 - Cr II 36

44 Cr II 37 - Cr II 116

45 Cr II 117 - Mn I 4

46 Mn I 5 - Mn I 59

47 tin I 60 - Iln II 21

48 Pe I 1 - Fe I 36

49 Pe I 37 - Pe I 91

50 Fe I 90 - Pe I 159

51 Fe I 160 - Pe I 323

53 Fe I 224 - Pe I 308

53 Fe I 309 -. Pe I 368 54 Pe I 369 - Pe I 443

55 Fe I 444 - Fe I 549 56 Fe I 550 - Pe I 613a

57 Fe I 613 - Fe I 693

58 Fe I 694 - Fe I 815

59 Pe I 816 - Fe I 918

60 Pe I 919 - Fe I 1013

61 Fe I 1013 - Fe I 1084

63 Fe I 1085 - Fe I 1156

63 Fe I 1157 - Fe I 1333

64 Fe I 1333 - Fe I 1396

65 Fe I 1397 - end of Unclass. Fe I 66 Fe II 1 - Fe II 54 67 Fe II 55 - Fe II 138

68 Fe II 139 - Fe II 333

69 Fe II 333 - Fe III 65

70 Fe III 66 - Co I 9

71 Co I 10 - Co I 63

73 Co I 64 - Co I. 149

73 Co I 150 - Co II 3 74 Nl I 1 - HI I 88

75 III I 89 - HI I 155

76 HI I 156 - HI I 350

77 HI I 251 - Zn II 3 78 0a I 1 - 1 II 8

Page Sp Mult

No

79 X II 9 -

80 Zr I 18 -

81 Zr II 24 83 Zr II 109 . 83 Mo 11 3 -

84 Cd I 1 .

85 La II 5 - 86 La II 87 .

87 Ce II 1 .

88 Ce II 100 -

89 Ce II 234

90 Hd II 8 91 Sm II 1 .

92 Sm II 59 •

93 Qd II 2 94 0d II 50 .

95 Gd II 99

96 Dy I 97 Hf II 18 •

98 Ta I 3 99 Fc I

Sp Mult

No Zr I 17 Zr II 23 Zr II 108 Ho II 2 Ag II La II 4 La II 86

Ce I

Ce II 99

Ce II 233 Nd II 7 Sm I 3 Sm.II 58 Gd II 1

Qd II 49

(3d II 98 Tb II

Hf II 17 Ta I

o

Tl II U

Forbidden Lines 100 Be I IF - CI IV 3F

101 a : [II IF - Tl I 15F

103 Tl I 16F - Tl II 37F

103 Tl II 38F - V VIII IF 104 Cr I IF - Cr II 36F 105 Cr II 27F - Fe I 3F 106 Fe I 4F - Fe I 41F

107 Fe II IF - Fe II 38F

108 Fe II 39F - Fe XV IF

109 Co II IF - Nl XII IF 110 Nl XIII IF - Eu II 3F

XXXV
REVISED MULTIPLE!

INDEX—By Elementa

BP Page A I 21 A II 21,33 A III 23 A rv 23 Ag I 83 Ag II 83 Al I 14 Al II 14,15 Al III 15 As I 78

As II 78 Au I 98 Au II 98

B I 2 B II 2

B III 2 Ba I 84

Ba II 84

Be I 2

Be II 2

Bl I 99

Bl II 99

Br I 78

Br II 78

C I 2

C II 2, 3

C III 3

C IV 3 Ca I 23,24

Ca II 24

Ca III 24

Cb I 82 Cb II 82 Cd I 84

Cd II 84

Ce I 86

Ce II 87-89

Ce III 89

CI I 19

CI II 19,20

CI III 20,21

CI IV 21

Co I 70-73

Co II 73 Cr I 37-43

Cr II 43-45

Cs I 84

Cs II 84

Cu I 77

Cu II 77

D 1 Dy I 96

Sp Page Dy II 96 Er 96

Eu I 92 Eu II 92

F I 10

F II. 10,11

F III 11 F IV 11 F VI 11 Fe I 48-65

Fe II 66-69

Fe III 69,70

Ga I 78

Ga II 78 Gd I 92

Gd II 92-95

Ge I 78

Ge II 78 H 1

He I 1

He II 1. 3 Hf I 96

Hf II 96,97

Hg I 98 Kg II 98

Ho I 96

Ho II 96

I I 84

I II 84

In I 84

In II 84

Ir I 98

K I 23 K II 23 K III 23

Kr I 78 Kr II 78 La I 84

La II 84-86

La III 86

LI I 2

LI II 2 Lu I 96

Lu II 96 Mg I 13 Mg II 13,14

Mn I 45-47

Mn II 47 Mo I 83

Mo II 83,83

N I 3- 5 R II 5, 6

SpN III N IV N V Na I Na II Kd I Nd II He I He II HI I Nl II

I

IIIII

IV

V

VI

Os I P I

P II

P III P IV

P V

Pb I Pb II Pd I Pd II Pr I Pr II Pt I Pt II Ha I Ra II Rb I Rb II Re I Rh I Rh II Rn I Ru I Ru II

S I

S II

S III

S TV Sb I Sb II

So I Sc II So III

Se I Se II

Page

6

6

6

13

13

8989,90

11,12 12,13

74-77

77

6- 8

8, 9 9,10

10

10

1098

17

17

17

17

17

9999

83

83

89

89

98

9899

99

78

789883

83

99

8383

1818,19

19

1984

84

35

3535

78

78

SP

SI I SI II SI III SI IV

Sra I Sm II

Sn. I Sn II Sr I Sr II Ta I Ta II Tb I Tb II

Te I Th I Th II Th III

Tl I Tl II Tl IV

Tl I Tl II Tm I Tm II D

V I V II W I W II Xe I Xe II r i V II Tb I m ii

Zn I Zn II Zr I Zr II

TABLE

Page 15,16

1616,17

1790

91,93

8484

78

7897,98

9895

95

84

99

99

9936-30

30-32

33

98

9896

96

9932-34

35-37

9898

84

84

7878,79

96

96

77

7779,80 80-82

Forbidden Lines A III 101 A IV 101 A V 101 A X 101 A XI 101

SpA XIV

Al VII

Be I

C I Ca I Ca II Ca V

Ca VI

Ca VII

Ca XII

Ca XIII

Ca XV

CI II CI III CI IV

Co II

Co VI

Co VII

Co VIII

Co XI

Cr I Cr II

Cr III Cr IV

Cr V

Cr VIII

Cr DC Cu II Eu II F II F III

F IV Fe I Fe II Fe III

Fe V

Fe VI

Fe VII

Fe X

Fe XI

Fe XIII

Fe XIV

Fe XV

K IV

K V X VI Kr III

La II La III Mg VI Mn II

Mn IV

Page

101 100

100 100

101

101

101 101

101

101 101

101

100

100

100 109

109

109 109

109

104 104,105

105

105

105 105

105

110 110

100

100

100 105,106

107 , 108 108

108

108

108

108

108

108

108

108-

101

101

101

110 no

110 100

105

105

SpMn V

Mn VI Mn IX

Mn X N I N II Ha IV

Na V

He III Ne IV Ne V

HI I HI II Nl VII

Nl VIII HI IX

HI XII

Nl XIII

Nl XV

Nl XVI

I

II

III

P I P-II

S I

S II

S III

S VIII

S XII

50 II Sc III

Sc VI

Sc VII

51 I Sr II

Tl I

Tl II Tl III

Tl' VII

Tl VIII V II V III

V IV V VIII

Xe II Xe III V II V V Zr II Zr III Zr VI

Pag* 105

105 105

105

100

100

100

100

100

100 100

109

109

109

109

109 109 110

110

110

100 100

100

100

100

100 100

100

100

100

101

101

101

101 100

110 101,103

102,103

103

103 103

103

103

103

103

110

110 110 no

110

110 110

XXXVI
REVISED MOLTIPLET TABLE

Laboratory E P J Uultlplet Laboi (No) I A

r-atory E P J Uultlplet

(No5 Laboratory E P J ll-.-ltlplet IA Ref Int Low High Ref Int Low High I A Ref Int Low High (No) g IP 13.54 Anal A List A , Tune 1943 He I oontlnued He I continued

6563.817 A Hoc 10.15 13.04 33P°-33Detc 3187.743 B (8) 19.73 23.61 2

3s_43po 4168.971 D 31.13 24.09 1-0 3

1 P°-61 8 4661.333 AA H„ 10.15 10.15

12.69 13.00 _(l) 42Detc

5*0 etc

6

3Detc 5015.675

(3) 4143.759 B 31.13 34.11 1-3

(53) 4340.468 Slpe-eiD

4101.737 A HJ 10.15 13.16 — B (6) 30.53 22.99 0-1 3

1 S-31 P° (53) 3970.074 A H c 10.15 13.36 — 73D etc

1 (4) 3

1 3-41 P° 4033.986 D 21.13 24.19 1-0- 3lpo_7lS 3964.737 B (4) 30.53 33.64 0-1 (54) 3889.051 A % 10.15 13.33 — 33P«-83d eto

1 (5} 3lS-5ip°

4009.370 D 31.13 34.31 1-2 3lp«_7lD

3835.386 A k| 10.15 13.37 — (3) 9

3Detc 3613.641 B (3) 30.53 33.94 0-1 (55). 3797.900 A HlO 10.15 13.40 — 103Detc

21 3-6ip° 4007.81 P Forb 31.13 34.31 1-1 2 lpo_7 lpe 3770.633 A Hll 10.15 13.43 — ll3Detc 3447.594

132D etc

D (3) 30.53 34.11 0-1 (56) 3750.154 A His 10.15 13.45 —

3l8_7lpo 3935.914 D 31.13 34.26 1-0 2lp°_8ls 3354.550 D (S) 30.53 34.31 0-1 (57) 3734.370 A H13 10.15 13.46 — 2

3 P°-133Detc

21 S-81 P° 3936.530 D 31.13 34.37 1-2 2lpe-8!D

3731.940 A Hl4 10.15 13.47 — (3) 1430 610 3396.786 D (1) 30.53 34.37 0-1 (58) 3711.973 A

A

Hl5 Hi6

10.15

10.15

13.46

13.49 — 153d etc

162D etc

(9) 3878.180 D 21.13 34.31 1-0 2lpo_9lS

3703.855 (59) 3697.154 A Hl7 10.15 13.49 — l73Detc 7065.188

„ 7065.719

23P°-183Detc

B

D if! 30.87 30.87

33.63 33.633,1-1 0-1 23p°-33 8

(10) 3871.819 D 21.13 34.31 1-3 2lpo_glD

(60) 3691.557 A Hi 8 10.15 13.50 — 3838.094 D 21.13 34.34 1-0 2 lpo_10lS

3686.833 A Hi9 10.15 13.50 _ (4) 19*0 etc 5875.618

D> (10)D3 30.87 33.97 3- 33p"-33D (61) 3683.610 A H30 10.15 13.51 — 303oetc 5875.650 30.87 32.97 1- (11) 3833.574 D 31.13 34.35 1-3 Slpo.^D

3679.355 A H31 10.15 13.51 — 312Detc 5875.989 D (1) 30.87 33.97 0- .(63) . 3676.365 A H33 10.15 13.51 — 333D etc

. _ 4713.143 B M 30.87 33.49 3,1-1 23pe_43 s 3805.765 D 21.13 34.37 1-3 2

1 P°-11 1 D (63) , 3673.761 A H33 10.15 13.51 33P«-333D etc 4713.373 D (1) 30.87 33.49 0-1 (13) 3784.886 D 21.13 34.39 1-3 3

1 P°-131 D 3671.478 A H34 10.15 13.53 _ (5) 343d etc .(64) , 3669.466 A H25 10.15 13.53 __ 353D etc 4517.43 P Forb 30.87 23.61 3- 2^P°-4^P° 3768.81 D 31.13 34.40 1-3 3

1 P°-131 D 3667.684 A «26 10.15 13.53 — 363D etc ,(13), ,(65) , 3666.097 A H37 10.15 13.53 — 372Detc 4471.477 B

If! 30.87 23.63 2,1- 3

3pe_43D 3756.10 D 31.13 34.41 1-3 3

1 P°-141 D A H38 10.15 13.53

„ 4471.688

33po_283 Det0

D 30.87 23.63 0- (14) (66) 3664.679

3663.406 A H39 10.15 13.53 (6) 393 Detc 4469.93

303D etc

P Forb 30.87 23.63 3- 2 3 po 43r«o 9463.57 C 60 33.63 33.93 3

3 S-53P

e 3663.358 A H30 10.15 13.53 _ ,(ii), J67\ 3 3661.331 A H31 10.15 13.53 31 3S-63P° 2 Detc 4130.813 B

ifi 30.87 23.87 3,1-1 3

3 pe_53 S 8361.77 C (4) 33.63 34.10 _

3660.379 A H33 10.15 13.53 332Detc 4130.993 D 30.87 33.87 0-1 (16) J68

\ 3659.433 A H33 10.15 13.53 _ 332 D etc 7816.16 C (4) 32.62 34.30 _ 3 3 S-73po

_

A H34 10.15 13.53 4045.16

3

2Pe-342 D etc

P Forb 30.87 23.93 3- 3

3P°-53P° ,(17),

(69) 3658.641 3657.936 A H35 10.15 13.53 (7) 353d etc 4036.189

363Detc 4036.363

373D etc

B

ifi 30.87 33.94 3,1- 3

3P°-53 D 11012.97 A 30 22.83 33.94 0-1 3IS-5IP

3657.369 A «36 10.15 13.53 — D 30.87 33.94 0- (18) (70) 3656.666 A H37 10.15 13.53 _ 9603.50 E 6 32.83 34.11 0-1 3656.135 A

A

H38 10.15

10.15

13.53 13.54 — 382Detc 4035.49 Limit P Forb 30.87 33.94 3- 33p -53F° ,(19),

(71) 3645.981 3867.477

3867.631

D

D ill 30.87

30.87

34.07

34.07

3,1-1 0-12-*p°_63 S (30) 11969.07 A 30 33.91 33.94 — 3

3P«_53 D

,( ?3), 13818.05 A _ 13.04 13.00 3

3D-53F° etc 10667.60 A 30 33.91 34.07 33po_63s

10938.09 A 13.04 13.16 (8)63F°etc 3839.47 P Forb 30.87 34.10 2- 3

3P°-63P° ,( ? 3), 10049.38 A 13.04 13.36 7|F° etc ,(31), 10311.18 C

) 40 ,33.91

l 33.91 34.11 3

3 P<>_63 D 9545.974 A 13.04 13.33 8fF« etc 3819.606 g^'eto 3819.761

B iS

30.87 34.11 3,1- 2

3P -63d 10311.37 34.11 (74) 9339.017 A 13.04 13.37 __ D 30.87 24.11 0- (22) 9702.66 E 10 33.91 34.18 _

.

3

3pt>_733 9014.911 A _ 13.04 13.40 32D-l03po etc 3819.35 P Forb 30.87 34.11 3- 3

3P°_63F ,(75), 8863.787 A 13.04 13.43 (9)ll2F°etc ,(33), 9516.51 °\ 30 ,33.91 34.31 3

3P°-73D 8750.475 A __ 13.04 13.45 __ 133F° etc 3733.861 C i!i 30.87 34.18 3,1-1 33po_73s 9516.66 0' l 33.9l 34.31 (76) 8665.031 A 13.04 13.46 _ 13f,F etc 3733.993 D 30.87 34.18 0-1 (24) 8598.394 A 13.04 13.47 __ 143F° etc 9063.40 E 6 33.91 34.37 3

3P°-83D A 13.04 13.48 3705.003

33 D-153F

,> etc 3705.140

B

C if! 30.87 20.87

24.21

24.21

3,1-0-

2

3p»_73D

(25)

(77) 8545.384

8502.487 A _ 13.04 13.49 (lO)l63F°etc 10996.55 A 5 33.97 34.10 33D-63P« 8467.356 A _ 13.04 13.49 __ 172F° etc 3704.79 P Forb 30.87 24.21 2- 23po ySpo (78)

3

3 D-63 8437.958 A 13.04 13.50 __, 183F° etc ,(36), 10913.93 A 100 22.97 34.11 F° 8413.331 A __ 13.04 13.50 l92F°etc 3651.971 D

iil 30.87 24.25 2,1-1 3

3 P°-83S ,(79)

3

3 D-7 3653.119 D 30.87 34.35 0-1 (27) 10073.10 E 3 22.97 34.30 _ 3P° 8392.400 A 13.04 13.51 _ 32 D-303fo etc ,(80)

3

3 D-73 8374.478 A 13.04 13.51 (ll)313F°etc 3634.335 D F<> if! 30.87 34.37 3,1- 23po_83 D 10037.73 E 40 33.97 34.31 —

8359.006 A __ 13.04 13.51 233po etc 3634.373 D 30.87 34.37 0- (38) (81)

33D-83 8345.553 A 13.04 13.51 _ 333F° etc 9536.17 E 10 33.97 34.37 — F° 8333.785 A _ 13.04 13.53 _ 343F°etc 3634.10 P Forb 30.87 34.37 3- 3

3 po_83F° (82) ,(39), 9310.28 E 6 33.97 34.31 33d_93f° 8323.438 A

A — 13.0413.04 13.5213.53 — 33D-353f° etc 3599.304

(l3)363F° etc 3599.443

DD ill 30.87

30.87 34.3034.30

3,1-1 0-1

S-Jpo-g^S

(30)

(83) 8314.263

8306.115 A 13.04 13.53 _

_

373F° etc 10916.98 A 50 33.97 24.11 3-3 3

1 D-61F° 8398.837 A 13.04 13.53 _ 382F° etc 3587.353 D (3) 30.87 34.31 2,1- 33p»_93 D ,(84)

3

1 D-71F°

(85) 8393.309 A — 13.04 13.53 — 392F° etc 3587.396 D 20.87 34.31 0- (31) 10031.16 E 15 33.97 24.21 3-3

8386.434 A _ 13.04 13.53 32 D-302F° etc 3587.16 P Forb 20.87 34.31 2- 3

3P°-93F° 9529.27 E 4 33.97 34.37 3-3 8381.135 A

A — 13.04 13.04

13.53 13.53 — (l3)312F°etc

333F° etc 3563.950 D (1) 30.87 34.34

(32)

3

3P°-103 S (86) 8276.310

8371.934 A 12.04 13.53 __ 333F° etc

2

3P°-103 D 11335.83 A 6 33.99 34.09 1-0 3

1 P -61 S 8267.941 A 13.04 13.53 342F°etc 3554.394 D M 30.87 34.35 3,1- ,(87)

„ 3554.524 D (1) 30.87 34.35 0- (34) 11044.95 A 40 32.99 34.11 1-3 s^-ein

8364.388 A 13.04 13.53 __ 33 D-352F° etc (88) 8360.938 A 13.04 13.53 _ (l4)362F°etc 3536.830 D (1) 30.87 34.36 3

3P°-11 3 S 10138.50 E 10 22.99 34.21 1-3 3lp°-71 D 8257.859 A _ 13.04 13.53 373F° etc ,(35) , (89) 8255.153 A 13.04 13.53 _ 383F°etc 3530.487 D (1) 30.87 34.37 3

3 P -11 3 D 9635.80 E 3 22.99 34.37 1-3 3lp°-81 D 8203.572 A 13.04 13.54 Limit 3517.337

3513.511

D

D

(1)

(1)

20.87 20.8734.38

34.39 —

,(36) , 3

3 P°-133 S ,(37)

2

3P°-133 D ,(3B)

3

3P°-133 S

2

3P°-133 D

(90)

D I P 13.54 Anal A List B June 1943 3503.381 D (1) 20.87 34.40 — He II I P 54. 17 Anal A List A June 1943 6561.033 A Doc 10.16 12.04 32P°-32 Detc 3498.641 D (1) 20.87 34.40 _ 4685.683 A 48.16 50.80 32 D-42F° etc 4860.039

4339.287 A

S P

10.16 12.70 — (l) 43Detc

5

2Detc 3490.63

(40) 2

3P°-143 S 3203.104 A — 48.16 53.03 — (l)52F° etc A r>r 10.16 13.00 D (1) 20.87 34.41 4100.621 A Df 10.16 13.17 __ 6

2 Detc ,(41) , 10133.61 A — 50.80 52.03 — 4

2F°-53 Getc

3968.995 A D e 10.16 13.27 __ 7

3 Detc 3487.731 D (1) 20.87 34.41 _ 2

3P°-143 D 6560.099 A — 50.80 52.68 — (2) 6

2Getc

3887.993 A D8 10.16 13.33 8

2 Detc ,<«) , 5411.534 A — 50.80 53.08 — 72 Getc

3478.97 D (1) 30.87 34.43 — 23P<>_153 D

,( 43 > , 4859.333

4541.59 AA ZL

50.80

50.80 53.3453.51 — 8

2 &etc

9

2Getc

12814.56 A 13.04 13.00 33D-52F°etc 3471.80 D (1) 30.87 34.43 3

3 po_l63 D

4

2Fo-103(}etc

(3) ll2 Getc

13fGetc

10935.11 A

A — 13.04 13.04

13.17 13.37 — (2)62F°etc

73F° etc

(44) 4338.67 4199.83 AA — 50.80 50.80

53.64 10046.64 53.74 _

9543.376 A __ 13.04 13.33 8

2 F° etc 7281.349 B (3) 31.13 22.83 1-0 2

1 P°-31 S 4100.04 A — 50.80 53.81 —

B (6) 31.13 33.97 1-3

,(45),

2

1 P°-31 D ,(46)

2

1 P°-41 S

4035.60

3968.43 AA —

50.80

50.80

53.86

53.91

"~ 132 0etc

14<s 6678 . 149 Getc

5047.736 B (3) 31.13 33.57 1-0 3933.48 A 50.80 53.94 4

2F°-1520etc

He I I P 24 48 Ana List B Jar 1943 (47), 3887.44 A — 50.80 53.97 — (4) 16?Getc

4931.939 B (4) 31.13 33.63 1-3 31 P°-41 D 3858.07 A — 50.80 54.00 — 172 Getc

10830.341 A 3500 19.73 30.87 1-3 3

3 8-33 P° ,(48) 3833.80 A — 50.80 54.02 — I820etc

10830.250 A 1500 19.73 20.87 1-1 (1) 4930.35 P Forb 31.13 33.64 1-3 3

1 P°-41 F

e 3813.50 A — 50.80 54.03 — l920etc

10829.081 A 500 19.73 20.87 1-0 (49)

r 4437.549 B (1) 31.13 33.91 1-0 31 P°-51 S 3796.33 A — 50.80 54.05 — 42F°-202 0etc

(5) 212

[C10 3" 0etc 1 , , (50) 3781.68 •A — 50.80 54.06 —

3888.646 B liS

19.73 22.91 1-1

0, 33 S-33P° 4387.928

1 (3) B (3) 31.13 33.94 1-3 2

1 P°-51 D

(51) 3644.47 A — 50.80 54.18 — Limit
Laboratory

I A Ref Int

Ha II continued

11636.40 9344.93

8336.77 7593.74

7177.50 6890.88

6683.3 6570.0

6406.3

6310.8

6333.8 6170.6

6118.3

6074.1

6036.7

5694.46

E P

Low High

53.03 53.08

53.03 53.34

53.03 53.51 53.03 53.64

53.03 53.74

53.03 53.81 53.03 53.86

53.03 53.91

53.03 53.94

53.03 53.97

53.03 54.00

53.03 54.03

52.03 54.03

53.03 54.05

53.03 54.06

53.03 54.18

Kultlplet

(No)

5

3Q-7gHc eto

(6) 8

3H°eto

9°H* eto 10?H* eto

113H° eto

5

30-133H° eto

(7) 13*H°eto ^fH* eto

lS3^ eto

163HO eto

173H° eto

5

3 0-183H° eto

(8) l93H°eto

303H° eto

31aH° eto

Limit

REVISED

Laboratory

I A Ref Int

MULTIPLE? TABLE

E P J

Low High

Kultlplet

(No) Laboratory

I A Ref Int

B II I P 35.03 Anal B List D Feb 1943 C_I continued

3451.41 A 10 9.06 13.64 1-3 S^-Sp3 X D 13164.1 D (100)

1_43r 4131.95 18.60 31.! 33D-43F°

(3) 13531.0 •11667.1

" 11656.0

B III I P 37.77 Anal A Llet B 4343.60 A 3d 39.98 33.89

4487.46 A

4497.58 A

5d

lOd

30.14 33.89

30.15 33.89

Feb 1943 — 4

3P°-53D

(1) — 4

3 D-53F°

(8) — 4

3F°-53 a

(3)

13614.8 •13565.0

13603.6 •13565.0

13583.3

13551.0

8018

7850

(30) (100)

(300)

(200)

(30)

(40)

(30)

(40) (50)

(Id)

(Id)

E P Low High

8.73 9.67 8.73 9.73

8.73 9.79

8.73 9.79

8.81 9.79

8.81 9.79

8.81

8.81 9.79 9.79

8.81 9.79

8.81 9.79

8.81 10.35

8.81 10.38

1-1

1-1

1-3

1-1

3-3

1-1 3-1 1-0

1-3

0-1

Kultlplet

(No)

3p3 S-4s1 P°

3p3 3-3d1 P°

(38) 3p3a-3d3p° d3s(39)

3p3 P-3d3 P° (30)

fide Fine Structure

Ll I I P 5.37 Anal A List B Jan 1943 6707^74 H Av 1000R ,0. 6707.89 A' <0.0.00 1.84 00 1.84 tt

3233.61

8136.53 6103.643

4971.93

4603.99

B 50R 0.00 3.82

B (500)

C 500R

B lOr

B 100R

1.84 3.36

1.84 3.86

1.84 4.32

1.84 4.52

2

2S-33P

(1)

33S-33P°

(3) — 3

3P°-33S

-a

(3 — >a 33P°-33D — 33P°-43S — 33P°-43D

(6)

Ll II I P 75.31

5483. 55 to 5485.65

3684.1

4156.3

)A

B

B

10

Anal A List D Jan 1943

58.77 61.03 — 33b^

3

j P

°

68.48 71.83 — 3"5 3-4>5 P _ (8) 0.5 68.98 71.95 0-1 3

1S-41 P°

(3) 4881.3 B 3.5 69.07 71.60 — 3

3P">-43S

- (4) 4335.7 B 3 69.07 71.93 — 3

3P°-43D

(5) Very wide fine structure

Be I IP 9.38 Anal A List C Feb 1943 3331.347 A 30 3.71 6.43

3331.086 A 30 3.71 6.43 3331.013 A 10 3.71 6.43

8354.10

4573.671 4407.911

3813.403 3736.380

3515.538

10

15

1015

10

13

5.35 6.75

5.35 7.95

5.35 8.05

5.35 8.49 5.35 8.56

5.35 8.77

2-1 2

3P°-33 S 1-1 (1) 0-1

1-0 3

1 P°-31 S 1-3 3

1 P°-31 D

1-0 3

1 P°-41 S

1 (4), 1-3 3

1 P°-41 D

1 (5)1 1-0 3

1 P°-51 S

I (6)1 1-3 2

1 P°-5 D

(7)

3130.416/ 3131.064

3274.640

5270.843 5370.333

4361.035

4360.690 3341.835

4673.463

50

30

10

12

10

109

10

20

0.00

0.00

3.94 3.94 m2

38-33P°

(1)

10.89 14.66 — 33S-43P»

(3) 11.91 14.35

11.91 14.35

if- * 33P°-43 8 f- I (3) 11.91

11.91 14.74 lf- 14.74 $-

3

3P*-43D

(4) 11.91 15.73 1*- $ 38P»-63 8t

(5) 13.10 14.75 — 33D-43F°

(6)

B I Bee Introduction

CI IP 11.30 Anal B List A March 1943

— 3p3 P-4d3 D°

i 31 —

> , 3p3P-4d3P°

(33)

Be II I P 18.13 Anal A Llet D Feb 1943

10691 . 36 10683.18 10685.44

10739.59 10707.44

10754.09 9658.49 9630.86

9603.09

9094.89

9078.33 9111.85

9088.57 9061.48

9062.53

5041.66

•5039.05

4826.73

4817.33 4812.84

4771.72

4766.62

4775.87 4770.00

•4762.41

4065.1 •4064.2

10653.6

9405.77

8335.19

5380.243 5053.133

4933.00

4371.33

4353.1 4368.99 4331.35

5793.51

5801.17 5805.76

11330.36 10548.0 6838.5

6587.75

50

25

108

8

2

1

25

6

10

815

10

1

1(1)

4

2

3

3

3

1

(50) 30

10

8

6

5

4

1

3

1

1

(60)

4

11860.4

11849.3 11863.0

11747.5

11801.8

•11667.1

11631. 59T 11609. 91T 11676.99?

11638.607 11619.0

11603.94? 7118.5

(600)

(300)

(10)

(100)

(30)

7.46

7.45

7.45

7.46

7.45 7.46

8.61 8.61 8.60

8.61 8.60

8.60

7.46 8.73

7.45 8.73

7.45 8.73

7.46

7.45

7.46

7.45 7.45

7.45

8.81 8.81

8.81 8.81

8.81 8.81 7.46 9.90

,7.45 9.90

17.45 9.90

7.46 10.01 7.45 10.01 7.45 10.01 7.46 10.04

7.45 10.04

7.46 10.04

7.45 10.04

/7.4S 10.04

l 7.45 10.04

7.46 10.49

,7.45 10.49 W.45 10.49

7.65 8.81 7.65 8.96

7.65 9.13

7.65 9.95

7.65 10.09 7.65 10.15

7.65 10.47 7.65 10.49 7.65 10.54

7.65 10.57

8.50 9.59 8.50 9.67

8.50 10.31 8.50 10.37

"11894.9 D (300) ( 8.61

8.61 8.60

8.61

8.61

9.65 9.64

9.64

9.65 9.64

,6.61

l 8.61 9.66 9.66

8.60 9.65

8.61 9.66

6.61

8.61 8.60

8.61

8.61

8.61 8.60

9.67

9.67

9.67

9.67 9.67

9.67

9.67

3-3 3s 3P°-3p3D

1-2 (1) 0-1 2-3

1-1 3-1

3-1 3s3P°-3p3 S 1-1 (3) 0-1 3-3 3B3P°-3p3 P

1-1 (3) 3-1 1-0

1-3 0-1

2-3 3s3P°-4p3D

1-3 (4) 0-1

3-1 3s3P°-4p3 S

1-1 (5) 0-1 3-3 383P°-4p3P

1-1 (6) 3-1

1-0

1-3 0-1

3-37 3s3P°-5p3D

1-37 (7) 0-1

C II I P 34.38 Anal A List A Feb 1943

3 7 91 10 04

3 7 91 10 04

1) 7 91 10 04

1-1 3B1 P°-3p3 P

1-3 38 1P°-3p1 D

.(9) . 1-0 381 P°-3p1 S

(10) 1-1 3sI P°-4plP

(11) . 1-3 3s 1 P

B-4p1 D (13) 1-0 3s I P°-4p1 S (13) 1-1 3sI P

,, -5p1 P

f 14> « 1-3T 3sI P°-5p3D

(15) 1-3 3sI P°-5p1 D

(16) 1-0 3sI P°-5p1 S

(17) 3-2 3p3 3D°-4p3P

3-1 (18) 1-0

1-3 3p1P-3d1 D°

(19) , 1-1 3pI P-4s1 P° 1-3 3p*P-4d1 D°

(21)

1-1 3pI P-4d1 P°

(33) 3-3 3p3D-483P° 3-1 (33) 1-OT 3-3

1-1 3-4 3p3D-3d3F

c 3-3 (34) 1-3 3-3

3-3 3p3D-3d3D° 3-3

1-1 3-3

3-1 3-3

1-3

4744.90

4738.11

6578.03

6583.85

7236.19 7231.13

3930.677

3918.977

5889.97 5891.65

4367.37 4367.03

3361.09 3361.75

3993.63

3165.51 3167.95

3165.99

5536.0

5336.7

5131.69 3833.13

3836.10

6783.75

6779.74

6780.37

6800.50 6791.30

6787.09

6813.19 6798.04

5663.51

5648.08

5640.50

5145.16

5139.31 5137.36

5151.08 5143.49

5133.39 5133.96

5033.3

5037.0 3871.63

3868.84

6115.31

(35)

(6d) 8.61 10.34 — 3p3 D-4d3F° • (36)

•7119.45

7115.13

•7112.36 7133.52

7125.49

•7119.45 6750.22 6738.36

6730.79

•6736.84 6754.75

6743.05 6733.56 6736.8*

10

9

8d

7d

109

30

19

13.66 13.66

14.39

14.39

16.36

16.36 16.36 16.36

17.97 17.97

17.97

17.97 17.97

17.97

16.36

16.36

16.36

16.36

17.97

17.97

19.41 19.41

30.06

30.06 30.86

30.86 31.64

31.64

li-Si

5d 17.97 33.09 —

4

3

1

18.57 33.47 i 18.58 33.47 1 18.58 33.47 1

Id 19.41 21.64

3p3P-33P°

(1)

33S-33P

e O)

33P°-33D

(3)

3

3P°-42S

(4)

3

3 D_43P°

(5)

33D-43F°

(6)

3

3D-52P°

(7)

33D_53F°

(8) 3p3 3D°-3p3P

(9)

I?:

Odd 30.06

1 30.06

3d

Id 30.06

30.06

33.36

33.47

33.38

33.38 n

4

3S-53P°

(10)

4

2P<>-63 S

2 (11) 2

4

3P°-3p3P

4

3P°-3p3D

(13)

30.63 32.44 3*-3* 3e*P°-3p4D 20.61 33.44 1+-3J (14) 20.61 32.43 30.62 33.44

30.61 33.43

30.61 23.43

30.63 22.43

30.61 33.43

30.63 33.80 34-li 3e4P°-3p4S 30.61 23.80 1*-1* (15) 80.61 23.80 *-l£

0) (3d?)

3

} 3

(3)

20.63 33.03

30.61 33.03

20.61 23.01 20.62 33.02

20.61 23.01

20.61 23.02

30.61 33.03

38 4P°-3p4P

(16)

IdOd30.83 33.38

30.83 33.38

30.83 34.03

30.83 34.03

ll-2| 3p3 3P°-3p3D 3~l| (17) ll- 4 2p3 3P°-3p3S f- I (18)

23.00 34.03 l4- | 3s2P°-3p3 S (19) 32.44 34.17 3*-4* 3p*D-3d4F° 33.44 34.17 3+-3* (30) ,33.43 24.17

l 32.43 24.17 33.44 24.17 33.44 34.17

33.43 34.17 33.44 24.27

33.44 34.37 33.43 24.27

22.43 24.26

23.44 34.27 22.44 24.37

,22-43 24.26

^22.44 34.37 22.43 24.27

(21)
Laboratory

I A Ref Int

C II continued A

A

A

A

A

A

4317.43 4331.95

3953.08 3948.15

•3946.35 3945.10

3876.188

3876.409 3876.670

3876.051 3880.59

3879.60

3878.33

5478.6

5044.8 5047.3 4076.00

4074.53

4074.89 3980.35 3973.84

3969.38

3978.87

3973.44

3968.63 3970.30

3977.30

4411.53

4411.30

4410.06 4393.00

4396.11 4385.96

3049.44

3589.67 A (4) "3590.87 A (3) 3584.98 A (l 3587.68 A (2 3588.93 A (l 3581.80 B 3585.83 A (3)

33

3

1Od

(2)

(3)

!Sio

3

1

8

76

6

1

1

1

(0)

1

76

5

3Id 00

00

E P Low High

33.44 34.55 32.44 24.55

32.43 24.55

22.44 24.55

22.43 34.55

33.43 24.55 33.44 25.88

,23.44 25.87

^33. 43 25.87

22.44 25.88

33.43 35.87

33.43 25.87

23.43 35.88

33.43 35.87

33.47 34.50

33.47 34.50

33.47 34.50

33.47 34.96

33.47 34.96

,22.47 24.96

l 33.47 34.96

33.80 34.55

33.80 34.55

33.80 34.55

33.80 35.88 33.80 35.87

33.80 35.87

33.03 35.88

33.03 35.87

,33.03 35.87

*33.03 35.87

33.03 35.88

33.01 35.87

34.17 36.53

(34.17 36.52

(34.17 36.51

(34.17 26.51 34.17 36.53

34.17 36.53

24.17 37.39 24.17 37.39

34.17 37.39

34.17 37.30

34.17 37.30

34.17 37.30

34.17 37.30

24.17 37.36

34.17 37.35

34.17 37.35 34.17 37.35

34.17 37.35

34.17 37.35

34.17 37.35

34.37 36.53

34.37 36.71 34.37 36.71 34.37 37.30 34.37 37.30

34.37 37.30

34.37 37.37

34.37 37.37

34.37 37.37

34.37 27.37

34.37 37.37

34.36 37.37

34.37 37.38

24.37 37.37

Kultlplet

(No)'

(33)

3p4D-4b4P°

(33)

l4_34 3p3P-3d2D° jUf (34)

l*-li 3p3 P-3d3P° £ !

C25)

l4-34 3p4S-3d4 P° l^wl* (36)

l*-34 3p4S-4B4P° ll-lf (37)

Od 33.38 37.34 —

3p4P-484P°

(38)

3p3D-4d2P

,» (39) 3d4F°-4p4D

(30)

34-3* 3d4F°-4f2F

2i-ai (31) 34-3*

3^31

3d4F°-4f4F

(33)

34-34 3d4D°-4p4D

(34) 34-34 3d4D»-4p4P

3*-if (35) 34-44 3d4D°-4f4F 3*-3j (36)

3d4D°-4f4D

(37)

3d4D°-4f2 D

(38)

34.50 37.39 3 34.50 37.39

Id

34-34 3d3 D°-4f2F l|-3l (39) 34.50 37.30 34-34 3d3 D°-4f4F

£40) . 34.50 37.37 34-3$ 3d2 D°-4f4D

141) . 34.50 37.37 34-3$ 3d2 D°-4f2 D 34.50 37.38 lj-l| (43) 34.50 38.54 — 3d2 D°-5f2F

(43)

REVISED

Laboratory

I A Ref Int

C II continued

ULTIPLET TABLE

E P J

Low High

5907.36

5914.93 5919.60

4374.38

4373.49

4371.59

•4368.1455 4376.78 3059.24

4734.75

4737.31 4630.53

4635.71 4618.85

5119.55

5114.07

1

54

34d

2dOd

34.55 36.64

34.55 26.64

34.55 26.64

24.55 37.37 24.55 27.37

24.55 27.37 34.55 27.37 24.55 27.37

34.55 38.58

Hultlplet

(No)

34-l4 3d4P°-4p4

S 1*-1* (44)

24-34 3d4P°-4f4D lt-34 (45)

l£-3| 34-31

3d

Id

IdId

34.69 37.39

34.68 37.39

34.69 37.36

34.68 37.35

5d 24.69 27.36 —

24.96 27.37

24.96 27.38

t

3d4P°-4f2 D

3d4P°-5f4D

(47) 3d2F°-4f3F

(48) 3d3F°-4f*0

(49) 3d2F°-4f2Q

(50) 3d2P°-4f2D

(51)

C III I P 47.67 Anal B List A

4647.40 A

4650.16 A

4651.35 A

5696.0

30

1918

39.39 33.05 39.39 33.05

39.39 33.05

Feb 1943.

1-3 3

3 S-33P° 1-1 (1) 1-0

6744.3 6730.7

6737.1

8 31.97 34.13 1-3 3

1 P°-31 D _ (3) 3-3 3s3 P°-3p3D

1-3 (3) 0-1

5373.56.. B

•5353.55** A

5344.5 A

4665.90

4673.91 4663.53

38.05 39.88

38.04 39.87 38.04 39.87

2 38.05 40.39

1 38.04 40.39 38.04 40.39

6 38.05 40.69

4 38.05 40.69

4 38.05 40.69

3363.33 A

3359.44 A

3357.90 A

4335.70

3170.16

38.19 41.97

38.19 41.98

38.19 41.98

1-1 (4) 0-1 3-3 3s3P°-3p3 P 3-1 (5) 1-0

1-2 4

3 S-3d3 P° 1-1 (6) 1-0

Id

4516.93

4516.03

3609.61 3608.96

4247.56

3703.52

6156.6

6155.4

6154.4 4388.34

4383.34

4379.97

3889.18

3885.99 3883.80

38.37 41.13 1-3 3s 1 P°-3pi D

(7) 38.48 43.37 0-1 4

1 S-51 P°

(8) 39.33 41.95 3-1 4

3 P°-53S 39.33 41.95 1,0-1 (9) 39.33 43.64 3-3 4

3P°-53D 39.33 43.64 — (10)

1 39.47 43.37

2 39.47 43.80

39.67 41.67

39.67 41.67 39.66 41.67

39.67 43.48 39.67 43.48

39.66 43.48

4 39.67 43.84

3 39.67 43.84

3 39.66 43.84

1-1 3p1 P-51 P° 1-1 3pI P-3d1 P°

(13)

3-3 (13) 1-1 3-3 4

3D-53 P° 3-1,2 (14) 1-0,1 3-4 4

3 D-53F° 2-3 (15) 1-3

4070.30 B 4068.97 B

406-7.87 A

4133.05

4187.05

10 39.74 43.77 4-5 4 F

o -5o 9 39.74 42.77 3-4 (16) 9 39.74 42.77 3-3

39.80 43.79 1-3 4

1 P°-51 D

(17)

10 39.84 43.78 3-4 4

1 F°-51 G

(18) 6871 .

7

6863.9 6857.3

39.88 41.67 3-3 3p3 D-3d3 D° 39.87 41.67 3-3 (19) 39.87 41.67 1-1

Laboratory

I A Ref Int

C III continued

5894.1 P 5871.6 P 5857.9 P 4163.80 A 5 4156.50 A 4 4152.43 A 3

E P Low High

Multlplet

(No)

39.88 41.97 3-3 3p3 D-3d3 P° 39.87 41.98 3-1 (20) 39.87 41.98 1-0 39.88 42.84 3-4 3p3D-53F° 39.87 42.84 2-3 (21) 39.87 43.84 1-2

5827.1 A 1 5349 .6 A

4056.06 A 5

40.03 43.14 3-3 4

1 D-3d1 F°

,(33) 40.03 43.37 3-1 4

1 D-51 P° 40.02 43.07 3-3

,(33)

4

1 D-51F°

(24)

Lines attributed to C III—Classification dubious 4593.47

•4368.1455 4361.85

4001 . 56 3999.92

2d

4d

3OdOd

C IV I P 64.33 Anal A List A

5801 . 51 5813.14

3936

5033

5031 4441.81

4789

4647

4665

4658.64

4660

6593

4317

4737

37.39 39.51 37.39 39.51

54.98 58.13 4-

Feb 1943

,-32

J (1)

55.41 57.87 l4- 55.41 57.87 f- Od 55.41 58.19 .—

55.54 58.12

55.54 58.19

5d

55.54 58.19

55.54 58.20

5

2 S-62 P°

(3)

52 P°-62S (3) _ 5

3 P°-62D

(4) — 5

2 D-62 P° — 5'i I>-63F (6) — 5

2F°-62 D

2

(7) 2

55.55 58.19 —

(8)

5

2 G-62 F°

(9) 57.87 59.74 4- 6

2 S-72 P° 57.87 60.80 4- 6

2 S-82 P° (U)

58.19 60.80 — 6

2 D-82 P°

(12)

N I I P 14.49 Anal B List B Feb 1944 8680.24

8683.38

8686.13

8718.82

8711.69

8703.34

8747.35

8738.88

8316.38 8310.64

8300.31 8343.34

8333.07

8184.80

8187.95

7468.39 7443.38

7433.63 4353.38

•4354.7

4333.04

4330.35

4334.74

4314.73

4315.93

10 10.39 11.71

8 10.39 11.71

7 10.38 11.70

6 10.39 11.71

7 10.39 11.70

6 10.28 11.70

10.29 11.70

1 10.29 11.70

6 10-29 11.79

2 10.29 11.79

1 10.28 11.79

4 10.29 11.79

4 10.29 11.79

4 10.29 11.79

4 10.28 11.79

10 10.29 11.94

8 10.29 11.94

7 10.28 11.94

24-3.4 3s 4 P-3p4 D°

(1)

10.29 13.19

,10.29 13.19 HO. 38 13.18

5 10.29 13.21

4 10.29 13.21

4 10.29 13.21

5 10.29 13.21

2 10.28 13.21 4151.46 B 4143.42 P 4137.63 B

12 10.29 13.36

10.39 13.36

7 10.38 13.36

(2)

(3)

3s 4 P-4p4

D

e (4)

3s 4P-4p4po

(5)

(6)
REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int.

H I continued 9392.80

9386.79 9460.66

8639.34

8594.01 8655.88 8567.74

4935.03 4914.90

4109.98 4099.94 4114.00

3830.39

3832.07 3834.34

3818.27

11564.8

11628.0

11656.0

1

(25)

34

10

5

12

9

6

E P Low High

10.64 11.96

10.63 11.95 10.64 11.95

10.64 12.07

10.63 13.07 10.64 12.07

10.63 13.07 10.64 13.14

10.63 13.14

10.64 13.65

10.63 13.64

10.64 13.64

10.64 13.87 10.63 13.86

10.64 13.86

10.63 13.87

llultlplet

(No)

3oa P-3p3 D°

(7)

3s2 P-3p2P°

(8)

3s3 P-4p2 SO

(9)

Laboratory

I A Ref Int H I continued

5328.70

5356.77

5373.66

5381.18

9060.6

9028.9

6008.48

5999.47

C (50

C (80

C (200)

10.88 11.94

10.88 11.94

10.88 11.94

3a2 P-3p' 3D°

(10) 11294.0

_ 11313-8

3e3 P-3p' 3P°11339.0

(11) 11337.5 •10113.4

ap4 4P-3p4S°

(13) 10164.5

10147.3 9863.5

9821.8

5

53d

E P Low High

10.88 13.19 10.88 13.19

10.88 13.18

10.88 13.31

(350)

(50) 10

6

(135)

(30) (300)

(10)

11.55 13.91 11.55 13.92

11.55 13.61 11.55 13.61

C (900)

IS)

iS!

11.71 13.81 11.71 13.80 11.70 13.79

11.71 13.81

(11.71 13.93

(11.71 13.93

(11.70 13.93

(11.70 13.93

11.71 13.93

11.71 13.93

11.71 13.96

11.71 13.96

llultlplet

(No) Laboratory

I A Ref Int N I continued 3*-3i sp4 4f-4p4D°t 6644-96

1+-34 (13) 6653.41 |-l| 6656.61 6633.53 3$-2$ sp4 4P-4p4P°t 6637.01

(14) 6646.53

3p2 S°-3d3P

(15)

3p2S°-4d3P

(16)

3p4D°-4s4 P

(17)

iT3p4D°-3d4F

It (18)

\1

»T

|?

h 3p4D°-3d4D

I (19)

6483.74

6484.88 6483.75

6481 . 73 6506.45

6499.53 6491.28

•6468.33 6457.93

6441.70

6437.01 6430.47

5616.54

5633.30

5635.43

E P Low High

11.71 13. 57 11.71 13.56

11.70 13.56

11.71 13.57

11.70 13.56

11.70 13.56

11.71 13.63

11.71 13.61 11.70 13.61 11.70 13.60

11.71 13.61

11.71 13.61 11.70 13.60

,11.71 13.63

v 11.71 13.63

11.70 13.61

11.71 13.63 11.70 13.63

11.71 13.63

11.71 13.91

11.71 13.90 11.70 13.90

llultlplet

(No)

3*-3£ 3p4D°-5s4Pt

2$-l$ (20)

13*-2

1+-1

3p4D°-4d4F

(31)

3p4D°-4d*Dt

(33)

34-3* 3p4D°-4d4Pt

l|- * (23) 3£>2$

3*^3* 3p4 o-6a4Pt

3+-l| (34)

10:

;
REVISED MULTIPLET TABLE

Laboratory E P J Hultlplet

(No) Laboratory E P J Bultlplet

(No) Laboratory E P J Multlplet

(No) I A Ref Int Low High I A Ref tat Low High I A Ref [nt Low High H I continued N II oontlnued N II continued

5560.37 B 9 11.71 13.93 3±-44 3|-3|

?3p4D°-5d4F 4564.78 1 30.33 33.03 1-3 Spip-Sd^ 4110.00 C On 33.10 36.10 2-3 3d1 D°-4f3D 5564.37 , B 9 11.71 13.93 t (35) 4447.033 A 10 30.33 33.10 1-3

(14) (44)

5545.11 B 3 11.71 13.94 3J-3£ 3p4D°-5d4P (15) _ 3piP-3d3D°

(16)

6504.9 C 3 33.15 25.04 3-3 3d 3 D°-4p3 D (36) 4375.00 C 30.33 23.14 1-3 6533.0 C 1 23.14 25.03 23.14 25.03

3-3

1-1

(45)

13186.9 C (100) 11.79 13.81 3-4-3-4 3p4P°-4s4P 3919.005 A 6 20.33 33.47 1-1 Zplp-Zd.1 ?

9 •6545.2 C ( 23.15 25.03 3-3

13333.9 C (8 11.79 13.80 ll-l* (37) (17) 3p1 P-4s1 P° 6492.0 C 23.14 25.04 3-3

L3388.0 (75 11.79 13.80 2

1

1 f 3006.86 C 7 30.33 34.43 1-1 6533 .

3

c 23.14 25.03 1-2 13138.6

13303.4

cc (30)

(75) 11.79 11.79

13.81

13.80 i-*i

(18)

.6340.67 c 4 23.15 25.09 3-3 3d3 D°-4p3P •5005.140 C 10 30.58 33.04 3-4 3p3D-3d3F° •6357.0 c 3 ( 23-14 25.08 3-1 (46) L0539.0 c (135) 11.79 12.96 3$-3$ 3p4P"-3d4D 5001.469 c 8 30.56 33.03 3-3 (19) 23.14 25.08 1-0

10506.5 c ei

11.79 13.96 ir-3? (38) 5001 . 138 c 7 30.56 33.03 1-3 6338.6 c 1 23.14 25.09 3-3

10548.0 c 11.79 13.96 2$-2$ 5035.665 c 6 30.58 33.03 3-3 6347.1 c 1 23.14 25.08 1-1 5016.387 c 5 30.56 33.03 3-3 6945.33 B 4 11.79 13.57 34-24 3p4P«-5B4P t 5040.76 c 30.58 33.02 3-3 •4341.787 A 8n 23.14 26.05 2-3 3d3 D°-4f 1 F 6979.10 B 1 11.79 13.56 34-1* (39) t 47 > , 6936.90 B 1 11.79 13.57 l|-3| 4803.373 c 6 30.58 33.15 3-3 3p3D-3d3 D° •4341.787 A 8n 33.15 26.06 3-4 3d3 D°-4f3F 4788.136 c 5 30.56 33.14 3-3 (80) 4337.049 A 4 23.14 36.05 2-3 (48) 6753.40 B 4 11.79 13.63 tit

3p4P°-4d4 D 4779.710 c 4 30.56 33.14 1-1 4336.930 A 5 33.14 36.05 1-3 6758.60 B 4 11.79 13.63 (30) 4810.386 c 2 30.58 33.14 3-3 4793.656 c 2 30.56 33.14 3-1 4181.17 C On 33.15 36.10 3-4 3d3 D°-4f1 G

6733.13 B 9 11.79 13.63 34-24 3p4P°-4d4P 4781.168 c 2 30.56 33.15 3-3 (49) 6733.48 B 6 11.79 13.63 (31) 4774.333 c 3 20.56 33.14 1-3 4179.667 A In 33.15 36.10 3-3 3(j3D°-4f3D 6706.30 B 4 11.79 13.63 li^si 4173.51 C On 33.14 36.10 3-3 (50) 6741.39 B 3 11.79 13.63 l-f- i 4507.559 A 3 30.58 33.31 3-3 3p3D-3d3 P° •4156.8 C Onn 33.14 36.11 1-1 4477.74 c 3 30.56 23.33 3-1 (21) •4160.8 c Onn 33-14 36.11 3-1 5839.53 B 6 11.79 13.91 24-3-4 3p4P°-6s4P t 4459.96 c 1 20.56 33.33 1-0 4173.75 c On 23.14 36.10 3-3 5841.01 B 3 11.79 13.90 1*-1* (33) 4488.15 c 30.56 33.31 3-3 5854.16 B 3 11.79 13.90 34-1* 4465.54 c 20.56 33.33 1-1 •4160.8 c Onn 33.14 26.11 3-3 3d3 D

c -4f 1 D 5816.48 B 3 11.79 13.91 l4_3i •4156.8 c Onn 23-14 26.11 1-3 (51) 5753.64 B 4 11.79 13.94 3^-3$ 3p4P°-5d4P

3338 . 79 3331.33

c

c

4

3 30.58 24.38 30.56 34.37

3-2

2-1

3p3D-4s3 P°

(22)

(33) 3330.30

3318.14

cc

3

3 30.56 34.36

30.56 34.38

1-0 2-3 7139.8

7317.0

BB

33 33.31 35.04

33.33 25.03

2-3

1-3

3d3 P°-4p3D

(53) 13186.9 C (100) 11.94 13.96 l4-34?3p4S°-3d4P 3334.58 c 3 30.56 34.27 1-1 7259 .

3

B 3 23.32 25.03 0-1

13388.0 L3337.7

C

C (75

(150) 11.94 11.94

13.95 12.95 ll-ll

if- i

T (34)

T 7188.7 B 23.31 25.03 3-3 5383.83 c 30.85 33.14 1-3 3p3S-3d3D° 6943.9 B 3 23.31 25.09 3-3 3d3 P°-4p3P 5747.36 B 3 11.94 14.09 1^-3| 3l i ( 33 > , 3p3s-3d3p»

(34)

7003.0 B On 23.32 25.08 1-1 (53)

(35) 5007.316

•4994.358

c

c

76 30.85 33.31 30.85 33.33

1-3

1-1 6976.8•7015.3

B

B

3

1 23.31 25.08

23.33 35.08

3-1 1-0

13467.8 C (350)

(300) 11.96 13.95 3^-3$ 3p3D°-3d3F 4987.377 c 4 30.85 33.33 1-0 6967.6 B 1 23.32 25.09 1-3 13461.3 C 11.95 13.94 lf-3* (36) •7015.3 B 1 23.32 25.08 0-1

L 3582.

3

C (40) 11.96 13.94 3£-3£ 4709.45 c 1 30.85 33.47 1-1 3p3S-3d1 P°

(35) 3p3 3-4s3p<> 6813.26 C 3 33.31 25.13 3-1 3d3 P°-4p3 S 13074.1 C (60) 11.96 12.98 34-34 3p3 D°-3d3D 3593.60 c 3 30.85 34.38 1-3 6836.2 C 1 23.33 25.13 1-1 (54) 11997.9 (30) 11.95 13.98 14-1* (37) 3609.09 c 3 30.85 34.37 1-1 (26) 13107.4 c (10) 11.96 13.98 sf-i* 3615.88 c 1 30.85 34.36 1-0 4432.739 4441.99

4433.48

A

C

C

6n

3n

3n

23.31 26.10

23.32 26.10

23.32 26.11

3-3

1-3 0-1

3d3 P°-4f3D

(55) Strongest Unclassified Lines Attributed to N I 6065.5 c 31.06 33.10 1-3 3p3P-3d1 D° 4431.82 c 23.31 36.10 3-3

3p3 P-3d3D° 4437.97 c 3 23.32 26.11 1-1 6708.81 B 4 5941.67 c 8 31.07 33.15 3-3 4494.67 B 5 5931.79 c 7 31.06 33.14 1-3 (28) 4437.31 c 3 23.32 26.11 1-3 3d3 P°-4f 1 D 4493.40

4358.37

B

B

7 10 5937.83

5953.39

c

c

4

3 31.06 33.14

31.07 33.14

0-1

3-3

(56) 4336.48 B 5 5940.35 c 3 31.06 23.14 1-1 6343 . 53 c 5 23.37 25.35 3-3 3d1 F°-4p1 D 4317.70 B 5 5960.93 c 31.07 33.14 3-1 {57) 4553.536 A 4 23.37 26.08 3-4 3dlF°-4f3G

4313.11 B 4 5495.70 c 5 31.07 33.31 3-3 3p3P-3d3P° (58) 4305.46 3dI F°-4f1 B 6 5463.63 c 3 31.06 33.33 1-1 (29) 4530.403 A 5 83.37 26.10 3-4 3999.98

3869.10

B

B

44 5480.10

5454.36

c

c

33 31.07 33.33

31.06 33.33

3-1

1-0

(59) 3650.19 B 5 5478.13 c 3 31.06 33.31 1-3 •6167.83 C 4 23.47 25.47 1-0 3d1 P°-4p1 S 3533.65 B 4 5453.13 c 3 31.06 33.33 0-1 3d*P°-4f3D 3838.39 c 5 31.07 34.38 2-2 3p3P-4s3 P° 4694.55 c 3n 23.47 36.10 1-2

(61) 3d1 P°-4f1 3847.38 3 31.06 34.37 1-1 (30) 4677.93 c 3n 33.47 36.11 1-2 D M II I P 39 .49 Anal B List A Oct 1943 3856.07

3855.08

c

c

33 31.07 34.37 31.06 34.36

3-1

1-0

(63) 3839.80 c 3 31.06 34.38 1-3 •5535.39 c 5 '35.38 37.61 3-4 3e 5P-3p5D°

4895.30 C 4 17.80 30.33 3-1 3p3 IpO-Sp^ 3843.20 c 3 31.06 34.37 0-1 5530.37 c 4 25.37 37.61 2-3 (63)

(1) 5536.26 5551.95

c

c 3

3 35.37 37.60

25.38 37.61

1-3 3-3 6379.63 C 5 18.39 30.33 1-1 3a 3 P°-3p1 P 6610.58 c 6 31.51 33.37 3-3 3p1 D-3d1 F° 5543.49 c 3 25.37 27.60 3-3 6365.7 c 18.38 30.33 0-1 (3) (31) ZpiV-^d1-?* •5535.39 c 5 25.37 27.60 1-1 6264.30 c 3 31.51 33.47 3-1 5565.30 c 35.38 37.60 3-3 5679.56 c 10 18.40 30.58 3-3 3s3P°-3p3 D (32) 3piD-4s1 P° 5552.54 B 00 35.37 37.60 3-1 5666.64 c 8 18.39 30.56 1-3 (3) 4327.749 A 3n 31.51 34.43 3-1 5540.16 c 1 35.37 37.59 1-0 5676.03

5710.76

c

c 66 18.3818.40 30.5630.56

0-1

3-3

(33) 5012.036 c 3 35.38 37.84 3-3 3s 5P-3p5 P° 5686.31 c 6 18.39 30.56 1-1 5104.45 c 2 33.01 34.43 0-1 3p1 S-4s1 P° •5005.140 c 10 35.37 37.84 2-2 (64) 5730.67 c 3 18.40 30.56 3-1 (34) 3p1 S-4d1 P° 4997.23 c 35.37 37.84 1-1 3033.80 c 2 33.01 36.09 0-1 5033.11 c 3 35.38 27.84 3-3 5045.098

5010.630

c

c 86 18.40 18.39 30.85

20.85

3-1

1-1

3e 3 P«-3p3 S

(4) (35) 5011.34

•4994.358

B

C

16 35.37 37.84

25.37 37.84

3-1 3-3 5002.693 c 3 18.38 30.85 0-1 •6167.83 6173.40

c

c

4

3 33.04 35.04

33.03 35.03

4-3

3-3

3d3F°-4p3D

(36) 4991 . 33 C 3 35.37 37.84 1-3 4630.537 A 10 18.40 31.07 3-3 3B 3P°-3p3 P 6170.16 c 1 33.03 35.03 3-1 4145.764 A 3 35.38 28.36 3-3 3a 5 P-3p5s° 4613.868 A 6 18.39 21.06 1-1 (5) 6136.9 c 33.03 35.04 3-3 4133.669 A 3 85.37 28.36

35.37 38.36

3-2 (65) 4643.086 A 8 18.40 31.06 3-1 6150.9 c 23.03 35.03 3-3 4134.081 A 1 1-2 4631.393

4601.478 A

A

78 18.39 18.39 31.06 31.07

1-0

1-3 6114.6 c 33.03 35.03 3-3 4607.153 A 7 18.38 21.06 0-1

3s3P°-3p1 D

4087.35 c On 33.03 36.05 3-3 3d3F°-4f1 F

3d3F°-4f3F

•5179.50

5175.89

C 5

3 37.61 39.99

37.61 29.99

4-5 3-4

3p5 D°-3d5F

(66) 3955.851 A 6 18.39 21.51 1-3 4095.93 P 33.04 26.06 4-4 5173.37 c 2 27.60 39.99 2-3

,< 6 > , 4083.85 c 00 33.03 36.05 3-3 (38)

c 1 37.60 29.98 1-3 3408.136 C 3 18.39 22.01 1-0 383 P -3p1 S 4076.83 c On 33.03 36.05 3-3 •5173. 33 37.59 39.98 0-1

(7) 4083.360 4073.055 AA3n

3n

33.03 36.06

33.03 36.05

3-4

3-3 5190.43

5184.97

c

c

2

2 37.61 39.99

37.61 39.99

4-4

3-3 6483.07 c 8 18.43 30.33 1-1 Ssip^Spip 5180.34 B 1 37.60 39.98 3-3

i< 8 > , 4041 . 331 A 5n 23.04 36.10 4-5 3d3F°-4f3 5199.50 B 00 37.61 39.99 4-3 5747.39 c 4 18.43 20.56 1-3 Ze^-SpH 4043.537 A 3n 33.03 36.08 3-4 (39) 5767.43 c 3 18.43 20.56 1-1 (9) 4035.087 4057.00 A

c 4n

1 33.03 36.08 33-04 36.08

3-3 4-4 4860.35 C 2 37.61 30.15 4-3 3p5D°-3d5P

k S7) * 3p5 D

e-3d5D 5073.60 c 3 18.43 30.85 1-1 3s 1 P°-3p3 S 4044.75 c 1 33.03 36.08 3-3 4718.43 C 2 37.61 30.33 4-4 SsipO-SpSP

4709.45 C 1 37.61 30.33 3-3 (68) 4654.57 c 3 18.43 31.07 1-3 4036.080 A 3n 23.03 26.10 3-4 3d3F°-4f 1 4703.57 C 37.60 30.33 3-3 4667.38

4674.98

3

3 18.42

18.43 31.06

31.06

1-1 1-0

(11) (40) 4731 . 59 4713.13

C

C 37.61 30.33, 37.61 30. 33 4-3

3-2 6630.5 c 3 23.10 34.96 3-1 3d1 D°-4p1 P 4704.33 c 37.60 30.33 2-1 3994.996 A 10 18.43 21.51 1-3 3e1 P»-3p1 D (41) 3d1 D°-4f1 F 4698.63 B 37.60 30.33 1-0

(13) 3siP«-3p1 S 4176.164 A 3n 33.10 36.05 3-3 4706.41 C 37.61 30.33; 3-4 3437.163 c 6 18.42 32.01 1-0

{ 43 > , 3d1 D°-4f3F

(43)

4700.13 C 27.60 30.23; 3-3

(13) 4171.608 A 3n 33.10 36.05 2-3 4695.91 c 1 27.60 30.22) 1-3
Laboratory

I A Ref Int

N II continued

5351.31 5327.45

5313.43 5340.30

•5320.96 5338.66

•5320.96 •5179.50 5171.46

5168.24

5183.31 5174.46

5170.08

5186.17

6888.7 6870.8

6857.6

E P Low High

(37.84 30.15) (37.84 30.16) (37.84 30.16) (37.84 30.16) (37.84 30.16) (37.84 30.15) (37.84 30.16)

(37.84 30.33) (37.64 30.33) (37.84 30.33) (37.84 30.33) (37.84 30.33) (37.84 30.33) (37.84 30.33)

(38.36 30.15

38.36 30.16

38.36 30.16

Multlplet

(No)

3-3 3p5P°-3d5P 3-3 (69) 1-1 3-3

3-1 3-3

1-3 3-4 3p5P«-3d5D

3-3 (70) 1-3 3-3 3-3

1-1 3-3

3-3 3p58°-3d5P

3-3 (71) 3-1

H III I P 47.34 Anal A List A Apr 1943

4097.31 4103.37

4640.64 4634.16

4641.90

4514.89

•4510.92 4534.57 4533.60

4518.18

4547.34

4530.84 3771.08 3754.63

3745.83

3367.36 3361.90

3358.73 3374.06

3365.79

3354.39 3353.78

4200.02

4195.70

4215.69 3355.47

3342.77

3938.52

3934.41 3942.78

•4867.18 4861.33

4858.88 4858.74 4884.14

4873.58

•4867.18

4896.71

4881.81 4348.36

4335.53 4328.15

•4323.93 4353.66 4339.52

4330.44

4330.14

•4323.93

4331.37 3793.87 3771.45

3757.66 3779.23

3762.62

3752.65 3770.37

3757.60

10

9

(10

9

7

6

5

(3)

I?!

4

3(1)

27.33 30.33

37.33 30.33 ft

30.33 32.99

30.33 33.99

30.33 33.99

35.53 38.35

,35.50 38.34

^35.50 38.33

35.53 38.34

35.50 38.33

35.50 38.33 35.53 38.33

35.50 38.33

35.53 38.79 35.50 38.79 35.50 38.79 35.53 39.18 35.50 39.18

35.50 39.17 35.53 39.18 35.50 39.17 35.50 39.18

35.50 39.18

33S-33P°

(1)

33P°-33D

(3)

3B*P°-3p4D

(3)

(4)

(5)

36.70 39.64- li-3i 3s3P°-3p3D 36.68 39.63 4-1* (6) 36.70 39.63 li-1* 36.70 40.38 li- i

36.68 40.38

3e3 P

e-3p3S

(7)

38.17 41.30 li 38.16 41.30 i 38.17 41.30 11

38.35 40.79 38.34 40.78

38.33 40.77

38.23 40.77

38.25 40.78 38.34 40.77

38.33 40.77

38.25 40.77 38.24 40.77 38.35 41.09

38.34 41.09

38.33 41.09

38.33 41.08

38.35 41.09

38.34 41.09 38.33 41.08

38.34 41.09

38.23 41.09

38.23 41.09

38.35 41.51 38.34 41.51 38.33 41.53 38.34 41.51 38.33 41.51 38.33 41.53

38.33 41.51 38.33 41.51

-3| 3p3 P-3d3D

6 -if ( 8 ) -If

3p4D-3d4F°

(9)

3p4 D-3d*Dc (10)

3p4D-3d4P» (U)

REVISED

Laboratory

I A Ref Int N III oontlnued

4544.80 B (0)

MULTIPLEX TABLE

E P J

Low High

Itultlplet

(No)

4546.36 A

4535.11 A

4537.86 A

38.48 41.30 l£- * 4

3 P«>-538 (13) 38.79 41.51 li-2* 3p4S-3d4P° 38.79 41.51 lj-lf (13) 38.79 41.53 1*- *

6466.86 6453.95

6445.05

6478.69 6463.03

6450.78 6487.55

6468.77

5314.45

5383.53

5360.91 5398.93

5373.60

5397.86

5370.59

4003.64

3998.69

4 39.18 41.09

3 39.18 41.09

3 39.17 41.09

3 39.18 41.09

3 39.18 41.09

3 39.17 41.08

39.18 41.09 00 39.18 41.08

3 39.18 41.51 00 39.18 41.51 39.17 41.53 39.18 41.51 39.18 41.53

39.18 41.51 39.17 41.51

3p4P-3d4D°

(14)

2^-2* 3p4P-3d4P» ll-l* (15)

(4d) 39.33 43.31

(3d) 39.33 43.31 3*-3* 4

3 D-53F° lf-3| (16)

4379.09 A (lOd) 39.54 43.36

Unclassified Lines of N III

— 4

3F

o-53

(17)

4394.76

4390.80 4390.55

4388.73

4388.31

4384.51 3173.97 3171.14

On

3n

in

inOn

In

3

1

H IY I P 77.09 Anal B List A Feb 1943 3478.69

3483.98

3484.90

6383

4057.80

7133.10

7109.48

7103.38

7137.31 7111.38

7139

5345

5336

5281 4538

4495

4479

46.57 50.11) 46.57 50.11) 46.57 50.11)

48.00 49.94

1-3 3

38-33P° 1-1 (1) 1-0

0-1 3

1 8-31 P°

(3) 49.98 53.98 1-3 3

1 P»-31 D

(50.11 51.85)

(50.11 51.85) (50.11 51.85)

(50.11 51.85)

(50.11 51.85)

(50.11 51.85)

3-3

1-3 0-1

3-3

1-1 3-1

(3)

3

3P°-33D

(4)

57.46 59.81) 3-3 3s3P°-3p3 D 57.44 59.80) 1-3 (5) 57.46 59.80) 3-3

3463.36 B

3454 P 3474.56 B

3461 . 34 B

3443 P 3445 P

3747.66

57.46 60.19) 57.44 60.19) 57.43 60.19) (57.46 61.03) (57.44 61.01) (57.46 61.01) 57.44 61.01) [57.44 61.03)

[57.43 61.01)

3-1 3s 3 P°-3p3 8 1-1 (6) 0-1

3-3

1-1 3-1

1-0

1-3 0-1

5734 3834

4753

4733 4763 4740

4733 3714

3689 3696

58.44 61.69 1-3

59.36 61.53

59.36 63.59

(59.81 63.41)

(59.80 63. 4l) (59.81 63. 4l) (59.80 63.40) (59.80 63.41) 59.81 63.14

59.80 63.14

59.80 63.14

1-3

1-1

3-3 3-3

3-3

3-1 3-3 3-3

3-1 3-3

3s 3 P°-3p3 P

(7)

(8) 3p1 P-3d1 D"

1< 9)

1 3p1 P-41 P°

(10)

3p3D-3d3 D° (U)

(13)

Laboratory

I A Ref Int N IY continued

5561

5571 4183 4174

5846 5794

5838

5813

6125

5073

E P Low High

(60.19 63.41)

(60.19 63.40)

(60.19 63

(60.19 63

.14)

• 14)

(61.03 63.14)

(61.01 63.14)

(61.03 63.14)

(61.01 63.14)

Itultlplet

(No)

1-3 3p3S-3d3D°

1-1 (13) 1-3 3p38-3d3P« 1-1 (14)

3-3 3p3P-3d3P* 1-1 (15) 3-1

1-3

61.53 63.53

61.69 64.13

, i|B02.: 3-3 3d1 D°-41 D 1 4801 (16) 3-1 3p1 D-3d1 P«

(17)

NY I P 97.47 Anal A List A Deo 1944 4603.3 4619.4

3161

4335

5373

4751

5067

4933

4953

4943

4945

6719

7330

56.31 58.99

56.31 58.98 ft

li 33 S-33P°

(1)

83.74 87.64

87.64 90.49

X 5

2P°-638

(3) 6

3S-72P°

165

«5!

155'

87.95 90.30

87.95 90.55

88.05 90.49

88.05 90.56

88.06 90.55

88.06 90.56

(3) - * 6

3P°-73

S

(4) 63P°-73D

(5) — 6

3D-73P°

a

(6 — a

6 D-73F

e (7) — 6

3F°-73D

a

< 8) _ a 6

3F9-730etc

(9)

!9'

nw

IK;

88.06 90.56 — 6

30-73H° etc (10) 90.30 93.13 i- 7

38-83P«

(11) 90.49 93.17 — 7

d

P<>-8'i D

(13)

I I P 13.56 Anal A List B Apr 1944 7771.96 A 37 9.11 10,69 7774.18 A 36 9.11 10.69 7775.40 A 35 9.11 10.69

3

DS°-3DP

(1)

6736.25

6736.50

3947.301 E

3947.489 E 3947.594 E

•8446.35

8446.76 •8446.35

4368.30

3693.44

11303.32

11397.54

11394.97 9365.99

9362.73

9260.88

6456.01

6454. 48 6453.64

6158.19

6156.78

6155.99

5436.83

5435.76

5435.16

5

210

7

4

25' 23

25

(10)

(7)

15

10

516

1514

1716

15

18

17

16

8)

6 ) 5)

9.11 10.94

9.11 10.94

9.11 12.23

9.11 12.33

9.11 13.33

9.48 10.94 9.48 10.94

9.48 10.94

9.48 13.31 9.48 13.83

3-3

3-3

3-1 3-3 3

5S°-33P

3-1 (3) 3-3 358°-45P

3-3 (3) 2-1

1-2 3

3 S°-33P

1-1 1-0

(4)

10.69 11.79

10.69 11.79

10.69 11.79

10.69 12.03

10.69 12.03

10.69 12.03

10.69 12.61 10.69 12.61 10.69 12.61 10.69 12.70

10.69 12.70 10.69 12.70

10.69 12.96 10.69 12-96

10.69 13.96

1_ ^S"-^?

, (5),

1- 3'5S -5JP

(6) 3-2 3

5P-45S

# 2-2

1-2

(7)

3- 3"P-3"D°

2- (8) 1-3-2 35 P-558° 2-2 (9) 1-3

3- 35p-45D

# 2- (10)

1-3-2 35P-658» 2-2 (11) 1-2
REV I 8 E D K U L T I P L E T T ABLE 7

Laborators E P J Multlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet(No) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

I oontlnued I oontlnued I oontlnued

330.66 D (10) 10.69 13.01 3- 35P-55D° •5958.63 A 9 10.94 13.01 3- 3

3 P-53D° 7947.56 A 13 13.49 14.04 3-4 3s' 3 D°-3p' 3F

''339.59 D

111 10.69 13.01 3- (12) 5958.46 A 7 10.94 13.01 1- (33) 7950.83 A 10 13.49 14.04 3-3 (35) 328.98 D 10.69 13.01 1- •5958.63 A 9 10.94 13.01 0- 7952.18 A 9 13.49 14.04 1-3

3

3P-73S° 7943.15 A 6 13.49 14.04 3-3 '030.13 D (5) 10.69 13.15 3-3 35P_75S» 5554.94 D (6d) 10.94 13.16 2-1 7947.204 C 3 13.49 14.04 3-3 019 . 34 D M 10.69 13.15 3-3 (13) (24)

3

3P-63D° 7939.49 A 1 13.49 14.04 3-2 018.78 D (3) 10.69 13.15 1-2 5513.71 D (5d) 10.94 13.18 3-

3s 1 3 D°-3p" ^

35P-65D» ^

35

S s^p-s^s

3823.469 C 10 12.49 15.71 3-3 '968.76 D (6) 10.69 13.18 3- 5399.00 D (5) 10.94 13.37 3-1 3834.435 c 3 13.49 15.71 3-2 (36) ,967.86 D 5 10.69 13.18 3- (14) ,(361 33p_73D° 3825.090 c 3 13.49 15.71 1-1

,967.40 D U) 10. 69 13.18 1- 5375.08 D (4) 10.94 13.38 2- 3832.63 p 12.49 15.71 3-2

35P-85S° ,(37) 33p_g3go 3825.249 c 4 13.49 15.71 2-3 503.00 D (4? 10.69 13.36 3-3 •5146.06 D (5) 10.94 13.34 2-1 3835.530 c 1 13.49 15.71 1-2 £03.20 DD

3(3) 10.69 10.69

13.36

13.36

3-3

1-3

(15) •5130.53 D (3) 10.94 13.35 2- ,(38) 33p_83 501.80 D°

35P-75D° ,(39) , 8830.45 A 15 13.67 14.07 2-3 3s' 1D°-3p' XP

1773.76 D (5) 10.69 13.38 3- 3954.687 C 10 10.94 14.06 2-3 33 P-3b" 3P° (37) '1773.89 D 4 10.69 13.38 3- (16) 3953.983 C 1 10.94 14.06 1-1 (30) 7156.80 A 13 13.67 14.40 2-2 3s' lD°-3p' h

1773.54 D (3) 10.69 13.28 1-

3

5P-958»

•3953.056 3951.987

C

C 33 10.94 14.06 10.94 14.06

3-1

1-0

(38)

1673.70 D (3) 10.69 13,34 3-2 3954.596 C 5 10.94 14.06 1-3 •5146.06 D W 13.83 15.33 -2 5

3P-3d' 3P° 1673.75 D

DD

(3d)

(4)

(3)

,10.69 40.69

10.69

10.69

13.34 13.34

13.35 13.35

3-3

1-3

3-3-

(17)

3

5P-85

D°

(18)

•3953.056

•6334.84

C

A

3 10.94 14.06 0-1

* -3

3

3D°-3p' 3D

(31)

•5130.53

5750.424

5731.103

D

C

C

(3) 13.83 15.33 -1

-2

-1

(39)

(655.36

1654.56 3 12.03 13.99 5

3 13.07

13.07

15.32

15.33

6

3P-3d' 3P°

(40) 1654.33 D

A

(3) 10.69 13.35 1-

2-3 3

3P-3s' 3D°

6323.39

7035.53

A

A

1 13.03 13.99 -1

-3 4

3P-3b" 3P°

5730.613

9156.03

C

A

1 13.07 15.33 -0

7995.13 9 10.94 12.49 3 13.31 14.06 4 13.99 15.33 3-4 3p' 3n_3a' 3f° 7987.00 A 7 10.94 12.49 1-3 (19) ,(32) , 4

3 P-3d' 3P° d

4l)

R 3

3p' 3n_ap5 3po 7982.41 A 5 10.94 13.49 0-1 4333.32 D 7 13.31 15.33 -3 •7706.77 A 5 13.99 15.59 3-2 7987.34 A 4 10.94 13.49 3-3 4333.78 D 5 13.31 15.33 -1 (33) 7663.45 A 3 13.99 15.60 3-1 (42) 7981.97 A 4 10.94 12.49 1-1 4317.09 D 4 13.31 15.33 -0 7639.99 A 1 13.99 15.60 1-0 A 17 10.94 13.64 3-1 3

3P-538° •7706.77 7665.48 A

A

5

1 13.99 13.99

15.59 15.603-3 7854.47 1-1 7254.19 A 15 10.94 13.64 1-1 (30) •8331.84 A 15 13.49 13.99 3-3 3s' 3rfi-3p' %

7254.47 A 17 10.94 12.64 0-1 •8230.01 8232.99 A

A

10

13 13.49 13.9913.49 13.99

3-2

1-1

(34) 6106.85 A 4 13.99 16.01 3-4 3p' 3D_4d' %o

t

43 > , 3pi 3D-4d' 3 7002.33 A 17 10.94 12.70 3- 3 P° 3P_43D° •8321.84 A 15 13.49 13.99 3-2 •5995.38 A 3 13.99 16.04 3-3 7001.93 A 15 10.94 12.70 1- (31) 8337.64 A 11 13.49 13.99 2-1 5991.93 A 3 13.99 16.05 3-1 (44) 7003.33 A 17 10.94 12.70 0- •8330.01 A 10 13.49 13.99 2-3 5991.34 A 1 13.99 16.05 1-0

8335.31 A 5 13.49 13.99 1-3 •5995.38 A 3 13.99 16.04 2-2 3046.46 A 10 10.94 12.98 2-1 3

3P-63S* 5993.18 A 1 13.99 16.05 1-1 6046.36 A

A

810 10.94 10.94

12.98 12.98

1-1 0-1

(23) 6046.46
REVISED liULTIPLET TABLE

Laboratory

I A Ref Int

I continued

9533.01 A 4

E P Low High

Multlplet

(No5 Laboratory

I A Ref Int

II continued

9499.39 9505.67

•9498.04 9487.49

•9498.04 6366.8S 6364.55

•6361.55 6356.84

•6361.55 •5410.76

•5410.76

5408.59

5404.87

8436.336

8438 . 343 8439.138 8430.968

8434.780

7476.45

7479.06 7480.66

7473.33

7477.31 7471.36

9760.65

9741.49

9677.41

6374.31

6366.33 6351.17

5493.8 5436.5

7886.31 6653.78

6

8

3

3

6

46

(4)

(4)

4

3

1

1

1

13

8

8

5

73

5

4

1

4

3

(3)

(3)

4

5

14.04 15.33 4-4 3p' 3F-3d'

(45) 4-4 3p' 3F-3d' 3-4 (46) 14.04 14.04

15.34 15.34

14.04

14.04

14.04 14.04

14.04

14.04 14.04 14.04

14.04

14.04

14.04

14.04

15.34

15.34 15.34

16.01

16.01 16.01

16.01

16.01 16.33 16.33 16.33

16.33

3F° 3936.58 3896.30

10° 3873.45

3907.45 3883.45

4-5 3p' 3F-3d' 3 , t3864.13

3-4 (47) 3893.53

3-3 3874.10

4-4 3p' 3F-4d' 3F°

3-4

14.06 15.53

14.06 15.53

14.06 15.53

14.06 15.53

14.06 15.53

14.06 15.71 14.06 15.71 14.06 15.71 14.06 15.71 14.06 15.71 14.06 15.71

4-5

3-4

3-3 4-4

3-4 4-5

3-4

3-3

1-3 0-1 3-3

1-1 3-3

1-3 0-1

3-3

1-1 3-1

(48)

3p' 3F-4d'

(49)

3p' 3f_4oV

(50)

30»t

3p* 3F-5d' ^F

(51) ,

3p' 'F-Sd' 30°

(53)

3a" 3P°-4p' 3D

(54)

3e" 3P«-3p" 3D

(55)

3883.197 3864.45 3851.04

3847.89 3883.15

3864.68 3856.16

3863.50

3850.81 3843.83

3851 . 47 3857.18

3875.83 3833.10

3843.56 3134.83

3136.44

3139.77 3133.63 3139.44

3134.33

3113.71 3134.03

4590.971 4596.174

14.07 15.34

14.07 15.34

14.07 15.35

14.07 16.01

14.07 16.01

14.07 16.03

14.07 16.33

14.07 16.33

14.31 15.38 14.31 16.16

II I P 35.00 Anal A Liat A

3-4 3p' lF-3d' 1 # 4351.

(56) „ 4347. 3-4 3p' 1F-3&' 30°

(57) 3911. 3-3 3p' lF-3d' iF" 3919. (58) 3913. 3-4 3p' lF-4d' 10°

3-4 3p' lF-4d' 3G°*4357.

3-3 3p* lF-4d' 1F° 4169.

(61) 4140. 3-4 3p' lF-5d' 10° 4131.

(63) 4156. 3-4 3p' iF-Sd' 30° 4139.

(63) 4153.

4133. 1-3 3b" IP'-Sp" ID

(64) 4119. 1-0 3s" lP°-3p" l3 4104.

(65) »4097. 4130.

4105.

4103.

4130.

liar 1944 4110.

369

435

35

330

74

4854

34

303 806

331 743

360

379 000

017

554

795

4549, 4S41,

4638. 4576.

4661.

4850.

4696. 4673,

4349. 4336,

4335.

4366.

4345, 4319.

4317.

3749. 3737,

3712,

139 811 854

234

635

841

36

75

426 865

77896

562 631

139

4933

75

6721.35 B 6640.90 B 4414.909 A 4416.975 A 4452.377 A 3373.263 A

3954.372 A 3982.719 A

3945.048 A

3496.27

3488.18

3474.94 3390.25

3377.20

4075.868 4073.164

4069.897 4069.636

4092.940

4085.134 4078.862

4106.03

4094.18

109

68

9

6

24

10

10

75

5

33.90

33.88 33.87

33.90

33.88 33.87 33.90

33.88

33.90

32.88 33.87

32.90

33.88

33.88

33.87

33.90

33.88

33.87

35.55 35.54

35.53 35.54

35.53

35.53 35.53

35.53 35.74

35.73

35.73

35.73

35.73 35.74

35.73

36.19

36.19

36.19

33.34 35.18

33.32 35.18 23.34 36.14

33.32 36.11 33.34 36.11 33.34 36.45

33.33 36.44

33.34 36.44

23.33 26.45

34-34 3a4P-3p*D° lf-af (D

3*-34

14-11

34-24 3s4P-3p4P° l!-l! (3)

34-l4 3a 4 P-3p48° lf-ll (3)

if- * 3B3 P-3p38» I- 1 (4) l4-34 3e 3 P-3p3 D° |-l| (5)

3967.441

3985.46

3387.59

3395.13

3301 . 56 3305.15

3306.60

3377.69

3390.13

4751.34 4710.04

4753.70

35.18 38.71

35.18 38.71 35.18 38.73

35.18 38.83

35.18 28.83

4-14 3p3 8°-3d4P

I- I (7) i- | 3p38°-3d4 D 4-14 3p3 S*-3d3 P

I- ! (9)

10

8

6

45

34

25.55 28.58 25.54 38.57

35.53 38.56 25.53 28.55

35.55 38.57

35.54 38.56

25.53 28.55

25.55 28.56

25.54 38.55

4395.95

4369.38

4406 . 03 4359 . 38 3470.81 3470.43

3447.98

4934.60

4906.88

4890.93

4856.49 4856.76

4864.95

4845.01 3739.93

3763.63

3777.60

5306.73 5160.03 5176.00

5190.56

960 A

387 A

088 B

4084.66 B 4096.543 A

4113.039 A

4705.355 A

• 4699. 31 B 4741.71 B

3

3

7

5

33

3

15

33

3

4

4

3

310181

4161

7131

1131

9

8

6

5

106

3

4

4

3

3

76

8

54n

3

75

3

3

134

1

91

41

3161

61

71

51

E P Low High

35.55 38.76

35.54 38.74

35.55 38.74

35.54 38.76

35.53 38.74

35.55

35.54

35.53 35.54

35.53

35.53

35.53

35.53

35.55 38.34

35.55 38.34

35.55 38.39 35.55 38.39 35.55 38.71 35.55 38.70 35.55 38.71

Multlplet

(Ho)

3p4D°-3d4P

(11)

34-34 3p4D°-3d4D 34-34 ( 13) 14-14

3p4D»-3d3F

(13)

Laboratory

I A Ref Int continued

4448.31 4443.05

4189.

4185.

4113. 4110

788 456

3741.69

34-34 3s' 2n-3p' 2F° ll-3| (15) 34-34 3a' SD-Sp' 2D° lf-lf (16) 34-14 3s' 3D-3p' 3P°

if- ! (i?) 14-1*

3373

3370

•4699.

4703.

4698.

4337.

4331. 4337.

4331.

4193. 4196.

4196. 3963.13

35.74 38.57 35.74 38.70

35.73 38.71 35.73 38.71 35.74 38.71 35.73 38.71 35.73 38.70

35.73 38.71 35.74

35.73

35.73 35.74

35.73

35.73 35.74

35.73

38.73

38.73

38.73

38.73

38.73

38.73

38.73

38.73

35.74 38.76

35.73 38.74 35.74 38.74

35.73 38.83

35.73 38.83

35.74 39.49 35.73 39.47 35.73 39.46 35.74 39.47

35.73 39.46

35.73 39.49 35.73 39.47

3f-3j 3p4P°-3d4F

34-3* 3p^P»-3d4P 14-14 (19)

3p4P°-3d4D

(30)

34-34 3p4P»-3d3F

14-34 (31) 34-3*

3407. 3409

6895. 6906.

6910.

6908.

6846. 6869 6885

fcl

36.14 38.73

36.11 38.73

36.14 38.73 36.14 38.76

36.11 38.74

36.14 38.74

36.14 38.94

36.11 38.94 36.14 38.94

36.11 38.94

36.14 39.69

36.11 39.67

36.11 39.69

3p4P°-3d3P

(33)

3p4P»-4a4P

(33)

p3D°-3d4D

(34)

34-34 3p3D»-3d3F

14-34 (35) 3$-3|

34-34 3p3D°-3d3D 14-14 (36) 34-14

lf-3$ 34-14 3p3D°-4a3P 1*- * (37) 14-14

36.19 38.70 14-34 3p4S°-3d4P

36.19 38.71 14-14 (38) 36.19 38.71 if- $

3p4S»-3d4D

(39) 36.19 38.73 M

36.19 38.73 it 36.19 38.73 l\ 36.19 38.74 61 36.19 39.49 51 36.19 39.47 14-1 41 36.19 39.46 lfl4-3l 3p4S°-3d3F 14-34 3p48

,-4e4P

(31)

36.45 38.83

36.44 38.83 4- 36.45 38.83 14- 38.44 38.83 4-1

14 3p3p»-3d3P 1 (33)

4098.37

4107.07 4089.395 •4097.360

4095.63

4087.16

4108.75 4096.18

4071.30 4083.907

4063.90

4046.33

4041.31

4033.18 •4054.10 4046.15

4044.96

4035.09 4036.40

3371.85

3375.77 3360.15 3367.00

3370.83

4317.65

4307.31

4303.83

4394.83 4381.40

4383.83

4388.83

•4376.71 4391.35

4305.53

3013.37

4871.58 4861.03

4701.33

4691.47 4701.76

4690.97

•4469.33 4414.37

4338.63

4319.93 3735.94

3739.34

7

5361

41

41

31

108

71

71

73

1

33

3

1 00

71

61

4n

4nOn

3nOn

Od

3n

In

InOd

Od

Od OOd

Od

OdOn

3n OOn

OOn OOn

In

5n

3nOn

3d

inin

in

E P Low High

36.45 38.94

36.44 38.94 36.45 38.94 36.45 39.69 36.44 39.67

36.45 39.67 36.44 39.69

28.34

38.34

38.34 38.34

38.34 38.34

31.01 31.01 31.18

31.18 31.34

31.34 38.34 31.54

38.34 38.3433.01 33.01

38.39 31.01 38.39 31.01 38.39 31.01 38.39 31.34

38.39 31.34

38.39 31.34

38.39 31.34

38.39 31.33 38.39 31.33 38.39 31.33

38.39 31.50 38.39 33.01 38.39 33.01

38.58 30.37

38.57 30.36

38.56 30.35

38.55 30.34

38.57 30.37 38.56 30.36

38.55 30.35 On 38.55 31.56

In 38.56 31.57

38.58 31.60

38.57 31.58

38.56 31.57 38.55 31.57 38.57 31.57 38.56 31.57 38.57 31.60 38.56 31.58 38.58 31.63

38.57 31.63 38.56 31.61 38.55 31.61 38.57 31.61 38.57 31.63

38.57 31.63 38.56 31.63 38.55 31.63

38.58 33.34

38.57 33.33 38.57 33.34 38.56 33.33

38.55 33.33

38.71 31.56

38.71 31.58

38.70 31.57

38.71 31.58 38.70 31.58

38.71 31.59

38. 7i 31.59

38.71 31.59 28.70 31.57

38.71 31.57 38.70 33.79

Multlplet

(Ho)

3p3P°-3daD

(33)

3p3P°-4a3P

(34)

I

Oji

•US'

1356 '«;* 0'

'«!

34-34 3p* 3F°-3d' %

3f-3| (35) 34-44 3p' Sr'-M' Sfl 3j-3f (36) 34-34 3p' Zr>-Z6? 2D 3|-lf (37) 3*_»! 3p : 3F°-4d2F

34-34 3p' %°-4tf 3D Sf-lf (39)

-34 3p' ^-Sd' 2F

-34 (40) -3*

-34 3p' 2ff>-Z&< 3D -4 («)

34-14 3p' 30»_3di 3p

if- I (*3)

34-l£?3p' Sd -^3? H3 > 34- 3p» 3D»-4b' aB

If- (44)

-34 3d4F-4p4D» -34 (45)

lf-3* 3d4F-4f2D»

3f-3i Sd^F-^D*

3d4F-4jf*0# (48)

34-44 3d4F-4f2a» 3|-3| (49) 3d4F-4f*F»

(50)

3d4F-4f2F»

(51)

!'.:

•«i:

•433

it

3d4F-5p4D»

(53)

3d4P-4f3D»

(53) 3d4P-4f4D°

(54)

3d4P-4f40° (55) 3d4P-5f4D«

(56) 38.71 31.34

38.70 31.34

38.71 31.33 38.70 31.33

38.71 31.33. 38.70 31.33

38.71 31.47

38.71 31.50

38.71 31.56

38.70 31.56

38.71 33.01 38.70 33.01

3p' 3P»- (57)

3d' ap

3?' 3l»-M* 3P

(58)

3p' 3P»-4d4D

(59)

3p' 3P°-4d3P

3p' 3p -3a' 38

(61)

3p' SP8-*.' »D

(63)
R S 1 I S E D MOLTIPLET TABLE

Laboratory £ P J Uultlplet

(Ho) Laboratory X P J Multlalet(W>) Laborator] I p J Uultlplet

I A Ref Int Low High I A Ref Int Low Rl«k I A Ref Int Low High (Ho)

II continuedt II continuedI IU continued

4334.39 B On /S8.73 31.58

K 38.73 31.58

aj-ii r 3d*D-4f3D« 4060.58 B 3n 31.01 34.05 34-4J 3d* aP-4f 30» 3735.30 A 3 37.09 40.40 3-3 3p3 P-3d3 D° i*-i t (63) 4060.99 B 3n 31.01 34.05 3}-3j 3714.03 A 3 37.07 40.40 1-1 (14) 4357.35 B 38.73 31.56 lf-S- 3733.13 A 1 37.09 40.40 3-1 oont

4358.40 B 38.73 31.57 3.3J • 3d4D-4f4D° •4054.10

4054.55

C

C Od

OOd

31.01

31.01 34.06

34.06 34-34 3d' *r-4f s>P» 33-3$ (98) 3444.10 A 5 37.09 40.67 3-3 3p3 P-3d3 P° 4334.39 B On 38.73 31.58 3*^3- r (64) 3415.39 A 3 37.07 40.69 1-1 (15) 4308.96 B In 38.73 31.59 i— l 4034.04 B In 31.01 34.08 _ 3d' *T-*r 3D* 3 A 4 37.09 40.69 3-1 4315.35

4357.35

CB Od 38.73 31.59

38.73 31.57 3p3:

(99) 3406.13

3438.67 AA

13 37.07 40.69

37.07 40.67

1-0

1-3 4315.35 4333.76

4344.43

CB

B

Od

In

On

38.73 31.59 38.73 31.58

38.73 31.57 34-44 3d4D-4f*0» 3i-H (65)

4303.81 4303.06

4353.74

4353.98

CC

C

C

Od

Od

4d

4d

31.18

31.18

31.18

31.18

34.05

34.05

34.09

34.09

44-44 3d1 aa-6r* -:» 3405.74

3-J-3* (100) 44-54 34' 3Q_4f> 3a* 5508.ll 3j-4| (101)

A

A

3 37.06 40.69 0-1

1 37.85 40.09 3-3 Spln-Sd^

(16) 4331.13 Sp^D-SdiF*

4375.53

C

B

Od

4n

38.73 31.58

38.73 31.63

34-3J 3d4D-4f3 o

3d*D-4f*I* 4378.41 c Hi

3981.59

1 3*' 3D-4r 8p» 3816.75

A

A

8

1

37.85 40.96

37.85 41.08

3-3 31.34 34.06 3-1

(17) Spfn-Sdip* 427S.71 4383.96

B

B Inin 38.73 31.63

38.73 31.61 -3: (67) 4378.01 c 31.34 34.06 l|-3$ (103) (18) 4377.40 B In 38.73 31.61 n* •4343.36 c Od 31.34 34.08 34-3J• 3d1 3u_4T 3d* 5366.08 A 3 38.74 41.08 0-1 SpiS-MlP*

4377.90

4383.13 4383.75

B

CB

InOd

On

38.73 31,63

38.73 31.61 38.73 31.61

3<

r

4343.83 c Id 31.34 34.08 l|-lj? (103) 3034.33 A 1-1

(19) 41.08 45.15 3d1 P»-4plP

4374.13 C OOd 38.73 31.63 jt gj r 3d*D-4faF" 4488.09 4487.73

BB3nOn

31.33 31.3334.08 34.08

i4-»4 3* *»-«• *v

3-1* (10*)

(30) 4376.31 4377.40

CB

Od

in 38.73 31.63 38.73 31.63 *T3 r (66) 3703.37 3688.70 AA

55 41.78 45.11 41.76 45.10

3-4

3-3

3e 5P-3p5D°

(31) 4373.17 B On 38.73 31.63 2t-3i 4843.36 B in 31.56 34.10 lf- 3d' 3»_«r» 3p» 3 A 4 41.74 45.08 1-3 4375.90 C Od 38.73 31.63 *Hi (105) 3730.86

3713.46 A

A

3

3 41.78 45.10 41.76 45.08

3-3

3-3 3616.93 B On 38.73 33.34 34-3<

3|-3i

: 3d*D-5p*D» 4146.08 3 [33.08 36.03) f •p3

3p!JP«- 370*. 73 A 3 41.74 45.08 1-1 3533.97 B OOn 38.73 33.33 (69) 4143.77 B 3 33.06 36.03) p334*D* 3734.80 A 1 41.78 45.08 3-3 4143.34 B 33.08 36.03) 1- • (106) 3731.95 A 1 41.76 45.08 3-1 3495.44 B On 38.73 33.36 3+-3- 3d4D-5p4P» 4145.90 B 33.06 36.03) 3709.53 A 3 41.74 45.07 1-0 3506.03 B On 38.73 33.35 34-1] (70) 4143.53 B 1 33.06 36.03) -3J 3494.66 B OOn 38.73 33.36 3*-3i 4141.96 C 1 33.06 36.03) ii -ll 3350.98 A 4 41.78 45.46 3-3 3e5P-3pSP« 3501.67 B OOn 38.73 33.35 f-ii 4143.08 C 1 '33.06 36.04) 1*- i •3344.36 •3336.78 A

A

3

3 41.76 45.45 41.74 45.44

3-3

1-1

(33) 3453.31 B On 38.73 33.31 34-1* 3-r-n >:,</<; 3318.10 3 33.08 36.89) 34-3] 'vPspf*-. 3363.38 A 4 41.78 45.45 3-3

r?3d4D-5f4D»

- (73)

3316.76 C 1 33.06 36.88) 34—3j »p34«*B« 3350.68 A 3 41.76 45.44 3-1 3039.76

3039.51

B

B

1

1 38.73 33.79

38.73 33.79 \%%

3316.08 c 33.06 36.89) tf-aj '< (107) 3333.00

•3330.40 A

A

44 41.76 45.46

41.74 45.45

3-3

1-3 B 1 38.73 33.81 34-44 Zi*V-5tAa' Strongest Unolaeelf Le<1 Line 1 Attnbuted to II 3038.83

(73)

: 3d4D-5f4F° 4506.50 B 3n 4081.10 A 1 43.34 46.37 3-3 3e3P-3p3D° 3007.08 B 3 38.73 33.84 34—4i 3430.61 B 3n 4073.90 A 43.33 46.35 1-3 (33) 3007.74 C 3dd 38.73 33.84 3*-3i ! (74) 3419.87 B 3n 3008.38 B 1 38.73 33.84 ** 3081.46 3006.83

B

B

3n

3

3556.93 A 1 43.34 46.71 3-3 3a3P-3p'3 P•

(34) 4343.36 C Od 38.74 31.58 ti T3d3r-4f4D» 3006.04 B 3 3455.13 A 5 45.11 48.68 4-5 3p5 D°-3d5p

4331.13 C Od 38.74 31.59 • (75) 3005.63 B 3 3450.94 A 4 45.10 48.67 3-4 (35) 3448.05 P 0* 45.06 48.66 3-3 4371.65 B 3n 38.76 31.58 83 ; 3d3F-4f40° 3446.73 A 3 45.08 48.66 1-3 4353.60 B In 38.74 31.57 (76) 3447.33 A 1 45.07 48.65 0-1 3466.15 A 3 45.11 48.67 4-4 4343.00 B 4n 38.76 31.60 34-4-f 3J-5J 3d3F-4f30° III I P 54. 71 Anal List A 3459.98 A 3 45.10 48.66 3-3 4340.36 B 3n 38.74 31.58 (77) 3454.90 A 3 45.08 48.66 3-3 4339.5 A 00 33.01 35.93 1-1 SePV-Sp1 * 3451.33 A 1 45.08 48.65 1-1 4313.43 B In 38.76 31.63 34-4i t 3d3P-«4r° ,(1) , 3466.90 A 45.10 48.66 3-3 4385.70 B 3n 38.74 31.63 34—3-i (78) 3759.87 A 9 33.04 36.33 3-3 3o3 P*-3p3 D 3459.53 A 45.08 48.65 3-1 4315.80 C OOd 38.76 31.63 34—3-1 3754.67 A 7 33.01 36.39 1-3 (3) 4393.33 B On 38.74 31.61 3J—3; 3757.31 A 5 33.99 36.38 0-1 3088.04 A 3 45.11 49.11 4-4 3p5D°-3d5D 3791.36 A 6 33.04 36.39 3-3 3083.65 B 1 45.10 49.10 3-3 (36) 4313.10 B On 36.76 31.63 itn

3d3F-4f3F3774.00 A 6 33.01 36.38 1-1 3075.19 B 45.08 49.10 3-3 4315.35 C Od 38.76 31.63 • (79) 3810.96 A 3 33.04 36.38 3-1 3095.81 B 00 45.11 49.10 4-3 3084.63 B 45.10 49.10 3-3 3500.5 B OOn 38.74 33.36 34-3* 3.

' 3340.74 A 6 33.04 36.73 3-1 3a3p»_3p3S 3074.68 B 00 45.08 49.10 3-1 3d3r_5p3n» 3313.30 A 5 33.01 36.73 1-1 (3) 3068.06 B 00 45.08 49.10 1-0 3457.99 B In 38.76 33.33 srt

3399.36 A 3 33.99 36.73 0-1 3075.95 B 45.10 49.11 3-4 3459.07 B On 38.74 33.31 (81) 3074.15 B 45.08 49.10 3-3 3047.13 A 8 33.04 37.09 3-3 3e3P»-3p3P 3068.68 B 45.08 49.10 1-3 3047.9 C Odd 38.76 33.81 34-4* Sti-V-S^G 3035.43 A 4 33.01 37.07 1-1 U) 3065.01 B 00 45.07 49.10 0-1 B 3 38.76 33.83 3p3J

3d3r-6f3(j» 3059.30

3043.03 A

A

6

5 33.04

33.01 37.0737.06

3-1 3033.08 1-0 3033.50 B 1 38.74 33.81 (83) 3033.45 A 5 33.01 37.09 1-3 3384.95 A 4 45.46 49.11 3-4 3p5P°-3d5 D 3034.57 A 4 33.99 37.07 0-1 3383.69 A 3 45.45 49.10 3-3 (37) 3035.75 B 1 38.76 33.84 3j-4^ 3dar-5f4y°

(84) 5593.37 A 1-1 Sslp'-Sp1 ?

3394.36

3383.85

3376.83

A

A

C

13

(1)

45.46 49.10 45.45 49.10 45.44 49.10

3-3 3-3

6 33.71 35.93 1-1 6637.63 C 3 38.83 30.68 l4-lJ 3d3F-4p3P» ,< 5> , 6678.19 38.83 30.68 T~ 1 (85) 3983.78 A 9 33.71 37.85 1-3 3elp«-3plD 3355.93 A 3 45.46 49.14 3-3 3p5po_3d5p 6666.94 C 1 38.83 30.67 if- i (6) •3336.78

3336.16 AA

3 45.45 49.15 45.44 49.15

3-3

1-1

(38) 4491.35 B 3n 38.83 31.56 t?j

3d3P-4X3D» 3983.66 A 1 35.93 40.05 1-3 3plp-3d3P» 3348.05 A 3 45.46 49.15 3-3 4489.48 B in 38.83 31.58 (86) (7) 3333.49 •3344.36 AA

13 45.45 49.15

45.45 49.14

3-1 3-3 4466.33 B 3n 38.83 31.58 n 3d3P-4f4D

e 3365.46 A 10 36.33 40.10 3-4 3p3D-3d3P» •3330.40 A 4 45.44 49.15 1-3 4476.08 C Od 38.83 31.59 (87) 3360.98

3367.31 AA

8

5 36.39

36.38 40.08

40.05

3-3

1-3

(8) 4477.88 B 3n 38.83 31.57 it-zi 3d3P-4f4G»

(88) 3384.57 3381.94

3305.77

A

AA

4

3 36.33

36.39

36.33

40.08 40.05

40.05

3-3 3-3

3-3

3379.97 C (1) 46.05 49.83 0-1 4p1 S-5dlp*

(39) 4707.80 C 38.94 31.56 tn 3d3D-4f3D° 3738.83 c 15) 46.37 49.58 3-4 3p3 D»_3d3F 4669.53 B 38.94 31.58 (89) 3353.94 A 3 36.39 40.09 3-3 3p3 D-3d1 D» 3738.49 c 46.35 49.56 3-3 (30) 3338.57 A 5 36.38 40.09 1-3 (9) 3739.70 A 1 46.34 49.55 1-3 4669.33 38.94 31.58 l4-3* 3< '

3d3D-4f30° 3017.63 A 5 36.33 40.41 3-3 3p3D-3d3D» 3315.97 B 1 46.37 50.11 3-3 3p3 D°-3d3 D 4677.00 C 38.94 31.58 34-34. 3004.35 A 4 36.39 40.40 3-3 (10) 3307.13 P 46.35 50.10 3-3 (31) (91) 3d3D-4f4F°

(93)

3996.51 A 3 36.38 40.40 1-1 3300.95 A 1 46.34 50.10 1-1 4613.67 CB

Id3n 38.94 31.63 38.94 31.61 34-3*

l4-34 3034.36

3008.79 A

A

13 36.33

36.39 40.40

40.40

3-3 4610.14 3-1 4631.38 Od 38.94 31.81 ai-at 3997.71

3993.11 AA

3

3 36.39

36.38

40.41 40.40

3-3

1-3 4539.7 A 00 46.37 49.10 3-3 3p53°-3d5D

(33) 3p5s°-3d5p 4609 . 43 B

B

4n

3n 38.94 31.63

38.94 31.63 34-34

lf.34

3d3D-4f3Fo

(93) 4461.56 H4447.83 A

P

10+ 46.37 49.14

46.37 49.15

3-3 4603.11 3-3 (33) 4613.11 C Od 38.94 31.63 34-3$ 3363.83 A 1 36.73 40.40 1-3 3p38-3d3 D° 4440.1 A 46.37 49.15 3-1

B 34-34 P3 3ef8»-

3369.40

3133.86

A

A

00

6

36.73 36.7340.40

40.67

1-1

1-3

(U)

3p38-3d 1465.40 4 (30.39 33.06) 3P» 4555.30 A 46.71 49.43 3-3 3p3 P°-3d3 P 4467.88 B 4 (30.39 33.06) 2*-34 p33p6P 3131.71 A 5 36.73 40.69 1-1 (13) (34) 3p3 P°-3d3 D 4469.33 B 3 (30.39 33.06) 3+-l$ (94) 3115.73 A 4 36.73 40.69 1-0 3638.70 A 3 46.71 50.11 3-3 3646.84

3653.00 A

A

3

1 46.73 50.10

46.73 50.10

1-3

0-1

(35) 3785.01 B On 30.68 33.94 l4-3-$T4i 3440.39 A 4 36.83 40.41 3-3? 3p4 lD_3d3D» 3645.30 A 1 46.71 50.10 3-3

B 00 30.68 34.34 l4-3± 495) 4p3p»-5e' 3d

(13) 3650.70- 3649.30 AA 00

46.73 50.10

46.71 50.10

1-1 3-1 3374.77

(96) 3715.08

3707.34 AA

66 37.09 37.07

40.41 40.40

3-3

1-3 3v?P-M3V

(I4) 3703.75 A 5 37.08 40.40 0-1
10 Laboratory

I A Ref Int

III continued

4569.50 A In

4474.95 A In

REVISED MULTIPLE! TABLE

E P Low High

52.63 55.33

53.63 55.39

Multiple

(No)

3-3? 3p1 D°-3d1 ?' {36) 3-3T 3pI D°-3d1 D

Laboratory

I A Ref Int E P Low High

V 5114

I P 113.38

P

(37)

IV IP 77.08 Anal B List A liar 1943

3063.46 3 3071.66 B

3411.76

3403.58

3413.71

3385.55

3381.38 3381.33

3409.75

3396.83

3390.37

3425.57 3405.97

3349.11

3348.08 3378.09 3053.54

3028.04

•3736.78 B 3729.03 B •3735.81 3758.45

3744.73

3736.79 3774.38 3755.82

3209.34 3194.75

3185.72

3180.72

3216.31 3199.53 3188.65

3188.17

3180.98 3177.80

3375.50

3362.63

3354.31

4798.25

4783.43

4772.57

4813.07

4794.32 4779.09

4823.93

4800.77

3995.17

3956.82

3930.63 3977.10

3945.29 3974.66

3942.14

5363.4

5305.3 3563.36 3560.43

3530.9

3503.3

3489.84

3492.24

4568

(8

ill

(0)

(3)

(l)

CO)

(0)

(1)

(0)

(3)

(2)

(1)

(0)

44.15 48.18

44.15 48.17 H

48.18 51.79 li 48.17 51.79 I 48.18 51.79 li

32S-32P»

(1)

33P°_33D

(3)

54.19 57.84

54.16 57.81 54.14 57.79

54.19 57.81 54.16 57.79 54.14 57.78

54.19 57.79 54.16 57.78

384P°-3p4D

(3)

3144.68

5600

5583

5573 5606 5584

5608

4133.90

4130

4123

4179

4151

4311 3375.67

3339

3223

55.93 59.63 li-3i 382P«-3p2D 55.90 59.59 t-li (4) 55.93 59.59 l*-lj

55.93 59.97 55.90 59.97

li- i 383Pe-3p2S 4- 4 (5)

til

(3)

0)

o

57.84 61.14

57.81 61.13

57.79 61.11 57.78 61.10

57.84 61.13

57.81 61.11

57.79 61.10

57.84 61.11

57.81 61.10 57.84 61.68

57.81 61.67

57.79 61.67

57.78 61.66

57.84 61.67

57.81 61.67

57.79 61.66

57.81 61.68

57.79 61.67

57.78 61.67

3p4D-3d4F°

(6)

3p4D-3d4D

e (7)

58.54 62.20

58.54 63.31 58.54 62.33

59.11 61.68

59.09 61.67

59.08 61.67

59.11 61.67

59.09 61.67

59.08 61.66

59.11 61.67

59.09 61.66

59.11 63.30

59.09 63.31

59.08 63.33

59.11 63.31 59.09 63.32

59.09 62.20

59.08 62.31

3p4S-3d*P«

(8)

p*P-3d4D°

(9)

3p4 P-3d4P°

(10)

3747 3717

3701 3763

3736

3703

3693

3398

3349 3333

3264

3330

3345

4935

4940 4158.76

4135.9 4131.7

6830

6790

6767

6878

6819

6909

5473 5376

5433

5353 5417

5343

6339

4532

3702

7438

59.68 61.92 3}-, 59.59 61.91 59.63 63.08

59.59 63.05

59.97 63.48

59.97 63.50

2i-2* 3p2D-3d2D° l*-l| (U)

2i-3i 3p3D-3d2F°

1-1-3} (13)

i-li 3p2S-3d2P° !- 4 (13)

3058.68 A

4554.38 A

Anal B List A

69.39 71.70

J Multlplet

(No) Feb 1943 0-1 3

1 S-31 P°

(1)

lr 71.70 75.63 1-3 3

1 P°-31 D

(3) (71.93 74.13)

(71.91 74.13) 71.91 74.13) (71.93 74.13)

(71.91 74.13)

(71.93 74.13)

180.63

83.63) 80.58 83.58) 80.56 83.56) 80.63 83.58) 80.58 83.56) 80.63 83.56) 80.63 84.39

80.58 84.39 80.56 84.39

83.03 86.07

3-3 3

3 P°-33D 1-3 (3) 0-1 2-3

1-1

3-1

3-3 3s 3 P°-3p3D

1-3 (4) 0-1 3-3

1-1 3-1

3-1 3s3P°-3p3

S 1-1 (5) 0-1

1-3 3e1 P°-3p1 D

(6) 83.04 85.75 1-3

83.63 86.91) 83.58 86.90) 83.56 86.89) 83.63 86.90) 83.58 86.89) 83.58 86.91) 83.56 86.90)

(83.63 87.36) (83.58 87.38) (83.56 87.39) (83.58 87.36) (83.56 87.38)

(83.56 87.36)

Sp^-Sd^D

(7) 3-3 3p3 D-3d3D° 3-3 (8) 1-1 3-3

3-1 3-3

1-3

3-3 3p3D-3d3P» 3-1 (9) 1-0

2-3

1-1 1-3

(84.39 86.90)

(84.39 86.89) 84.39 87.36) 84.39 87.38) 84.39 87.39)

(85.11 86.91) (85.08 86.90) (85.07 86.89)

(85.11 86.90) (85.08 86.89)

(85.11 86.89) (85.11 87.36) (85.08 87.38)

(85.11 87.38) (85.08 87.39)

(85.08 87.36)

(85.07 87.38)

1-3

1-1

1-3

1-1 1-0

3-3

1-3 0-1

3-3

1-1

3-1 3-3

1-1 3-1 1-0

1-3

0-1

3p33-3d3D°

(10) 3p38-3d3P°

(11)

Sp^P-Sd^D

(13)

Sp^P-Sd^P

(13)

86.07 88.03

86.07 88.79

2-3 3p1 D-3d1 F°

(14) 2-1 3pI D-3dlp»

(15) 88.79 93.13 1-2 3d1 P°-41 D

(16) (89.15 90.81) — 4

3S-43P°

(17)

0_VI I P 137.53 Anal A Llet A Feb 1943 3811.35

3834.34

3068 64.03 67.57 l}-2} 3s' 3po_3pt 3p 64.03 67.57 i-li (14)

.20 70.91

3633 3314

(15)

79.01 83.35

79.01 83.33 i-li 3

2S-32 P° f- 4 (1)

133.46 127.49 }- 6

3S-72 P°

(2) 133.84 137.35 _ 6

2 P»-72

3

(3) 133.84 137.57 _ 6

2P°-72 D

(4)

Laboratory

I A Ref Int VI continued

3509 P 3436 P

E P Low High

133.97 137.49

133.97 137.57

3438 3433

3434

4751

5602

5113

5410

5379

5298

5289

5393

5391

133.98 137.57

133.98 137.57

Multlplet

(No)

— 6

2D-72P°

3 (5 — a 6

aD-73F°

(6) — 6

3F°-72D

2

(7) — ? 6

dF°-7'i (} (8)

S3E

133.98 137.57 —

137.35 139.85

127.49 139.69

137.49 129.90

137.57 139.85

127.57 129.90

137.57 139.90

137.57 139.90

i-

-i

6

3

G_73H

« eti (9)

7

2S-82P° (10)

7

2P°_82S

a

(ll)

a

73P°-82D

(13) — 7'J D-8'3 P«,

72D_82F

e (14) _ 72F°-82D

a (15) a

(16) 137.57 139.90

137.57 139.90

7<i a-8',F» 72G-8SH- etcji, (18) ||! lie lit

F I I P 17.35 Anal C List D May 1944

7398 . 68 7483.73

7514.93

7331.95 7425.64

7553.34

7573.41 6856.03

6903.46

6909.83 6772.97

6834.36

6870.33

6708.37 6795.53

6339.64

6348.50

6413.66

7754.70

7800.33 7607.17

7311.03

7489.14

7037.45

7137.88 6966.35

7302.37

17

11915

14

1414

16

15

13

1112

13

79

16

15

14

19

1815

13

815

14

10

13

13.64 14.31 13.68 14.33

13.70 14.34

13.64 14.33

13.68 14.34

13.68 14.31 13.70 14.33 13.64 14.44

13.68 14.46

13.70 14.48 13.64 14.46

13.68 14.48

13.70 14.49

13.64 14.48

13.68 14.49 13.64 14.63

13.68 14.63

13.70 14.63

13.93 14.53

13.97 14.55

13.93 14.55

13.93 14.63 13.97 14.63

13.93 14.68

13.97 14.70

13.93 14.70

13.97 14.68

3s 4P-3p4P»

(1)

4P-3p4D»

(3)

-li 3a4P-3p4S» -1$ (3) -1*

li-3i 3s2P-3p2D» f-ll (4)

li- i 3s2P-3p23° 4" 4 (5)

3pdP°

lit?

'1

F II I P 34.84 Anal B Llet D May 1944 3847.086

3849.987 3851.667

4034.727 A

4025.495 A

4025.010 A

3505.614

3503.095

3503.954

3501.416

4103.535

4103.085

4103.734

4103.871

30

15

10

30

15

10

15

13

810

15

10

77

21.81 25.02

21.81 85.01

21.81 25.01

2-3

2-3

2-1

3ssS°-3p&P

(1)

22.57 35.64 33.57 35.64

33.57 35.64

1-3 3s 3 S°-3p3P

1-1 (3) 1-0

35.03 38.54)

(35.01 38.54)

(25.01 28.54)

(25.01 28.54)

35.64 38.65

35.64 38.65

35.64 38.65

35.64 38.65

3-4

2-3

3-2

1-0

2-3

1-2

0-1 3-3

3p5 P-3d5D° t (3)

3p3P-3d3D» t

(4)
Laboratory

I A Ref Int

II continued

109.173 A

116.547 A

119.219- A

E P Low High

36.15 39.16

36.16 39.16

36.16 39.16

Multlplet

(No)

REVISED

Laboratory

I A Ref Int

HULTIPLET TABLE

E P J

Low High

Multlplet

(No) LaboratoryI A Ref Int

He I I P 31.47 Anal A List C May 1944 Ne I continued

3s 1

541 . 765

536.838

9 36.15 39.64

7 36.16 39.65

Sn^p" 3 Dt 7033.4137

(5) 6403.3455

6334.4379

, 6317.3813

3-3 3s 1 3D°-3p' 3Pt 6143.0623

3-3

3-3

1-1

3-1 (6)

399.177 A

303.740 A

346.16 A

447.18 A

446.71 A

640.891 A

641.985 A

643.798 A

10 36.55 39.43

10 36.55 30.40

3-3 3b' ipO-Sp' *F 3-3 3b» lD°-3p' XD

(8)

15n (38.54 31.44) —

13n lOn 38.65 31.43 38.65 31.43

3-

3-

3d5D

e-4f5F

(9) 3d3D°-4f3F t (10)

9 39.32 32.71

8 39.33 33.71

7 29.32 32.71

4-4 3p' %-&.< %°t

5975.5340

5944.8342

5881 . 8950 3472.5711

3369.9081 3369.8086

7245.1668

6506.5279 6382.9914

6074.3377

6029.9971 5400.5630

£10)

(30)

(10) (15)

(12)

(12) (10)

(30) 10

1510

(10)

(15) (13)

(10)

(10)

(50)

16.55 18.30 16.55 18.48 16.55 18.50

16.55 18.53 16.55 18.56

16.55 18.61 16.55 18.63 16.55 18.65 16.55 30.10

16.55 20.31 16.55 20.31

16.60 18.30 16.60 18.50

16.60 18.53

16.60 18.63 16.60 18.65

16.60 18.88 -3

-3 (11) 3417.9036 C (10) 16.60 30.31

III I P 63.39 Anal A Llet D Hay 1944 131.515

115.669

113.579

146.962

134.208

134.762

165.86 145.536

174.125 A

lil74.735 A

313.973 A

039.254 A

039.746 A

034.54 A

M54.387 A

1142.777 A

1156.11 B

13

10

8

8

8

8

13

106

39.16 43.13

39.13 43.08

39.10 43.06

39.16 43.08 39.13 43.06

39.10 43.05

39.16 43.06 39.13 43.05

40.11 43.99 li 40.06 43.95 i 40.11 43.95 l|

3a4P-3p4D°

(1)

3fl3P-3p3D°

(2)

7 46.94 51.00 2* 6 46.95 51.01 l| 1.5 46.94 51.01 3|

3p' ^-Sd' %

(S)

6366.4950

6163.5939

8083.4580

7173.9389

7024.0508 6929.4678

6678.2764

6598.9529

5852.4878

3593.5259 3520.4717

9665.426

9486.680

8988.58 8865.759

5343.284

5341.096

5330.779

47.46 51.38

47.45 51.38

47.46 51.38 1*

Vt See Introduction

3p' 2P°-3d' 2D 4837.338

(4) 4710.058 4708.854

4704.395

4537.751

' TI See Introduction 8377.6068

8376.41 8300.3358

IS)

300

(10)

, (9 (10

(9 (15

(50)

1000 500

300

500

(10) (13)

15)

(10)

800

300 600

16.64 18.61 16.64 18.65

16.78 18.30

16.78 18.50

16.78 18.53 16.78 18.56

16.78 18.63 16.78 18.65

16.78 18.88 16.78 30.31 16.78 30.38

18.30 19.58 18.30 19.60

18.30 19.68

18.30 19.69

18.30 30.61 18.30 30.61 18.30 30.63

18.30 30.93

18.30 30.93

18.30 30.93

18.30 31.03

18.48 19.95

18.48 19.95 18.48 19.96

3-1 3-3

3-3

3-1 3-3

3-1 3-2

2-1 2-3

3-1 3-3

1-1 1-3

1-1 1-0

1-1 1-0

1-1 1-3

1-1 1-2

1-2

1-1 1-0

1-2

1-0

1-2

1-1 1-0

1-1 1-0

1-1 1-2

B (10) 18.30 20.86 1-1

1-0

1-1 1-3

1-3

3-4

3-3 3-3

3s l°-3p

(1) -3p

-3p

-3p

-3p

-3p

_3p 8 -3p 9

3e l°-4p 2

(2) -4p 9 -4p 8

3s 3°-3p 1 (3) -3p 3 -3p 4 -3p 6 _3p 9 -3p 10

5764.419

5748.299 5037.7505 B 4788.9258 B 4715.344

4712.060

(15)

(10)

(10)

(13) k

E P

Low High

18.48 20.62

18.48 20.62

18.48 20.93

18.48 21.05

18.48 21.09

18.48 21.09 4540.376 B (10) 18.48 21.19

8495.3600 8418.4274

7943.1802

5820.155 5804.4488 5562.769

1-2 3s 2°-4p 8 »4884.915 B

(4) 4752.7313 B 0-1 3s 3°-3p 7 0-1 (5) -3p 9 10798.13 F

3s 4°-3p 1 (6) -3p 3 -3p 4 _3p 5 -3p 8 -3p 9 -3p 10

3e 4

e-4p 8

(7) -4p 10

3p l-4e 1» (8)-4s 3° -4b 3° -4b 4°

3p l-4d 1" (9)-4d 2° -4d 5°

3p l-6s 3°

(10) 3p l-5d 1° (ll)-5d 3° -5d 5° -5d 9°

3p 3-3d 3° (13)-3d 4» -3d 8°

8704.15

8681.930 8634.6480

8136.4060

5656.6585 B 4957.0334 B

10844.54 F 8919.50 D

8853.867 B 8780.6333 B 8366.076 B 5974.638 B 5719.2254 B

500

400 200

10) 10

)

10)

(10)

(10)

150 200

500 600

300

(10)

(10)

200

300

700

1300 350

IS)

18.50 19.95

18.50 19.96

18.50 20.05

18.50 20.63

18.50 20.62

18.50 20.71

18.50 21.02

18.50 21.09

18.53 19.95

13.53 19.95

18.53 19.96

18.53 30.05

18.53 30.71

18.53 21.02

18.56 19.94 18.56 19.95

18.56 19.96 18.56 30.05

18.56 30.63

18.56 30.71

9326.67

9201 . 76 9148.68 8591.2584

5873.838 B 4790.318 B

300

600

600

400

(10)

(10)

18.61 19.95

18.61 19.95

18.61 19.96

18.61 20.05

18.61 20.71

18.61 21.19

11 UulWplet

(No)

3-4 3p 2-4d 3

C 3-3 (13)-4d 8"

3p 2-5d 3° (14) 3p 2-7s 1° (15) 3p 2-6d 3° (16)-6d 8°

3-2

3-4

3-3 3-4 3p 2-7d 3° (17) 3-3 3p 3-3d 4° 2-2 (l8)-3d 7° 2-3 -3d 10°

3-3 3p 3-4d 4» 3-3 (19)-4d 7° 3-3 -4d 10°

3-3

2-3

18.53 19.68 1-0

1-3

1-1 1-3

1-3

1-3

1-3

18.56 19.69 3-1

3-1

3-3' 3-3

3-3

3-3

3-3 5005.160 B (10) 18.56 31.03 2-3

1-2

1-1 1-2 1-2

1-2

1-2

3p 3-5d 10°

(20) 3p 3-6d 4°

(21)

3p 4-4s 3e (32) 3p 4-3d 5

e (23)-3d 6° -3d 7° -3d 9°

3p 4-4d 9°

(24) 3p 4-5d 11°

(25)

3p 5-4s 4°

(26) 3p 5- 3d 2° (27)-3d 5

e -3d 8° -3d 10*

3p 5-4d 8

e (38)-4d 10°

3p 5-5d 10°

(29)

3p 7- 3d 5° (30)-3d 6° -3d 7" -3d 9°

3p 7-4d 9°

(31) 3p 7-6d llc (33)
13 laboratory

I A Ref Int

He I continued

9373.38 D 300 9313.98 D 300 9300.85 D 600 9331.59 D 300 9330.05 D 400

8654.51 D 400 8654.3635 B 1500 8647.05 D 300

5145.011 E (10) 5144.9376 B (lO)

REVISED HULTIPLET TABLE

E P Low High

18.63

18.63 18.63

18.63

18.63

18.63 18.63

18.63

19.94

19.95

19.95

19.96

19.96 30.05 30.05

30.05

18.63 31.03

18.63 31.03

3-1 3-3

2-3

3-3

3-3

3-3

3-3 3-3

3-3 3-3

•4884.915 B (lO) 18.63 30.57 3-1

9435.38

9336.53

8679.491 B

9547.40

9534.17

9459.21

500 600

500

300

500

300

18.63 19.94

18.63 19.95

0-1

0-1

18.63 30.05 0-1

18.65 19.94 18.65 19.94

18.65 19.95

1-0

1-1 1-3 8783.755 B 1000 18.65 30.05 1-3 18.65 30.05 1-1

Kultlplet

(No)

3p 8-3d 3» (33)-3d 4° -3d 5* -3d 7° -3d 8» -3d 9* -3d 10° -3d 11°

3p 8-5d 11° (34)-5d 10°

3p 8-5e 4°

(35)

3p 6-3d 3° (36)-3d 6°

3p 6-3d 13°

(37) 3p 9-3d 1° (38)-3d 3° -3d 5°

Laboratory

I A Ref Int

Me II oontlnued

3308.99 3188.74

3154.83

3344.15

3314.38 3343.34

3348.15

3369.86 3363.43 3118.03

3169.30

3151.16

3194.61 3176.16

3309.38

3039 . 65 3035.98

3030.85

3071.08

3059 . 16 3044.16

8771.70 D 5965.474 B

10562.43 F

400

(10)

300

-3d 11° •3073.68 -3d 13°

18.65 30.71 1-3 3p 9-4d 11* 3554.39

(39) 3367.30

18.88 30.05 0-1 3p 10-3d 13* 3388.46

(40) 3330.78

For changes In Paschen'e notation see text 5 37

He II I P 40.91 Anal A List A June 1944

3417.71 3414.83

3356.35

3694.33 A 10 3734.94 A 7 3751.26 A 5 3664.09 A 9 3709.64 A 7 3766.29 A 8 3777.16 A 8 3334.87 A

3355.05 A

3360.63 A

3297.74 A

3337.16 A

3344.43 A

3270.79 A

3311.30 A

3135.88 3167.60

3001.65

3028.84

3713.09

3737.08

3643.89 3481.96

3557.84

3333.75

3378.28 3309.78

3393.78

3034.46 3047.57

3054.69 3037.04

3037.73

3045.58

3017.34

3568.53

3574.64

3574.33

3345.49 3319.75

•3345.68 3330.16

3333.36

3231.97

3329.20

3357.90

3374.10

3379.39 3320.39

•3345.88 3363.89 3367.05

3366.34

3390.56

3218.31 3198.63 3190.86

3313.70 3164.46

3166.70

3196.68

3133.33 3173.56

10

75

755

3

3

13

6

4

109

5

37.05 30.39 37.13 30.43 37.15 30.44

37.05 30.43 37.12 30.44

37.13 30.39 37.15 30.43

37.05 30.75

37.13 30.79 37.15 30.83 37.05 30.79 37.13 30.83 37.15 30.84

37.05 30.83

37.13 30.84

37.05 30.99 37.13 30.99 37.13 31.33 37.15 31.33

3B4P-3p*P°

(1)

384P-3p4D»

(3)

3314.60

3371.87

34-3$ 3B4P-3p3 D° li-sj (3) l4-l4 3e4P-3p43»t

37.6b 3C.3S l4-34 5s'^'-3p3D• 37.74 31.05 4-14 (5) 37.66 31.05 1*-1+

3»3P-3p38»

(6)

3B3P-3p3P# (7)

37.66 31.31 l4- i 37.74 31.31 i- \ 37.66 31.38 l4-lJ 37.74 31.39 i- \ 27.66 31.39 1*- \ 37.74 31.38 4-lJ

3551.53 3612.35

3546.33

3456.68

3503.61 3375.30

3808.30

3790.96

3561.33

3571.36 3590.47

3659.93 3633.75

30.39 34.46

30.43 34.47 1' 30.44 34.48

30.39 34.47 3

30.43 34.46 1- 30.44 34.50

30.39 34.46 3

3543.90

3p4P»-3d4D 3565.84

(8) 3594.18 3475.35

3533.73

30.43 33.88 34 30.43 33.87 14 30.43 33.87 Z\ 30.43 34.11 34 30.43 34.14 14 30.43 34.11 l| 30.43 34.34 'A 30.43 34.34 14 30.43 34.34 34

I

3443.13 3397.90

3e' 3D-3p' 3r»

(9) 3731.86

_ 3753.83

3»' 3D-3p' 3P«

(10) 3839.77 3818.44

„ 3800.03

3a- 3n_3p' 3D

« (11) 3701.81 3744.66

30.75

30.79

30.83

30.84 30.75

30.79

30.83

30.79

30.83

30.84 30.75

30.79 30.83

30.84 30.75

30. n

30.83 30.78

30.79

34.46

34.47

34.48

34.50

34.47

34.48 34.60

34.46

34.47

34.48

34.59

34.85

34.69

34. M

34.66

34.09

34.

34

3p*D«-3d*D

(13)

11 -*

|N4i!

3- -3-,

i: l-ij

••» 4-i

3p*D*-34*F

(13)

3638.06

3697.09 3679.80

3644.86

3438.76

3377.33 3443.70

3339. SO 3324.82 3097.16

3093.91

3411.38

3440.80

3413.13

3438. t?

3416.87 A

3453.10 A

3477.69 A

3355.39 A

3353.63 A

3310.55 A

3094.08 A

3088.33 A

3143.74 A

3

3

15

5

33dr

3

3

3

4

3

3

3

33

3

33Id

E P Low High

30.75 34.60 30.79 34.66

30.75 34.66

30.79 34.60

30.83 34.66

30.79 34.60 30.83 34.63 30.83 34.60 30.84 34.63 30.75 34.71 30.79 34.69

30.79 34.71 30.83 34.69

30.83 34.71 30.84 34.69 30.75 34.81 30.79 34.86

30.83 34.90

30.79 34.81 30.83 34.86

30.84 34.90 30.84 34.86

Kultlplet

(No)

3p4D°-3d3F

(14)

3p*D°-3d3D

(15)

3p4D°-3d4P

(16)

3p4D°-484P

(17)

30.99 34.65

31.05 34.69

30.99 34.69

30.99 34.60 31.05 34.66

30.99 34.66

4 30.99 34.60

3 31.05 34.63

3 31.05 34.60

30.99 34.71 31.05 34.71

3 30.99 34.78

3 31.05 34.73

1 31.05 34.78

4 30.99 34.98

3 31.05 35.05

3 31.05 34.98

1 31.31 34.68

3 31.31 34.63

1 31.31 34.69

4dr" 31.31 34.78

5 3.!.. 31 "54. 73

3 31.31 34.98

31.33 34.47 31.33 34.48

31.33 34.69

31.33 34.68 31.23 34.66

31.83 34.60

31.33 34.63

7 31.33 34.71

4 31.33 34.69

4 31.33 34.66

31.33 34.78

31.33 34.73

31.33 34.81 31.33 34.86

3 31.38 34.69

5 31.38 34.66

7 31.38 34.60

6 31.39 34.63

5 31.38 34.63

31.38 34.71 31.39 34.89

4 31.38 34.78

3 31.39 34.73

3 31.38 34.73

4 31.39 34.78

6 31.38 34.98

3 31.39 35.06

3 31.39 34.98

33.88 37.70

33. 87 37.70

33.68 37.86

33.87 37.86

1 34.11 37.73

1 34.14 37.73

3 34.11 37.73

• 34.14 37.73

3p3D°-3d3F

(30)

3p3D°-3d3D

(31)

3p3D°-3d4P

(33) 3p3D»-3d3P

(33)

3p3 D°-4e3P

(34)

4-l4 3p3S»-3d4F

(35) i-li 3p38»-3d3 D i36) , i-li 3p3s -3d*P J

37) 4-1$ 3p*S»-3d3p

*- * (38) $-l4 3p3s»-483P

(39)

l4-34 3p48°-3d4D

ll-l| (30)

.4-34 3p43»-3d4F

S-l| (31) i-2$ 3p4S»-3d3F tai 3p*S;l3d3D If (33)

(33)

i*8«-:

3p*S°-3d*P

(34)

^1* 3p48

#-3d3P I (35) tZ\ 3p43*-4B4P

l| (36)

i-3| 3p3P»-3d4F

i-3i 3p3P»-3d3r 4-34 3p3p»_3d3D 4-14 (39)

4-34 3p3p»-3d4P *-l| (40) 3paP»-3d3P

(41)

Laboratory

I A Ref Int

Ne II oontlnued

30.99 34.46 Sf-34. 3p8D»-3d*D

34 3p3D»-3d4F a| (19)

3336.13 3141.35

3050.57

•3073.68

3480.75

3479.53

3543.38 3537.99 3539.94

3406.88

3457.16

3459.38 3404.77

4319.76

4331.60

4339.95 4343.30 4317.15

4330.93 4334.57

4350.68

4357.83

4306.43

4080.48 4150.67

4098.77

4063.90

4133.65

4118.10 4100.30

4086.69

4413.54

4514.80

4535.47

4517.79

4553.16

4565.49 4397.94

4379.50

4385.00

4430.90

4446.46 4503.53

4443.67

4369.77

4390.40

4391.94

4409.30 •4413.30

•4438.54

4365.73

4468.91 •4438.54 4456.95 4416.77 4439.95

4344.17

4339.78 4333.66

•4615.98 4574.49 4613.89

4563.05

4498.94

4600.11

4544.11 4471.53

4377.95

•4413.30 4439.30

4475.33

4431.38

-1* 3paP«-4e3 P

(43)

-1 u

4733.53

4634.73 4719.37

-_ _ *4616.98

3p« 3F»-3d' 3a 4700.I

(43)

. . 4533.66

3p' *r»-3d' 3D 4508.31 3} (44) 4588.13

4569.01

l4-l4 3p' 3P-.34I 3p i- I (46) 4511.37

14- 4 4511.39

4534.66 A

4341 . 43 A

4384.08 A

E P Low High

34.11 37.81

34.11 38.04

Kultlplet

(Noll

1 34.11 38.15

Id 34.14 38.15

li-l4. 3p', 8P>3d' 2 1 l*-3* 3p' %>-3&* 3|

3p' 3p*_3d' 3g (48)

34.16 37.70 34.16 37.70

3 34.34 37.73

3 34.34 37.73 f 34.34 37.73

5 34.34 37.86

4dr* 34.34 37.81

3 34.34 37.81

4 34.34 37.86

6 34.46 37.38

4 34.47 37.39

2 34.48 37.39

1 34.50 37.40

3 34.46 37.39

3 34.47 37.39

1 34.48 37.40

4 34.48 37.39

3 34.50 37.39

3 34.46 37.39

3d 34.48 37.51

3 34.50 37.47

4 34.46 37.47

3 34.47 37.51

3 34.48 37.47

34.48 37.48

Id 34.47 37.48

1 34.46 37.48

34-lj

:E1

,4/1

34.59 37.38

34.65 37.39

34.68 37.40

34.65 37.38

34.68 37.39

34.68 37.39

6 34.59 37.39

6 34.65 37.47

3 34.69 37.51

4 34.68 37.47

3 34.69 37.47 t 34.65 37.39

3 34.69 37.47

5 34.68 37.51

6 34.59 37.46

7 34.65 37.46

7 34.69 37.49

4 34.68 37.48

6 34.69 37.48

3 34.65 37.48

(Js)3i38-

(49)

3p' 3D°-34' 3n

(50)

3p' ^-M' 3fl (51)

3d4D-4f4D

e (53)

3d4D-4f4F°

(53)

l4-34 3d4D-4f40» 34-2+ (54) 34-24

-34 3d4F-4f*D* 34 (55)

3d4F-4f4F»

(56)

3d4F-4f*0»

(57)

3 34.66 37.39

3 34.66 37.51

1 34.66 37.48

3f-34. 3d8F-4f4E°

34-34. jew

5 34.63 37.39

6 34.60 37.39

5 34.63 37.39

3 34.60 37.39

3 34.63 37.40

34.60 37.51 34.63 37.47

34.63 37.48

4 34.71 37.38

1 34.69 37.39

1 34.71 37.39

1 34.69 37.39

5 34.66 37.40

1 34.71 37.39

1 34.69 37.40

3 34.71 37.47

3 34.69 37.51

4 34.71 37.51

3 34.69 37.47

1 34.71 37.47

3 34.69 37.48

1 34.78 37.39

3 34.73 37.39 l£ 34.78 37.39

4 34.73 37.40 34.78 37.40

4 34.78 37.51

3 34.73 37.47

3 34.78 37.47

(59) 34-34 3d3F-4f4 #

. (60) 3d3D_4f4D» (61)

34-34 3d3 D-4f*l* l|-lt (63) l4-34 3d3D-4f40»

. (63) 3d4P-4f4D»

(64)

3d4P-4f4T»

(65)

li-2i 3d4P-4f40»

(66)

3d3P-4f4D»

(87)

3d3P-4f*f*

(68)

5 34.78 37.48 lj-3$ 3d3p_4f4a»

34.78 37.51 34.73 37.48 l4-34T3d3p-4f3D4 (70)
REVISED MULTIPLET TABLE

Laboratory

I A Ref Int

Me II continued

4795.63 4869.6

4933.3

476-1.95 4649.4

4660.35 A

4730.34 A

4647.34 A

4710.04 A

4637.65 A

4433.36 A

4431.67 A

4439.60 A

E P

Low High

34.61 37.39

34.86 37.39 34.90 37.40

34.61 37.39

34.86 37.40

34.81 37.51

34.86 37.47

34.81 37.47

34.86 37.48

34.81 37.48

37.70 40.49

37.70 40.49

37.70 40.49

Multlplet

(Ho)

484P-4f*D°

(71)

4e*P-4f*F°

(73)

4s4P-4f*Q°

(73)

ap*(Js)3p3p»

-ep4(Is)3daD

(74)

Laboratory

I A Ref Int Na II continued 3711.074

3135.483

4087.60 3462.494

3400.110

3385.603 3313.186

3189.783

3149.367

3015.400

3064.373

E P Low High

33.87 36.30

32.87 36.81

0-1

0-1

33.18 36.30 1-1 33.18 36.74 1-3 33.18 36.81 1-1 33.18 36.94 1-2 33.18 37.08 1-1 33.16 37.05 1-2 33.18 37.10 1-1

Ha I I P 5.13 Anal A List B June 1944

5889.953// A

5895.933 A

3303.34 3303.94

11403.55

11381.31 8194.834

8183.356

8194.791

6160.747

6154.335

5688.305

5682.633 5688.193

5675.3

5669.8 5153.403

5148.838

4983.813

4978.541 4977.6 4973.4

4751.822

4747.941 4668.560

4664.811

4665.8

4662.0 4545.218

4541.671 4497.657

4494.180

4433.31 4419.94

4393.45

4390.14

10745.9 10748.7 8649.6 7809.4

12679.0

10634.4 9961.0

9466.0 9154.7

6943.6

8796

(10R)D3 0.00 3.10

(9R)Bi 0.00 3.09

(8R) 0.00 3.74

(8R) 0.00 3.94 W

106 3.10 3.09

D (10R) 3.10

D (8R) 3.09 D (-) 3.10

3.18

3.18 3.60

3.60

3.60

3

3S-331»

(1) tlj 33S-43P° I (3)

1*- i 3

3P«-43S i-t O)

li-Zi 33P»-33D fll (4)

33P»-53S

(5) 14-3* 3

3P»-43D

3aP«-43r*

(7) li- i 33P»-638 1-1 (8) l$-3* 33P°-53D I O)

3

3P°-53F*

(10)

if- i 3

3P«-738 3- I (11)

3

3P°-63D

(13)

33P«_63F°

(13) lj- i 33P°-833 f- i (14)

3

3P»-73D

(15)

if- i 33P°-93S f- 1 (16) 33po_83n

(17)

i-li 4

3S-53P« f- ! (18) 4

3S-63P°

a (l92

4

3 S-73P°

(30)

32D-53F

2

(3l

a 3°D-63F°

a (232 .

3 2D-83F

# o( 34)

3

2 D_93Fe

2 (35) 2

33D-l03P°

2 (36) 2

33D-113F°

(37)

»» II I P 47.10 Anal A List D June 1944

3533.043

3093.739 3056.157

3007. 443

3631.266

3139.368 3076.315

•3984.183

10

1064

33.71 36.30

33.71 36.70

33.71 36.74

33.71 36.81

33.80 36.30

32.80 36.74

33.60 36.81 32.80 36.94

3-1 3e l»-3p 1 3-3 (l) -3p 3 2-3 -3p 3 2-1 -3p 4

1-1 3a 3»-3p 1 1-3 (3) -3p 3 1-1 -3p 4 1-3 -3p 5

3179.055

3163.731

•3078.315 3074.334

36.74 40.84 3-3

Multlplet

(Ho)

3b 3°-3p 1 (3) -3p 4

3s 4°-3p 1 (4) -3p 3 -3p 4 _3p 5 -3p 7 -3p 8 -3p 9

3p 3-3d3P°

(5)

Laboratory

I A Ref Int Mr I continued 3986.7533

3938.400 3904.03

3878.58 3859.34

(1)

(0)

(3r)

(1)

(1)

7657.60 6318.33

36.81 40.84 1-3 3p 4-34^° 5785.08

36.94 40.83 36.94 40.84

36.94 40.94

36.94 40.95

3-1 3-3

3-3

2-3

3334.936 A

3045.593 A

3007.071 A

3009.138 A

4 37.03 40.84 1-3

5 37.03 41.07 1-0

5 37.03 41.08 1-3

4 37.03 41.13 1-1

3374.330 3357.965

3053.664

3337.685

3318.033

37.05 40.83 37.05 40.84

3-1 3-3

37.05 41.09 3-3

3335.976 A

3104.396 A

3066.536

37.10 40.81 37.10 40.83

37.10 40.93

37.10 41.07

1-0

1-1 1-3

1-0 37.10 41. 13 1-1

4133.069 4114.9538.13 41.13 0-1 38.13 41.13 0-1

p 4- U)

3p 5- (7)

3p 5-3d3F°

(8) 3p 5- (9)

3p 7-3d3P°

(10) , 3p 7-4b3 P° (ID , 3p 7-3d1 D°

(13) . 3p 7-4slP°

(13) 3p 8-3d3P

e (14) 3p 8-3d3D

e (15) 3p 9-343P°

(16) 3p 9-4s3P°

(17)

3p 9-4e1P°

(18) 3p 10-4a1 P

o <19) 3 . 3p l0-3d D°

(30) For changes In Paschen notation see text } 37

lies I I P 7.61 Anal A List B July 1944 4571.0956 A 5 0.00 3.70 0-1 3

1 3-33P°

8933.8

13083.79 9356.0 8313.02

7691.57 7387.70 7193.30

7060.43 6965.42

6894.92

10966.1 10961.3 9993.7

9987.0

10813.8 9415.5

8736.0

8346.13 8098.72

7930.83

7811.14 7722.60

(35)

(5)

(3)

20

(50) 200N1

(-)

(-)

(-)

(-)

3

3nl 3n

5183.6043 A

5173.6843 A

5167.3316 A

13580

40 3838.3918 3833.3037

3829.3549 3838.3943

3833.3996

3336.69

3333.17

3329.93

3096.902 B 3092.997 B 3091.076 B

100r» 80r*

40 l00r» 80r»

30

15

1050

40

30

3.70

3.70 3.70

3.70 3.70

3.70

3.70

2.70 2.70

3.70 3.70

2.70 2.70

2.70

5.09 5.09

5.09 5.92

5.93

5.93 5.92

5.93

6.40

6.40

6.40

6.69 6.69

6.69

2-1

1-1 0-1

3-3

1-3 0-1

3-3

1-1

3-1

1-1 0-1

3-1-0-

11838.8

8806.

8806. 8806. 5711

5711, 5711,

5538,

5538,

5538,

7678

7358 7033

,0913

.0831 ,0735

.4094 .3986

.3876

B (130)

(10

J 2

(3)

(10

4730.0385 A

4703. 4703.

4703.

4380.

4354.

4351.

4351.

4167,

4167,

9909

9831 9758

38540 9056

8941 3713

3604 4057.5053 A

3

(3) 40

(5)

(1) 30

lOn

5n

4.33 5.37 1-0 4.33 5.73 1-3

4.33 6.49 1-0

4.33 6.56 1-3

4.33 6.94 1-0

4.33 6.95 1-3

4.33 7.14 1-3 4.33 7.16 1-0 4.33 7.16 1-3

4.33 7.39 1-3

4.33 7.37 1-3

(1)

33po_4

3g

(3)

3

3po_33D

(3)

S^P'-S^S

(4)

33po_4

3 D

(5)

3

1 P°-41 8

1 (6)1 3 P«_3 D

(7)

3

1 P°-51 8

(8)

3

1P -4i D

(9)

3

1P°-61 8 .(10),

3

1 P°-51 D

(11)

3lp»_3p2 3p

.(12).

3 lpo_7

l 8

,(13),

3

1 P°-61 D

(14)

3

1 p«_71 D

(15) 3lp«_81 D

(16)

3627.63 B

4099.77 B

3895.662

3891.976

3890.241 3898.130 3893.376

E P

Low High

4.33

4.33 4.33

4.33

4.33

7.43

7.46

7.49 7.51

7.53

1-3 1-3

1-3

1-3

1-3

5.09 6.70 1-3

,5.09

l 5.09

5.09

7.04 7.04

7.33

5.37 6.75

5.73 5.73

5.73

5.73

5.73

5.73

5.73

5.73

5.73

5.91 5.91

5.91

5.91

6.75

7.06 7.33

7.33

7.40 7.44

7.48 7.50

7.52

1-3

1-

1-2

0-1

2-3

2-3 2-3

2-3

2-3

2-3

2-3

2-3

2-3

7.03 2- 7.03 1,0- 7.14 2-1 7.14 1,0-1

13 Multlplet

(No)

3lpo_ glo

,(17)

3

1 P°-l01 D .(18)

3

1 P°-11 1 D

.(19) . 3

1 P°-181 D ,(30)

3

1 P°-131 D

(21) 43s-53P° ,(331

4

38-63P°

(23)

4

3 S-73P«

(24)

4

1 S-51 P»

(35)

3

1 D-41 F»

(36)

,(37) 3ln_6lF°

,(38)

3

1 D-71 F° ,(39)

,(30) 3ln-9lF°

,(31),

3

1 D-101F*

(33) 310-11^°

,(33),

3

1 D-131F»

(34)

43po_5

3B

(35)

4

3P°_73 S (36)

(30) 5.93 7.06

lOnl 5.93 7.33

in 5.93 7.33

5.93 7.40

5.93 7.44

5.93 7.48 5.93 7.50

5.93 7.53

(4) 6.56 9.96

(3) 6.95 9.96

(10) 7.14 10.31

(5) 7.14 10.31

(3) 7.14 10.31

C4) 7.14 10.31

(3) 7.14 10.31

— 33D-53F*

,(37) — 33d-63F« -(381 — 3

3D-73F° ,(391

33n_83F° ,(40) — 33D-93F°

(41) — 330-10^

3 (43) — 3

3 D-11 F° ,(43), — 3

3 D-133f»

(44) 3-3 4

1 D-3p3d1F°

(45) 3-3 5

1 D-3p3d 1 F°

(46) 3-3 3p2 3p_3p3a

3 D

o 1-2 (47) 0-1

3-3

1-1

4409.84 B (l) 7.16 9.96 2-3 6

1 D-3p3d1F°

(48) Fine Structure

Mn II I P 14.97 Anal A List A June 1944 9217.4

9243.4

3613.80

3615.64

10914.2

10949.4 4481.337

4481.139

3848.34

3850.40

3104.805. 3104.713

8338.4

8317.8

7896.37 7877.13

4433.991 4437.995

8.62 9.96

8.63 9.95

8.63 13.03 8.63 13.03

4

2 S-42P°

(1) i-ll 42S-52P° 1- I (2)

8.83

8.83 9.969.95

V 100 ( 8.83 11.58 8.83 11.58

30

8.83 12.03 8.83 12.03

,8.83 12.80

^8.83 12.80

t

1

if2

32D-43P°

(3) 3i- 3

3D-43F° lf-2* (4)

3

3 D_53P°

(5) 3j_ 33D-53F° lf-2i (6)

9.96 11.45

9.95 11.45 9.96 11.52 9.95 11.52 9.96 12.74 9.95 12.74

-li tl

42po_52s

(7) li- 4

2P°-43D l-li (8)

4

2 P°-633

(9)
14 Laboratory

I A Ref Int Mg II continued 390.585

4384.643

t P

Low High

Multlplet

(No)

4

3P°_53D

(10)

4

3P«_738

(11)

4

3P»-63D

(13)

4

3

P«>_83

8

(13)

4

3P°-73

D

(14)

4

3D-53F°

3 (l52 4

dD-63F°

4

3D_73j>o

4

3D-83F°

4

3Du93po

43D-103F° 4

aD-ll3F°

4

3D-133F°

(33)

4

3F°-63Q

a

(33) a

43P<>_83

a

(35)

a 4

3F°-93

a

(36)

a 4

3F°-103&

a

(37)

a

4

dF°-ll3tt a

(38) a 4

3Fe-133

(89)

REVISED

Laboratory

I A Ref Int

MULTIPLE? TABLE

E P J

Low High Al I continued 3931.97

3935.77

5.31

5.31 8.35 8.35 *8

Bultlplet

(No)

5

3D-3d' 3D°

Laboratory

I A Ref Int Al II continued

E P

Low High

(18)

3087.03

3303.39

5.45 9.45 3J-1$ 63

D-4d' 3P°t

(19) 4333.0

5.60 9.45 3$wi| 7

3D-4d' 3P» *3983.7

(30)

A1_I£ I P 18.76 Anal A List A July 1944 3900.680 B

4663.054 B

10 7.39 10.55

10.55 13.30

7043.06

7056.60

7063.64

8640.70 3375.776

a l I P 5.96 Anal A Llet B July 1944

10076.39

10107.19

10133.50 10077.33

10077.53

10108.01 10108.37

3586.557

3587.068

3587.450

3586.913

3586.936 3587.309

3587.343

3587.165

•3587.195

3586.708

3586.811

•3587. 1S5

3961. 533/^ A

3944.009 A

10R 0.01 3.13

10R 0.00 3.13

3443.651 3439.353

3453.670

3444.871 3458.330

10 0.01

8 0.00

5 0.01

7 0.00

8

3.60

3.59 3.59

3.58

3313.344

3314.883

3315.608

-a_. a a. 3313.470 S^'-Jp3 *P 3314.981

33P»-438

(1)

0.01 3.58

3093.716 C 10R 0.01 4.00

3083.159 C 10R 0.00 4.00 3093.843 C 6R 0.01 4.00

13133.37

13150.68 6695.97

6698 . 63 5557.08 5557.95

3057.155

3059.047 3066.158

3064.303

3050.073 3054.694

11355.69

11353.81 8773.91 8773.88

7836.15

7835.33

7363.31

7361 . 59

10891.31 10873.47 10783.13

10768.39

10786.78 8933.56

8913.88

8841.38

8838.91 8075.37

8065.99

3479.78

3483.58

3479.27

P (400) 3.13 4.07

P (300) 3.13 4.07

3.13 4.97

3.13 4.97

(3)

33P°-33D

(3)

4

33-43P°

(4) 4

3S-53P°

(5)

3314.756

3315.516

6837.14

6833.48 6816.69

6343.36

6331.78

6336.18 3738.003 3733.910

3731.950

AA

A

AA

AA

A

A

A

AA

A

AAA

AA

A

A

A

A

AA

A

A

10 11 .37 13 .03 5 11 37 13 03

1 11 37 13

13

.01

8 11 77 30

4 11 77 15 54

6

40.5

1 % 0.5'

0.5.

0.3'

11.80 13.03

11.80 13.03 11.80 13.01 11.80 13.03

1-3 S^po-^D

(1) 3-1 3

1 D-41P°

(3) 1-3 4

3S-43P°

1-1 (3) 1-0

0-1 4

1 3-41 P°

4

1 S-51

P<> (5)

3

3D-43P«

(6)

0-1

3-3

3-1 1-0 3-3

11.80 13.03 1-1

109

8

!>3.5. 3 >

l.SForb 11.80 15.34 O.SForb 11.80 15.34

1 Forb 11.80 15.34

11.80 15.34

11.80 15.34

11.80 15.34

11.80 15.34

11.80 15.34

11.80 15.34

3

3D-43F«

(?)

3

3

10.5

11.80 15.53

11.80 15.53

11.80 15.53

11.80 15.53

11.80 15.53 0.5Forb 11.80 15.53 O.SForb 11.80 15.53

In 3.13 5.35

In 3.13 5.35

438-63P°

(6)

10

4

5

596

3654.995

3651.096

3651.065

_ . . 3649.184

3d3 *P-4e' 4P°t3649.333

(7)

A

A

A

AA

A

B

BBA

A

A

A

A

8

5

1

109

8

3

3

1

(§)

13.03 14.83 13.03 14.83

13.01 14.83

13.03 15.00

13.03 15.00

13.01 15.00

13.03 16.33 13.03 16.33

13.01 16.33

3-4

3-3

1-3

3-3 3-3

3-3? 3-4

1-4

1-3 3-3

3-1 1-0 3-3

1-1 3-1 3-0

3-1 4

3P«_53S

1-1 (9) 0-1

3

3D-53P°

(8)

3-3

1-3

0-1

4

3P°-43D

(10)

13.03 16.40

5 13.03 16.40

7 Forb 13.03 16.40 l.SForb 13.01 16.40

1 Forb 13.01 16.40

I) (300)

30

15

109

106

651

1

3-1 4

3P°-638

1-1 (11) 0-1

3-3 4

3pe_53D

1-3 (13) 1-3 T 0-3? 0-3?

3-1

1-1 0-1

3-

1-0-1

4

3P°-73S

(13)

4

3P°-63 D

(14)

1-0 4

1 P -51 S .(15) 1-3 4

1 P°-51 D

,(16), 1-0 4

1 P°_61 8

.(17)

1-3 4

1P -6*D

1-0 4

1 P°_71S

.(19), 1-3 4

1 P°-71 D

(30) 3-3 4

1 D-41F°

3-1 4

1 D-51 P» ,(33)

4

1 D-51 F° ,(33)

4

1 D-61 P° .(34)

4

1 D_61 F°

3-1

3-1 3-3

3-1 4

1 D-7^P°

(36)

. n_7li

3-1

.(35)

7lt

3-3 41 D-7lF°

.(37)

4

1 D_81 P°

(38)

3995.860

3996.159

3996.381 3996.075

3996.333

3996.183

•3983.7 3843.037

3843.313 3843.317

3734.567

3734.715 3734.805

3656.319 3597.50 3553.00

3516.05

3463.63

9331.546

9331.979

6301.53 6301.70

B

B

B

BB

B

BB

B

B

B

54

3

10.5 O.SForb

15.00 18.09 15.00 18.09 15.00 18.09 15.00 18.09 15.00 18.09 15.00 18.09

3-4

3-3

1-3 3-3 3-3

1-3

^r

5

3s-e3p*

(39) 5

38-73P»

5

38-83P»

3 (31 J 5 S-93P»

5

38-l03P< (33)

,(34) 5*8-81P»

,(35) .(36)

5

1 8-101P< .(37),

5

1 8-11 1

P< ,(38), sis-isip'

(39) 4

3D-53F»

(40)

43D-63f«» (41)

43d-73p»

4

3D-73I»

(43)

4

3D_83P»

4

3D-83F»

(45)

4

3D-93F°

(46)

4

3D-103F°

(47)

0.5 15.00 18.09 —

3

3

1

10.5

0.5

3

10.5

5158.187 B

4650.544

4650.646

4356.711 4356.807

4168.434

4168.511 4039.397

4039.303

3

» 3'

10.

9>

Id

3

) 1.5'

15.00 18.31 15.00 18.31

1-5.00 18.31 15.00 18.30 15.00 18.30

15.00 18.30

15.00 18.37 15.00 18.43

15.00 18.47

15.00 18.51 15.00 18.56

15.34 16.56

15.34 17.33

3-4 3-3

1-3 3-4

3-3

1-3 3-4 3-4

3-

3-

3-

15.34 15.34

3

) 1.5'

3946.406 B

15.34

15.34

15.34

O.Sd 15.34

0.5>

) 0.5'

17.63

17.90

18.07

18.30

18.30

18.37

3-

3-

3-4

3-4

3-

9390.649 9390.747

9388.145

9388.550

9386. 57B 9386.794

6495.45

6

) 5'

3,

3>

15.34

15.34 15.34

16.56 16.56

16.56

3-

3-

0.5 15.34 17.14 4-

4

3D-103P»

-(48), 43d-113F

o (49)

4

3D-133F

(50)

43 D-133F°

3 (51 4 D-143f° \

4

3D-153F°

,(53),

4

3D-163F°

4

3 D-183F°

(55) 4

1F°-51 (56)

4

1F°-61 (57)

4

1 F°_71 ,(58),

(59)

4

1 F°-91 (60) 4

1F°-101 (61) 4

1 F"-11 1 (63)

4

1F

C-131 (63) 4

3F°-53

(64)

4

3F«_63D

(65)
REV I 8 S D U U L T I P L E T TABLE 15 Laboratory E P J Hultlplet

(No) Laboratory E P J Hultlplet

(No) Laboratory E P J Hultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No) Al II continued Al II oontlnued Al III continued

6183.43 A lOn 15.34 17.33 4- 4

3F°-63 5334.61 B 4 15.54 17.86 1-0 5

1 P°-91 8 5163.90 A 7 23.45 25.84 5

2a-73H° 6183.38 A 8

) 15.34 17.33 3- (66) (101), 5lp«-9lD o< l9l 5

3Q-93 6183.45 A 5385.85 B 6 15.54 17.87 1-3 3658.3 A (in) 23.45 26.82 H° 6181.57 A 5

) 6'

3

15.34 17.33 3- (103) Slpo.iOls

(103) SlpO-lOiD

(30) 6181.68 A

B 15.34 17.57 4- 4

3F°-73 D

4918.96 4898.76B

B

3

5

15.54 18.05 15.54 18.06

1-0

1-3

-

5377.68

5376.81 B 3 15.34 17.57 3- (67) (104) , 5376.43 B 3 15.34 17.57 3- 4666.8 B 11 15.54 18.18 1-0 5lP°-lll8 81 I I P 8.11 Aug 1944 S145.654 B 1.5d 15.34 17,63 4- 4

3F°-73 4655.05 B 0.5 15.54 18.19 1-3

(105) , S^P^lliD 3970.35 A 15 0.78 4.93 3-3 3p2 1 D-4B3 P° 5144.998 B 0.5> 0.5d

15.34 17:63 3- (68) (106) , 5lP°-131 D (107)

2987.65 A 35 0.78 4.91 3-1 (1) 5144.875 BB 15.34 17.63 3- 4489.87 B 0.5 15.54 18.39 1-3 4103.936 A 0-1 5144.413

35 1.90 4.91 3p2 1 S-4s3P» 4640.363 B

s. 5

)

?.5>

15.34 17.90 4- 4

3F°-83G 9134.37 A 0.5 16.33 17.67 1-3 6

3S-83P° o<?) 1 3p2 1 3-4b1 4640.384 B P° B

B 15.34 17.90 3-

(69) 6001.18 B 1 0-1

(108) eis-is1 ?

3905.537 A 100 1.90 5.06 0-1 4639.735

16.39 18.45

(3) 4639.833 4639.384 BB

1 > 0.5' 15.34 17.90 3- (109) 13031.49 11984.30 A

A

35

30 4.934.91 5.96 5.94 3-31-3

4e3 P°-4p3 D 4639.336 (4) 8119.73 A 1.5 16.40 17.93 -4 53D-93F° 11991.57 A 10 4.90 5.93 0-1 4347.785 B u 15.34 18.07 4- 4

3F°-93 8133.08 A 0.5, 0.3' 16.40 17.93 -3 (no) 13370.50 A 3 4.93 5.94 3-3 4347.803 B (70) 8131.89 A 13103.46 A 5 4.91 5.93 1-1 4347.333 B 3.0s 1.5' 15.34 18.07 3- 8133.53 A 16.40 17.93 -3 13395.97 P 4.93 5.93 3-1 4347.316 B 4346.918 B 1.0, 0.5' 15.34 18.07 3- 6775.97 B 0.5 16.40 18.33 _ 53D-113P° 10837.09 A 100 4.93 6.07 3-3 4B3P°-4p3P 4346.866 B (111) 10749.40

10979.37 AA

60

35 4.91 4.93 6.06

6.06

1-1

3-1

(5) 4160.363 B

1.5) 15.34 18.30 4- 4

3F°-103O 8680.31 A 3 16.47 17.90 4- 53F<>_83 10786.86 A 50 4.91 6.05 1-0 4160.339 B (71) 8674.93 A

_> 16.47 17.90 3- (113) 10603.38 A 60 4.91 6.07 1-3 4159.735 B I

5

) 15.34 18.30 3- 8675.38 A 10660.98 A 50 4.90 6.06 0-1 4159.809 B 8671.06 A 0.5.

1 ' 16.47 17.90 3-

4u3 P°-4p3 4)159.450 B 1 i S 0.5' 15.34 18.30 3- 8671.38 A 10585.13 A 100 4.93 6.10 3-1 4159.407 B 10371.33 A 50 4.91 6. 10 1-1 (6) 4

3F°-113 7709.78 A 16.47 18.07 4- 5

3F°-93 10388.83 A 35 4.90 6.10 0-1 4031.633 B O.Sd 15.34 18.30 4- 1113 ) , 5

3F°-10 4031.310 B

3a

) 0.5' 15.34 18.30 3- (73) 7138.81 B 0.5 16.47 18.30 4- 9768.37 A 5w 4.93 6.20 3-3 4s3P

e-4p1 D 4031.135 B 7134.66 B 0.5 16.47 18.30 3- (114) 9585.73 A 4 4.91 6.20 1-3 (7) 4030.867 B On 15.34 18.30 3- 7131.39 B 16.47 18.30 3-

B 0.5d 15.34 18.37 4- 4

3F°-133 8435.38 P 4.91 6.37 1-0 4e 3P°-4p1 8 3939.066 ,(8) . 3938.631 B 0.5d 15.34 18.37 3- (73) 8856.39 A 1 , 0.5' 16.50 17.90 3- 5

1F°-81 5797.913 A 40 4.93 7.06 -3-3 4e3 P°-5p3 D

4

3F«-133 (74)

8858.77 A (115) 5793.138 A 30 4.91 7.04 1-3 (9) 3870.057 B 0.5 15.34 18.43 4- 8086.91 A 3-3 6

1 D-91F'

5780.453

5859.33 AP 35 4.90

4.93

7.03 7.04

0-1

3-3 0.5 16.53 18.06 6917.93 A 1 15.41 17.19 3-3 5

1 D-61F°

.(75)

(116) 5708.437 5690.470 A

A

7540 4.93

4.91 7.09

7.08

3-3

1-1

4e 3 P°-5p3P

(10) 6609.64 A 0.5 15.41 17.37 3-1 9349.41 A 1 16.56 17.90 _ 5

1 0-81 H° 5754.358 A 8w 4.93 7.08 3-1 .(76)

5

1 D-71 F» (117) 5*0-9%°

5701.138 A 35 4.91 7.07 1-0 5613.19 B 3 15.41 17.60 3-3 8160.15 A 3 16.56 18.08 _ 5645.665 A 35 4.91 7.09 1-3 ,(77) SlQ-iOiH

5665.601 A 35 4.90 7.08 0-1 5503.88 B 3 15.41 17.65 3-1 7536.3 A 0.3 16.56 18.30 _

.(78)

5

1 D-81F°

(119) 5684.533 A 50 4.93 7.10 3-1 4s 3P

c-5p3S 5000.97 B 3 15.41 17.87 3-3 5633.33 A 3 4.91 7.10 1-1 (11) B 3 15.41 17.89 3-1

.(79)

5

1 D-91 4963.10 P° Fine Structure

B 0.5 15.41 18.06 3-3

.(80)

5

1 D-91 F° 11890.44 P 5.06 6.10 1-1 4s 1 P°-4p38 4653.0 (13) , 4slP°-4p!0 ,(81), 10869.54 A 135 5.06 6.20 1-3 4648.63 B 1 15.41 18.06 3-1 SiD-lO1 ? (13)

4a I P°-4p1 ,(83), Al III I P 38.33 Anal A List A Julj " 9413.59 A 300 5.06 6.37 1-0 S 4447.8 B 3 15.41 18.16 3-1 b^D-ll^P9 (14) , 4s ,(83), 3601.633 A I P°-5p3P m

14.31 17.74 3$-lj 33d_ 4

2p

o 6067.63 P 5.06 7.09 1-3 4433.63 B 0.5 15.41 18.19 3-3 Sln-lOiF 3613.353 A 14.31 17.73 1*- * (1) (15) 48lP°-5p1 .(84). D

5

1 D-131P°

.(85),

3601.916 A i 14.31 17.74 if-ii 5948.584 A 100 5.06 7.14 1-2 4307.30 B 3 15.41 18.37 3-1 5773.258 A 50 5.06 7.30 1-0

(16) 4alP°-5plS 4383.97 B 0.5 15.41 18.39 3-3 sin-ii1*

.(86), 5696.47 5733.65 A

A

8

6 15.57 17.7415.57 17.73 tt

438-43P

(3) (17) 4303.4 T B 3 15.41 18.34 3-1 5

1D-131 P° ,(67), 8417.89 8527.32

?

P 5.595.59 7.06 7.04

3-3

3-3 3d3 D°-5p3 D

(18) 4056.8 B 0.5 15.41 18.45 3-1 5

1D-151 P° 4539.176 A (10)

(8) 17.74 30.47 l4-3| 43po_43n 8397.96 P 5.59 7.06 3-3

,(88), 4513.535 A 17.73 30.47 3^1? (3) 8514.64 P 5.59 7.04 1-3 4005.7 B 15.41 18.49 3-1 5

1 D-161 P° 4538.911 A 1 17.74 30.47 i|-i!

A 15.53 3-1

(89) 5

3P°-733 3713.103 3703.086 A

A ISi

17.74 31.07

17.73 31.07 ti 4

3P°-53S

(4)

8230.67

8306.80 8317.45

A

A

A

154w

3w

5.59

5.59

5.59

7.09

7.08

7.07

3-3

3-1

1-0

3d3 D°-5p3 P 7833.73 3 17.10

(19) 7615.83 A

A

10.5

15.53

15.53

17.10

17.10

1-1 0-1

(90) 8311.48 A 3 5.59 7.09 2-2 7813.31 4149.897 A ( ffl 30.47 33.44 34-3* 4

3D-53F° 8150.57 P 5.59 7.10 1-1 3d3 D°-5p3S 7635.33 A 3 15.53 17.14 3- 5

3po_e3D 4150.138 A 30.47 33.44 l|-3{ (5) 3d3 D°-5p1 7637.85 A 1 15.53 17.14 1- (91) 4149.917 A 1 30.47 33.44 3f-3| 7995.00 P 5.59 7.14 3-2 D 7634.48 A 0.5 15.53 17.14 0-1 7416.00 A 350 5.59 7.36 2-3 ( 21)

, 3d3 D°-4f1 F 6073.33 A 10 15.53 17.55 3-1 5

3po_833 4701.65 A 6 30.69 33.33 4

3FC-53 D ( 33 > , 6068.46 A (!) 15.53 17.55 1-1 (93) > < 6> 3d3 D°-4f3F a 7433.54 A 500 5.59 7.26 3-4 6066.33 A

i> 15.53 17.55 0-1 4490.90 A 3nn Forb 30.69 33.44 _ 4

3F°-53F° 7409.11 A 100 5.59 7.36 2-3 (33) 6066.44 A ( 7 ), 7405.85 A 300 5.59 7.36 1-2 4479.968 A 4 30.69 33.45 a£-Z$

4

3F

o-53 7434.63 A 30 5.59 7.36 3-3 6006.43 A IS 15.53 17.57 3- 53po_7

3D 4479.891 A 3 30.69 33.45 (8) 7415.37 A 15 5.59 7.36 .2-2 6001.81 A

A

3>

15.53

15.53

17.57 17.57

1-0-1

(93) 5999.70 7389.25 A 350 5.59 7.39 3-4 3d3 D°-4f3 5999.83 A 4364.59 A 3n 33.03 34.86 'ti

53P°-63D 7375.38 A 50 5.59 7.39 3-3 (34) 4357.34 P 23.03 34.86 (9) 7390.31 A 10 5.59 7.39 3-3 5316.07 B 7 15.53 17.84 3-1 5

3P°-938 5313.33 B 5 15.52 17.84 1-1 (94) 3387.37 A 1 33.03 35.79 lf" , 5

3 P°-73D 7350.69 A 40 5.59 7.30 3-3 3d3 D°-4f3 D 5310.76 B 3 15.53 17.84 0-1 3383.11 A 5 33.03 35.79 l-li (10) 7193.56 A 8 5.59 7.31 2-2 (25) B 8 15.53 17.86 3- 5

3P°-83D

7184.89 7308.30 A

A

10

1 5.595.59

7.31

7.31

1-1 5383.77 3-2 5380.31 B 6 15.53 17.86 1- (95) 4903*71 A 4 33.33 35.83 5

3D-73F° 7193.89 A 5 5.59 7.31 2-1 5378.63 B 3 15.53 17.86 0-1

5

3 D_83F° 7235.86 A 10 5.59 7.30 2-3 3980.56 A 3n 33.32 36.43 _ 7184.54 A 1 5.59 7.31 1-2 4903.77 B

B

5

3 15.53

15.53

18.04

18.04

3-1

1-1

5

3P°-l038

(96)

(13) 4899.64 7335.33 A 15 5.59 7.30 2-2 3d3 D°-4f1 D 4898.53 B 3 15.53 18.04 0-1 5360.91 A On 33.44 35.79 —

5

3F°-73D 7336.30 A 30 5.59 7.30 1-2 (36) 4635.7 B 1 15.53 18.18 3- 5

3P»-103D 5150.86 A 6n 33.44 35.84

2< 13) 2

53F«-73(J 6344.56 A lOn 5.59 7.57 2-2 3d3 D°-5f1 D 4633.3 B 0.5 15.53 16.18 1- (97)

a

< 14)

a 6337.63 A 5n 5.59 7.57 1-3 (37) 4631.5 B 0.5 15.53 18.18 0-1 4188.88 A 0.5 33.44 36.39 __ 5

3p«_83D 4143.15 A 2n 33.44 36.43

,< 15>, 53f»_83 6354.35

6343.86 AA

35n

lOn 5.595.59 7.577.57

3-4

2-3

3d3 D°-5f3 F

(38) 7449.43 A 5 15.54 17.19 1-3 5

1 P*-71 D ,( 16 >, 6337.34 A 5n 5.59 7.57 1-3

(98), 4141.35 A On Forb 33.44 36.43 __ *Pfa-&°W 6354.96 A 3n 5.59 7.57 3-3 6061.11 A 6 15.54 17.57 1-0 sip^-e^s

(99)

(17) 6344.13 P 5.59 7.57 3-3 5971.94 A 7 15.54 17.60 1-3 5

1 P«-81 D

(100) 5173.6 A 1 33.45 35.83 53Q-73F°

(18)
IS REVISE D U U L T I P L E T T ABLE

Laboratory E P J Multlplet

{Ho)

Laboratory E P J llultlplet

(Noll Laboratory E P J Multiple*

(Bo)

I A Ref Int Lo» High I A Ref Int Low High I A Ref Int Lorn High

§1 I continued 31 I continued SI II I P 16. 27 Anal B List A Aug 1944

6155.22 A 20n 5.59 7.60 3-4 3d3 D

c-5f3 9689.41 A 8* 6.07 7.35 3-3 4p3 P-6s3 P° 3856.031 A 8 6.83 10.03 24- Ht 3p2 3n_43p«

6145.08 A lOn 5.59 7.60 2-3 (39) 9789.34 A 3n 6.06 7.33 1-1 (65) 3863.593 A 6 6.83 10.02 If- 1

: (1) 6155.73 A 2n 5.59 7.60 3-3 9913.16 A 1* 6.07 7.33 3-1 3853.657 A 3 6.83 10.03 ll-l* r

A 5n 5.59 7.60 3-3 3d3 D°-5f3 D 9839.58

•9570.08 A

A

3*

4 6.06

6.06

7.31 7.35

1-0 61*3.53 1-3 . - 6131.54 A 4n 5.59 7.60 3-3 (30) 9758.08 A 3n 6.05 7.32 0-1 6347.091 A 10 8.09 10.03 4-l4 e's-i^P'

6124.85 A 2n 5.59 7.60 1-1 4p3 P-5d3 P

c (66)

6371.359 A 8 8.09 10.02 1- iI (3) 6131.86

6125.03

A

A

5n4n

5.59

5.59 7.60 7.60

2-3

1-3 9318.349338.60 A

A

43n 6.07

6.07 7.407.41 2-3

2-1 6142.21 P 5.59 7.60 3-3 •9103.37 A 3w 6.06 7.41 1-0 4130.884 A 10 9.80 12.78 3*- , 32 D-42F« 6131.30 P 5.59 7.60 3-1 9208.55 A 5* 6.06 7.40 1-2 4138.053 A 8 9.79 13.78 l$-3* (3)

A 1-3 4p1 P-4d1 D°

•9103.37 8070.64

A

P

3* 6.05

6.07

7.41 7.60

0-1 3-3 4p3 P-6d3 D° 5978.970 A li- i 42P°-53 10844.02 25w 5.84 6.98 7 10.03 13.09 8

(31)

4p1 P-4d3P° 8086.18 P 6.06 7.58 1-3 (67) 5957.613 A 5 10.03 13.09 h i> (4) 10627.81 A 20* 5.84 7.00 1-2 4p3 P-7s3 P° r 4

2P»-43 {S3) D , 4pI P-6s3 P° 7912.55 A 3* 6.07 7.63 2-2 5056.030 A 10 10.03 13.47 1*-3J 8179.43 P 5.84 7.35 1-3 168)

4p3P-6d3 P°

169) 4p3P-8s1 P°

5041.063 A 8 10.03 13.47

f-1; (5) 8338-43 A 5w 5.84 7.33 1-1 (33) 7898.38 P 6.07 7.63 2-2 5056.353 A 2 10.03 13.47 lf-lJ r 8093.32 A 25* 5.84 7.36 1-1 4p 1 P-6B 1 P° 7105.34 P 6.06 7.79 1-1 3339.84 A 3 10.03 13.73 li- 4 4

aP°-638

{34) , 4p1 P-5d3P°

(35) 4p1 P-5d1 D°

7089.03 P 6.05 7.79 0-1 (70) 3333.16 A 2 10.03 13.73 f- i

i (6) 7913.47 A lOw 5.84 7.40- 1-3 3310.04 A 3 10.03 13.87 $' 43P»_52 D 7680.35 A lOOw 5.84 7.44 1-3 9891.90 A 5* 6.10 7.35 1-2 4p3S-6s3 P° 3303.89 A 2 10.03 13.87 1-1* A 4w 5.84 7.64 1-1

(36) 4pI P-7s1 P° 9505.38 A 5 6.10 7.40 1-2 4 7l)

, 6848.65 4p3s-5d3 P«

(37) 4pI P-6d1 D

e 9431.82 A 4 6.10 7.41 1-1 (73) 5868.404 A 3 T 7 3Mt 3p4«4*»_3p4p' 6722.67 A 2w 5.84 7.67 1-3 9393.40 A 3* 6.10 7.41 1-0 5846.12 A 7 T l*-li (8) (38) 8046.78 P 6.10 7.63 1-2 4p3S-7b3P» 5837.80 5915.366 A

A 1

7

7

7

7 34-li

11018.00 A 70 5.85 6.97 3-17 3d1 D°-5p1 P

{ 73)< 4p3S-7s1 P* 5867.497 A 1 7 T 1«- < :

{ 39 > , 8009 . 39 P 6.10 7.64 1-1 5800.48 A 1 7 7 l*-3i 1 10153.13 P 5.85 7.06 3-3 174)

4p3S-8s3 P

# 5806.75 A 3 1 T y-ii ! 3d1 D°-5p3 P 7393.18 P 6.10 7.77 1-2 10020.16 A 1 5.85 7.08 2-1 7455.47 P 6.10 7.75 1-1 (75) 5639.493 A 2 T T 3J-1- r 3p4s4P°-3p4p4

A 4 5.85 7.14 2-2

(41) 3d1 D°-5p1 D 5576.61 5540.74 A

A

1 7T

7

7 l*-li (9) •9570.08

(42) 3dI D°-4f1 F 11468.54 A 1* 6.18 7.36 4-4 3d3F -4f3F

8752.17 A 200 5.85 7.36 3-3 11303.03 A 1* 6.15 7.36 2-3 (76)

(43) 3d1 D°-4f3F 11308.45 A 2* 6.16 7.36 3-3 Strongest Unclassified Line 3 of Si II 8742.60 A 100 5.85 7.36 3-3 11390.01 A 10* 6.16 7.36 3-4

8751.18 P 5.85 7.36 3-3 (44) 11187.74 A 20* 6.15 7.26 3-3 6671.88

6660.49 AA

3

3 8556.64 A lCOw 5.85 7.39 3-3 3d1 D°-4f3 11130.37 A 7* 6.18 7.39 4-5 3d3F°-4f3G 5785.64 A 1 {45) 3d1 D°-4f3 D 10982.28 A 7* 6.16 7.39 3-4 (77) 5706.375 A 1 8502.38 A 30* 5.85 7.30 2-3 10885.16 A 10* 6.15 7.29 2-3 5701.375 A 1 8444.00 A 15* 5.85 7.31 3-2 (46) 10984.24 A 3* 6.16 7.39 3-3

8444.48 A 3* 5.85 7.31 3-1 10893.73 P 6.16 7.30 3-2 3d3 F°-4f1 D 5688.856

5669 . 590 A

A

3

4 8501.50 A 20* 5.85 7.30 3-2 3d1 D°-4f1 D

(47) 3d*D°-5flE

10796.52 A On 6.15 7.30 2-3 (78) 5496.34

5468.93 A

A

13 7165.62 A 100* 5.85 7.57 2-2 •8898.97 A 3* 6.18 7.57 4-4 3d3 F°-5f3 F 5456.11 A 3

1 {48) 3diD°-5f3F •8790.88 A 4* 6.16 7.57 3-3 (79) •7164.75 A

> .5.85 7.57 3-3 8729.02 A 5* 6.15 7.57 2-3 5438.41 A 1 7165.09 P> 2* (5.85 7.57 2-3 (49) 8899.50

8791.28 A

A

3w

5* 6.18

6.16

7.57 7.574-3

3-3 5394.97

5303.51 AA

13 7034.96 A 50* 5.85 7.60 2-3 3d1 D°-5f3

{ 50 > , 3dlD°-5f3D

•8790.88 8728.38 A

A

4*

10* 6.166.15

7.57

7.57 3-4

2-3 5193.75

5185.09 A

A

1

1 7017.98 A 4* 5.85 7.60 3-3

7017.68 A 10* 5.85 7.60 3-2 (51) 8596.02 P 6.16 7.60 3-4 3d3F°-5f3 G 5181.77 A 1 7016.90 P 5.85 7.60 2-1 8536.38

8597.00 A

A

3*Snl 6.15

6.16

7.60 7.603-3

3-3

(80) 4931 . 69 4906.88 A

A

1in 6527.20 P 5.85 7.74 2-3 za^v-e^r 4859.38 A 1 (52) 7850.5

7800.0 A

A

3N

4N 6.166.15

7.74

7.74

3-3 3-3

3d3F°-6f3 F

(81) 4656.80 A l 10727.21 A

A 75*

50* 5.96

5.94

7.11

7.09 3-43-3

4p3 D-4d3F°

(53) 4198.174

4190.738 A

A

3 10694.14 3 10689.52 A 20* 5.93 7.08 1-3 11607.43 A 0* 6.30 7.36 3-1 4p1 D-4d1 P" 4076.78 A 1 10682.66 A 5* 5.96 7.09 3-3 {83) 4pI D-4d1 F°

(83) 4piD-6slP°

4075.45 A 3 10784.33 A 5* 5.94 7.08 3-3 11485.68 A 2* 6.30 7.37 2-3 3998.00 A In 8892.97 A 25* 5.96 7.35 3-3 4p3D-6a3P° 10588.66 A 1 6.30 7.36 2-1 3991.77 A 3n

8949.33 A 15* 5.94 7.33 2-1 (54) 4p*D-5d1 D° 3199.54 A 1 8925.55 A 8* 5.93 7.31 1-0 9886.93 A 2* 6.30 7.44 2-2 3193.10 A 1 8766.68 A 3* 5.94 7.35 2-2 (85) 4pln_5d1 F° 4pin_6d3 P°

3188.95 A 1 8883.84 A

P

4* 5.93 5.947.32 7.36

1-1

2-1 4p3 D-6B1 P°

•8898.97 8576.46

A

P

3* 6.30

6.30

7.58

7.63

2-3 8667.40 2-2 8606.43 A 1* 5.93 7.36 1-1 (55) (87) 8550.34 P 6.30 7.64 2-1 4piD-7slP SI III IP .32 Anal B List A Auk

8579.15 A 2* 5.96 7.40 3-2 4p3 D-5d3P» (88) 4plD-7dlF°.

i 5G), 4p3n-5d3F°

(57)

7431.17 P 6.30 7.86 2-3 3086.335 A 7 17.63 31.63 3-2 3

3D-43P« 7943.94 AA

500* 300*

5.96

5.94

7.51 7.49

3-4 2-3

(89) 3093.423

3096.786 A

A

64 17.63 17.64 31.63 31.63

3-1

1-0

(1) 7932.20

7918.38 A 200* 5.93 7.49 1-3 11611.49 A 5* 6.33 7.30 2-3 3d3P°-4f3 D 3086.429 A 3 17.63 21.63 3-3

8035 . 39 A 7* 5.96 7.49 3-3 •11591.98 A 4* 6.34 7.31 1-2 (90) 3093.613 A 3 17.64 31.63 1-1 7970.26 A 10* 5.94 7.49 3-3

4p3 D-7s3 P°

11640.58 11502.94 A

A

3w

3* 6.25

6.23

7.31 7.31 0-1

2-2 3086.620 A 1 17.64 21.63 1-3 7373.02 A 10* 5.96 7.63 3-3 •11591.98 A 4* 6.24 7.31 1-1

4

3 S-43 72e5.94 P 5.94 7.63 2-2 (58) 4553.654 A 9 18.93 21.63 1-2 P°

4p3 D-7e1 P

, •9009.04 A 5nl 6.23 7.60 2-3 3d3 P°-5f3 D 4567.873 A 7 18.92 21.62 1-1 (3) 7255.28 P 5.94 7.64 2-1 9064.06 A 0*1 6.24 7.60 1-2 (91) 4574.777 A 4 18.92 21.63 1-0

(59) , 4p3 D-6d3F°

(60)

•9009.04 A 5nl 6.23 7.60 2-2 7005.84 A

A

50* 50*

5.96

5.94

7.72 7.70

3-4

3-3 4338.53 A 1 18.94 31.79 0-1 3p2 1 S-41 7003.58 P» 6976.53 A 25* 5.93 7.70 1-2 10015.33 A 1 6.37 7.60 0-1 4p1 S-7e3Pe (3) 7084.33 A 2* 5.96 7.70 3-3 (93) 5739.763 A 6 19.64 21.79 0-1 4

1 S-41 P« 6813.85 P 5.96 7.77 3-3 4p3 D-7d3 D° (4) 6730.38 P 5.93 7.76 1-1 (61) Strongest Unclass Llnee of 81 _I 6842.35 P 5.96 7.76 3-2 3806.56 A 5 21.63 24.88 2- 4

3P°-43D 6729.80 P 5.93 7.76 1-3 9770.10 A 4* 3796.11 A 4 21.62 24.88 1- (5) 4p3 D-7d3F° 9738.60 A 6* 3791.41 A 3 21.62 24.88 0-1 6527.49 A 3n 5.96 7.85 3-4 9254.59 A 4n 6555.20 A 3n 5.94 7.83 3-3 (63) 8646 . 89 A lOOnl 3341.67 A 6 21.63 25.44 2-1 43P«-538

6560.68 A 2n 5.93 7.81 1-3

4p3P-4d1 P»

8503.17

7743.3

AA5

4n

3334.00 3230.55

AA

5

3 21.62 21.62

25.44 25.44

1-1 0-1

(6)

10262.49 P 6.06 7.36 1-1 7743.7 A 5n

i 63 > , 4p3p-5d3D» 6731.97 A 4* 3590.46 A 8 21.79 25.22 1-2 4

1 P*-41 D

10067.84 A 4* 6.07 7.30 2-3 6415.34 A 4*

1 (7)1 4

1 P«-51 S

(8)

10025.80 P

AA

1 6.06 6.05

6.07

7.39

7.39

7.29

1-2 0-1

(64) 3185.16 A 3 31.79 25.66 1-0 9967. 46 10155.88 1 3—3 10001.35 P 6.06 7.39 1-1
REVISED MULTIPLE? TABLE

LftbOTW.WCr'7 I A Ref Int

51 III continued 4838.933 A 4n 4819.740 A 3n 4813.390 A 3n

3040.93 A

3037.36 A

3034.74 A

3136.25

3147.38

E P

Low High

35.86 88.43

35.86 38.43

35.85 38.43

35.86 39.92

35.86 39.93

35.85 29.92

Multlplet

(No)

4- 4

3T«-53 3- (9) 3-3

Laboratory

I A Ref Int

3-

2-

4

3F»-63 (10)

26.68 30.62

36.68 30.60

3258.67 A 1 3876.35 A 1 3279.35 A

3353.44 A 00

36.84 30.63

36.83 30.60

36.83 30.59

36.83 30.63

4663.018 A

4665.87 A

4682*774 A

4638.13 A

37.99 30.63 27.95 30.60

37.95 30.59 37.94 30.60

Unclassified Lines of 31 III 4716.658 A

3924.44 A

3486.93 A

3482.70 A

3310.52 A

3196.50 A

3186.01 A

546On

3

32

3308.86

6043.10 B 6034.15 B 6034.01 B 6165.56 B 6087 . 76 B 3-2 3p3d3P»-3p4p3P 5425.93 A

3-1 (11) 5386.87 A

5499 . 72 A

, 5409.66 A

3-2 3p3#D»-*4p3P 5316.07 A

2-1 (12) 5344.73 A

1-0 2-3 5396.09 A

5191.41 A

__ 5153.30 A

2-3 3p4s3P"'-3p4p3P

1-1 (13) 'T4720.26 A

1-0 0-1 ",613.84 A

4581.77 A

5353 . 49 A

4499 . 18 A

81 IT I P 44.95 Anal A List A Aug 1944

4088.863 A 10 4116.104 A 8 23.95 26.97 4-1* 4

3 S-43P* 23.95 26.95 $- $ (l)

3165.72 3149.56

3762.41 3773.13

8

(7)

i 19

86.97 30.86 1^2* 4

3P

C-43 D 36.95 30.86 i-i.\ (3)

30.86 34.14 3i-l4 4

3D-53 P° 30.86 34.13 If- f (3)

4328.22 B (4) 4314.18 B (?) .14 37.00 if- 4 53P°-63S

.13 37.00 i- i (4)

4212.44

4631.38

4654.14

(4)

(5)

(6)

35.99 38.92 — S3!)^3?*

(5) 36.26 38.92 — 5

3F,-63&

(6) 36.27 38.93 — 5

3G-63H°

(7)

PI IP 10.9 Anal C List B Sept 1944 10581.52

10529.45

10511.45

10813.03 10681.43

10596.98 9796.79 A

9734.74 A

9608.97 A

9976.65 A

9750.73 A

9563.45 A

9593.54 A

9525.78 A

9304.88 A

9175.85 A

10084.22 9903.74

10204. 72 9790.08

8

5

3

1

1 5020

3S

25

1335

30

3

25

83

3

6.96

6.92

6.91

6.96 6.92

6.91

7.18 8.41

7.14 8.39 *-

7.18 8.39 1*- 7.14 8.41 f-1

1* 4i3P-4p3 P» I (4)

4943.42 4969.65

4954.33

4864.38 4987.17

4823.84

4739.49 4700.80

4601.97

54587.915 4658.12

4626.61 4324.43

4072.13

4036.23

4137.49 4064.64

4166.73

4117.09

4120.78 4130.77

4062.08

4091.53 4033.68

3664.30 3570.34

3507.37

•3478.74 3775.03

3676.27

3490.45

3706.06

3536.30

3559.93 3556.49

•3551.16 3533.67

3530.35

3527.11 •3404.34

•3728.6788 3723.63

3631.41 3566.43

3562.48

P II I P 19.57 Anal B List B Aug 1944 3715.86

3768.71 3795.10

3761.82

3793.61 3786.70

A

A

A

AAA

4

4

3

33

3

9.48 13.80 9,48 13.76

S.48 13.74 9.48 13.76 9.48 13.74 9.48 12.74 3472.88

3503.00

3518.61

•3478.74

A

A

A

A

5

54ndT

3

9.48 13.03 9.48 13.00 9.48 12.99 9.48 13.03 3419.25

3424.88

3436.30

A

AA

6

6

4

9.48 13.09 9.48 13.09 9.48 13.09

5450.66 5507.15

5583.33

3 3_ * 5541.19

3-3 3.3P"

5 T»-4p3D 5378.13

1-3 (l) 5483.56

0-1 3-3 •4589.79

1-1 4435.95

3-1 4401.97

„ __ . 4475.37 3-3 3S3P3 3P»-4p3P 4417.31

3-1 (2) 4466.11

1-0 1-3 4463.95

, , , 4483.67

3-1 S**3 3P»-4p38 4533.81

1-1 (3) »4530.78

0-1 4414.39

4467.98

6w

E P

Low High

9.59 13.33

(5)

(3)

(1)

(l) (l)7w

7w

77w

7W

7W8W

6

4

33n

10.76 13.80

10.71 13.76

10.69 13.74

10.76 13.76

10.71 13.74

10.76 13.03

10.71 13.00

10.76 13.00

10.71 12.99 10.71 13.03

10.69 13.00

10.76 13.09

10.71 13.09

10.69 13.09

10.71 13.33

10.71 13.38

10.69 13.38

8W7110.97 13.38

10.97 13.72

•3551.16 A 3n 3470.83 A 4 •3404.34 A 5 3377.52 A 4n

12.69 16.17

12.69 16.25

12.69 16.32

12.69 16.34

71 12.80 15.29 71 13.76 15.34 51 13.74 15.33 41 12.76 15.29 41 13.74 15.24

12.74 15.29 31

41

12.76 15.36

12.74 15.36 8W1T 12.80 15.48

8W ,12.76 15.45 ^13.74 15.43 61 13.80 15.45

5 IT 12.76 15.43

2 13.80 15.73

3 13.76 15.79 3n 13.74 15.79

511 13.80 15.79

3 3J 13.76 15.79 3n 12.76 15.73

4 13.80 15.80 3n 13.76 15.75 3nlT 13.74 15.73 2n 13.76 15.80 31dT 13.74 15.75

3 13.74 15.80

6w 12.79 16.16

3d 12.79 16.25

6wd? 12.79 16.31

3 12.79 16.34

3 12.81 16.08

6w 13.81 16.17

5 12.81 16.34

7w

3 12.83 16.16

13.83 16.38

3 13.85 16.31

6 12.85 16.33

3n 13.85 16.33

3 12.85 16.34

5 12.85 16.34

3 13.85 16.34

5 12.85 16.47

4d 12.85 16.16

3 12.85 16.17

4 12.85 16.25

5 12.85 16.31

3 12.85 16.32

61 13.03 15.29 51 13.00 15.24 51 13.03 15.34

4 13.00 15.23 31 13.00 15.29 51 12.99 15.24 8f 13.03 15.72

2 13.00 15.79 In 12.99 15.79 71 13.03 15.79

3 13.00 15.79

3 13.03 15.79

5 13.03 15.80

3 13.00 15.75

3 13.03 15.75 71 13.00 15.73 6 13.00 15.80

4 13.99 15.75

Multlplet

(No)

2-3 383P

3 1D°-4p1D

(4) 3-3 4s 3 P°-4p3 D 1-3 0-1 3-3

1-1

Laboratory

I A Ref Int

P II continued 3837.46 A 7 1

£ P Low High

Multlplet

(No)

13.08 16.31 3-2 Sd^-ll

(26)

(5)

3-3 4s'3 P -4p'5 P

1-1 3-1

1-0 1-3 0-1

1-1 0-1

(6)

(7)

5588.25

5727.69

4554.81

4688.71 4678.95 4558.04

4244.55

4109.19

4044.49 4019.45

1-2 4s3 P°-4p1 Dt

7 <8)1 1-1 4s 3P°-4p1 P

0-1 (9)

1-3 4s 1 P°-4p1 D

(10) , 1-0 4s 1 P°-4p1 S (11) 1-3 3«3p3 1 P

c-5 ! 1- (13) -8 ' 1-8 -13

1-2 -18

4452.45

4423.9 4160.56

6460.1 4288.53 3372.70

4587.91 8 4530.78

3-8

2-1

1-0 2-2

1-1 1-2 2-1

1-1 3-4

2-3

1-2 3-3

2-2 3-3

2-2

1-1 3-2

2-1 2-3 3-2

2-1

1-0 2-2

1-1

1-2

4792.06

4622.71

4p°D-5s'5 Pe '4589.79 4565.82

3710.46

n3n_?;p 3 i; (13)

512113.09 15.39

13.09 15.34

6 IT 13.09 15.80 41T 13.09 15.75 61 13.09 15.73 61 13.09 15.79

3 13.35 16.16

5 13.35 16.35

7w 13.35 16.31

4 13.35 16.33

61 13.38 16.15 3d 13.38 16.17

3 13.38 16.34

1-3 4p3 S-5a3 P°

1-1 (27)

J 3 S-4c 1-1 (38) 1-0

1-1 4p3 S-4d3 D* (29) 3-2 3d1 r°-4

3- (30) -10

3-2 -11 3-3 -15

1- 3d1 P°-3

1-1 (31) -6

1-2 -18

1-3 4p1 P-5s3 P°

£32) 1-1 4pI P-4d1 P

e (33) 13.38 17.04 1-1 4pI P-6s1 P°

(34)

13.38 15.29

13.38 16.36

8W71

13.63 16.31

13.63 16.34

51 13.64 16.31 4n 13.64 16.31 8W 13.64 16.33 61 13.64 16.34

3n 13.73 17.04

3-3 1°-11

3- (35) -16

-3 3

8- 7 -3 (36) -11 -3 -15 — -16

0-1 4p 1 3-6s1 P° (37)

4p3D-5s1 P°

(14)

4p3 D-4d3F° P III I P 30.03 Anal B List A

(15)

4p3 D-4d3 D

c (16)

4p3 D-4d3 P°

(17)

4059.37 A

4080.04 A

4057.39 A

Aug 1944

•z2 n_.3r 14.43 17.47 3+-1+ 3a D-4 P 14.43 17.45 1*- } (1) 14.43 17.47 1*-14

3-3 3d'i P°-4

3-2 (l8) -9

2- -12

2-1 -17

1-2 3d3P"-2

1-3 (19) -5

1-2 -18

1-2T 3d3 D°-4

1-2 (30) -14

2- 3d3D

e-12

2-2 (21) -13

2-2 -14

2- -16

2-1 -17

2-2 -18

2-1 -20

3-2 3d3D°-4

3-2 (22) -5

3-3T -9

3- -13

3-3 -13

3-3 4p3P-5e3P°

1-1 (33) 2-1

1-0

1-3 0-1

3-3 4p3 P-4d3 D° 1-3 (34) 0-1 3-3

1-1 3-1

3-3 4p3 P-4d3 P° 1-1 3-1

1-0 1-3 0-1

4333.15

4246.68

3333.68 3219.32

3277.82 3283.33

5203.86

3280.82

7w 14.55 17.47

7w 14.55 17.45 4-li 4

2 S-42 P° 1- I O)

6w6w

17.47 31.39 li- 4

2 P°-4 17.45 31.39 J-l| (4)

3 14.43 18.19 34-3i 3

2 D-3p3 2 D°

3 14.43 18.19 lj-li (3)

5

3n

31.39 33.66 -li 4

2 D-52 P°

31.39 35.05 — 2 (5

2

•4587.91 } A

3978.38 A

8W

8W

33.05 34.74 —

33.05 35.16 —

3957.64

3933.38

3933.73

3997.17

3951 . 51 3895.03 3904.79

3803.08 3744.22

•3717.6388

(6)

4

2F°-52 D

3 (?)2 (8) 3p4s*P8-

(9)

3p4e4P°-3p4p43 (10)

P IV I P 51.15 Anal B List B Aug 1944 3347.72 A

3364.44 A

3371.10 A

4249.57

•3728.6788 A

•3717.638 A

3717.03 A

28.01 31.70

38.01 31.68

88.01 31.67

1-2

1-1

1-0

28.89 31.79 0-1

4d

55

36.20 39.51 36.30 39.53

36.30 39.53

3-1 3-3

1-3

4

3 S-43 PC (1)

4

1 S-41 P°

(2)

4

3 D-53 P°

(3)

P V I P 64.74 Anal A List A Aug 1944

(35) 3175.16

3304.06

33.70 37.58

33.70 37.55

4

d S-4'i P

(1)
18 REVISED MULTIPLE! TABLE

Laboratory

I A Ref Int E P Low High

llultlplet (No) Laboratory

I A Ref Int E P Low High

llultlplet

(Ho) Laboratory

I A Ref Int

3 I I P 10.31 Anal B List B Sept 1944 8 II I P 33.3 Anal B List A Sept 1944

9213.91

9338.11 9337.49

10455.47 10459.46

10456.79 5378.99

5378.70

5378.10 4411.34

8694.70

8680.47

8671.37 8693.98

8679.70

8670.65 8693.34

8679.00

8670.19

7696.73 7686.13

7679 . 60 6757.16

6748.79

6743.58 6415.50

6408.13 6403.58

6052.66 6046.04

6041.93

5706.11 5700.34

5696.63

5507.01 5501.54

5498.18

9035.93

9036.33

9038.73

9039.37 9036.73 8453.14

8449.54

8451.55

•7344.77

•9949.84 9932.26

•9633.78 9672.34 9649.94

9680.80

9697.33 9413.46

9421.93

•9437.11

11453

11472 U464

9693.68

9739.74

9741.93

8874.53 8884.23

8883.47 8880.70

7933.95

7931.70

7930.33 7938.84

4694.13 A 10 4695.45 A 8 4696.35 A 6

10

8

133

3

1

11

10

10

8

6

32

1

105

3

64

3

4

3

3

(8)

(8)

(5)

1 10)

13)

10)

(8)

(8)

(1) (in)

(10

i!

(9) (7(5)

(3)

1510

8

6

6.50 7.84 6.50 7.83 6.50 7.83 6.50 9.13

6.50 9.13

6.50 9.13

6.83 8.01 6.83 8.01 6.83 8.01 6.83

6.83

6.83

9.17

9.17

9.17

7.84

7.83

7.83 7.84

7.83

7.83 7.84

7.83

7.83

9.35

9.35 9.36

9.35

9.36

9.36

9.36

9.36

9.36

7.84 9.44

7.83 9.44

7.83 9.44

7.84 9.66

7.83 9.66

7.83 9.66

7.84 9.76

7.83 9.76

7.83 9.76

7.84 9.87

7.83 9.87

7.83 9.87

7.84 10.00 7.83 10.00 7.83 10.00 7.84 10.08

7.83 10.08 7.83 10.08

8.01

8.01 8.01

8.01 8.01

9.38

9.38

9.38

9.38

9.38

8.01 9.47

8.01 9.47

8.01 9.47

,8.01

^8.01 9.71

9.71

,8.37

l 8.37 9.63

9.61 8.37 9.63

,8.37

^8.37 8.37

8.37 8.37

8.37

9.66

9.65

9.65

9.65

9.65 9.65

8.37 9.69

8.37 9.68

,8.37 9.68

^8.37 9.68

3-3 4

aS°-4 P

3-3

3-1

(1)

3-3 4

SS°-5&P

3-3

3-1

1-3

1-1 1-0 1-3

1-1 1-0 6.83 9.63 1-

8.38 9.46

,8.38 9.46

k 8.38 9.46

8.38 9.70

8.38 9.69

8.38 9.69

8.38 9.77

8.38 9.77

8.38 9.77

8.38 9.77

8.38 9.94

8.38 9.94 8.38 9.94

8.38 9.94

9958.90

8585.60

7629.82 7578.96

4993.51

3867. 5€

(8) 1010

10

88

3-4

3-3

1-3

3-3 3-3

1-1 3-3

3-1

1-0 3-3

3-3

1-3

3-3-

1-3-3 2-3

1-3

3-3-

1-

3-

3-

1-3-

3-

1-

3-3

1-3 0-1

2-3

1-1 3-1

1-1 0-1

3-3

3-3

(3)

4

3 8°-43P

(3)

4

38«>_53P

(4)

4

3S°-63P

(5) 4

5P-45D°

(6)

4

5P-658°

(7)

4

5P-55D°

(8)

45p_7

5so (9)

4

5P-65D°

(10)

4

5P-75D°

(11)

4

5P_85

D»

(13)

4

,3 P-4'3 D

(13)

4

3P-63 S° (14)

4

,3 P-5'5 D« t (15)

5037.19 5143.33

4131.0 3906.95

3595.991 3673.14

3613.03

3654.51

6386.48

5453.81 5433.77 5438.64

5564.94

5509.67

5473.59

5645.63

5556.01

5033.41 4991.94

4943.47 5103.30

5009 . 54 4934.08

4935.33

4779.11 4804.13 4681.33

4743.4 4815.515

4716.336

4656.74

4193.51

5606.11 5640.33

5659.95

5664.73

5536.33 5578.85

5616.63 5466.55

5536.77

8314.73

7967.43 5996.16

5908.35

6097.13

5933.95

6133.41 5639.96

5646.98 5819.33

5014.03

3-3 3

JD°-4p' 3Pt 4917.15

1-0 (16) 5047.38

3-2 4885.63

3-4

2-3

1-2 3-3

2-2 3-3

3-3

3-3

1-1 3-3

3-

0-

3-3

2-3

3-2

3-3-

1-

3-3-

1-

3

3 D°-4p' ^

(17) 3669.0493594.463

3663.47 3314.50

3373.25

, _ 3339.3

3°D°-4p' •TJt 3357.83

(18) 6981.40

7139.79

c c 7356.96 3°D°-4°F 7317.03

(19) 7164.63

7373.20

- , 7337.61

3=D°-4p' 3pt 6957.95

(30) 7134.38

7336.91

35D

C-55F t (31)

(33)

Strongest Unclassified Lines of S I

6305.51 6397.30

6413.71 6386.35

6384.89

6398.05 6374.34

6369.34

6093.13

5895.89

6080.85

5951.30

5940.69 5937.15

3845.31 3783.6

00

1513

9

815

15

4

5

3

1(1)

119

10

300

00

00

10

8

4

15

10

13

10

6

7

'5 Co)

i

10

10 D 4

D 3 D 1 D 1 D 1 10810

17

(0)3

5

3

A

D 3 A 00

D 3

D 4 B 1 B 1 BD 3 B 1 B

1 D 1 B

108

9

8

8

8

34

3

1 D 3 D 1 D 1 0000

13.04 15.49 1*- * 3a3p4 aP-4p2r 7509.03

13.09 15.49 f. | (1) 6733.88

13.04 16.03 l$-l4/ 3*3p4 2p-4p4-» 6641.06

, , Cal. 6531.39

13.04 16.30 l$-3$ 3»3p4 %-4p3_o

. , (31 _ 6387.06

13.04 16.47 14-14 3a3p4 "P-4p3p» 6313.68

13.09 16.45 h- * (4) 6103.36

13.04 16.45 14- *

13.09 16.47 4-1* 6161.84

13.56 15.49

13.61

13.56

13.53

13.61 13.56

13.53

13.61 13.56

13.61 16.07 13.56 16.03

13.53 16.03

13.61 16.03 13.56 16.03 13.56 16.07 13.53 16.03

13.61 16.30

13.61 16.13

13.56 16.30

13.53 16.13

13.61 16.18 13.56 16.18

13.53 16.18 13.56 16.45

if- i 4s4P-4p3S•

4u4P-4p4D° 14-3* (6)

-14 34-34

lf-l4

6314.39

6138.31

13.67 15.88 13.64 15.83 13.63 15.80 13.60 15.78 13.64 15.88

13.63 15.83 13.60 15.80

13.63 15.88

13.60 15.83

34-l4 4s4P-4p4S° if-lj (9)

i-li 4s4P-4p3P»

(10) 3d4F-4p4D° (U)

14.01 15.49 13.94 15.49

14.01 16.07 13.94 16.03

14.01 16.03 13.94 16.03

14.01 16.03

l4- 4 4e3P-4p3S° f- I (13) l4-34 483P-4p4P° 3-lf (13)

3933.30

3853.09 3859.36

7831.47 8086.67 8373.46

8051.91 8358.37

8377.79

8331.63

8361.95

4431.03 3934.05

3945.06

8530.33

4755.13

4763.38

4668.58

4648.17

8433.39

8515.48

5330.70

5345.67

5313.61 5301.00

5301 . 33

14.01 16.30 1-J 13.94 16.13 J 14.01 16.13 l\ 14.01 16.47 lJ 13.94 16.45 i 14.01 16.45 lJ 13.94 16.47 i 14.01 17.37 lJ 13.94 17.38 t 14.01 17.38 l\ 14.01 17.73 lJ 13.94 17.71 * 14.01 17.71 14 13.94 17.73 4

-34 4s3P-4p3D° -If (14) -1*

-l4 4s3P-4p3P°

- I (15)

4s2P-4p' 3D°

(16)

3783.16

3860.15

3317.70

4463.583

4483.434

4486.66

4391.84

4432.41 4456.43

l4 4s2P-4p' 2P8 4343.84

14.11 14.10

14.10

14.09

14.11 14.10

14.10 14.10

14.10

14.09

15.88

15.83 15.80

15.78

15.83

15.80

15.78

15.88 15.83

15.80

(17)

3d4D-4p4D»

(18)

14.11 16.07

14.10 16.03 14.10 16.03 14.10 16.07 14.10 16.03

14.09 16.03

14.10 16.07

14.09 16.03 14.10 16.13 14.10 16.30

14.10 16.13 14.10 16.18 14.10 16.18

14.09 16.18 14.10 17.31

14.11 17.37

3d4D-4p4P°

(19)

3d4D-4p3D°

(30)

3d4D-4p4S

c (31)

30.*D-4p> 3F«

i23)a 3d4 D-4p' 2D" (33)

4403.86 •4163.698

4153.098

4145.100

4143.391

4317.33

•4189.71 4168.409

4355.01 4213.5

4028.791 3990.94

3963.13

3946.98

4050.11 4003.89 •3970.69

3950.43

3939 . 49

4793.03

4835.85

4883.73 4901.30

4900.47 4739.45 •4819.60

4590.8

4533.3

4518.9

3993.536 A

3931.938 A

4007.78 A

3918.19 A

4534.946 A

'4553.378 A

4534.68 A

A

A

AA

A

AA

A

AA

A

A

A

A

A

BA

A

A

A

A

A

AA

A

A

1

1

10

104

1

4

3 00

3

3

00

(0)

3

4

3

3

(3)6

7

3

76

33

33 00

1010

9

8

36n

5 00

7

33

1

1

11 00

00

3 00

1

133n

•4552.378 A

4495.9 A

4509.0 A

0000

00

7 00

00

E P

Low High

14.33 15.88

14.33 16.07

14.17 16.03

14.17 16.07

14.33 16.30

14.17 16.13

14.17 16.30

14.17 16.18

14.33 16.19

14.17 16.19

14.33 17.33

14.17 17.31 14,33 17.31 14.17 17.33

14.33 17.37

14.17 17.38

14.17 17.37

llultlplet

(Ho)

3f-3f 343F-4p4D» 34-3* 3d3f_4p4p» 34-1* (35) 3|-3|

3*-3* 3d3F-4p3l>» 34-1* (36)

33-3*

ai-ii 3d3f-4p4S» 3d3F-_«

(38) 3d3F-4p' 3| -3* (39) -34

34-3* 3_3F-4p' aI 34-1* (30) 34-3*

14.30 15.88

14.30 15.83

14.31 15.80

14.30 15.83

14.30 15.80

14.31 15.78

14.30 15.80

14.30 15.78

3d4P-4p*D»

(31)

14.59 17.37 1^-34. 3d3 P-4p' 3E

, , i 33 > 14.59 17.73 l4_i* afl3p_4.nl 14.59 17.71 l4-l4 3d3P-4p' 3f if- it (33)

14.73 16.18 3^-l£ 3d3D-4p48°

3i-3* 3d3D_4t)' l|-3 34-3* 3d3 D-4p' 3D lf-lf (36)

14.73 17.33 34-3* 3d35^4p' *t

14.73 17.31 l|-3| (35) 14.73 17.37

14.73 17.38

34-1* 4_« 3n_4p3p« l|- I (37) 15.00 16.47

15.00 16.45

15.00 17.33 34-34 4s' 3n_ip

i 3f 15.00 17.31 l|~3| (38) 15.00 17.37

15.00 17.38

15.00 17.38

34-3* 4a1 3n_4p) 3_ 14-1* (39) 34-1*

15.00 17.73 34-1* 4s' 3n_4pi 3p 15.00 17-71 14- * (40) 15.00 17.73 14-1*

15.49 18.75

15.49 18.69

15.49 19.31 M

15.88 18.64

15.83 18.58

15.80 18.55

15.83 18.64

15.80 18.58

15-78 18.55

15.80 18.64

15.78 18.58

15.88 18.84

15.83 18.80

15.80 18.78

15.78 18.76

15.88 18.80

15.83 18.78

15.80 18.76

15.88 18.78

15.83 18.76

15.88 18.94

15.83 18.93

15.80 18.91

15.78 18.91

15.88 18.93

15.83 18.91 15.80 18.91 15.80 18.93

15.78 18.91

4p3Se-5«3p

(41)

i- i 4p38°-4d3P

(43)

4p4D°-5s4P

(43)

4p4D°-4d4F

(44)

4p4D°-4d4D

(45)

16.07 18.64

16.03 18.58

16.03 18.55

16.07 18.58

16.03 18.55

16.03 18.64

16.03 18.58

16.07 18.75

16.03 18.75

16.03 18.75

16.07 18.78

16.03 18.78

16.03 18.76

4p4P°-584P

(46)

-l4 4p4po-5e3P

-if (47) -1?

-3* 4p4P»-4d4F

-3* (48) -14
REVISED MULTIPLE! TABLE

Laboratory

I A Ref Int

E P Low High

S II oontinued

4394.433 4367.803 4369.76

4318.68 4383.63 4378.54 4333.84

4391.45

3893.331 3793.46 •3860.64 i 3803.65

3850.93

3809.67 3776.80

4834.07 •4819.60

4700.31 4497.88

4415.37 4058.7

•3970.69 3933.394 A

3933.483 A

4009.39 A

3616.916

3567.171

6

5

34

33

1

5

5

3

13

1 00

33n

00

00

00

00

19

7

5

3

Multiple!

(No)

4p4P°-4d4D

(49)

16.07 19.34 3f-3+ 4p4P»-4d4P 16.03 19.38 f- 4 (50) 16.07 19.36

16.03 19.38

16.03 19.34

16.03 19.36

16.07 19.33 34-34 4p4P°-4d3F

(51)

Laboratory

I A Ref Int E P Low High

Multlplet

(No) Laboratory

I A Ref Int

16.30 18.75

16.13 18.69

16.13 18.75

16.30 18.94

16.13 18.93

16.30 19.34

16.13 19.34

16.30 19.33

16.13 19.37

16.30 19.37 16.30 19.61 16.13 19.59

14-14

34-34

4p3D°-5a3P

(53)

4p2D°-4d4D

(53) 4p3 D°-4d4P

(54) 4p3D°-4d3F

(55)

4p3D°-4d3D

(56)

B III I P 34.9 Anal C List A Oot 1944 3633.033

3709.371 3747.90

3710.43 3750.74

3334.87

3369.49 3370.38

3387.13

3334.01 3367.18

3334.17 3333.34

3331.10

4353.593

4384.991 4333.71

4361 . 53 4340.30 4418.84

3838.316

3837.80

3899.09 •3860.64 § 3778.90

3831.85 3717.775 A

3663.005 A

3656.61 A

9

54

3300

6

3

3

13

6

4

1

17.67 31.07

17.67 30.99

17.67 30.96

17.67 30.99

17.67 30.96

17.67 31.38

17.67 31.33

17.67 31.33

17.67 31.31

17.67 31.38

17.67 31.33

17.67 31.48

17.67 31.48

17.67 31.48

18.17 31.07

18.11 30.99

18.11 30.96

18.17 30.99

18.11 30.96

18.17 30.96

18.17 31.38

18.11 31.33

18.17 31.33

18.11 31.31

18.11 31.38

18.11 31.33

3-3

1-3 0-1 3-3

1-1 3-3

1-1 3-1

1-0 1-3 0-1

3-1

1-1 0-1

3-3

1-3 0-1 3-3

1-1 3-1

3-3

1-1 3-1

1-0 1-3 0-1

3d3P°-4p3D

(1)

3d3P°-4p3 P

(3)

3d3P°-4p3S

(3)

4e 3P°-4p3 (4)

4s 3 P°-4p3 P

(5)

01 I continued

18.17 31.48 3-1 4s3P°-4p3S 18.11 31.48 1-1 (6) 18.11 31.48 0-1

8375.95

8585196

8575.35

6313.00

8333.29

8438.35

7980.58 8194.35

7878.33 7997.80 7673.44

8331.73 8320.40

7414.10

7717.57 7934.63

7356.63 7547.06

7744.94

4438.48

4403.03

4389.76

4475.31 4379.90

4363.30

4369.53 4336.44

4333.35

150 100

75 100

100

100

1550 A 75 A 50 A 35 A 75 A 60 A 90 A 100 A 100 A 135 A 100 A 135

30

1525

152030

15

15

20

E P Low High

8.88 10.36 8.95 10.39 8.99 10.43 8.88 10.39 8.95 10.43

8.99 10.45

8.88 10.43 8.95 10.45

8.88 10.45

8.95 10.49 8.86 10.49 8.95 10.45

8.99 10.49

8.88 10.55 8.95 10.55

8.99 10.55

8.88 10.58 8.95 10.58

8.99 10.58 8.88 11.66

8.88 11.69 8.88 11.69 8.95 11.71 8.95 11.77 8.95 11.78 8.99 11.81 8.88 11.80 8.95 11.80

19 Multlplet

(No)

4s 4P-4p4D°

(3)

48 4P-4p2 D°

(3)

4s 4P-4p2 P° t (4)

4B 4 P-4p48°

(5)

48

4 P-5p4

P° t (6) 4s 4P-5p4D° t (7)

4s 4P-5p3 D° t (8)

4s4P-5p4S° t (9)

5006.71 5136.13

5198.89 4493.3

4032.812

3998.79 3979.86

3933.63

5400.67 5518.74

5559.06

5363.69

8435.37 8533.64

6138.98

6336.43

•4189.71 4165.11 4180.7 4174.043

4359.18 4357.43

4349.93

4330.98

•8333.16 8333.30

•8333.16 8333.15

8018.70 8093.35

8133.03

7885.36 8005.34

8325.15

8179.31 8114.93

8085.29 8089.86

7997.85

7745.05

7665.03

(3)3

1 00

•4163.698 A

4146.94 A

4163.39 A

00

4

006n

1 00

4

10

3

3

1

11

1

11

33

00

16.18 18.64

16.18 18.58 16.18 18.55

16.18 18.93

16.18 19.34

16.18 19.36

16.18 19.38

16.19 19.33

16.47 18.75

16.45 18.69 16.47 18.69 16.45 18.75

17.31 18.78

17.31 18.76

17.33 19.33

17.33 19.37 17.33 30.37, 17.31 30.37 17.33 30.37

17.31 30.37

17.33 30.39

17.31 30.39

17.33 30.39

17.37 30.37

17.38 30.37

17.37 30.37

17.37 30.39

18.80 30.30

18.78 30.38 18.76 30.39

18.78 20.30

18.76 30.38

18.76 30.30

18.78 30.37

18.76 30.37

i-i-ai 4p43°-584P lf-lf (57)

l^-3£ 4p48°-4d4D l|w3* 4p48 -4d4P

14-14 (59)

-34? 3X°-4d3F

(60) 4-l4 4p3P°-5B3P

I- | (61)

(63) 34-34 4p' 8p«'-4d4P

3f-l| (I 34-34 4p' 34-3* I(63)

F,0 -4d3F

4364.73

4467.83

4499.39 4476.48 4527.96

4354.56

4439.87 3938.615

3983.77

3985.97

3930.37 3961.55

3794.69

3774.53

4613.47

4677.67 4099.35

4135.4

3899.37

4p' 3F°-4d' Sp

(64) 3136.00

3185.16

4p* 3F<,-4d' 3&

(65)

2985.98

is! 00

(0)2

1

6

33

(0)3

300

00

00

00

00

lii

(6)

18.34 31.07

18.33 30.99

18.33 30.96

18.34 30.99

18.33 30.96

18.33 31.07

18.33 30.99

18.34 31.38

18.33 31.33

18.33 31.31

18.33 31.38

18.33 31.33

10.38 31.48

10.37 31.48

18.33 30.99

18.33 20.96

18.38 81.33

18.33 31.31

3-3 3d3D°-4p3 D 2-2 (7) 1-1 3-3

3-1 3-3

1-3 3-3 3d3 D°-4p3P

3-1 (8) 1-0 3-3

1-1 3-1 3d3 D°-4p3 S 1-1 (9)

1-3 4s 1 P°-4p3 D

1-1 (10) 1-1 4s1 P°-4p3P

1-0 (11) 18.33 31.48 1-1 4s1P°^4p38

(13) 3-3 4p3P-4d3F° 3-3 (13) 31.38 35.51 3-3 4p3P-4d3D°

(14)

31.38 35.33

31.38 35.36

Strongest Unclassified Lines Attributed to 3 III

3f-3-i 4p' 3n«»_4d1 % 4803.81 A

14-34 (66) 4283.70 A

3|w3| 4164.96 A

4148.91 A 1 3^-3^ 4p' 3D°-4d' 3a 4137.54 A

(67) 4111.56 A 3 4d4F-5p4D° 4099.44 A 1 (68) 4095.17 A

4064.45 A 3 3997.97 A

3748.73 A

3699 .37 A 1

4d4F-5p4P°

(69)

3697.88 A

3638.15 A

3636.53 A

3549.73 A 1 3497.340 A 5

3 IV I P 47.1

4d4F-5p4S»

(70) 3097.46 A

3117.75 A

Anal C List A Aug 1944 33.40 36.38 33.40 36.36 fcl

43S-43p»

(1) Strongest Unclassified Lines of S II 6395.37

4634.11 4591.05

4561.88

4549.547 4464.435 A

4360.49 A

4185.95 A

4174.300 A

6

13n

3

56

1

16

3911.33

3831.41 3811.80

3730.64

3678.13

3385.81 3371.90

3368.09

3356.41

13In

1

1

3

11

1

CI I I P 13.9 Anal B List C Oct 1944 9131.10

9393.81 9486.89

8948.01 9191.67

9584.77

9703.35

75

5035

5060

50

40

484P-4p4P°

(1)

10091.64

10393.45 9744.33

9593.30 9875.95

9388.83 9073.15

9633.37

8912.88 9045.40

8550.46 9452.06

8686.28

9197.49

4526.30

4601.00

4469.37 4661.33

A 40 A 5 A 30 A 75 A 50 A 60

5030 A 40 A 40 A 30 A 75

3035

30

30

18

18

9.16 10.39 lf-34 4s 2 P-4p4D°

9.24 10.43 4-1+ (10) 9.16 10.43 14-14 9.16 10.45 14-M

9.34 10.49 *-V

9.16 10.49 l|-lJ 9.16 10.53 l4- J 9.34 10.53 4- \ 9.16 10.55 1-J-lJ 9.34 10.61 4- J 9.16 10.61 if- \ 9.34 10.55 i-l] 9.16 10.58 14-1-j 9.34 10.58 4-lJ 9.16 11.89 l4-lJ 9.34 11.93 4- \ 9.16 11.93 14- i 9.34 11.89 i-U

4e2 P-4p2 D° (11)

4s 2P-4p2

S° (12)

4s2 P-4p2P°

(13)

4s2 P-4p4S°

(14)

4s2 P-5p2 P°

(15)

CI II I P 33.70 Anal A List B Nov 1944 4794.54

4810.06 4819.46

5433.35

5443.43

5456.37

5433.52

5444.35

5457.03 5434.36

5444.99

5457.47

•5317.93 5221.34

•5217.93

3353.39

8360.63

3750.00

3767.57

3774.35

3769.13

3768.13 3748.46 3773.68

3650.13

3658.38

3673.83 3659.84

3668.03

3333.64

•3315.44 3312.78

3332.43 3330.14

A 350 A 225 A 300

150

100

50 100

60

7535

10

30

A 150 A 75 A 150

135

3030

35

30

181530

3030

18

1830

40 100

15

1530

13.33 15.89 3-3 13.33 15.88 3-3 13.33 15.88 3-1

13.63 15.89

13.62 15.88

13.62 15.88

13.62 15.89

13.62 15.88

13.68 15.88

13.62 15.89

13.62 15.88

13.63 15.88

14.38 17.96

14.79

14.79

14.79

14.79

14.79 14.79

14.79

14.79 14.79

14.79

14.79 14.79

14.79 14.79

14.79 14.79

14.79

18.08

18.06

18.06 18.06

18.06

18.08 18.06

18.17 18.16

18.15

18.16 18.15

18.49

18.51 18.53

18.49

18.51

4s33°-4p:j P

(1)

4-3 3d5D°-4p5P

3-3

3-1

3-3

2-2

1-1 2-3

1-2 0-1

(3)

13.90 16.37 1-2 13.90 16.27 1-1 13.90 16.27 1-0

4s<i S°-4p'i P

(3)

14.79 16.37 3-2

1-1 3s3p5 lp°-4p' IP (4) 3d3 D°-4p3 P

3d3D°-4p' 3d

(6) 3-3

3-2

1-1 3-3

3-1 2-3

1-3 3-4

2-3

1-3 3-3 2-3 3-3

3-1 1-0 2-2

1-1

3d3 D°-4pl 3Ft

(7)

3d3D",-4p' 3pf

(8)
20 Laboratory

I A Ref Int

CI II continued

3829.37 A 15 3147.86 A 30

REVISED MULTIPLE! TABLE

3161.44

4995.52

4970.13

4925.17 4936.99

4924.28

4819.79 4781.82 4755.64

4836.79

4798.40

4765.30

4739.42

3092.22

3071.35

3058.00 3053.74

5333.70

5078.25 5103.04

5099.30 5113.36

5104.08

5068.10 5098.34

4896.77 4904.76

4917.72

4914.32

4932.14 4792.04

4343.62

4307.42

4291.76 4336.26

4304.07

3123.72

3121.62 •3119.82

3045.00

2996.63 3006.05

3018.82 3004.39

5634.84

4353.51 4341.38

4334.09 3860.80

3e50.97 3845.42

3860.98

3851.38

3845.69

3361.40

3851.69

3845.84

6094.65

5790.50

5392.12

4132.48

3276.81 3096.72

5285.48

5173.15

5189. 70 51C2.34

5193.03

•4572.13

4569.42 •4572.13 3949.96

3329.13

•3 '15.44

20

60

5015

35

18

25

50

5020

15

10

10

5040

4010

15 150

125

100

4035

10

30 A 300 A 135 A 135 A 13 A 20

13 100

7550

45

40

1510

10

4030

12

10

18

7560

50

150

100

50 100

75

75

5030

30

100

25

100 200

40

35

30 A 35 A 35 A 10

A 10

15 10050

100

10 150

1005050

40

E P Low High

15.00 18.22

15.00 18.92

15.02 18.93

15.61 18.08 15.58 18.06

15.56 18.06

15.58 18.08

15.56 18.06

15.61 18.17

15.58 18.16

15.56 18.15

15.61 18.16

15.58 18.15

15.58 18.17

15.56 18.16

15.61 19.60

15.58 19.60

15.56 19.59

15.56 19.60

15.64 17.96

15.65 18.08

15.65 18.06

15.64 18.06

15.65 18.06

15.65 18.06

15.65 18.08

15.64 18.06

15.65 18.17

15.65 18.16

15.64 18.15

15.65 18.16

15.65 18.15

15.65 18.23 15.65 18.49

15.65 18.51 15.64 18.53

15.65 18.49 15.64 18.51 15.65 19.60

15.65 19.60

,15.65 19.60 U5.64 19.60

15.65 19.77

15.65 19.75

15.64 19.73

15.64 19.75

15.89 18.79

15.88 18.79

15.88 18.79

15.89 19.09

15.88 19.09

15.88 19.09

15.89 19.09

15.88 19.09

15.88 19.09

15.89 19.09

15.88 19.09

15.88 19.09

Multlplet

(No) Laboratory

I A Ref Int

CI II continued

15.93 17.96

15.93 18.06 15.93 18.33

15.93 18.93 15.93 19.70

15.93 19.93

16.37 18.65

16.27 18.64

16.27 18.66

16.27 18.64

16.27 18.97

16.27 18.97

16.27 18.97

16.27 19.97

16.27 19.99

16.27 20.00

16.27 19.99

16.37 20.00

2-3 3d' 1D°-4pl !f 6661.68

(9) 6686.04

3-3 3d' lD -4p' ID 6713.43

(10) 6653.75

6681.03

3-3 3d' 1F°-4p' ID (11)

, __ 4934.83

4-3 3d' T°-4p' %t 4907.17

3-3 (13) 3-1 4781 . 33 3-3 4768.68

3-3 4771.09

, _ __ 4785.44

4-4 3d' •5F

B-4p' 3f 4778.93

3-3 (13) 3-3 4490.00

4-3 4504.27

3-2 4519.19

3-4 4536.78

3-3 • 4475. 38

, _ . »4497.30

4-3 3d' 3po_4p" 3j)t 3-2 (14) • 4359. 53 3-1 3-3 4208.03

4191 . 59

, _ 4304.54

1-1 4s' •sD°-4p l Ipt 4188.83

(J.5) 4195.11

3-3 4b' •5D°-4p' 3D 4185.61

3-3 (16) 1-1 3-3

3-1 3-3

1-3

6831.63

4771.66 4399.14

3-4 48» 3DO_4pi 3pt 3-3 (17) 1-3 4943.34

3-3 3-3 4544.48

3-3 4s' 3D«_4pi lj> 3843.36

3-2 4s' 3D°-4pl 3pt 2-1 1-0 2-3

1-1

3-3 3-3

3-3

1-3

(19) •5175.85

4740.40

4e' 3]jo_4pn 3])+ (30)

15.65 19.70 3-3

3-3

3-1 1-0

1-1

4b1 3d«_4p» lp

4s' 3d<>_ 3p t (33)

15.77 17.96 1-1

3-3

3-3

1-3

3-4

3-3

1-3

3-3 3-3

1-1 3-3

3-1 1-0

3d' lp»-4p' IP

(33)

4p5P-5e5

B°

(34)

4p5P-4d5D°

(35)

4373.91 4309.06

•4359.53 3037.98

3006.98 3982.78

6759 . 43 6850.31 6953.13

6841.86

3-1

3-1 3-3 3-3

3-3

3-1

16.27 18-60 3-3

2-3

1-2 0-1

3-2

4e' lD°-4p' IP

4e' lD°-4p' 3ut

(27)

4a' lD°-4p' IF (38)

4a' lD°-4p' ID (29)

4e' lD -4p" ID (30)

4e ' 1D°-4p" IP (31)

4p3p_3d' 3p» f ,(33)

4p3P_3d' 3d« t (33)

16.27 18.96 3-1

2-1

1-1 0-1

16.27 19.39 2-3

3-3

1-3

0-1 2-2

1-1

4p3P-3d' 33°t J34)

4p3p-5a3S°

(35)

4p3p_3p5*e3p»t ,(36),

4p3 P-4d3 D°

(37)

3883.80

3688.44

3023.93

6399.41

6533.38

4147.09

4130.86 4133.66

4134.00

4079.88 4053.33

3805.34

3798.80

3809.51 3818.40

3810.10

3733.73

3717.94

3523.14

3509.39 3513.23

3526.13 3513.69 3505.44

3508.94

3189.04

4276.51

4270.61

4261.22 4205.07

3913.92

3916.70

3917.57

A

A

AA

A

AA

A

A

AA

A

A

A

A

A

A

A

AA

75

454025

15

101575

150

40

50

4550

30

1830

30

18

35

30

15

18

15

1830

E P Low High

16.33 18.17

16.33 18.16

16.33 18.15 16.33 18.17

16.33 18.16

17.03 19.53

17.01 19.53

17.03 19.60

17.01 19.60

17.01 19.59

17.03 19.60

17.01 19.59 17.03 19.77

17.01 19.75

17.03 19.75

17.01 19.73

17.01 19.77

17.01 19.75

Multlplet

(No)

5-4 3d' 3(jo_4pi 3y 4-3 (38) 3-3 4-4

3-3

3-1 4en 3po_4p» 38t 1-1 (39)

Laboratory

I A Ref Int

CI II continued

3833.40 3837.63

3830.35

3838.37

3830.80

3615.09

300

150

10030

15

10

E P Low High

18.17 31.39

18.16 31.39

18.15 31.38

18.17 31.39 18.16 21.38

Uultlplet

(No)

4-5 4p' Sf-ia1 3q» 3-4 (69) 3-3 4-4

3-3 18.17 31.59 4-3 4p' 3E-4d' 3n« (70)

3-3 4b" 3po_4pi> 3]) 1-3 (40) 0-1

2-3

1-1 2-3 48" ^o- 3P

1-1 (41) 3-1 1-0

1-3 0-1

•4335.49

3781.23 3231.75

4811s 57 4857.04

4731.43

4748.67

4738.41

A 35 A 30 A 13

18.33 31.14

18.33 31.49

18.33 33.04

3-3 4p' 3-3 4p' 3-3 4p'

lF-5s' lD« (71)

Ik

17.03 19.93 3-1 4a" 3po_4p

n lp 3990^9

17.03 19.95

17.01 19.96

17.03 19.96

17.01 19.96

17.01 19.95

17.01 19.96

(43)

3po_ 3-3 4a" 4 3po_^i 3p 1-1 (43) 3-1 1-0

1-3 0-1

4030.06 4036.53

3618.88

3639.19

3648.07 3568.04

3576.00

3603.73 3587.78

15

10 100

30

150

80

50

35

35

30

18

35

4035

10

13

15

30

10

10

3035

3013

15

1375

5040

3030

10

1540

40

35

30

13

1313

30

3035

3010

3020

18

17.20 19.70

17.30 19.93 17.30 30.41

17.31 19.70

17.31 19.93

47.45 30.37

17.41 20.37

17.37 30.37

17.45 31.51

17.41 31.51 17.37 31.51

1-3 4a" *po-4p' ^

f44) i_2 4B

» lp»_4p« In 3604.51

1-1 4s" lp°-4p" !p (46) 7578.07

1-3 3d" !p°-4p" ID (47) 5568.81

1-1 3d" lp°-4p" lp

(48) *5175.85

1-0 3d" l*°-4p" %

(49) 3954.31 3-3 3d" lD°-4p" !d (50) 4334.92

3-1 3d" JD -*1 IP »4335.49

(51) 3-3 3d" 3D°-x' 3-3 (52) 1-3

3-3 3d" 3d°-x" 3-3 (53) 1-3

3868.63

3861.95 3854.75

3864.60

4483.03 •4497.30

•4475.38

A

A

A

AA

A

A

A

AA

A

AA

AA

A

13

103530

1030

1510

15

181030

1510

13

15

10

1530

30

15

35

4030

15

15

18.49 31.06

18.51 31.05

18.49 31.11

18.51 31.11

18.51 31.12

18.49 31.59

18.51 31.58

18.53 31.58

18.49 31.90

18.51 31.90

18.53 31.90

15.49 31.95

18.49 31.94

18.51 31.94

18.51 31.95

18.53 31.94

3-3 4p' 1-3 3-3 4p' 1-3

1-1 3-3 4p' 1-3

0-1

3-1 4p» 1-1 0-1

3-3 4p' 3-1 1-0

1-3

0-1

lF-4d' lj» (73)

lF-4d' lD° (73)

3R-5b« 3n» (74) 3P-543D» t (75)

3p_4d« 3d. (76)

3P-4d« 3S» (77)

3P-4d' 3p»

(78)

18.64 20.37

18.92 31.14

18.92 21.30

18.92 33.04

19.60 32.53

19.60 33.51 19.60 33.79

19.60 32.80

19.59 23.80

19.60 32.80

3-3 3d' V-x' t (79) 3-3 4p' 1d-5b' %°

(80) . 3-3 4p' ln_4d' 3r°

(81) 3-2 4p' lD-4d' Id (83) 3-3 4p" 3D-5s" 3P» 3-1 (83) 3-4 4p" 3n_4i» 3r» 3-3 (84) 1-3

3-3

10 19.77 33.53

18 19.77 33.51 30 19.75 33.51

3-3 3P-5s* 3p» t 3-1 (85) 1-0

17.78 19.60

17.80 19.60

17.83 19.59 17.80 19.60

17.96 31.14

17.96 31.30

17.96 33.04

4-3 3d" 3F°-4p" 3Dt 3-2 ( 5*) Strongest Unclassified Lines of CI II O—l '

' 3-3 7565.53 5356.14

, . 4584.38

1-3 4p' lp-58' l0» 4157.83

(55) 3981.94

• lP-4

"

18.03 19.95

18.08 19.97

18.08 21.06

18.06 31.05

18.06 31.05

18.06 31.06

18.08 31.11 18.06 31.11 18.08 31.33

18.06 31.31 18.06 31.30

18.08 31.31 18.06 21.30

18.08 31.39

18.06 31.38

18.08 31.59 18.06 21.58

18.06 31.58

18.08 31.58 18.06 31.58

18.06 31.59

18.06 31.58

1-3 4p' lp-4d' 3j» 3793.75

1-3 4p' lP-4d' lD° (57) 2-2 3d" 3po_4pH 3pt CI III

(58) 3603.10

3-3 4p' 3D_4d3 D

o t 3612.85

(59) _ 3633.69

3-3 4p" 3u_5B

i 3uot 3683.05

3-3 (60) 3670.38

1-1 3656.95

3-3 3705.45

4p" 3 D-50. 3V>r '3340.43

(61) 3339.06

, _ 3387.60

4p' °D-4d' 3F° "3340.43

(63) 3383.41 3389.80

1810

30

35

15

35

3610.07

3479.83 3303.05

3173.66

3170.33

3160.53

133030

30

15

10

I P 39.7 Anal B List C Nov 1944

3-3 3-3 3-4

3-3

1-3

3-3 2-2

3-4

3-3

3-3 3-3

1-1 3-3

3-1 3-3

1-3

4p 3D-4d

(63)

3191.45

_ 3139.34

-T»° 3104.46

4p' 3D_4fli 3j)o (64) 3935.87 3730.45

3748.81

18.08 31.95 3-3

18.17 31.06

18.16 31.05

18.15 31.05

18.17 31.11

18.17 31.33

18.16 31.31 18.15 21.30

3330.57

3359.33

. . - . , 3336.16

4p' 3D-4d' 3p»t 3344.44

(65) 4-3 4p* 3P.5BI 3no t3991-50

3-3 (66) 4059.07

3-1

B

BB

B

B

B

B

BB

BB

B

B

B

BB

31.56 34.98 31.49 34.91 31.45 34.85 31.56 24.91

21.49 24.85

21.45 24.82

21.49 24.82 31.56 25.35

31.49 25.20

31.56 35.30

31.49 25.19 21.49 25.35

21.45 25.20 31.56 35.43

31.49 35.43 31.45 35.43

4s 4P-4p4D« t

(1)

4B 4P-4p4P» t

(3)

-li 4B 4P-4p4S°

-l! (3) -1*

33.11 35.35

23.11 35.43 33.03 35.31

33.11 37.43 33.03 37.39

33.11 27.39 U

22.03 27.43 i-U

lf-3| 4e3P-4p4P«t

(4)

lJ*-3* 483p-4p2 D» t i-4 (5) 483P-4p3p«

(6)

4059.07

4104.33

4018.50

4106.83 4-3 4p» 3F-5d3D"t

(67) 4-4 4p! 3^.441 3p» t 3779.35

3-3 (68) 2-3

32.16 35.35

33.16 25.20

33.18 35.19

33.18 35.35

33.19 35.30

33.16 35.43

3d4P-4p4P» t (7)

3|-3j 3d4P-4p3p»t

(8)
REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int

01 III oontlnued

3834.47 3707.34

3530.03 3560.88

3393.45

3393.89 3386.23

E P Low High

33.60 37.43

33.48 37.39

Hultlplet

(No) LaboratoryI A Ref Int E P Low High

Uultlplet

(No) LaboratoryI A Ref Int

E P

Low High A II I P 37.5 Anal B Lint A Oct 1944

33.36 36.75

33.36 36.73

33.36 36.89

33.36 36.90

33.36 36.90

3683.39 A 5 34.07 37.43

4608.31 A 5 34.33 36.89

3d2 D-4p2 P° t 4401 . 03

(9) 4371.36

4333.06

4431.03

4s« 2D-4p, 2F*t4400.09

(10)

(ID

4353.23

4460.56

2D°t 4420.90 4013.87

3968.36

3914.76

3d' 3D-4p' %"t 3891.40

(12) 3944.37

3891 97

3d' 3P-4p' 2D»t3875!26

(13) 4038.83

3992.06

3931.24

See Introduction

A I I P 15.69 Anal A List D June 1944 9133.9660

8115.3115

8014.7856

7733.7597

7635.1053 7147.0406

7067.3170

6965.4303

4351.1853

4300.6751 4190.7137

4164.1800 4158.5906

3947.5043

3948.9788

9657.7841 A

8434.647 A

6103.6933 A

8006.1556 A

4300.1011 4373.1690

4366.3867

4198.3170

4044.4183

500 4000

800 300

500

, (8 (30

(30

(60) (100)

(50) (80) (100)

(40) (100)

1500 3500

3000 600

(100)

(100)

(100) (100)

100)

11.50 12.85

11.50 13.02

11.50 13.04

11.50 13.10

11.50 13.11 11.50 13.23

11.50 13.24

11.50 13.37

11.50 14.40

11.50 14.44 11.50 14.44

11.50 14.46

11.50 14.47 11.50 14.63 11.50 14.63

11.57 12.85

11.57 13.04

11.57 13.10

11.57 13.11 11.57 14.44

11.57 14.46

11.57 14.47

11.57 14.51 11.57 14.68

10470.051 8667.9430

7948.1754 7724.2064

4522.3338 4191.0396

4181.8838

9784.5010

9354.318

9334.498

8534 . 4407 8408.308

8364.5309

7503.8676 4703.3164

4638.4410

4596.0970

4510.7333

4345.1683

4333.5613

4335.3380

4359.3618

10673.55 6753.833 5650.7034

6033.134

5495.8730

500 400

400 300 B (40) B (100) B (80)

11.67 13.85

11.67 13.10

11.67 13.33

11.67 13.37 11.67 14.49

11.67 14:63

11.67 14.63

1000 200 1000

2000

3000

1500

(15)

11.78 13.04

11.78 13.10

11.78 13.11

11.78 13,83

11.78 13.24

11.78 13.37

11.78 13.43

B (100)

B (90

B (90

B (80, B (90, B (90, B (70

B (100)

11.78

11.78

11.78

11.78 11.78

11.78

11.78

11.78

14.40

14.44

14.46

14.51 14.63 14.63

14.63

14.67

500

(30)

(30)

(30)

(30)

13.85 14.01

13.85 14.68

13.85 15.04

13.03 15.07

13.02 15.26

2-1 4s 1< 3-3 (l) 2-2

3-1 3-3

3-1

3-3

3-1

0-1 0-1

0-1 0-1

0-1

0-1 0-1

1-3

1-1 1-3

1-1 1-3

1-1 1-0

1-1 1-3

1-1 1-0

1-1 1-3

1-1 1-0

-4p

-4p

-4p

-4p

-4p

-4p

-4p 8 -4p 9 3-1 3-3 3-3

3-1 3-3

3-3

3-1

1-1 1-3

1-1

1-3 1-3

1-1 1-3 1-0

1-3

4s 10-5P 1 (2) -5p 2 -5p 3 -5p 4 _5p 5 _5p 8 _5p 9

4s 2°

(3)

-4p 1 -4p 3

-4p 4 4p 5

4s 2°-5p 3 (4) -5p 4 _5p 5 -5p 6 -5p 8 3606.5334 B (50) 11.57 15.00 1-0 4s 2

C (5)

4s 3"

(6)

-6p 6

-4p 1 -4p 4 -4p 7 -4p 9

4s 3°-5p 1 (7) -5p 7 -5p 9

4s 4°-4p 3 (8) -4p 4 -4p 5 -4p 7 -4p 8 -4p 9 -4p 10

4s 4°-5p 1 (9) -5p 3 -5p 4 -5p 6 -5p 7 _5p 8 _5p 9 -5p 10

1-8 4p l-5e 1" (10) 1-2 4p l-4d 3°

(11) 1-0 4p l-5d 1° (13) 3-4 4p 3-5d 4°

(13) 3-4 4p 3-6d 4°

(14)

for changes In Paschen notation see text ( 37

3786.40

3714.74

3808.61 3735.49

•3830.43 3750.50

3601.51 3693.33 3631.06 3706.94

3635.13

3499.49

3517.90

3531.33

4806.07 4933.34

4973.16

4735.93 4847.90

5009.35

5063.07

4348.11

4436.01 4430.18 4366.53 4331.35

4379.74

4178.39

4383.90

4082.40

4112.83 3974.76

4228.18 •4301.99

3845.43 3974.48

4147.43

4057.73

3739.39

3850.57

3938.63 •3933.54

5950.91 5843.80

6077.43

5734.37 5145.36 5386.93

5017.63 4879.90

4965.13

4736.91 4545.08

4889.06

4657.94

4764.89 4383.79

4587.90

4375.96

4579.39

3108.83 3979.05

3033.53

7

8

5

86

6

6

7

1010

76

8

77

7

76

6

3

54

54

4On

4OOn

5

3

3

30

6

515

8

8

830n

15

9

1010

85

7

6

56

75

5

5inOn

1015

9

OOn

00On

8

53

13

7 10

10

5910

4

3

16.34 19.14

16.35 19.18

16.37 19.33

16.35 19.14

16.37 19.18

16.39 19.33

16.37 19.14

16.39 19.18 16.34

16.35

16.37 16.39 16.34

16.35

16.37

16.35

16.37

16.39

19.41 19.46

19.53

19.56

19.46

19.53 19.56

19.41 19.46

19.53 16.34 19.60

16.35 19.68 16.35 19.60

16-37 19.68

16.37 19.60 16.39 19.68 16.35 19.78

16.37 19.73

16.37 19.78

16.39 19.73 16.39 19.78 16.35 19.88

16.37 19.88

16.39 19.88

16.57 19.14

16.68 19.18 16.74 19.33

16.57 19.18

16.68 19.33

16.68 19.14

16.74 19.18 16.57 19.41 16.68 19.46

16.74 19.53

16.57 19.46

16.68 19.53 16.74 19.56

16.57 19.53

16.68 19.56

16.57 19.60

16.68 19.68

16.57 19.68

16.68 19.60 16.74 19.68 16.57 19.78

16.68 19.78 16.74 19.73 16.74 19.78

16.57 19.88 16.68 19.88 16.74 19.88 In 16.74 19.89

17.07 19.14

17.07 19.18

17.19 19.22 17.07 19.22

17.07 19.46

17.19 19.53

17.07 19.53

17.07 19.60

17.19 19.68 17.07 19.68

17.07 19.78

17.19 19.72

17.07 19.73

17.19 19.78

17.07 19.88

17.19 19.88 17.07 19.89

17.19 19.89 OOOn 17.07 31.04

3d*D-4p*P»

(1)

3d4D-4p4D«

(3)

3d4D-4p3D°

(3)

3d*D-4p3 P°

(4)

-l4 3d4B-4p*8°

-if (5) -1*

4s 4P-4p4P°

(6)

4s 4P-4p4D°

(7)

4s 4P-4p2 D°

(8)

4s4P-4p2P°

(9)

34-li 4s4P-4p48° l|-lf (10)

4- 4 4fl 4P-4p2 S°

(11)

4s2 P-4p4 P° (13)

4s 2 P-4p4D°

(13)

4s3P-4p2D°

(14)

4s2P-4p3 P°

(15)

4s 3P-4p4S°

(16)

4s3P-4p3S°

(17)

17.19 31.33

17.19 31.36

6808 . 55 7384.37

6861 . 30 6666.36

6437.63

6500.35

6483.10

6103.56 4043.30

3766.13

3556.91 3683.56

3634.83

3605.89

3490.89 3611.84

4609.60

4589.93 4637.35 4377.55

4131.73 4337.33

4073.01

4042.91 4079.60

4035.47

4936.13

4904.75

4530.57

4183.98

4309.11

"4300.66

5141.84

5017.16

5176.38

4733.08

4474.77

4598 . 77 4481.83 4370.76

4490.99

4363.07

5345.49 •4073.40

4134.09

4137.09 3765.37

3730.43

3669.63

3678.37 3632.15

3809.49 3770.54

3F°*3564.34 { „ »3603.91

3P»t3650.90

4s3P-4p

(18) _ »3603.91 B

|3p-4p' (19)

6

3

4

2 00

00OOn

15

9

6

OOn

6

7 OOn

6

5

5

56

7

6

4

34

17.63 19.60

17.67 19.68 17.67 19.60

17.70 19.68 17.70 19.60 17.70 19.72

17.63 21.05

Multlplet

(No)

3d4F-4p4D°

(20)

34-34 3d4F-4p2 D° 21-1* (21) 24-34

l4- 4 3d4F-ip2 P°

( 22 34-34 3d4F-*p' 2F°

(23) 4-l4 3d2 P-4p2 D° ll-lj (24)

A 3 17.98 19.88 l4-l4 3d2 P-4p4 S°

(36) 17.98 l4- 4 3d2P-4p2s° 17.86

19.89

19.89

17.98 31.04

17.98

17.86 17.98

17.86

17.98 17.86

17.98

21.26

31.33

21.33

21.26

21.41 21.40 21.40

(27) l4-24 3d2 P-4p' 2F°

i 28) , l4-l4 3d2 P-4p" 2 P° |- 1 (29)

l4-34 3d2 P-4p' 2 d° 4-14 (30)

18.37 21.05 24-34 4s' 2d_4P

' 2f° 18.35 21.04 14-24 (31) 18.37 21.04 24-24

i:i

4b' 2D-4p' 2p» (32) 18.37 21.36

18.35 31.33 18.35 21.26

18.37 21.41 34-34 4s' 2D-4p' 2D° 18.35 31.40 l4-l4 (33) 18.37 21.40 24-14

18.35 31.41 14-34

18.54 21.04

18.54 31.05

18.54 31.36

18.46 31.41 18.54 31.40

18.54 31.41

ipsl

3d2 F-4p' 2F»

(34)

' 3

24_l£ 3d2F-4p'

(35) 34-24 3d2F-4p' 34-14 (36) 24-24

2po

2D

o

-34 3d2 D-4p' -24 (37) -24

18.65 21.05 2J 18.58 21.04 lj 18.65 21.04 2J 18.65 21.26 Z\ 18.58 21.33 l4 18.58 21.26 \\ 18.65 21.41 24-24 3d2 D-4p' 2 D° 18.58 21.40 l4-l4 (39) 18.65 81.40 34-14

18.58 21.41 lf-24

3d2 D-4p' 2 P°

(38)

19.18 21.53

19.14 22.17

19.18 22.17 19.23 22.21 19.14 22.42

19.18 22.50

19.33 22.59

19.14 23.50

19.18 22.59

19.18 22.42

19.23 23.50

19.14 22.60

19.18 22.60

19.22 33.60

l4-l4 4p 4P

c-3d :

! ! { 40 > , 34_l4 4p 4 P°-a2P

14- li (41)

2p

4p4 P°-5s 4 P

(42)

-l4 4p4P°-5B2 P

-if (43) -1*
23 REVISED MULTIPLE? TABLE

Laboratory

I A Ret Int A II continued

3491.54

3514.39 3535.33

3476.74

3491.24

3509.78 3454.10

•3466.34 3478.24

3521.98

3269.05

3254.03 3263.60

3221 . 64 3226.00

3194.25

3139.02 3212.54

3281.72

3181.05

3243.70

3169.68

3249.82

3186.19

3146.47

•6818.39

4561.03

4593.44

4666.28

4649.06

•4103.91 •4072.40 4033.83

4179.31

4156.11 4076.64

4267.47

4201 . 58 3933.19

4011.23 •3922.54 4053.56

3780.84

3826.83 3872.15

3880.34

3763.52

3799.39

3841.54 3844.75

3900.63

3911.58 3856.16

3895.26

3588.44 3576.62 3582.35

3581.62

3521.27 3520.00

3548.51 •3466.34 3487.33

3370.97

3471.59 3569.94

3421.64

3532.19

3603.46

3480.52

3565.02

A

A

A

A

AA

A

A

AA

AA

A

A

A

AA

AA

A

AA

A

AA

8

96

6

6

6

5

5

44

2

15

3

3

5

7

56

776

7

3

2

E P Low High

19.14 22.67

19.18 32.69

19.23 22.71

19.14 22.69

19.18 22.71 19.22 23.74

19.14 23.71 19.18 22.74

19.18 22.73

19.22 22.73 19.14 32.92

19.18 22.97

19.22 23. 00 19.14 22.97 19.18 23.00

19.14 23.00

19.14 23.07

19.18 23.02

19.23 22.98

19.14 23.02

19.18 22.98

19.18 23.07

19.22 23.02

19.18 23.05

19.14 23.06

Hultlplet

(Ho)

4p4P°-4d4D

(44)

4p4P

e-3d'

(45)

. 4p4I»-4d4F M (46)

4p4P°_4d4P

(47)

Laboratory

I A Ref Int continued

4047.51 3717.17 3746.93 3656.05

3709.90

3620.82

3550.03

, _ 3692.17

4p*P°-4d'i D '3603.91

(48) 4p4pe_4d2F

(49)

4p4D°-3d' 2D

(50) 4p4D

e-a3P

(51)

4p4D°-5a4P

(52)

4p4D°-5a3P

(53)

3733.36

3635.67

3570.77

3559.53 3545.58

3464.14

3137.66

3373.36

3304.34

3000.45

3014.49

7617.86

7055.01

6799 . 33 5165.83

4943.96

3438.14 A OOOn 19.46 23.05

3379.48

3341.77

3430.44

'3397.89 {

7346.11 7440.54

7090.55 6376.00

4792.13 4949.45

2n

2

4

4

19.41 23.06

19.46 23.16

19.46 23.06

19.53 23.16

3*-l* 4p4

D<>-4d2 D

,i , i

58)

a 3*-3* 4p4D°-4d2F 3f-2| (59) 24-34

4681 . 52 •4440.09

4547.78 •4300.66

4401.74

4374.87 4139.70

4333.67

4375.19

_ '4243.71

d3 4210.00

4173.77

4099.47

3869.61 •3753.53

3751.06 3811.22

3777.55

3855.18

3655.29 3293.66

3307.24

3366.59

3236.82

3093.41 3028.93

19-60 21.27 2*_3i 4p3D*-3d' 2 D 19.68 21.34 l4-l* (60) 19.60 21.34 3*-l|

19.60 21.53 3*-l* 4p2D°-3d' 2P

2 000

19.60 22.17

19.68 22.21 19.68 22.17

(61) 4P 3*-l* 4p2!5»-la2 P

if- 3 (62) l*-l|

4665.96 4721.62

4564.43

4535.51 4372.09

4394.65

4358 . 53 4319.69 4338.24

•3994.81 3952.74

A

AA

AAA

A

BA

A

A

AA

AA

AA

A

AA

AA

A

133n

5 10

45

1 000

4

3

5

3

54

5

4

4OOn

3On

2

6106 A 4 A 4 A 5

33

54

135

6In

34

54 A 2n A OOn

D 1

E P Low High

19.60 22.42

19.68 22.50 19.60 22.50

19.68 22.59

19.68 22.43

19.60 32.60

19.68 22.70

19.68 23.60

19.60 22.67

19.68 22.69

19.60 22.69

19.68 22.71 19.60 23.71 19.68 33.74

Hultlplet

(No)

34-34 4p2D -5e 4P 14-14 (63) 34-14

if-2!? 3*-l* 4p2D°-5s2P if I (64) 1*-1*

4p2 D°-4d4D

(65)

Laboratory

I A Ref Int A II continued

3868.53 A

3933.55 A

3979.36 A

3893.14 3383.94

5305.77

4730.69 4573.93

4543.91 3388.54

3465.80 19.68 33.73 1*- * 4p2 D°-3d' 28

, (66) 19.60 23.92 34 4p2D°-4d4F 3161.38

19.68 22.97

19.60 22.97

19.68 23.00

19.60 33.00

19.60 23.07

19.68 23.03

19.60 33.03

19.68 32.98 19.68 83.07

OOn 19.60 23.05

(67)

-34 4p2D°-4d4P

-14 (68)

-1*?

19.60 33.06

19.68 33.16

19.60 33.16

19.60 33.53

19.68 33.45

19.68 33.53

19.68 33.79

19.68 33.77

5

4

5

4On

19.73 31.34

19.78 31.53

19.73 31.53

19.78 22.17

19.72 32.31 19.78 33.43

19.73 23.50

19.78 33.50

19.73 33.59

19.78 33.59 19.78 33.60

19.72 22.70

19.78 22.70

19.72 33.60

19.78 33.69

19.78 33.71 19.78 32.74

19.72 22.73

2f-34 4p3D«-4d3D

, , 469 > o 24-34 4p3D°-4d3F

(70)

24-14 4p2D°-4d3P

lfc 1

(?1)

1*-1* 4p3D -3d 3Dt l*-3* (73)

4-li 4p2P

<, -3d' 3D

(73) l4-l4 4p3P°-3d' 2P fll (74) 1*-1* 4p2P -a2P

f- 1 (75) l*-3* 4p2P°-5s4P fl* (76)

4385.08

4367.87

4309 . 35- 4097.15 4053.94

•3994.81

4538.73 4480.85

3946.10

3935.71

4p2P°-5e3P

(77)

4p2P°-4d4 D

(78)

3376.46

3350.94 3365.54

3361.73

5396.48

4305.19

4- * 4p2P»_3d' 28 l*-3fUp2P°_4d4F

(80)

19.78 33.16

19.78 23.53 19.72 23.45

19.78 23.45

19.72 23.53

19.78 23.77

19.72 23.79

24 4p2

P<>_4d4P 1* (81)

l*-3*?4p2P°-4d2 F 14-14 4p3P°-4d2 P

l4- 4

(83)'

3d" 2D

19.88 23.43

19.88 33.50

19.88 33.59

19.88 22.60

19.88 22.70

l*-2* 4p2P"_ 3-l| (84)

l*-2* 4p48

e-5a 4P

ljh-lf (85)

1*-1* 4p48°-5s2 P 1*- 3 (86) 14-34 4p48°-4d4D

14-14 (87)

19.88 32.73

19.88 22.97

19.88 23.00

1*- * 4p48»_3d' 3S l*-3* 4p4s°-4d4F l*-l3 (89)

4914.33

4877.08 4337.03

4337.10 4336.65

3713.03

3600.32 3754.06

3671.01 3680.06

3639.85 3660.44

3593.76

3673.36

3104.38

3153.80 3094.98

3163.61 3088.34

3036.75

3083.99

5635.74

5090.55 5135.84

4433.83

4537.67 4438.13

6173.38 A

6114.93 A

6133.38 A

•6138.67 A

3561.04 A

3545.84 A

3563.19 A

3439.64 A

3433.64 A

3414.46 A

3373,87 A

AA

AA

A

A

AA

A

A

A

A

8

77 OOn

3

7 10

3

OOn OOn

2On

4

6

2

3

3

3

5

76 OOn

4

54

3

1

On

2

54

1

E P Low High

19.88 23.07

19.88 23.02

19.88 23.98

19.88 23.05

19.88 33.05

19.89 33.31 19.89 33.50

19.89 33.59

19.89 33.60

19.89 33.53

19.89 33.45

19.89 33.79

20.65 23.47 20.65 23.48 30.65 33.53

30.65 33.67 30.65 33.70

30.65 33.74

Hultlplet

(No)

14-34 4p4S°-4d4P 1*-1* (90) if- |

l*-3* 4p4S°-4d2D

(91) l*-l4T4p4s°-4d3P

(93) *- 4 4p2S°-a3P

, , £93 > 4-1* 4p3s°-5B 4p

3- 3 (94) 4-1* 4p2S -5a2P

, , £95> 4-14 4p2S°-4d2P

3- 3 (96) 4-i* 4p2s°-3d" 2r (97) 4-1* 4s" ^-Sp3!* 3- * (98) 4-1* 4e' hspH9 (99) *- 4 4a" 3s_5p2a

o

4-1* 4s" ^^ %•

3- 3 (101)

31.05 33.05

31.04 33.05 21.04 33.05 24-24

4p» %"-4d3D

(103)

3 31.05 33.06 34-3* 4p' 3F°-4d3P t(103) 2* 4p' %*-31* Sjj 1* ( 104)

)* 4p» 2F>-5e' 3j * (105)

t* 4p' 3F°-4d' 3C

if (106)

4 4pi Spo.^i 3j) 3 (107)

31.05 33.77 21.04 33.79 21.05 24.18 21.04 24.18

21.05 24.52 21.04 24.52

21.05 24.52

21.05 24.65 21.04 24.63

21.04 24.65

3n 31.04 34.69 3*-l4 4p' 2g°-6B2P

S* 4p' 3F»-4d' 3F

i* (109) 31.05 34.71 31.04 34.73

31.05 34.73

31.04 34.71

31.12 23.45

21.12 24.06

21.26 23.77 21.26 23.79 21.26 24.18 21.33 24.18

21.26 24.18

21.26 24.58

21.26 24.69

21.33 34.62

21.26 24.62

21.33 24.69

21.26 24.65

21.26 24.63

21.26 24.69

21.33 24.69 21.26 25.24

21.33 25.35

31.36 35.35

31.33 35.34

31.36 35.36

31.36 35.34

31.33 35.34

3*-3* 3d 1 3F-5p4D»

(110) 3*-3*T3d' 2f_«2f

o (111)

4p' %?<>-&!• 2n

(112)

-2* 4p' Spc-SB1 3D

-If (113) l*-li 1*-1* 4p' 2f»-Ga lv

i , (11,4) 14-1* 4p' 3p°-4d' 3p

3- 3 (H5)

T4

l*-2* 4p' «Pe-4d' 3D 1*-1* (116)

4p' ^-Sb2?

(117)

4p' ^-Sd3?

(118)

l*-2* 4p' Spo.^Sj,

(119) 1*- * 4p* 2P»-4d' 28 3- * (130)

31.37 33.47 3*-l* 3d 1 2D-5p2P°

(131) 31.37 33.70 3*-l4 3d' 2D-4p« Sp* 31.34 33.74 l|- * (133) 21.27 24.06 2*-3i 21.34 24.06 l4-2i 21.27 24.06 24-3<

3d 1 2n_4f2j.« (133)
REVISED MULTIPLE? TABLE 33 Laboratory E P J Hultlplet

(No) Laboratory E P J Hultlplet

(No) Laboratory E P J Hultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No) A II oontlnued A III I P 40 .8 Anal C List D Nov 1944 K II continued 4114.53 A 3 31.37 34.37 34-24 3d' 3n_4f3riP 3385.85 A 35 31.53 35.38 3-3 4e58

e-4p5 P 4659.38 A 15 30.36 23.01 2-3 3d 3°-4p 3 •4301.99 A 5 31.34 34.37 l4-l4 (134) 3301.88 A 30 31.53 35.36 3-3 (1) 4433.73 A 10 20.36 23.15 3-1 (5) -4p 4 4116.39 B 4 31.37 34.37 24-1* 3311.35 A 15 31.53 35.35 3-1 4305.00 A 30 30.36 23.23 2-2 -4p 5 4199.93 A 3 31.34 34.37 1*-3| 3480.55 A 3-3 4s1 3ijo_4pi 3m

3966.73 A 15 20.36 23.47 3-1 -4p 9

30 34.38 37.83

5813.81 A 31.41 33.53 3f-l* 4p' 3D°-4d3P 3503.58 A 15 34.37 37.79 3-3 (3) 5536.01 A (3) 30.39 22.62 0-1 4b 3°-4p 1

< 12£l ,- 3499.67 A 13 34.37 37.80 1-1 4466.65 A 30 30.39 23.15 0-1 (6) -4p 4 5316.84 A 3 31.41 33.77 34-34 4p' 3d»_34" 3d 4149.19 A 30 30.39 23.36 0-1 -4p 7 5163.80 A 1 31.40 33.79 1+-1* (136) 3336.13 A 35 34.38 37.98 3-4 4s' 3D°-4p' 3Ft 4001.34 A 15 20.39 23.47 0-1 -4p 9 5304.46 B 31.40 33.77 lf-3f 3344.73

3358.49 AA

30

15 34.3734.37

37.96 37.94

3-3

1-3

(3) 4448.88 A

A

6

3 31.41 31.40

34.18

34.18

3i~2i

i*-i*

4p' 2D -5s' %

(137) 5969.64 4943.34 A

A

(3)5 20.55

30.55

22.63

23.05

1-1 1-3

4s 4°-4p 1 4439.45 (7) -4p 3 4448.47 A 1 31.41 34.18 3*-l* 3034.05 B 13 35.56 39.66 3-3 4s" H

''-'">" 3m 4608.45 A 30 30.55 23.23 1-3 -4p 5 •4440.09 A 3 31.40 34.18 l£-3f 3054.83 B 13 35.63 39.66 1-3 (4) 4388.16 A 30 30.55 23.36 1-1 -4p 7 3078.15 B 10 35.64 39.65 0-1 4309.10 A 30 30.55 23.41 1-3 -4p 8 •3830.43 A 5 31.40 34.63

34-34

4p< 3D°-4d' 2p 3064.77 B 10 35.63 39.65 1-1 4333.97 A 30 30.55 33.47 1-1 -4p 9 •3753.53 AA

4

6

31.40

31.41

34.69 34.65

(138)

4p« SoO-40.' % 3795.37 B 3-3 3d" 3po_,oj,« 3Dt

3530.75 A 30 30.55 34.05 1-0 -4p 10

3803.19 30 36.41 39.66 3819.04 A 4 31.40 34.63 1*-1* (139) 3858.33 B 10 36.46 39.66 1-3 (5) For changes In Paschen notation see text { 37 3835.70 A

A

5

4 31.41 31.40

34.63 34.65

34-1*

l|-3| 3391.85 B 15 36.41 30.05 3-3 3d" 3po_4p» 3796.60 3pt 3746.46 A 4 31.40 34.69 l^-l4?4p' 3d°-6s2P

\°J K III I P 46 Anal D List D Nov 1 944 3737.89 A 6 31.41 34.71 34-3* 4p« 3u«>_4ai <3f 3718.31 A 6 31.40 34.73 14-3* (131) 3333.40 A 6 25.61 39.33 34-34 4s 4P-4p4P° t 3734.51 A 4 31.41 34.73 3|-3$ A IV I P 6 Anal B List Nov 1944 3430.83 A 6 35.76 39.37 lf-1* (1) 3378.79 A 6 35.61 29.37 3*-l* 3333.43 A 3 31.41 35.34 34-1* 4p' SEP-Sd2? 3077.40 A 8 31.77 35.78 l4-34 4s2P-4p4p» 3468.33 A 6 35.76 29.32 l4-2* 3307.61 A 4 31.40 35.35 l-J- * (133) 3016.15 A 5 30.95 35.71 4—i* (1) 3513.88 A 5 35.86 39.37 7-1?

3317.70 A 3 31.40 35.34 if- if 3134.90 A 3 31.77 35.71 if-if 3992.34 A 6 35.61 39.73 24-34 4s 4P-4p4 D° t 3305.03 A 4 31.41 35.36 34-34 4p' 2D°-5d2D 3037.98 A 6 31.77 35.83 i4-ii 4s2 P-4p2D° t 3053.07 A 6 35.76 39.81 l*-2* (3)

B i4-i4

if- f

(133)

3d' 3p_4p" 3p<

(3) 3056.84 A 5 35.86 39.90 fill

5691.71 1 31.53 33.70

4s2P-4p*D°

p

(3) a

4s 3 P-4p3 D° t (4)

5577.70 A 3 31.53 33.74 (134) •3481.11 S B 6 36.36 39.81 14-34. 4888.39 A 31.53 34.06 14-34 3d' 2P-4f2F°

(13£) - K I I P 4.33 Anal A List C Nov 1944 3389.06

3431.83

BA6

4 36.36 36.45

30.01 4498.55 A 5 31.53 34.37 14-34 3d' 3p_4f3D

o 7664.907// A 10R 0.00 1.61 30.05 n

ft

4

C

S-4°P«' (136) 7698.979 A 10R 0.00 1.60 (1) 3301.95

3309.34 A

A

6

6 36.36 36.45

30.13

30.39 i4-i4 4s 3P-4p3 P

,> t (5) 6985.74 A OOOn 33.47 35.34 i4-i± 5p2P°-5d2P

(137) 4643 .371 H (3)Forb 0.00

(l)Forb 0.00

8R 0.00

3.66 4-34 43S-32n 3364.33 A 6 26.45 30.13 f-if

4641 . 77 4044.145

H

B

3.66

3.05

f-lf ft

(3)

4

3S-53P« Strongest Unclassified Lines Attributed to A II 4047.314 B 6R 0.00 3.05 (3) Ca I I P 6 if Anal i <--:.' Har 1944 7689.36 A 3 3446.38 a 8R 0.00 3.58 ft 4

2 S-63P

e 7380.45 A 4 3447.41 a 6R 0.00 3.58 (4) 6573.781 A 50 0.00 1.88 0-1 4lS-43P° 7333.58 AA

4

3 4336.738// A 500R 0.00 2.92 0-1

(1} 6441.95 4lS-4lp° 6334.45 B 3 13533.0

13434.3

FF(90) (100) 1.61 1.60 3.60 3.60 tt 4

3p

o_53g

(5)

(3)

43po_53g 5454.41 A 3 6163.173 A 150 1.89 3.89 3-1 5407.44 A 4 11773.66 C 15r 1.61 3.66 i4-s4 4

3 p

o_33D 6133.319 A 100 1.88 3.89 1-1 (3) 5403.69 A 3 11689.76 C 10 1.60 3.66 4-i4 (6) 6103.733 A 80 1.87 3.89 0-1 5397.60 A 3 11769.41 D 3 1.61 3.66 if— i*

4

3P°-43 4883.35 A 4 4454.781 A 80 1.89 4.66 3-3 D 6964.69 E (1) 1.61 3.38 14-34 4

3P»_42D 4434.960 A 60r 1.88 4.66 1-3 (4) 4703.36 A 4 6936.37 E 1 1.60 3.38 4-1$ (7) 4435.441 A 50 1.87 4.66 0-1 4683.39 B 4 6964.18 E (-) 1.61 3.38 if- if 4455.887 A 40 1.89 4.66 3-2 4611.35 A

A

35 4435.688 4456.613 A

B

40

10 1.88

1.89 4.664.66

1-1 4563.78 3-1 4336.51 A 3 9950.5 D SON 3.60 3.84 ft

5

2S-72 P° 9955.3 D ION 3.60 3.84 (8) 4303.537 A 60r 1.89 4.76 3-2 43po_4

p

2 3p 4397.99 A

A

54 4398.986

4318.653 AA

30

45

1.88

1.89 4.754.75

1-1 2-1

(5) 4339.89 4317.45 B 4 11033.3 D 10NW 3.66 3.78 32D-52F° 4307.741 A 45 1.88 4.74 1-0 4303.43 A 5

a < 9a

33 D-63F° 4383.010 A 40 1.88 4.76 1-3 4189.67 A 4 9595.60 E 50N1H 3.66 3.94 34- 4389.364 A 40 1.87 4.75 0-1 9597.76 E 30N1H 3.66 3.94 if- (10) 4168.98 BA

3

5 3973.707 3957.053 A

A

1310 1.89 1.88

5.00 5.00

2-1

1-1

4

3 P«>-63S 4138.65 (6) 4080.67 A 4 3948.901 A 6 1.87 5.00 0-1 3774.54 A 3 3637.89 A 3 K II I P 31. 7 Anal A List D June 1944 3933.50 D (0) 1.88 5.03 1-0 4

3 P°-4p2 !$

3 (7)1 4 P°-61 3637.05 A 5 4839.33 A 30 30.06 33.63 3-1 4s l°-4p 1 3761.73 E (0) 1.88 5.16 1-0 S 3543.16 A 5 4186.34 A 30 30.06 33.01 3-3 (1) -4p 3 (8) 3470.37 A 3 4134.73 A 30 30.06 33.05 3-3 -4p 3 3644.410 A 40 1.89 5.38 2-3 4

3P°-53 D 3379.58 A 5 3995.10 A 10 30.06 33.15 3-1 -4p 4 3630.748 A 30' 1.88 5.38 1-2 (9) 3306.50 A 3 3897.93 A 15 30.06 33.33 3-3 -4p 5 3634.111 A 30 1.87 5.38 0-1 3739.13 A 9 30.06 33.36 3-1 -4p 7 3644.765 A 15 1.89 5.38 2-2 3393.95 A 4 3681.54 A 15 30.06 33.41 3-3 -4p 8 3630.974 A 15 1.88 5.38 1-1 3391.47 A 4 3618.49 A 15 30.06 33.47 3-1 -4p 9 3644.990 B 3 1.89 5.38 3-1 3359.71 A

A

4

3 3487.598 A 13 1.89 5.43 3-1 4

3 p°_73 3347.55 S 3316.75 A 4 5005.60 A 15 30.15 33.63 1-1 4s 3°-4p 1 3474.763 A 8 1.88 5.43 1-1 (10) 4363.40 A 30 30.15 33.05 1-3 (3) -4p 3 3468.476 A 4 1.87 5.43 0-1 3165.31 A 5 4114.99 A 30 30.15 33.15 1-1 -4p 4

4

3P°-63 3161.45 A 3 4013.10 A 10 30.15 33.33 1-3 -4p 5 3361.918 A 35n* 1.89 5.56 3-3 D 3148.34 A 3 3783.19 A 15 30.15 33.41 1-3 -4p 8 3350.309 A 35n» 1.88 5.56 1-3 (11) 3136.55 A 4 3767.36 A 15 30.15 33.43 1-0 -4p 6 3344.513 A 8n 1.87 5.56 0-1 3109.75 A

A

3

3

3716.60 A 9 30'. 15 33.47 1-1 -4p 9 3363.131

3350.361 3363.38

B

B

B

35n» 35n»

(0)

1.89

1.88

1.89

5.56

5.56

5.56

3-3

1-1 3103.63 2-1 3099.97 A 4 5056.37 A 8 30.18 33.63 0-1 3d l°-4p 1 4

3 po_8

3 3085.05 A 4 3873.74 A 10 30.18 33.36 0-1 s (3) -4p 7 3386.067 A 4 1.89 5.65 2-1 3066.93 A 4 3744.43 A 9 30.18 33.47 0-1 -4p 9 3374.661 B 3 1.88 5.65 1-1 (12) 3060.94 BA

5

3 4505.33 A 1-3 3d 3°-4p 3

3369.090

3335.896

BA

In

8n»

1.87

1.89

5.65

5.73

0-1 3053.30 30 30.31 33.05 2-3 4

3P»-73D 3046.10 A 4 4340.03 A 30 30.31 33.15 1-1 (4) -4p 4 3315.145 B 5n* 1.88 5.73 1-3 (13) 3003.00 A 3 4335.67 A 30 30.31 33.33 1-3 -4p 5 3309.930 B 3n 1.87 5.73 0-1 3000.14 A 4 3973.58 A 15 30.31 33.41 1-3 -4p 8 3336.139 3315.334

B

B

8n*

5n* 1.89

1.88

5.73

5.73

3-3

1-1
24 AST I S E B U L T I P L E T T ABLE

Laboratory E P J Multlplat

(Bo) Laboratory E P J Kultlplet

(No) Laboratory E P

" J llultlplet

(No)

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Ca I continued Ca I continued Ca II I P 11.83 Anal A List B Apr 1944

3180. 521 B IN 1.89 5.77 2-1 4

3 P«-93S 6796.51 C 6n 3.70 4.51 3-1 3

1 D-53P° t 3933 . 664// A 400RI K) 0.00

H) 0.00 3.14 ft 4

2S-42P« 3169.654 B IN 1.88 5.77 1-1 (14) .(31)

3

1 D-3d4p1 P° 3968.470 A 350RI 3.11 (1) 3164.618

3150.738

B IN 1.87 5.77 0-1 6717.685 A 500n 3.70 4.53 3-1

A 4N» 1.89 5.81 2-3 4

3 P°-83D 5349.473 A 35 3.70 5.00 3-3

,(32)

3

1 D-3d4p1 F° 8543.089 B 1500 1.69 3.14 3^-li 32D_42po 3140.782 B 3N» 1.88 5.81 1-3 (15) ,(33) 8662.140 B 1000 1.69 3.11 1*- * (3) 3136.003 B IN 1.87 5.81 0-1 5041.630 A 40 3.70 5.15 3-1 8498.018 B 300 1.69 3.14 ll-l*

3151.280

3141.164

B

B 4N«

3N« 1.89 1.88

5.81 5.81 2-2

1-1 4678.133 A 50 3.70 5.23 3-3

.(34)

3

1 D-41 F° ,(35) 3ln_6lp°

3736.901 B 13 3.14 6.44 tJ 43po_5

3s 3117.656 B IN 1.89 5.85 2-1 4

3P°-103S 4526.935 A 30 2.70 5.43 3-1 3706.036 B 10 3.11 6.44 (3) 3107.388 B IN 1.88 5.85 1-1 (16) ,(36) 3ID-5IF 4

2P°-43 3103.36 B (0) 1.87 5.85 0-1 4355.096 A 35 3.70 5.53 3-3 3179.333 B 15 3.14 7.03 l£-2f D

,(37) 3158.869 B 10 3.11 7.03 i-1* (4) 3006.858 A 6 1.89 6.00 2-2 4

3P°-3d2 3 P 4340.456 A 6 3.70 5.61 3-1 3181.375 B 4 3.14 7.03 l|-l|

2999.641 A

A

45 1.88 1.89

5.99

5.99

1-1 3-1

(17) 4108.554 B ION 2.70 5.70 3-3

,(38)

3

1D-61F° 3009.205

3000.863 A 5 1.88 5.99 1-0 ,(39) 11836.4 P 6.44 7.48 ft

5

28-53I> 2997.309 B 5 1.88 6.00 1-3 4058.912 B in 3.70 5.74 3-1 11947.0 P 6.44 7.47 (5) 2994.958 A 5 1.87 5.99 0-1 3973.570 A (1) 3.70 5.80 3-3

,(40) 3lD-71F° 4473.09 D 81

6.44 9.30 ft 5

28-63Pe ,(41)

3

1 D-81 F

C (43)

4

1 P°-51 8

4479.39 D 6.44 9.30 (61 6439.073 A

AA

150

125

80

2.51

2.51

2.51

4.43

4.43

4.41

3-4

3-3

1-3

3

3 D-3d4p3F°

(18) 3889.141 B (1) 3.70 5.87 3-3 4733.58 D 3f 4

3D-52F» 6462.566

i:l 6493.780 7.02 9.63

6471.660 A 40 2.51 4.42 3-3 10343.85 C 500 3.93 4.11 1-0 4718.16 D 7.02 9.63 If- (7) 6499.649 A 30 2.51 4.41 3-3 .(43)

4

1 P°-41 D 42D-62 650e.742 B (1) 2.51 4.41 3-3 7336.146 A 400 3.93 4.60 1-3 3758.36 E F°

i?l 7.03 10.30 a\-

,(*4 > , 3755.61 E 7.02 10". 30 if- (8) 6454.70 D (1) 2.51 4.43 3-3 33 D-3d4p1 D° 6709.68 D (1) 3.93 4.76 1-3 4lp»-4p2 3P

42D-72 6455.500 A 10 2.51 4.42 3-3 (19) F°

1 (45) a 1 4 P*-4p2 !S 3346.99 E (10) 7.03 10.71 a$- 6449.810 A 50 2.51 4.43 1-3 5867 . 573 A 1 3.93 5.03 1-0

2 < 92 ,(46) , 3135.15 E

ill 7.03 10.97 ak6169.559 A 40 2.51 4.53 3-2 3

3D-53 P° 5857.454 A 100 3.93 5.03 1-3 4

1 P»-4p3 2 D 3123.39 E 7.03 10.97 lf. (10) 6169.055 A 25 2.51 4.51 3-1 (30) ,(47), 6166.443 A 15 2.51 4.51 1-0 5513.979 A 30n 3.93 5.16 1-0 4

1 P°-61 S 3989.43 E

!i! 7.03 11.15 ZL. 4

2 D-92F°

6161.289 A 10 2.51 4.52 3-3 .(48),

4

1 po_51 D

,(49),

3987.72 E 7.03 11.15 if- (11) 6163.758 A

F

10

(1) 2.51 2.51

4.51 4.52

1-1

1-3 5188.848 A 50 3.93 5.30 1-3

52 po_63 S 6156.10 4847.396 A 2 3.92 5.47 1-0 4

1 po_71 S 9933.3 P 7.48 8.73

5588.757 A 80 2.51 4.72 3-3 3

3D-3d4p3 D

e ,(50), 9856.7 P 7.47 8.73 %\ (13) 5594.468 A 60 2.51 4.72 3-2 (31) 4685.365 A 13 2. 93 5.55 1-3 4

1 P°-61 D

53P°-52D

(13) 5598.437 A 5030 2.512.51

4.71 4.72

1-1 3-3

(51)

5

3S-3d4p3 P°

8250.2

8803.2

P

P 7.48

7.47 8.988.98 lj-si

5601.285

5602.846 A 25 2.51 4.71 3-1 13816.06 P, (50d) ,3.89 '3.89 4.86 1-3 8256.1 P 7.48 8.98 l-f-ij 5581.971 A 25 2.51 4.72 3-3 13833.89 P> 4.86 1-1 (53)

53pt>_72 5590.120 A 20 2.51 4.72 1-2 13837.09 P 3.89 4.86 1-0 5307.30 D S

fcl 7.48 9.81 tt A 60 2.51 4.86 3-3 3 3 D-3d4p3P° 3a4p3r>-3d4d 3

G5385.34 D 7.47 9.81 (14)

53P»-63D 5270.2705265.557 A 40 2.51 4.86 3-1 (32) 6361 . 79 F (5n) 4.43 6.37 4-5 5019.979 B M 7.48 9.94 l4-3*

5262.244 A 25 2.51 4.86 1-0 6343.39 F (4n) 4.43 6.37 3-4 (53) 5001 . 489 C 1 7.47 9.94 y-1* (15) 5264.239 A 20 2.51 4.86 3-3 6318.11 F ( 3n) 4.41 6.36 3-3 J0S1.141 C (0) 7.48 9.94 1t-i?

5261.706 A 20 2.51 4.86 1-1

3d4p3i"-3a4a3 5260.375 A 2 2.51 4.86 1-3 5757.69 F (4n) 4.43 6.57 4-4 r 4330.13 D a7.48 10.41 tt 53P°-838 5735.74 F (3n) 4.43 6.57 3-3 (54) 4306.21 D 7.47 10.41 (16) 4585.871 A 50 2.51 5.21 3-4 3

3 D_ 4

3F

« 5717.99 F (4n) 4.41 6.57 2-3

53p _73 4581.402 A 40 2.51 5.21 3-3 (33) 5761.88 F (in) 4.43 6.57 4-3 4109.83 D (1) 7.48 10.49 l*-3* D

4578.558 A 30 2.51 5.21 1-3 5746.81 F 2N) 4.43 6.57 3-3 4097.13 D (1) 7.47 10.49 3-14 (17) 4585.923 B (2) 2.51 5.21 3-3 5731.70

5707.03 F

F

(in)

(in) 4.43

4.41 6.57

6.57 3-4

3-3 4110.33 D (0) 7.48 10.49 ll-ll

4512.282 A

B

5

3 2.51 2.51 5.255.25

3-3

3-1

3

3D-63 P«

(34) 3694.11 3683.71

D

D

i*l

7.48

7.47 10.83 10.83 li-3* 5

3p

o_83jj 4509.446 (18) 4507.417 B (1) 2.51 5.25 1-0 9701.81 P 30 4.73 6.00 3-3 3d4p3D°-3d2 3P 3694.31 D (0) 7.48 10.83 if-lf

4507.854 B

B

1

I 1)

2.51

2.51 5.25 5.25

3-3

1-1 9688.60

9676.35

P

P

15

5 4.73

4.71 5.995.99

3-1 1-0

(55) 4506.624

4505.00 E (0) 2.51 5.25 1-2 9664.39

P> 5pT ,4.73 M.71

6.00 2-3 6456.907 C (-) 8.40 10.31 _ 4

2F»_63 9663.58 5.99 1-1 ,(19),

4098.533 A 15 2.51 5.53 3-4 3

3D-53F° 9639.40 P 4.71 6.00 1-2 5339.39 D (-) 8.40 10.71 _ 4

3F»-73&

4094.930 AA

12

8 2.512.51 5.535.53

3-3

1-3

(35) 10838.77 C 3-3 3d4p3P»-3d3 Sp

(20) 4092.633

10 4.86 6.00

3875.807 B (4) 2.51 5.70 3- 3

3D-63F° 10863.73 c 3 4.86 5.99 1-1 (56) 3872.552 B \h 2.51 5.70 2- (36) 10869.37 c 3 4.86 5.99 3-1 3870.506 B (2) 2.51 5.70 1- 10879.78 c 4 4.86 5.99 1-0 Ca III ] P 51.00 Anal D List A Apr

10833.13 c 4 4.86 6.00 1-3

3753.367 B Bi

2.51 5.80 3- t3q_i3f<i 10861.51 c 3 4.86 5.99 0-1 3373.68 A 8 39.94 33.60 3-1 4s l e-4p 1 3750.349 B 2.51 5.80 2- (27) *(1)

3748.374 B (i) 2.51 5.80 1- 3537.75 A 7 30.11 33.60 1-1 4s 3°-4p 1 Strongest Uncla self led Lines of Ca I 3988.61 A 7 30.11 34.34 1-3 (3) -4p 3 3678.240 B 3 2.51 5.87 3- 3

3 D-83F

,> 3675.307 B 2 2.51 5.87 2- (28) 7468 . 41 F (3) 3761.63 A 6 30.33 33.60 0-1 4s 3°-4p 1 3673.448 B 1 2.51 5.87 1- 6405.89 F (3n) 3038.66 A 6 30.33 34.40 0-1 (3) -4p 4

3

1 D-3d4p3F°

6395.16

5764.33

FF

(3n) (3n) 4081.74 A 5 30.58 33.60 1-1 4s 4°-4p 1 7202.194 A 200 2.70 4.41 2-2 5743.38 F (3n) 3367.81 A 51 30.58 34.34 1-3 (4) -4p 3 .(29) . 3333.03 A 4 30.58 34.40 1-1 -4p 4 7148.147 A 500 2.70 4.42 2-2 3

1 D-3d4p1 D° 5688.47 F IS

3119.66 A 8 30.58 34.53 1-3 -4p 5

C50) 5682.88 F 3969.30 A 6 30.58 34.71 1-1 -4p 7
RET [ S E D HOLT I P L E T T ABLE 35 Laboratory E P J Multlplet

(Ho5 Laboratory E P J Hultlplet

(No) Laboratory E P J Hultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No) 6c I I P 6.7 Anal A List C Nov L940 So I continued 8c II continued 6363.386 A (3) 0.03 1.96 r a

3D-z4F° 4709.336 A 5 3.29 4.91 2i-3i z4P°-f4Dt

(33) ^ 5553.25 B 3 1.45 3.67 0-1 a

1 ^!3 ? £344.831 A 5 0.00 1.95 1 \ (1) 4706.967 A

11] 2.29 4.91 It-2-J .(25) 6413.353 A 50 0.03 1.95 r-2< 4711.733 A 2.28 4.90 4-iij 5339.833 A 15 1.45 3.80 0-1 6378.834

6448.10 A

B

40

1 0.000.03

1.93 1.93

i

3

r-l-i i-li (26)

r a

2D-Z3D° 5258.333 A 15 2.50 4.85 3p4j

a

30-z3

H° t 7178.33 P 1.50 3.22 2-2 a

3P-zV

6305.671 A 400 0.03 1.98 5285.752 A 10 2.50 4.83 (33) 7151.18 P 1.49 3.22 1-2 (27) 6310.676

6376.310 A

A

300

15 0.00 0.03

1.99

1.99

1-2- r-1-

r-l-i

f (3) zWd 6245.629 A 30 1.50 3.48 3-3 a

3P-z3 D° 6339.410 A 30 0.00 1.98 1- i-3j 6557.87 B

) B

; 15* ,2.60 4.48 34-3* 2|wlJ

6279.757 A 15 1.49 3.46 1-3 (28)

t a

2D-z4

D° 6558.05 ^2.60 4.48 (34) 6309.902 A 15 1.49 3.45 0-1 6331.76 C M 0.03 3.00 6300.697 A 6 1.50 3.46 2-3 •6193.673 A (3) 0.00 1.99 1-

r (3) Strongest Uno1«g»lf led Lines of So._I 6330.854 A 7 1.49 3.45 1-1 6358.963 A 100 0.03 1.99 6343.082 A 1 1.50 3.45 2-1 6339.778 A 100 0.00 1.98 1- i-li 6835.03 B (35) 6306.047 A 30 0.03 1.98 !•*! 6817.08 A { 10 5657.870 A 25 1.50 3.68 3-2 a3p_z 3po 6344.51 C (1) 0.00 1.98 1-

r a

3D-z2P°

6737.87

6036.17 A

B

10) , (lOnl) 5667.164

5684.190 A

A

10

15 1.491.50 3.67

3.67

1-1 2-1

(29) 5349.703 A 15 0.03 2.33 3- !"-!; 4573.993 A 6 III 5669.030 A 13 1.49 3.67 1-0 5343.961 A 10 0.00 2.31 I (4) 4557.837 A 5 III 5640.971 A 15 1.49 3.68 1-2 5301.936

4779.347

AA330

0.00 0.032.33

2.60

1- -1

'

r a

3D-z3F

e

5658.334 5357.195A

A

8

2

1.49

1.50

3.67 3.80

0-1

2-1 a?>?-z x ?° 4753.153 A 15 0.00 2.60 1-

: (5) So II I P 13. 8 Anal A List A Nov 1940 5342.05 P 1.49 3.80 1-1 (30) 4791.500 A 4 0.03 3.60 r-3- a

3D-z1 D°

(1)

5334.238 A 2 1.49 3.80 0-1 4083.396 A 40 0.03 3.04 3i 1-1-

f (6)

3859.36

3843.000

PA 4

0.02

0.01

3.33 3.33

3-2

3-2 •4054.555 A 35 0.00 3.04

<Sj

j-1- 3833.059

3613.836//

A

A

3600.00

0.02

3.33 3.44

1-2 3-4 a

3D-z3F°

5536.809 A 75 1.76 3.99 4-3 a

1 G-z1 F° (3D

4033.688 A 100 0.03 3.09 i-3-

f (?) 3630.740 A 50 0.01 3.41 2-3 (3) 3157.44 P 3.22 7.13 2-3 z

1 D°-e3 D 4030.399 A 75 0.00 3.07 1- r-1- 3643.785 A 40 0.00 3.39 1-3 3170.40 B 1 3.33 7.11 2-2 (32) 4047.793 A 35 0.03 3.07 r-1- 3645.311 A 30 0.03 3.41 3-3 3176.70 P 3.33 7.10 2-1 3996.607 A 30 0.00 3.09 1 U3i 3651.798 A 35 0.01 3.39 3-3

t aSu-y3?*

r (a)

3666.537 A 3 0.03 3.39 3-3 3107.539 A 6 3.23 7.19 2-2 z

1 D°-e1 D 3911.810 A 100 0.03 3.18 ,(33), 3907.476 A 75 0.00 3.16 1- 3573.533 A 50 0.03 3.48 3-3 a

3D-«3D° •3988.953} A 10 3.33 7.35 2-3 z1 D"-e1 F 3933.381 A 30 0.03 3.16 3576.340 3580.937 A

A

35

30 0.010.00

3.46

3.45 3-3

1-1

(3) (34) 3373.619 A 30 0.03 3.79 -l1 r a.3D-j?P> 3590.475 A 30 0.03 3.46 3-3 3343.37 A 4 3.44 7.13 4-3 z 3F°-e3D 3369.904 A 15 0.00 3.77 i i 0) 3589.635 A 30 0.01 3.45 3-1 3331.07 A 3 3.41 7.11 3-3 (35) 3355.678 A 6 0.00 3.79 i- i-li 3558.538 A 20 0.01 3.48 2-3 3330.433 A 3 3.39 7.10 2-1 3567.701 A 20 0.00 3.46 1-2 3316.79 B IT 3.41 7.13 3-3 3019.350 A 10 0.03 4.11 r a

2!)-!2?* 3313.539 A OT 3.39 7.11 3-3 3015.364 A 8 0.00 4.09 i- (10) 3373.151 A 20 0.03 3.68 3-3 a

3D-z3P° 3399.41 P 3.39 7.13 3-3 3030.769 A 3 0.03 4.09 -2- 3368.946 A 15 0.01 3.67 3-1 (4)

i a

3D-x3

D° 3361.935 A 12 0.00 3.67 1-0 3108.511 A 3 3.44 7.41 4-3 z

3F

o_r

3D 3980.753 A Mi

0.03 4.16 3359.679 A 10 0.01 3.68 2-2 3093.519 A 2 3.41 7.40 3-3 (36) 3974.006 A 0.00 4.15 i- :-l- (ID 3361.370 A 10 0.00 3.67 1-1 3083.56 A 3 3.39 7.39 2-1 •3988. 953

A (10 0.03 4.15 ^ll 3353.048 A 3 0.00 3.68 1-3

z

3F°-e3 3965.86 B (3) 0.00 4.16 i- G a

3 D-z1 P«

(5)

3065.106 A 30 3.44 7.46 4-5

r a*P-z*0o

3351.32

3344.17 AP

3 0.01 0.00

3.80

3.80

3-1

1-1 3053.939 3045.714 A

A

20153.41 3.39 7.45 7.44

3-4

2-3

(37) 5671.805/ A 300 1.44 3.63 3075.38 B 3 3.44 7.45 4-4 5686.836 A 150 1.43 3.60 (13) 3107.387 A (1) 0.03 3.99 3-3 a

3D-»1F° 3060.531 A 3 3.41 7.44 3-3 5700.14 B 100 1.43 3.59 3096.77 P 0.01 3.99 3-3 (6) 3083.07 P 3.44 7.44 4-3 5711.754

5708.600 A

A

100

15 1.43 1.44

3.58

3.60

i- -3-

a

1 D-z1 D° 3379.397 A 3 3.48 7.13 3-3 z

3D°-e3 D 5717.30 B 15 1.43 3.59 4246.839 A 100 0.31 3.33 3-3 3378.309 A 2 3.46 7.11 2-2 (38) 5734.073 A 15 1.43 3.58 ,(?)_ . 3373.57 B IT 3.45 7.10 1-1 6739.30 B 3 1.44 3.59 3989.06 B 2 0.31 3.41 3-3 a

1 D_z3F° 3394.39 B 1 3.48 7.11 3-2 5741.36 B 1 1.43 3.58

f a*F-yV»

4014.489 A 5 0.31 3.39 3-3 (8) a

1 D-z3D°

3363.501 3366.46 A

B

1

1 3.463.45

7.13

7.11

3-3

1—3 5081.554 A 135 1.44 3.87 3903.09 P 0.31 3.48 2-3

z

3 D°-f3 5083.713 A 80 1.43 3.86 (13) 3933.503 A 0.31 3.46 2-2 (9) 3139.739 A 10 3.48 7.41 3-3 D 5085.547 A 40 1.43 3.85 3939.51 P 0.31 3.45 2-1 3133.096 A 8 3.46 7.40 3-2 (39) 5086.951 A 40 1.43 3.85 ii -I- a

1 D-z3P° 3128.286 A 5 3.45 7.39 1-1 5101.131 A 30 1.44 3.86 3664.354 A 1 0.31 3.68 2-2 3146.91 B 1 3.48 7.40 3-2 •5099.338 A 40 1.43 3.85 -3: 3675.365 A 1 0.31 3.67 3-1 (10) 3138.46 B 1 3.46 7.39 2-1 5096.716 A 30 1.43 3.85 3- **! a

1D-z1P° 3126.02 B 1 3.46 7.41 2-3 5064.331 A 10 1.43 3.87 3535.739 A 10 0.31 3.80 3-1 3132.954 A 3 3.45 7.40 1-2 5070.349 5075.814 AA

40

10 1.431.43 3.86

3.85 1-j ~3J 3353.734 A 35 0.31 3.99 3-3

.(11)

a

1D-z1F° 4743.814 A 40 1.44 4.04 t a*F-y4D°

(13) 3580.71

3586.83

P

P 3.68 3.67 7.137.11 2-31-3

z 3 P°-e3 D (40) 4741.018 A 30 1.43 4.04 -3- (14) 4716.13 P 0.60 3.22 3-3 a3F-z1 D° 3594.13 P 3.67 7.10. 0-1 4737.643 A 30 1.43 4.03 2- L -l; 4698.276 A (3) 0.59 3.22 2-3 (13) 3597.39 P 3.68 7.11 2-2 4734.094 A 15 1.42 4.03 1- a

3 F-z3F° 3594.89 P 3.67 7.10 1-1 4738.769 A 5 1.43 4.04 4374.455 A 40 0.63 3.44 4-4 3605.50 P 3.68 7.10 2-1 1.43 4.04 --Z- 4400.355 A 30 0.60 3.41 3-3 (14) •4739 . 336 A 30 1.43 4.03 \\ -ll 4415.559 A 30 0.59 3.39 3-3 3312.736 A 5 3.68 7.41 2-3 z

3 P°-f3 D 4717.031 A M 1.43 4.04 4420.665 A 3 0.63 3.41 4-3 3311.708 A 3 3.67 7.40 1-2 (41) 4730.830 A (o) 1.42 4.04 li -2; 4431.369 A 3 0.60 3.39 3-3 3317.038 A 1 3.67 7.39 0-1 4354.609 4384.813 AA

56 0.60

0.59

3.44

3.41 3-4

3-3 3320.709

3317.693 AA

1

1 3.68

3.67

7.40

7.39

3-3

1-1 5530.496 A 100 1.86 4.09 l-4j a

3F-z3G° a

3F-z3 D° 3326.74 P 3.68 7.39 2-1 5514.315 A 80 1.84 4.08 3J (15) 4314.084 A 60 0.63 3.48 4-3

2 3po_e3g 5549.68 B (3) 1.86 4.08 4330.745 A 50 0.60 3.46 3-3 (15) 3199.37 A 10 3.68 7.54 2-1 4335.010 A 40 0.59 3.45 3-1 3191.005 A 5 3.67 7.54 1-1 (42) 5481.989 A 100 1.86 4.11 I

«-3| t &

Z¥-J?F9 t 4394.767 A 8 0.60 3.48 3-3 3190.403 A 3 3.67 7.54 0-1 5484.618 A 80 1.84 4.09 r-2-; r (16) 4305.715

4379.937 AA

10

1 0.59

0.59

3.46

3.48 2-2

2-3

z

1 P°-e1 5356.100 A 60 1.86 4.16 P H3j

f a

3F-x3

D° t a

3 F-z3P° 3379.18 A 3 3.80 7.46 1-1 5349.394 A 50 1.84 4.15 si (17) 4008.41 P 0.60 3.68 3-2 .(43)

z 1 P°-f1 D

5591.333 A 15 4.19 ( i4F»-e4Ft

4008.60

3995.49 PP

0.59

0.59

3.67

3.68

3-1 2-2

(16)

a^-z^o

3979.683 A 5 3.80 7.95 1—3

1.98

(44)

z

1 F°-e1 5564.861 A 4 1.96 4.18 F (18) 3843.16 P 0.59 3.80 3-1 3678.343 A 2 3.99 7.35 3-3 5541.030 A 3 1.95 4.17 3 (l7i a^F-z1 ?* ,(45)

z

1 F

e-f1 5536.06 B D (4) 1.93 4.17 ii -li 3653.63 P 0.63 3.99 4-3 3132.542 A 1 3.99 7.95 3-3 3639.76 P 0.60 3.99 3-3 (18) ,(46)

z

1 F°-e1 5393.075 A 30 1.98 4.37 t z4F*-e4Dt 3639.10 P 0.59 3.99 3-3 3039.92 A 10 3.99 8.05 3-4 5375.346 A

A

30

8 1.96 1.95

4.26

4.25 -»1 (19) b

1 D-z1 D°

(47) 5355.753 ySpo-e1 6341.040 A ? 8 1.93 4.35 ii 6604.60 B 10 1.35 3.22 2-3 4748.12 P 4.86 7.46 2-1 .(191 . b

1 D-z3F° 4696.71 P 4.83 7.46 1-1 (48) 4165.184 A 13 1.98 4.94 r iV-e^t 6001.53 P 1.35 3.41 2-3 4671.94 P 4.81 7.46 0-1 4153.355 A 13 1.96 4.93 (30) 6059.25 P 1.35 3.39 2-3 (30) 4140.304 ^•-fip A 10 1.95 4.93 3995.48 P 4.86 7.95 3-3 4133.006 A 8 1.93 4.93 ii r_3j 5806.77 P 1.35 3.48 3-3 b

1 D-z3 D° 3959.01 P 4.83 7.95 1-3 (49) 3435.555 A 5 1.98 5.57 r s*F,-h4F

5854.31 5890.03 P

P

1.35

1.35 3.463.45 3-3

3-1

(31) 3431.358 A 3 1.96 5.56 • (3D

b^-D-z 3439.206 A 3 1.95 5.54 3?" f_3J 5395.30 P 1.35 3.68 3-2 3429.483 A 3 1.93 5.53 i\ -li 5318.337 A 3 1.35 3.67 3-1 (23) Sc III I P 65 Anal C List A Jan 1941 3448.503 A 1 1.98 5.56

3443.989 A 1 1.96 5.54 i-3< 5031.019 A 40 1.35 3.80 2-1 ^V-z1 ?" 4068.7 A (2n) 13.86 1.6.90 H-H 4

2 D-42F

e 3439.40 A 1 1.95 5.53 3< r— li ,(33)

b

1 D-z1F°

(34)

4061.3 A (2n) 13.86 16.90 lj-2| (1) 3418.528

3416 674

3419 '58

A

AA

(3)3

(1)

1.96

1.95

1.93

5.57

5.56 5.54

2-

li

4670.404 A 15 1.35 3.99 3-3
36 RET E S E D 11 U L T I P L E T T ABLE

Laboratory E P J Uultiplet

(No) Laboratory E P J Uultiplet

(No) Laboratory E P J Uultiplet(No)

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Tl I I F 6.81 Anal A List B Nov 1940 Tl I continued Tl I oontlnued

•6395.351 E (3 0.05 3.01 4-5 a

3F-z6G» 3506.643 E 8 0.05 3.57 4-5 a^-yV •5338.560 B 6 0.84 3.30 5-4 a^-j^D

6373.389 E (6 0.03 1.99 3-4 (1) 3493.380 E 0.03 3.55 3-4 (33) 5346.574 E 3 0.83 3.18 4-3 (37) 6357.73 H (3 0.00 1.97 3-3 3483.010 E (1) 0.00 3.54 3-3 5350.95 E 3 0.83 3.17 3-3 6359.896 E (8 0.05 1.99 4-4 3519.939 E 0.05 3.55 4-4 5351.49 E 0.81 3.16 3-1 6335.33 H (10

(13 0.03 1.97 3-3 3503.760 E 0.03 3.54 3-3 •5348.403 E 1 0.81 3.16 1-0 6396.646 E 0.00 1.96 3-3 3490.765 E 0.00 3.54 3-3 5311.33 P 1 0.83 3.30 4-4

6413.13 P 0.05 1.97 4-3 3530.580 E 0.05 3.54 4-3 5334.14 P 0.83 3.18 3-3 6364.93 H (2 0.03 1.96 3-3 3511.636 E 3 0.03 3.54 3-3 5333.817 E 1 0.81 3.17 3-3 3495.960 E 3 0.00 3.53 3-1 5339.943 E 0.81 3.16 1-1 5940.68 E _ 0.05 3.13 4-5 a

3F_r5F

a

3F-w3D

e a5F-y50» 5913.730 E _ 0.03 3.11 3-4 (3) 3385.944 A 40r 0.05 3.69 4-3 4981.732^ A 60 0.84 3.33 5-6

6031.68 . E _ 0.05 3.09 4-3 3377.577 A 30r 0.03 3.67! 3-3 (33) 4991.067 A 50 0.83 3.31 4-5 (38) 5984.586 E (1 0.03 3.08 3-3 3370.436 A 40r 0.00 3.66 3-1 4999.504 A 45 0.83 3.39 3-4

5944.65 P 0.00 3.08 3-1 3361.363 E 40r 0.03 3.69 3-3 5007.209 A 40 0.81 3.38 3-3 3358.271 A 10 0.00 3.67 3-3 5014.377 A (35) 0.81 3.27 1-3

5460.503 B 4 0.05 3.31 4-4 apy-L^W 3343.151 E 6 0.00 3.69 3-3 5016.163 A 30 0.84 3.31 5-5

5436.356 B 3 0.02 3.30 3-3 (3) a

3F-x3Q° 5030.038 A 35 0.83 3.29 4-4

•5396.600 E 1 0.00 3.39 3-3 3371.447 A 80R 0.05 3.71 4-5 5033.871 A 35 0.83 3.28 3-3 5490.840 B (0) 0.05 2.30 4-3 3354.634 A 60r 0.03 3.70 3-4 (34) 5034.842 A 30 0.81 3.37 3-3

•5446.593 B 3 0.03 3.39 3-3 •3341.8758 A 50r 0.00 3.69 3-3 5045.400 B 5 0.84 3.39 5-4 5408.940 E (1) 0.03 3.38 3-1 3379.316 E 15 0.05 3.70 4-4 5043.578 B 7 0.83 3.38 4-3 •5396.600 E 1 0.03 3.31 3-4 3360.990 E 10 0.03 3.69 3-3 5040.643 B 6 0.83 3.37 3-3 5376.59 P 0.00 3.30 3-3 3385.664 E 13 0.05 3.69 4-3 4953.37 P 0.84 3.34 5-4 a5F-x3F» 5310.386 A 40 0.05 3.43 4-4 a

3F-z3P° •3369.054 E 1 0.05 3.71 4-4 a

3F-x5D 4928.895 E 1° 1 0.83 3.34 4-4 (39) 5193.971 A 35 0.03 3.40 3-3 (4) 3353.937 E 6 0.03 3.70 3-3 (35) 4941.332 E (l 1 0.83 3.33 3-3

5173.743 A 30 0.00 3.39 3-3 3343.707 E 3 0.00 3.69 3-3 4947.994 E 1 0.81 3.31 3-3

5353.105 B 8 0.05 3.40 4-3 3377.485 E 30 0.05 3.70 4-3 4909.105 B 3 0.83 3.34 3-4

5319.697 B 8 0.03 3.39 3-3 3361.835 E 10 0.03 3.69 3-3 4936.148 B 4 0.81 3.33 3-3

5153.185 B 10 0.03 3.43 3-4 3348.535 E 5 0.00 3.69 3-1 4937.719 B 4 0.81 3.31 1-3

5147.483 A 10 0.00 3.40 3-3 3344.63 P 0.03 3.71 3-4 3333.913 E 3 0.00 3.70 3-3 4801.93 P 0.83 3.39 3-3 a5F-xV

5064.654 A 35 0.05 3.48 4-3 a

3F-z3D

,> b^-tV

4801.90 P 0.81 3.38 3-3 (40) 5039.959 A 33 0.03 3.47 3-3 (5) 3343.803 E 4 0.05 3.85 4-3 4806.75 P 0.81 3.38 1-1 5014.185 A (35) 0.00 3.46 3-1 3322.741 E 3 0.03 3.85 3-3 (36) 4787.64 P 0.81 3.39 3-3

5009.652 A 7 0.03 3.48 3-3 3205.848 E 5 0.00 3.85 3-1 4793.34 P 0.81 3.38 1-3 4997.099 A 8 0.00 3.47 3-3 3331.151 E 3 0.03 3.85 3-3 4816.47 P 0.81 3.38 3-1 4967.30 H (1 I 0.00 3.48 3-3 3305.168 E 3 0.00 3.85 3-3 a

5F-y 3303.58 a (3) 0.00 3.85 3-3 4781.718 B 6 0.84 3.43 5-5 30» 4681.908 A 30 0.05 2.68 4-5 a

3F-z3 0° a

3F-w30° 4789.803 E [1 > 0.83 3.41 4-4 (41) 4667.585 A 35 0.03 3.67 3-4 (6) 3199.915 A 100R 0.05 3.90 4-5 4813.906 E [0 l 0.84 3.41 5-4

4656.468 A 35 0.00 3.65 3-3 3191.994 A 80R 0.03 3.89 3-4 (37) 4758.913 B 4 0.83 3.43 4-5

4715.395 A 4 0.05 3.67, 4-4 3186.451 A 60r 0.00 3.87 3-3 4771.103 B 3 0.83 3.41 3-4

4693.670 B 5 0.03 3.65 3-3 3314.340 A 13 0.05 3.89 4-4 4783.306 E (3) 3.39 3-3 3303.838 E 15 0.03 3.87 3-3 aSF-y 4563.637 B 6 0.03 3.73 3-3 a

3F-z1 D° 3236.240 E 1 0.05 3.87 4-3 4533.338 A 30 0.84 3.57 5-5 5!* 4537.455 E (4) 0.00 3.73 3-3 (7) a

3F-y3P°

(38)

4534.783 B 30 0.83 3.55 4-4 (43) aPf-i1?

3160.09 a tr 0.03 3.93 3-3 4535.574 B 50 0.83 3.54 3-3 4540.483 E 1 0.05 3.77 4-3 3151.11 a tr 0.00 3.93 3-1 4535.930 B 10 0.81 3.54 3-3 4496.345 E 3 0.03 3.77 3-3 (8) 3143.16 p 0.00 3.93 3-3 4536.051 B 10 0.81 3.63 1-1 4463.099 B (3) 3.77 3-3 afy-w^

4555.486 A 30 0.84 3.65 5-4

a

3F-z10° 3000.868 E 30 0.05 4.16 4-4 4553.453 A 35 0.83 3.54 4-3 4113.708 A 30 0.05 3.05 4-4 3983.306 E 30 0.02 4.16 3-3 (39) 4548.764 A 35 0.83 3.54 3-2 4076.370 B 4 0.03 3.05 3-4 (9) 3970.384 E' 10 0.00 4.15 3-3 4544.688 A 30 0.81 3.53 3-1

a

3F-z38° •3003.738 E 3 0.05 4.16 4-3 4513.734 A 10 0.83 3.57 4-5 4011.534 E (3) 3.08 3-1 3985.477 3961.448

E 3 0.03 4.15 3-2 4518.033 A 50 0.83 3.55 3-4

a

3F-z=s°

E (3) 0.03 4.16 3-4 4533.798 A 10 0.81 3.54 3-3

4009.653 B 15 0.03 3.10 3-3 3968.331 E 4 0.00 4.16 3-3 4537.305 A 35 0.81 3.54 1-3

3983.478 B 30 0.00 3.10 3-2 (U)

a

3F-y3F° 3956.133 A 70R 0.05 4.33 4-4 a

3F-v3F° t 4314.801 A 35* 0.83 3.69 4-3 a5F-w3D« 3998.635 A 100R 0.05 3.13 4-4 3967.325 E 35 0.06 4.31 4-3 (30) 4336.359 B 9 0.83 3.67 3-3 (43) 3989.758 A 80r 0.03 3.11 3-3 (13) 3956.797 E 35 0.03 4.19 3-3 4334.840 B 3 0.81 3.66 3-1

3981.761 A

A

70r 0.00

35 0.05

3.10

3.11 3-34-3 a

5F-z5

G°

4399.636 4314.74

BP

L5 0.83

35* 0.81

3.69

3.67

3-3 4034.573 3-3

4008.936 A 35 0.02 3.10 3-3 10396.85 C 35 0.84 3.03 5-6 4336.986 B 3 0.81 3.66 1-1 3964.369 A 35 0.03 3.13 3-4 10496.14 C 30 0.83 3.01 4-5 (31) •4388.161 B 3 0.81 3.69 3-3

3963.851 A 35 0.00 3.11 3-3 a

3F-y3D°

10584.66

10661.61

C

C 35

30 0.83 0.81

1.99 1.97 3-4

3-3 4306.945 E 1 0.81 3.67 1-3 3958.306 A 80 0.05 3.17 4-3 10736.33 18 0.81 1.96 1-3 4305.910 A 30 0.84 3.71 5-4 a

5F-x5D° 3956.336 A 60 0.03 3.14 3-3 (13) 10607.78 C 10 0.84 3.01 5-5 4301.089 B 50 0.83 3.70 4-3 (44) 3948.670 A 60 0.00 3.131 3-1 10677.04 C 10 0.83 1.99 4-4 4300.566 B 50 0.83 3.69 3-3 3934.537 A 50 0.03 3.17 3-3 10733.89 c 8 0.83 1.97 3-3 4398.664 A 10 0.81 3.69 3-1 3939.875 A 40 0.00 3.14 3-2 •10774.93 c 13 0.81. 1.96 2-2 4295.751 A 33 0.81 3.68 1-0 3898.487 B 8 0.00 3.17 3-3 10793.59 p 0.84 1.99 5-4 4287.405 A 33 0.83 3.71 4-4

a

3F-z3P° 10836.04 c 1 0.83 1.97 4-3 4286.006 A 35 0.83 3.70 3-3 3947.770 A 40 0.03 3.15 3-3 10847.73 c 1 0.83 1.96 3-3 4289.068 A 35 0.81 3.69 3-3

3914.751 B 5 0.00 3.15 3-1' (14) 4390.933 B 33 0.81 3.69 1-1 3931.433 A 30 0.00 3.15 3-2 9638.38 D 100 0.84 3.13 5-5 a

5F-z5F° 4373.440 B 8 0.83 3.71 3-4

a

3F-y5

D° 9675.55 D 90 0.83 3.11 4-4 (33) •4374.584 A L5 0.81 3.70 3-3

3914.334 A 35 0.05 3.30 4-4 9705.64 D 80 0.83 3.09 3-3 4381.371 A 10 0.81 3.69 1-3

3900.958 B 13 0.03 3.18 3-3 (15) 9738.36 D 60 0.81 3.08 2-2

a

5F-x 3889.948 B 6 0.00 3.17 3-3 9743.60 D 50 0.81 3.08 1-1 •4391.314 B 5n 0.83 3.71 4-5 30» 3934.338 B 9 0.05 3.18 4-3 9770.38 D 40 0.84 3.11 5-4 4388.78 P 0.83 3.70 3-4 (45) 3915.879 B 3 0.03 3.17 3-3 9783.30 D 40 0.83 3.09 4-3 4387.71 P 0.81 3.69 3-3

•3899.668 B (3) 0.00 3.16 3-1 9787.67 D 50 0.83 3.08 3-3 4314.358 B 5 0.83 3.69 4-3

3881.399 E 4 0.03 3.30 3-4 9783.69 D 30 0.81 3.08 2-1 4399.17 P 0.83 3.69 3-3 •3875.363 A 30a 3.18 3-3 9546.07 D 50 0.83 3.13 4-5 9599.53 D 50 0.83 3.11 3-4 3457.494 E 4 0.84 4.41 5-4 a

5F-w6

D» 3788.804 E 3 0.05 3.311 4-5 a

3F-y6o» 9647.40 D 50 0.81 3.09 2-3 3458.030 E 3 0.83 4.40 4-3 (46) 3774.331 E In 0.03 3.39 3-4 (16) 9688.86 D 30 0.81 3.08 1-2 3457.398 E 3 0.83 4.39 3-3 a

3r-x

3I* 3455.755 E 1 0.81 4.39 3-1 3753.860 A 80r 0.05 3.34 4-4 8434.98 D 300 0.84 3.31 5-4 a

6F-z5

D° 3453.654 E tr 0.81 4.38 1-0 3741.059 A 60r 0.03 3.33 3-3 (17) 8435.68 300 0.83 3.30 4-3 (33) 3446.566 E 1 0.83 4.41 4-4

3729.806 A 50r 0.00 3.31 3-3 8436.50 D 300 0.83 3.39 3-2 3448.255 E 1 0.83 4.40 3-3 3771.653 A 35 0.05 3.33 4-3 8413.36 D 150 0.81 3.38 3-1 3449.874 E 3 0.81 4.39 3-3

3753.623 B 35 0.03 3.31 3-3 8396.93 D 90 0.81 3.38 1-0 3460.735 E 1 0.81 4.39 1-1 3722.568 A 15T 0.03 3.34 3-4 8364.34 E (3) 0.83 3.31 4-4 3444.899 E tr 0.81 4.39 1-3

3717.393 A 30 0.00 3.33 3-3 8377.90 D 100 0.83 3.30 3-3 8383.54 D 100 0.81 3.39 3-3 3340.84 P 0.84 4.65 5-5 aWs* 3689.916 A 15 0.05 3.39 4-3 a

3F-x3D» 8383.83 D 90 0.81 3.38 1-1 3335.95 P 0.83 4.64 3-3 (47) 3868.965 A 15 0.03 3.38 3-3 (18) 8307.41 E

I 1) 0.83 3.31 3-4 3344.53 P 0.83 4.64 4-3 3654.593

3660.631 A 15 0.00 3.38 3-1 8334.37 E

! 0.81 3.30 3-3 A 13 0.03 3.39 3-3 8353.15 E (3) 0.81 2.39 1-3

3646.198 A 13 0.00 3.38 3-3 6743.134 A 10 0.90 3.73 3-2 a

1

!)-!1 !)* 3637.966 E 10 0.00 3.39 3-3 7853.74 P 0.84 3.43 5-4 a

6F-z3F»

a

1 D-z1 7885.00 P 0.83 2.40 4-3 (34) 6599.113 E 13 0.90 3.77 3-3 l* 3653.497 A lOOr 0.05 3.43 4-5 a

3F-T3 # 7895.50 P 0.83 3.39 3-3 .(49) a

1 &-z 3643.675 A 80r 0.03 3.41 3-4 (19) 5659.104 E 3] 0.90 3.08 2-1 38» 3635.463 A 80r 0.00 3.391 3-3 5361.734 E (1) 0.83 3.13 4-4 a

6F-y3

I*

l (50 3671.673 A 30 0.05 3.41 4-4 5384.634 E Ml 0.83 3.11 3-3 i- (35) 5436.703 B 1 0.90 3.17 2-3

3658.097 A 2G 0.03 3.39 3-3 5401.33 H (1) 0.81 3.10 3-3 5497.93 P 0.90 3.14 3-3 (51) 3687.354 E e 0.05 3. 39' 4-3 5338.338 E 1 0.83 3.13 3-4

3635.302 a

3r-z5P° 5366.651 B 3 0.81, ,3.11 3-3 4943.074 E (0] 0.90 3.39 3-3 a

1

!)-!3!)* E 6 0.05 3.44 4-3 5389.180 B 3 0.81 3.10 1-3 4958.26 P 3 0.90 3.38 3-3 (53) 3626.085 E 4 0.02 3.43 3-3 (30) 3606.786

3603.845

E 4 > 0.03 3.44 3-3 5389.38 E 5 1 * 0.83 3.17 4-3 a

5F-y3D° 4840.874 A 35 0.90 3.45 3-3 a

1 *.*1 !)* E * 0.00 3.43 3-3 5333.958 E

lii 0.83 3.14 3-3 (36)

l (6^.

(64) 3604.284 E 8 0.03 3.45 3-3

5340.68

5366.49 B

P

0.81

0.83

3.13 3.17

3-1 3-3 4412.436 B 1 0.90 3.69 3-3
REVISED MULTIPLET TABLE 27 Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

I A (No) Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Tl I oontlnued Tl I continued. Tl I continued

•4174. 088$ B (1) 0.90 3.85 3-3 a

1 D_v3D° 3382.312 E 15 1.06 4.71 3-3 a

3P-u3D" 5474.328 B 6 1.45 3.71 4-5 b

3F-x3 G° .(55) a

1 D-y1 Fc 3390.683 E 10 1.05 4.69 1-3 (66) 5453.646 B 3 1.44 3.70 3-4 (108) 3904.785 A 40n 0.90 4.06 3-3 3398.634 E 8 1.04 4.67 0-1 5438.310 B 1 1.43 3.69 2-3

.(56) aiD-z1?

3403.369 E 4 1.06 4.69 3-3 5494.736 B

ill 1.45 3.70 4-4 3786.043 A 30 0.90 4.16 3-1 3405.094 E 5 1.05 4.67 1-1 5470.50 J 1.44 3.69 3-3

.(57) aiD-yip 3417.88 P Fe 1.06 4.67 3-1 •5511.795 B 3 1.45 3.69 4-3 3610.154 A 13 0.90 4.31 3-1

.(58) a^D-xlD3314.433 A 10 1.06 4.79 3-3 a

3P-t3 D° 5145.465 A 13 1.45 3.85 4-3 b

3 F-T3 D° 3598.714 A 15 0.90 4.33 3-3 3309.501 E 15 1.05 4.78 1-3 (87) 5113.448 A 10 1.44 3.85 3-2 (109) .(59) 3308.391 E 10 1.04 4.77 0-1 5087.055 A 8 1.42 3.85 2-1 3334.61 a 1 0.90 4.61 3-3 3331.588 E 8 1.06 4.78 3-3 5109.437 B 4 1.44 3.85 3-3 •3341.554 E 1 0.90 4.59 3-1 (60) 3314.533 E 8 1.05 4.77 1-1 5085.333 B 4 1.42 3.85 2-2

a

1 D-v3 3336.639 E 3 1.06 4.77 3-1 5081.39 P 1.42 3.85 3-3 3399.413 E 10 0.90 4.64 3-3

.(61) 3280.391 E 3 1.06 4.83 3-1 a

3P-x1P° 5035.908 A 35 1.45 3.90 4-5 b

3 F-w3 0° 3393.078 A 30 0.90 4.64 3-3 3368.61 E 1 1.05 4.83 1-1 (88) 5036.468 A 25 1.44 3.89 3-4 (no)

(63) alD-u3F° 3363.63 o 1 1.04 4.83 0-1 5038.400 A 35 1.42 3.87 2-3 •3378.933} E (13) Tl+ 0.90 4.66 3-3 5071 . 475 B 7 1.45 3.89 4-4 3288.59 P 0.90 4.65 3-3 (63) •3360.359} E 3 1.06 4.85 3-1 a

3P-wlp» 5065.985 B 7 1.44 3.87 3-3 •3348.602} E 15 1.05 4.85 1-1 (89) 3367.41 E tr 0.90 4.67 2-1 a

1 D-u3D° 4743.33 P . 1.45 4.06 4-3 b

3F-y1 F° alD-t3D° •3213.145} E 8 1.06 4.90 3-3 a

3P-e3

D° 4711.68 P 1.44 4.06 3-3 (111) 3173.731 E 4 0.90 4.79 3-3 3204.870 E 6 1.05 4.90 1-3 (90) 4687.83 P 1.42 4.06 2-3 3179.391 E 3 0.90 4.78 3-3 (65) 3201.594 E 5 1.04 4.90 0-1 o^D-x1 ?" 3316.303 E 3 1.06 4.90 3-2 4559.930 A 6 1.45 4.16 4-4 b

3F-w3F° 3141.537 E 15 0.90 4.82 3-1 3307.337 E 5 1.05 4.90 1-1 4535.87 P 1.44 4.16 3-3 (113) ,(66) 3318.683 E tr 1.06 4.90 3-1 4518.700 B 8 1.42 4.15 2-2 3133.074 E 15 0.90 4.85 2-1 4564.316 E 1 1.45 4.16 4-3

(67) a

3P-z3D°

3137.353

3134.654

E

E

(1)

1 1.06

1.05

5.00 4.99 3-3

1-1 a

3P-T3P°

(91) 4540.873 4531.60

E

P

1 Fe1.44

1.44 4.154.16

3-2

3-4 8675.38 D 150 1.06 3.48 2-3 3145.515 E 1 1.06 4.99 3-1 4513.715 E 1 1.43 4.16 2-3 8683.99 135 1.05 3.47 1-3 (68) •3136.028 E 3 1.05 4.98 1-0 8693.34 D 100 1.04 3.46 0-1 « 4457.438 A 40 1.45 4.33 4-4 b^-i^F

8766.64 D 75 1.06 3.47 3-3 •3100.666 E 13 1.06 5.04 3-3 a

3P-r3

D° 4455.331 A 30 1.44 4.31 3-3 (113) 8734.70 D 75 1.05 2.46 1-1 3106.806 E 8 1.05 5.03 1-3 (93) 4453.313 A 30 1.43 4.19 2-2 8819.39 D 8 1.06 3.46 3-1 3112.483 E 8 1.04 5.01 0-1 4483.688 A 10 1.45 4.31 4-3

a

3P-z3 S° 3117.455 E 6 1.06 5.03 2-2 •4474.853 A 8 1.44 4.19 3-2 6136.317 A 20 1.06 3.08 3-1 3117.899 E 5 1.05 5.01 1-1 4430.366 A 7 1.44 4.23 3-4 6085.338 A 20 1.05 3.08 1-1 (69) •3138.640} E 8 1.06 5.01 2-1 •4434.003 A 15 1.43 4.31 2-3 6064.631 A 9 1.04 3.08 0-1 a

3P-z5S° •3100.666 E 13 1.06 5.04 2-1 a

3P-x33° 4137.09 P 1.45 4.44 4-4 b3F-y1 0° 6056.76 P 1.06 3.10 3-3 3090.137 E 8 1.05 5.04 1-1 (93) 1114) b

J F-u3 6018.62 E (0) 1.05 3.10 1-3 (70) 3084.819 E 4 1.04 5.04 0-1 3789.393 B 6 1.45 4.71 4-3 D* a

3P-z3P° 3795.903 B 7' 1.44 4.69 3-2 (115) 5918.548 A 10 1.06 3.15 3-3 3965.707 E 15 1.06 5.33 2-3 a

3P-q3D

8 3798.276 A 6 1.43 4.67 2-1 5903.317 A 5 1.06 3.15 3-1 (71) 3965.331 E (6?) 1.05 5.31 1-2 (94) 5880.306 E 5 1.05 3.15 1-3 3965.68 E 8 1.04 5.30 0-1 3717.359 E 1 1.45 4.77 4-4 b

3F-t3 F° t a

3P-y3D° 3974.934 E 4 1.06 5.31 3-3 3715.795 E 1 1.44 4.76 3-3 (116) 5866.453 A 35 1.06 3.17 3-3 3970.556 E 4 1.05 5.30 1-1 3713.734 E 1 1.43 4.75 2-3 5899.395 A 25 1.05 3.14 1-2 (73) 3980.296 E tr 1.06 5.30 3-1 3738.676 E 1 1.44 4.75 3-2 5933.113 A

A

18

6 1.04

1.06 3.133.14

0-1 2-3 3704.395 B 15 1.45 4.79 4-3 b

3F-t3 5937.806 D° 5941.755 A 13 1.05 3.13 1-1 10034.45 D 15 1.45 3.68 4-5 b

3F-z3Q° 3694.445 A 10 1.44 4.78 3-2 (117) 5980.89 H (1) 1.06 3.13 3-1 10048.78 10059.87

D

D

13

13 1.44

1.42

2.67 3.65

3-4 3-3

(95) 3685.964 B 3 1.43 4.77 2-1 5814.00 H M 1.06 3.18 3-3 a

3P-y5D° 10189.26 C 3 1.45 3.67 4-4 3651.90 P 1.45 4.83 4-5 b

3 F-x3H° 5809.75 H (0) 1.05 3.17 1-3 (73) 10170.60 C 3 1.44 3.65 3-3

b

3F-z5 S°

3638.49 3656.73

PP1.44

1.45 4.83 4.83

3-4 4-4

(118) 5395.781 A 4 1.06 3.39 3-3 a

3P-x3D° 7366.60 E (1) 1.42 3.10 3-3 5383.378 5384.380

B

B

32 1.05

1.04

3.38

3.38

1-3

0-1

(74) 7344.72 E 4 1.45 3.13 4-4,(96) b^-^F

3487.80 P 1.44 4.98 3-3 b

3 F-wlp°

iH9)

5313.339 B (1) 1.06 3.38 3-3 7357.74 E 3 1.44 3.11 3-3 (97) 3439.305 E 8 1.45 5.04 4-3 b^-i^D*

5300.013 E 1 1.05 3.38 1-1 7364.11 E 3 1.42 3.10 3-3 3443.644 E 5 1.44 5.03 3-2 (130) a

3P-w3D° 7423.17 E M 1.44 3.10 3-3 3444.403 E 3 1.43 5.01 2-1 4691.336 A 30 1.06 3.69 3-3 7271.41 E 1.44 3.13 3-4 3433.173 E 2 1.44 5.04 3-3 4698.766 A 20 1.05 3.67 1-3 (75) 7299.67 I (3) 1.42 3.11 3-3 3430.874 E 2 1.43 5.03 3-3 •4710.186 A 18 1.04 3.66 0-1

b

3F-z3P

e b

3 4733.171 B 10 1.06 3.67 3-3 7216.30 E 5 1.44 3.15 3-2 3434.69 P 1.45 5.05 4-4 F-w!o° 4723.603 B 10 1.05 3.66 1-1 7160.33 K (3) 1.42 3.15 2-2 (98) (121) 4747.256 E 1 1.06 3.66 3-1 7138.05 P 1.43 3.15. 2-1 3397.68 P 1.45 5.20 4-4 b3 F-v5D° 3309.32 P 1.45 5.18 4-3 (123) 4690.827 B 3 1.06 3.69 3-3 a

3P-x3G° 7309.44 E 30 1.45 3.17 4-3 b

3F-y3D° b

3F-q3 D

e a

3P-x5

D° 7344.86 E 10 1.44 3.14 3-2 (99) 3374.047 E (5) 1.45 5.23 4-3 4675.118 A 10 1.06 3.70 3-3 7351.74 I 8 1.43 3.13 " 2-1 3370.562 E 3 1.44 5.31 3-3 (123) 4668.357 E 2 1.05 3.69 1-3 (77) 7138.91 E

iol T1' 1.44 3.17 3-3 3365.480 E 2 1.42 5.30 3-1 4667.53 P Tl 1.04 3.69 0-1 7188.55 E 1.43 3.14 3-3 3359.43 E 2 1.44 5.33 3-3 4692.45 P 1.06 3.69 3-3 7084.35 P 1.43 3.17 2-3 3359.04 a 1 1.43 5.31. 3-3 4679.73 P 1.05 3.69 1-1 7065. 15T J (1) 1.45 3.30 4-4 b

3F-y5Dc alG-z1 4423.833 A 1Q 1.06 3.85 3-3 a

3P-V F° 3D

c 7130.34 P 1.45 3.18 4-3 (100) 9718.96 D 25 1.50 2.77 4-3 4404.397 B 5 1.05 3.85 1-3 (78) •7007.81 H (1) 1.43 3.18 3-3 (124) alG-zlG° 4394.855 E (a) 1.04 3.85 0-1

b

3 F-y50° 7949.17 E (3) 1.50 3.05 4-4 4425.840 B 3 1.06 3.85 3-3 6666.548 E (3n) 1.45 3.31 4-5 (125) alO-ylF° 4405.694 B 3 1.05 3.85 1-1 (I01} b3F-x3 F° 4830.410 A 20 1.50 4.06 4-3 4427.13 P Tl 1.06 3.85 3-1 6556.066 A 35 1.45 3.34 4-4 (126) 6554.236 A 30 1.44 3.33 3-3 (102) •4526.374 E 1 1.50 4.32 4-4 alG-v3F 4308.514 B 3 1.06 3.93 3-3 a

3P-y3P°

(79) 6546.376 A 30 1.42 3.31 3-3

alG-z 1 H° (138) 4303.979 E In 1.05 3.93 1-1 mS592.91 P Fe 1.44 3.31 3-3 4427.098 A 40 1.50 4.28 4-5 4333.440 B 1 1.06 3.93 3-1 6497.689 E 3 1.44 3.34 3-4 4310.373 B 1 1.05 3.91 1-0 6508.135 E 3 1.43 3.33 3-3 4186.119 A 35 1.50 4.44 4-4 al&-yla

(139) alG-xiF"

130) aio-xia*

(131) al&-x3H

(132) alQ-wlF"

(133) alO-ylH°

(134) a}a-u3 o° (135)- alG-vlF"

•4388.161 B 3 1.05 3.93 1-3

b

3F-x3 D

6 4393.676 E 1 1.04 3.93 0-1 6366.354 A 8 1.45 3.39 4-3 3919.833 B 5 1.50 4.64 4-3 6336.104 A 8 1.44 3.38 3-3 (103) 4078.471 A 30 1.06 4.09 3-3 a

3P-x3P° 6318.037 E 5 1.43 3.38 3-1 3734.570 A 20 1.50 4.81 4-4 4064.203 B 15 1.05 4.09 1-1 (80) 6311.289 E (1) 1.44 3.39 3-3 4083.456 A 30 1.06 4.09 3-1 6393.00 P 1.43 3.38 2-3 3703.943 B 2 1.50 4.83 4-4 4065.094 A 15. 1.05 4.08 1-0 6368.50 H (3) 1.43 3.39 3-3 4060.363 A 30 1.05 4.09 1-3 b

3F-y30° 3547.039 A 15 1.50 4.98 4-3 4055.011 A 30 1.04 4.09 0-1 6358. 706 A 50 1.45 3.43 4-5 6358.103 A 40 1.44 3.41 3-4 (104) 3456.661 £ 6 1.50 5.07 4-5 3989.581 B (0) 1.06 4.16 3-1 a

3P-zxP° 6361.101 A 35 1.43 3.39 3-3 3973.130 E 1.05 4.16 1-1 (81) 6313.340 A 10 1.45 3.41 4-4 3431.08 P 1.50 5.09 4-4 3963.354 E (0) 1.04 4.16 0-1 6303.754 A 10 1.44 3.39 3-3 3393.713 E 10 1.50 5.13 4-3 3782.139 r 3 1.06 4.33 2-2 a'P-x^* 5839.78 P 1.45 3.57 4-5 ^F-yV • (136) alG-xlH"

(137) 3766.446 BA

3301.05

1.06

4.33 4.37

1-2

2-1

(83) aSp-r's*

5906.50 5513.539

PA 351.45

1.45

3.54

3.69

4-3

4-3

(105) 3119.735 E 15 1.50 5.45 4-5

3736.155

a

5P-z 3709.963 53° B 30 1.05 4.37 1-1 (83) 5514.536 B 35 1.44 3.67 3-3 (106) 9090.70 35 1.74 3.10 3-3 3702.291 B 10 1.04 4.37 0-1 5514.350 B 30 1.43 3.66 3-1 9037.33 D 15 1.73 3.10 2-3 (138)-

' 5471.198 B 5 1.44 3.69 3-3 8989.44 D 12 1.73 3.10 1-3 3480.535 A 13 1.06 4.61 3-3 a

3P-w3P° 5481.863 B 5 1.43 3.67 3-3

a

5P-y3 3485.689 E 6 1.05 4.59 1-1 (84) D« b

3F-x5

D° 8831.14 D 13 1.74 3.14 3-3 3499.099 E 8 1.06 4.59 3-1 5449.156 B 1 1.44 3.70 3-3 8761.44 D 15 1.73 3.14 3-3 (139) 3495.754 E 6 1.05 4.58 ,1-0 5440.53 P 1.42 3.69 3-3 (107) 8735.76 D 6 1.73 3.14 1-3 3467 . 360 E 6 1.05 4.61 1-3 5490.151 A 12 1.45 3.70 4-3

a

5P-z3P

e 3478.918 E 6 1.04 4.59 0-1 5473.696 B 2 1.44 3.69 3-3 8778.66 D 30 1.74 3.15 3-2 8719.56 30 1.73 3.15 3-3 (140) 3476.453 E 3 1.06 4.61 3-3 a

3P-y58° 3463.305 E 1 1.05 4.61 1-2 (65)
28 REVISED HULTIPLET TABLE

Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J llultlplel

I A Hef Int Low High I A Ref Int Low High I A Ref Int Low High (No)

Tl I oontlnued Tl I oontlnued Tl I continued

8457.10 D 40 1.74 3.30 3-4 ftSp.yV 4263.134 A 15 1.88 4.77 5-4 a

3 Q-t3F° 3143.350 E 12N 3.03 5.96 6-7 z

50°-g6H

8494.42 D 30 1.73 3.18 3-3 (141) •4274.584 A 15 1.87 4.76 4-3 (163) 3139.87 E ION 3.01 5.94 5-6 (180? 8531.36 D 15 1.73 3.17 1-2 4283.703 A 13 1.87 4.75 3-2 3135.069

3130.175

E 8N 1.99 5.92 4-5 8550.54 D 35 1.74 3.18 3-3 4351.618 B 3 1.87 4.77 4-4 E 8N 1.97 5.91 3-4 8565.45 D 35 1.73 3.17 3-3 4265.733 B 4 1.87 4.76 3-3 3137.684 E 8N 1.96 5.91 3-3 8578.40 D 15 1.73 3.16 1-1 8613.91 D 7 1.73 3.16 3-1 4169.330 B 7 1.88 4.84 5-6 a

3Q-x3H° 3133.769 E 20n 3.03 5.98 6-5 zSoo-jS,

8600.98 D 35 1.73 3.16 (181J 1-0 4166.311 B 6 1.87 4.83 4-5 (163) 3118.130 E 15 3.01 5.97 5-4 a

5P-x3

D° 4164.134 B 4 1.87 4.83 3-4 3114.093 E 20n 1.99 5.95 4-3 7474.94 E (IPT) 1.74 3.39 3-3 4177.357 E M 1.88 4.83 5-5 3111.283 E lOn 1.97 5.94 3-2 7466.44 P 1.73 3.38 3-3 (142) 4172.609 E h) 1.87 4.83 4-4 3107.468 E 12n 1.96 5.93 2-1 7431.98 P 1.73 3.39 3-3 3105.220 E 2n 3.01 5.98 5-5 3895.59 P 1.88 5.05 5-4 a

3 0-w1 0° 3102.517 E 3n 1.99 5.97 4-4

7353.76 I (lpT) 1.74 3.44 3-3 a

5P-z5P° 3885.95 P 1.87 5.05 4-4 (164) 3101.526 E 4n 1.97 5.95 3-3 7391.03 P 1.73 3.43 3-2 (143) 3878.61 P 1.87 5.05 3-4 3101.77 a In 1.96 5.94 2-2 7305.87 H

I

( 1}, UP*

1.73 1.74

3.43 3.431-1 3-3 3786.253 B 3 1.88 5.14 5-4 a

30-e3F

o 7333.36

7330.97 I Up?)

I 1 ' 1.73 3.42 2-1 3801.093 B 3 1.87 5.13 4-3 (165) 8518.05 D 60 3.13 3.57 5-4 z5F°-a5

D 7213.35 E 1.73 3.44 3-3 3811.385 B 4 1.87 5.10 3-3 8467.15 D 75 3.11 3.57 4-3 (183) 7266.29 E (o) 1.73 3.42 1-3

a

30-w3H° t 8434.41 D 50 3.09 3.56 3-2

a.5P-3?W

3733.767 B 4n 1.88 5.18 5-6 8389.48 D 25 3.08 3.55 2-1 6266.021 E iSl 1.74 3.71 3-4 3738.901 E 5n 1.87 5.17 4-5 (166) 8417.54 D 25 3.11 3.57 4-4

6264.835 E 1.73 3.70 2-3 (144) 3748.101 B 6n 1.87 5.16 3-4 8386.24 P 3.09 3.57 3-3 6377.535 E (00) 1.73 3.69 1-3 a

3Q-r3F° 8363.58 P 3.08 3.56 2-2

6295.251 E

$ 3

(0 1.74 3.70 3-3 3504.773 E 2 1.68 5.40 5-4

z5F«>-e6 6395.949 E 1.73 3.69 2-2 3516.838 E 3 1.87 5.38 4-3 (167) 5224.301 A 15 3.13 4.49 5-5 F

6398.075 E (00) 1.73 3.69 1-1 3525.161 E 3 1.87 5.37 3-3 5234.938 5334.556 A

B

86 3.11 3.094.47

4-46

4-4

3-3

(183) 4617.369 A 30 1.74 4.41 3-4 a.5?-*5!)" 3428.955 E 4 1.88 5.48 5-6 a

3 o-t3a° 5333.633 B 6 3.08 4.45 2-2 4633.098 A 35 1.73 4.40 2-3 (145) 3446.603 E 2 1.87 5.45 4-4 (168) 5333.685 B 6 2.08 4.44 1-1 4639.336 A 15 1.73 4.39 1-2 •3454.165 E 1 1.88 5.45 5-4 5363.483 B 3 2.13 4.47 5-4

4639.669 B 15 1.74. 4.40 3-3 a

30-q3F° 5355.811 B 5 2.11 4.46 4-3 4639.369 B 18 1.73 4.39 2-2 3352.43 P 1.88 5.56 5-4 5347.393 B 5 2.09 4.45 3-2 4639.944 B 15 1.73 4.39 1-1 3358.56 P 1.87 5.55 4-3 (169) •5338.560 B 6 2.08 4.44 2-1 4656.048 B 6 1.74 4.39 3-2 3364.10 P 1.87 5.53 3-3 5186.339 B 3 2.11 4.49 4-5 4650.016 B 10 1.73 4.39 2-1 a

3G-u1 P° 5194.043 E 4 2.09 4.47 3-4 4645.193 A 12 1.73 4.38 1-0 3010.43 P 1.87 5.97 4-3 5301.096 E 4 2.08 4.46 2-3 A 30 1.74 4.50 3-3 a

5P-y5P° (170) 5307.853 B 3 2.08 4.45 1-2

z5F°-f8r

4481.361 4480.600 B 5 1.73 4.49 2-2 (146) •5054.070 B 3 1.87 4.31 0-1 a}s-yJP8 (171 4503.763 A 4n 2.13 4.87 5-5 4479.734 B 9 1.73 4.48 1-1 4497.709 B 3 2.11 4.85 4-4 (184) 4496.146 A 30 1.74 4.49 3-2 3601.16 J 1 1.87 5.30 0-1 4493.540 B 3 2.09 4.84 3-3 1 4489.089 A

A

20

30 1.73

1.73 4.484.50

2-1 2-3

(173)

z50°-e5P

m4488.37

4485.013

P

B

T1+

1 2.08

2.08 4.83

4.83

2-2

4465.807 1-1 4471.338 A 30 1.73 4.49 1-2 5025.570 A 18 3.03 4.49 6-5 •4536.374 E 1 2.13 4.85 5-4

a

5P-w3P° 5013.284 B 18 2.01 4.47 5-4 (173) 4515.610 B 1 2.11 4.84 4-3 4305.474 B 3 1.74 4.61 3-2 5000.991 B 10 1.99 4.46 4-3 4505.715 E 1 2.09 4.83 3-2

'4291.214 B 5n 1.73 4.61 2-2 (147) 4989.140 B 10 1.97 4.45 3-3 4496.75 P 2.08 4.83 2-1

a

5P-y58° 4978.191 A 10 1.96 4.44 3-1 4475.518 E 1 2.11 4.87 4-5

4299.329 E 15 1.74 4.61 3-3 4977.731 B 5 2.01 4.49 5-5 •4474.853 A 8 2.09 4.85 3-4

4284.988 B 8 1.73 4.61 2-2 (148) 4973.051 B 6 1.99 4.47 4-4 4475.19 P 2.08 4.84 2-3

4276.441 B 8 1.73 4.61 1-3 4968.566 B 6 1.97 4.46 3-3 4476.61 P 2.08 4.83 1-2

a

3 0-y3F°

4964.713 4938.04 B

H

5(On) 1.96

1.99 4.454.49 3-3

4-5 4030.512 A 25n 2.13 5.19 5-6 z5p»-«5o

9832.15 b 35 1.88 3.13 5-4 4941.015 E

til 1.97 4.47 3-4 4036.539 A 25n 2.11 5.17 4-5 (185) 9927.35 D 20 1.87 3.11 4-3 (149) 4944.388 E 1.96 4.46 3-3 4021.812 B 25n 2.09 5.16 3-4 9997.94 D 15 1.87 3.10 3-2

z50°-f5F

4017.771 A 15n 2.08 5.15 3-3 9879.41 D 3 1.87 3.11 3-3 4355.308 E l 2.03 4.87 6-5 4015.377 A 12n 2.08 5.15 1-3 a

3 0-x3F° 4340.018 E l 2.01 4.85 5-4 (174) 4049.399 E 2n 2.13 5.17 5-5

8468.46 D 100 1.88 3.34 5-4 4040.310 B 4n 2.11 5.16 4-4

8518.37 D 100 1.87 3.32 4-3 (150) 3911.185 B 8n 2.03 5.19 6-6 z5G<>-e5 4031.753 B 3n 2.09 5.15 3-3 8548.07 D 100 1.87 3.31 3-2 •3899.668 B (2) 2.01 5.17 5-5 (175)

s5P

o__3r

(186) 8423.10 D 20 1.87 3.34 4-4 3888.020 B 4n 1.99 5.16 4-4 4016.264 B 6 2.13 5.20 5-4

8483.16 D 35 1.87 3.33 3-3 3877.591 B 3n 1.97 5.15 3-3 4012.786 B 3 2.11 5.18 4-3 3869.875 B 5n 1.96 5.15 3-3 4013.24 P 2.09 5.17 3-3

•7978.88 E

I 4) 1.88 3.43 5-5 a

3Q-y30° 3928.97 P 3.03 5.17 6-5 3993.796 B 1 2.11 5.20 4-4 8024.84 E 3 1.87 3.41 4-4 (151) 3913.589 B 2 3.01 5.16 5-4 3994.56 P 2.09 5.18 3-3 8068.34 E (3) 1.87 3.39 3-3 3897.290 B 1 1.99 5.15 4-3 3975.69 P 2.09 5.20 3-4 8066.05 P 1.88 3.41 5-4 3884.090 B (0) 1.97 5.15 3-3 3980.821 B (0) 2.08 5.18 3-3 7938.53 P 1.87 3.43 4-5 3882.147 B I5n 3.01 5.19 5-6

z5p

o_e5 •3875.262 A 20n 1.99 5.17 4-5 4013.587 A 13n 2.13 5.30 5-6 H

6746.433 E M 1.88 3.71 5-5 a

3Q-x3G° 3868.397 B lOn 1.97 5.16 3-4 4008.046 B 9n 2.11 5.19 4-5 (187) 6748.43 H 1 1.87 3.70 4-4 (152) 3862.823 B lOn 1.96 5.15 3-3 4005.952 B 6n 2.09 5.17 3-4

6751.94 H (o) 1.87 3.69 3-3 3882.892 B 30n 3.03 5.31 6-7 z5 0°-e5H

4007.195 B 3n 2.08 5.16 3-3

z5F°-e5 6092.814 E 4 1.88 3.90 5-5 a D

3G-w30° 3866.446 A I5n 3.01 5.30 5-6 (176) - 4003.789 B lOn 2.13 5.31 5-4

6121.008 E 3 1.87 3.89 4-4 (153) 3858.133 B 15n 1.99 5.19 4-5 4002.466 B 9n 2.11 5.19 4-3 (188) 6146.225 E 3 1.87 3.87 3-3 3853.719 B lOn 1.97 5.17 3-4 3999.336 B 7n 2.09 5.18 3-3 3853.038 B lOn 1.96 5.16 3-3 3994.683 B 4n 2.08 5.17 3-1 5953.162 A 30 1.88 3.95 5-6 a

3 0-z3H° 3895.243 A 30n 3.03 5.30 6-6 3990.184 E (in)

(0) 2.08 5.17 1-0 1 5965.828 A 30 1.87 3.94 4-5 (154) 3882.313 B lOn 2.01 5.19 5-5 3981.466 B 2.11 5.31 4-4

5978.543 A 35 1.87 3.93 3-4 3873.203 B lOn 1.99 5.17 4-4 3984.313 B 3 2.09 5.19 3-3 5988.560 E 3 1.88 3.94 5-5 3867.739 B 3 1.97 5.16 3-3 3985.580 B (1) 3.08 5.18 3-3 5996.007 E 3 1.87 3.93 4-4 3911.362 E (2) 3.03 5.19 6-5

25po__6r1

(189) 3897.581 B 1 3.01 5.17 5-4 3828.180 B 3 2.13 5.35 5-5 5409.609 A 6 1.88 4.16 5-4 bPq-w3?* 3887.365 E (in) 1.99 5.16 4-3 3822.026 B (3) 2.11 5.34 4-4

5397.093 A 4 1.87 4.16 4-3 (155) 3817.639 B 5 2.09 5.33 3-3 5389.996 A 3 1.87 4.15 3-2 3720.384 E 2 3.03 5.35 6-5 z5G°-g5F

(177) 3814.855 B 4 2.08 5.33 3-3 5391.06 P 1.87 4.16 4-4 3707.549 B lOn 3.01 5.34 5-4 3813.261 B (0) 2.08 5.31 1-1 5383.96 P 1.87 4.16 3-3 3696.885 E 2 1.99 5.33 4-3

z

5F°-g5

(190) 3688.87 P 1.97 5.33 3-3 3306.879 E 10 2.13 5.86 5-6 5365.967 A 10 1.88 4.32 5-4 aSo-T^F 3681.273 E 1 1.96 5.31 2-1 3309.730 E 6 2.11 5.84 4-5

5383.441 A 8 1.87 4.21 4-3 (156) 3694.10 P 2.01 5.35 5-5 3312.690 E 5 2.09 5.83 3-4

5297.236 A 6 1.87 4.19 3-2 3685.47 P 1.99 5.34 4-4 3315.237 E 3 2.08 5.81 3-3

•5248.402 E

\l] 1.87 4.23 4-4 3679.14 P 1.97 5.33 3-3 3318.362 E 4 2.08 5.80 1-3 5269.93 H 1.87 4.31 3-3 3674.93 P 1.96 5.33 3-3 3325.155 E 3 2.13 5.84 5-5

a

30-y3H° 3325.229 E 3 2.11 5.83 4-4

4885.082 A 30 1.88 4.41 5-6 •3366.1764 E 5 3.03 5.70 6-5 z50°-h5F 2.08 5.80 /3-3 4899.910 A 30 1.87 4.39 4-5 (157) 3361.50 1 3.01 5.68 5-4 *3-3 (178) •3324.754 E 4 4913.616 A 30 1.87 4.38 3-4 3356.196 E 2 1.99 5.67 4-3 3340.77 H (1) 2.13 5.83 5-4

4915.236 B 5 1.88 4.39 5-5 •3350.5485 E 2 1.97 5.66 3-3 3337.40 a in 2.11 5.81 4-3 4935.396 B 5 1.87 4.38 4-4 3344.931

3344.630 E

E

1 tr1.96

3.01 5.655.70

3-1 5-5 3334.35 H (in) 2.09 5.80 3-3

z5p

o_«5r

(191) 4811.074 B 4 1.88 4.44 5-4 a

30-y10° 3343.379 E tr 1.99 5.68 4-4 3199.43 In 2.13 5.98 5-5

(158) aSO-x1? •3341.554 E l 1.97 5.67 3-3 3198.726 E in 2.11 5.97 4-4

4449.985 B 1 1.87 4.64 4-3 3339.54 E in 1.96 5.66 3-3 3199.34 H (in) 3.09 5.95 3-3 4440.345 A 10 1.87 4.64 3-3 (159) •3213.145} E 8 3.13 5.97 5-4

a

3 Q-v30° 3336.138 E 13 3.03 5.86 6-6 z

5<J°-g5 (179) 3211.07 E In 3.11 5.95 4-3 4449.143 A 30 1.86 4.65 5-5 3333.519 E 10 3.01 5.84 5-5 4450.896 A 35 1.87 4.64 4-4 (160) 3221.381 E 10 1.99 5.83 4-4 3141.670 E 10 3.13 6.05 5-4 z5F°-h5D t 4453.708 A 30 1.87 4.64 3-3 3319.313 E 8 1.97 5.61 3-3 3129.075 E 7 2.11 6.05 4-3 (193) 4463.539 B 8 1.88 4.64 5-4 3317.943 E 6 1.96 5.80 3-3 •3128.6405 E 8 2.09 6.04 3-3

4463.391 B 8 1.87 4.64 4-3 3343.513 E 3 2.03 5.84 6-5 3125.656 E (3) 2.08 6.03 3-1

4435. 586 A 4 1.87 4.65 4-5 3338.334 E 4 3.01 5.83 5-4 3125.553 E 3 2.08 6.03 1-0 4441.372 B 4 1.87 4.64 3-4 3233.791 3228.183

E

E

32 1.99 1.97 5.81

5.80

4-3

3-3 4417.274 A 15 i.ee '..'.7 5-4 a3Q-u3J* 3206.344 E 5 2.01 5.86 5-6 4426.054 A 10 1.87 4.66 4-3 (161) 3206.835 E 5 1.99 5.84 4-5 •4434.003 A 15 1.87 4.65 3-2 3207. 3S

E 5 1.97 5.83 3-4 4404.911 B 5 1.87 4.67 4-4 3209.030 E 4 1.96 5.81 3-3 4416.535 B 4 1.87 4.66 3-3
RET I 8 E o mult: P L E T 1 ABLE 39 Laboratory I A Ref Int E

Low P

High

J Multlplel

(KoT Laboratory I A Ref Int E

Low P

High

J Hultlplet

(No}

Laboratory I A Ref Int E Low PHigh

J Hultlplet

(NoT Tl I oontlnuod Tl I continued Tl I continued

10057.69

D 25 2.17 3.39 3-3a3D-x3D° 4995.063

B (0) 3.34 4.71 3-3

b3 P-u3D° 5662.154

A 13 2.31 4.49 4-5 z5 D°-e5F 10003.03 D 25 2.15 3.38 3-2 (193) i216) b3P-t3 D* 5675.413 A 9 3.30 4.47 3-4 (249) 10011.73 D 15 2.14 3.38 1-1 4848.41 P 3.34 4.79 2-3 5689.465 A 10 3.39 4.46 3-3 10130.90 C 10 3.17 3.36 3-2 4843.989 B 2 3.23 4.78 1-3 (317) 5702.666 B 6 2.38 4.45 1-2 10066.47 D 8 3.15 3.38 2-1 4839.261 E (1) 2.33 4.77 0-1 5713.895 B 3 2.28 4.44 0-1 9941.33 D 8 3.15 3.39 2-3 4863.75 P 3.34 4.78 3-3 5708.199 B 3 2.31 4.47 4-4 9948.98 8 3.14 3.38 1-2 a3D-z5P°

4854.737

B (00) 2.33 4.77 1-1 # 5711.852

5716.450

BB 44 3.30

3.39

4.46 4.453-3

2-3 9661.43 D 10 3.17 3.44 3-3 •4404.376 B 10 2.24 5.04 3-3 b3P-r3 D° 5720.445 B 3 3.38 4.44 1-1 9690.63 D 2 3.15 3.43 2-2 (194) 4431.754

4431.384

AB 64

3.23

3.33

5.03

5.01

1-3 0-1

(318) 5739.08 P 2.30 4.45 3-2 8080.55 P 3.17 3.69 3-3 4438.232 B 2 3.24 5.03 3-3 4825.445 B 3 2.31 4.87 4-5 z5D

o_f

5j. 8098.50 P 2.15 3.87 2-2 (195) 4444.267 B (1) 2.23 5.01 1-1 4827.597 F 3 2.30 4.85 3-4 (250) 8133.36 P 2.14 3.66 1-1 b3P-x3S° 4832.065 B (0) 2.29 4.84 2-3 a3D-x3p t •4404.276 B 10 2.24 5.04 3-1 4837.42 P 3.28 4.83 1-2 8419.15 H I 3} 2.17 4.09 3-2 4388.077 B 3 3.33 5.04 1-1 (319) 6381.416 E 1 2.15 4.09 2-1 (196) 4375.435 E 1 3.33 5.04 0-1 4370.139 B 7n 2.31 5.30 4-4 z 5 Do_g3F 6361.41 H (1) (251) 2.14 4.08 1-0 b3P-u3P° 4373.313 B 3 2.30 5.18 3-3 a'D-i^P t 4203.465 B 8 3.24 5.18 3-2 4391.88 J (1) 2.31 5.18 4-3 6186.14 J 3 2.17 4.16 3-4 4186.01 P 3.33 5.18 1-1 (320) 4351.769 B 3n 2.30 5.30 3-4 6149.743 E 2 2.15 4.16 2-3 (197) 4200.752 B 6 3.34 5.18 2-1 4360.738 B 3 2.39 5.18 2-3 6138.38 I 1 2.14 4.15 1-2 4183.394 B 4 2.23 5.18 1-0 a^v3** 4188.694 B 5 3.33 5.18 1-2 4356.035 A 8n 2.31 5.31 4-4 z5D°-e5 D 5999.003 r 4n 2.17 4.33 3-4 4174.473 B 3 3.33 5.18 0-1 4361.609 B 5n 2.30 5.19 3-3 (252) 6003.640 E M 2.15 4.21 2-3 (198) 4366.337 B 3n 2.39 5.18 2-2 6018.433 L (1) 2.14 4.19 1-2 4136.894 B (1) 3.34 5.33 2-3 b3P-q3D° 4368.928 E (in) 2.28 5.17 1-1

a.3D-n3P<> 4140.43 P 2.23 5.31 1-3 (221) 4280.069

B 2n 2.31 5.19 4-3 5053.879 A 8 3.17 4.61 3-2. 4139.48 H (1) 2.33 5.30 0-1 4278.829 B 3n 2.30 5.18 3-2 5063.113 A 7 3.15 4.59 2-1 (199) 4154.865 E 3 3.24 5.31 3-3 4276.657 B 2 2.29 5.17 2-1 5069.351 B 5 3.14 4.58 1-0 4150.609 B (0) 2.23 5.30 1-1 4274.408 B

iSi 2.38 5.17 1-0 5033.39 H M 3.15 4.61 2-3 4237.786 B 3.30 5.31 3-4 5048.308 E (1) 3.14 4.59 1-1 3698.183 E 3 2.34 5.58 3-3 b3P-t3P° 4249.114 A 5n 2.29 5.19 2-3 a3D-u3T° 3710.186 E (0) 3.34 5.57 3-1 (222) 4258.523 A 4n 2.38 5.18 1-2 4931.768 A 12 3.17 4.67 3-4 3705.53 J I 1 3.33 5.56 1-0 4265.273 B 3n 2.38 5.17 0-1 4919.867 A 10 3.15 4.66 3-3 (300) 3686.71 H 3.33 5.58 1-2 4938.342 A 12 3.14 4.65 1-3 3689.671 E (o) 3.33 5.57 0-1 4137.284 A lOn 2.31 5.29 4-3 z 5 D°-e5P t 4948.183 BB 33 3.17 3.15

4.66

4.65

3-3 3-3

4143.048

4150.557

BB7n3 3.30

3.29

5.27

5.26

3-2

2-1

(253) 4941.563 a3D-u3D« 10460.07 C 10 3.35 3.43 6-5 a3H-y30° 4120.037 B 3 3.30 5.39 3-3 4848.487 B 8 3.17 4.71 3-3 10553.02 C 8 3.34 3.41 5-4 (333) 4131.244 B 4 2.29 5.37 2-3 4864.187 B 4 3.15 4.69 3-3 (301) 10565.97 C 5 3.23 3.39 4-3 4143.280 B 3 2.28 5.36 1-1 4880.933 B 3 3.14 4.67 1-1 4891.828 B 1 3.17 4.69 3-3 8438.93 D 75 3.35 3.71 6-5 a3H-x3Q° 4058.139 A 7 2.31 5.35 4-5 z5D°-g5F 4893.90 H (254) £» 3.15 4.67 3-1 8450.89 D 75 3.34 3.70 5-4 (334) 4057.612 B 5 2.30 5.34 3-4 4821.39 H 3.15 4.71 3-3 8416.97 D 60 3.33 3.69 4-3 4060.09 P 2.29 5.33 2-3 a3D-t3F° 8403.54 5 3.34 3.71 5-5 m4064.23 P Tl 2.28 5.32 1-2 4731.173 A 9 3.17 4.77 3-4 4068.661 E (1) 2.28 5.31 0-1 4733.436 B 8 3.15 4.76 3-3 (203) 7440.60 E W 3.35 3.90 6-5 a3H-w30° 4074.356 B 3 2.31 5.34 4-4 4743.139 B 3 2.14 4.75 1-3 7489.61 E 3 3.34 3.89 5-4 (325) 4071.469 E 3 2.30 5.33 3-3 4759.74 H SI 2.17 4.76 3-3 7496.13 E (3) 3.33 3.87 4-3 4071.311 E 3 2.29 5.32 3-3 4754.38 H 3.15 4.75 3-2 z 5 D°-k5F t a3&-t3 D° 6745.56 P 3.33 4.06 4-3 a^y1?" 3333.896 E 3 2.31 6.02 4-5 •4710.186 A 18 3.17 4.79 3-3 (236)

sfiH-zlff> 3333.660 E 3n 2.30 6.01 3-4 (255) 4698.86 P (6T) 3.15 4.78 2-2 (303) 5999.668 A 8 3.23 4.38 4-5 3325.365 E In 2.29 6.00 2-3 4696.933 B 4 3.14 4.77 1-1 1337) aSH-y3!!8 (228)

3328.326 E 1 2.28 5.99 1-2 4734.679 EE

(2)1 3.17 3.15

4.78

4.77

3-2

2-1 5715.133 5739.464

AA 99

2.25 2.244.41

4.39 6-6 4708.976 5-5 4684.484 E 3 3.15 4.79 2-3 5739.975 B 4 2.23 4.38 4-4 7038.80 E 6 3.33 4.09 2-2 c3P-x3P° 4686.931 E 4 3.14 4.78 1-2 5756.45 P 2.25 4.39 6-5 7008.35

7050.65 EE (lj 2.322.33 4.094.09

1-1 3-1

(256) 4360.487 A 4 3.17 5.00 3-2 tfiu-M3? 5597.93 I (3n) 2.24 4.44 5-4 a3H-y1 0° 7010.94 I (1) 2.32 4.08 1-0 4354.064 B 3 2.15 4.99 2-1 (304) 5565.476 A 9 2.23 4.44 4-4 (239) 6996.63 E (1) 3.32 4.09 1-3 4346.610 E 1 3.14 4.98 1-0 7004.60 J (l) 2.32 4.09 0-1 4338.476 B 1 3.15 5.00 2-2 5137.367 E

IS1 3.25 4.65 6-5

a3H-v30° 4343.798 B 1 3.14 4.99 1-1 5133.931 B 2.24 4.64 5-4 (330) 6017.52 P 2.32 4.37 1-1 c^P-v/V

(257) c3P-ysS° (258) 3p_w3j»

5133.083B (00) 2.23 4.64 4-3 4289.919 B 3 3.17 5.04 3-3 b^V-x^V 5419.189

B 1 2.33 4.61 3-2 4300.53 P Tl 3.15 5.03 2-2 (305) 4856.013 A 30 3.35 4.79 6-7 a3H-z3

I° 4311.654 B 3 3.14 5.01 1-1 4870.139 A 30 3.34 4.77 5-6 (331) 5439.139

A 6 2.33 4.61 3-2 4868.264 A 18 3.33 4.76 4-5 5448.863 B (0) 3.32 4.59 1-1 (259) 4150.963 A 10 3.17 5.14 3-4 a3D-83l" 4882.326 B 3 3.35 4.77 6-6 5474.449 B (1) 2.33 4.59 3-1 4159.634 A 9 3.15 5.13 3-3 (306) 4893.065 B 3 3.24 4.76 5-5 5473.517 B (l) 2.32 4.58 1-0 4171.018 B 8 3.14 5.10 1-2 a3H-x1G° 5404.033 E 2 2.32 4.61 1-3 4179.860 B

!SS! 3.17 5.13 3-3 4778.259

A 10 2.23 4.81 4-4 •5446.593

B 3 3.32 4.59 0-1 4180.498 B 3.15 5.10 3-3 (333) 4759.373 A 35 2.35 4.84 6-6 4805.416 A 12 3.33 4.90 3-3

C3 P-83 D

C 4099.166 A 8 3.17 5.18 3-3 a3D-u3P° 4758.130 A 35 3.34 4.83 5-5 (233) 4792.482 A 10 3.33 4.90 1-3 (260) 4077.148 B 4 3.15 5.18 3-1 (207) 4743.791 A 30 2.33 4.83 4-4 4796.210 B 6 2.32 4.90 0-1 4065.595 B (0) 3.14 5.18 1-0 4769.775 B 4 3.35 4.83 6-5 4812.340 B 5 3.33 4.90 3-2 4079.708 B 6 3.15 5.18 3-3 4766.330 B 4 2.24 4.83 5-4 4797.983 B 5 2.32 4.90 1-1 4068.144 E 3 3.14 5.18 1-1 4747.680 B 3 3.34 4.84 5-6 c3 P-v3 Pc 4734.683 B 3 3.33 4.83 4-5 4637.887 B 8 2.33 5.00 3-2 4035.828 A 10 3.17 5.33 3-3 a3D-q3 D° (208) a3H-y^H°

4637.309 E 2 2.33 4.99 1-1 (261) 4033.883 B 6 3.15 5.31 3-3 4346.104 A 5 3.23 5.07 4-5 4655.713 B 3 3.33 4.99 3-1 4034.884 B 5 3.14 5.30 1-1 (234) a3H-u3 0° 4640.431 E 2 2.32 4.93 1-0 4052.930 B 3 3.17 5.31 3-3 4318.631 A lOn 2.35 5.10 6-5 4619.535 E 3 2.32 5.00 1-3 4043.775 E 2 2.15 5.20 2-1 4335.134 A 9n 3.34 5.09 5-4 (235) 4635.539 E 3 2.33 4.99 0-1 4016.943 B 3 3.15 5.23 2-3 4331.655 A 8n 3.33 5.08 4-3 c3 P-r3 4035.07 P H+ 3.14 5.31 1-3 4309.071 B 1 3.34 6.10 5-5 •4558.093 B 2 2.33 5.04 2-3 D° 4576.551

4598.99 EP

(0) 2.33 2.32

5.02

5.01

1-3 0-1

(262) •8496.03 D 60 3.34 3.69 3-3 IjSp-w3? 8598.18 D 60 3.36 3.69 4-3 ^Q-x3

!! 4594.51 P 2.33 5.03 3-3 8539.36 60 3.33 3.67 1-3 (309) (336) bio-it*"

(33?) b}Q-^H° c3P-x3 8569.73 D 50 3.33 3.66 0-1 6861.47 E 6 3.36 4.06 4-3 •4558.093 B 2 3.33 5.04 3-1 S° * •8600.98 DD

25

30 3.24

2.23

3.67

3.66

3-2

1-1 6091.175

A 20 3.26 4.38 4-5

(263) z3F°-b3 G 8618.44

(338)

blo-arfH 6013.53

H

M 2.42 4.47 4-5 8443.98 D 30 2.24 3.70 2-3 iPp-tPv 5833.679 B 3 2.26 4.38 4-4 5983.53 H 2.40 4.46 3-4 (264) 8495.51 D 15 2.23 3.68 1-0 

(310) (239)

blQ-yitt (346) b^G-X^"

5971.07

H (0) 2.39 4.45 2-3 5644.137 A 18 2.26 4.44 4-4 z3 F°-e3 7654.44 E (2) 2.24 3.85 2-3 Ypf-rZv t 5477.695 A 8 3.43 4.67 4-4

F 7614.50 E 18" 2.23 3.85 1-2 (311) 4836.135 B 6 3.36 4.81 4-4 5481.436 A 6 2.40 4.65 3-3 (265) 7580.55 H 2.22 3.85 0-1 b^Q-x3!! 5488.310 A 5 2.39 4.63 3-3 4799.797 A 13 2.26 4.83 4-4 5537.606 B (1) 3.43 4.65 4-3 7318.39 E (2) 2.24 3.93 3-3 b^-y3? (343) 5518.11 P 2.40 4.63 3-3 7361.56 P 2.24 3.93 3-1 (313) 4424.401 B 3 3.36 5.05 4-4 blO-wlO" 5433.318 B 13

3.40 4.67 3-4 7337.78 P 2.23 3.91 1-0 (343) b^G-y1^

5451.965B 3.39 4.65 2-3 7273.77 E (0) 2.33 3.93 1-3 4393.935 A 6 3.36 5.07 4-5 z3 F°-e3 244)

G b^G-u30° 4563.427 B 5 2.42 5.13 4-5 6678.60 P 3.34 4.09 3-2 b

(Il!?

po 4368.941

B 3 3.36 5.08 4-3 4555.069

B 3 2.40 5.11 3-4 (266) (245) 4570.906 B 3n 2.39 5.09 3-3 5780.778 B 2 2.34 4.37 2-1 b3P-y3s° 3938.005 B 2n 2.26 5.39 4-4 biG-v^O" 4586.95 P 2.43 5.11 4-4 5752.89 I 1 3.33 4.37 1-1 (314) (246) 3574.245 E 8 2.26 5.71 4-4 ^O-u1

!} 4436.64H (1) 3.43 5.30 4-4 z3F°-g3F

5212.271

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(0) 3.34

3.23

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1-1 b^-w3?"

(315)

(247) Z5D°-a5Dt

4430.033 4433.578

BB 33 2.40 2.39

5.18 5.17

3-3 3-3

(267) 5230.967

5189.61 P 2.23 4.61 1-3 9746.86

D 15 2.31 3.57 4i4 z3Fs-h3 5312.997 B (0) 2.33 4.59 0-1 9717.00 D 10 3.30 3.57 3-3 (248) 3708.635 B 4n 3.43 5.74 4-4

F

9702.86

D 3 3.39 3.56 2-2 ___ (268)
30 Laboratory

I A Ref Int

tl I continued

5648.570

5662.891 5679.908

7353.16 6716.679 6677.35

•5511.795

5306.059 4373.383 4337.654

4311.739

7189.89 6575.180

5503.897

5130.430

4938.283

4369.683

4378.331 3936.319

4137.531 4123.559

4122.143

4149 . 445 4142.480

7996.53

•7978.88 7961.58

7943.93 7926.37

7909.34 5804.265

5785.979 5774.037

5768.330 5763.295

4548.094 B 4547.850 E 4557.857 B 3481.675 E 3481.136 E 3473.793 E

5741.192 B

5398 . 439 A

5246.143 B 4975.344 A

4237.889 A

6215.212 B 6220.460 B 6321.41 E 5064.068 B •5054.070 B 5068.333 B 4908.46 P 4900.635 E 4900.03 P

1

4

3

10

7

4033.638 B

5359.976 B 4068.981 B

5351.073 B 4224.795 B 4123.287 B 3606.062 E

6098.655 B 4808.531 B

4688.393 B

7069.11 I 7039.36 E 7035.86 E

30

138

4

3

3

(7)

15

10

10

(0)3

3n

34n

4

55n

1

aft

E P

Low High

3.48 4.67

3.47 4.65

3.46 4.63

2.48 5.30 2.47 5.18 3.46 5.17

3.48 6.03

3.47 6.03

3.46 6.03

(1) 3.48 4.16

(l) 3.48 4.31

(0) 3.48 4.33

2 3.48 4.73

5 3.48 4.85

3 3.48 5.30

5 3.48 5.40

4 3.48 5.41

3.49 4.64

2.49 4.83

2.49 4.85

2.49 4.98

2.49 5.41

3 3.57 4.38

3 3.57 4.44

8 3.57 4.81

13 3.57 4.98

8 3.57 5.07

5n 2.57 5.39.

7 3.57 5.45

10 3.57 5.71

2.68 3.67

3.65

2.68 3.67

3.65

3.68

3.67 3.65

2.68 8.67

2.65

3.68

3.67.

4.67 4.65 4.63

5.13

5.11 5.09

3.68 5.74

3.73 5.07

3.73 5.76

3.77 5.07

3.77 5.69 3.77 5.76

3.77 6.19

3.05 5.07

3.05 5.63

3.08 5.71

3.17 4.91 3.14 4.89

3) 3.13 4.88

3) 3.33 4.87

4) 3.31 4.85

3) 3.39 4.64

in?) 3.28 4.83

1) 3.27 4.83

3.30 4.87

5n 3.33 5.46

5n 3.31 5.44

Bn 3.29 5.43 4n 3.38 5.42 4a 3.37 5.41

3-3 2-3

1-1

Hultlplet

(NoT

z^-e^F

REVISED MULTIPLE! TABLE

J

(369) 3-4

3-3 1-3

3-4 z3D°-g3F

3-3 (370) 1-3

(371)

1-1 «lp-xlp°

(373)

1-1 a

IP-y1 P

(373) 1-3 a

I P-x1 Dc (374) 1-0 aip-xiS*

(375)

1-1 alp-*lp°

(376) 1-1 aip-v1-? (377) 1-3 aip-wlD"

(378) 1-3 a

IP-TiD»

(379) 3-3 b

'(iiS) 3-1 blD-x^P

(381) 3-1 blD-wlp°

(383) 2-3 b^D-w^F

(383) b*D-Y*D°

5-5 a^B-yfH*

3-2 b,v

(384)

5-5 alH-i^H

(385) 5-4 a*H-j4o'> (386) 5-4 a*H-x*0°

(387) 5-6 alH-r^I

(388)

5-4 alB-TjO

(390) 5-5 alH-xJ-H (391) 5-4 a^H-uio

(393) 5-4 z30°-e3F

4-3 (393) 3-2

5-5 z30°-838

4-4 (394) 3-3 5-4 r-^-g3?

4-3 (395) 3-3 5-6 i

30°-f3H

4-5 (396) 3-4

5-5 4-4

5-4 z^-h3?

(397) 3-3 t

1D°-t1P

' (398) 3-3 z

I D°-f1F

(399) 3-3 z^F -?1?

(300) 3-4 z*Fipo-e^ b (301)

(303) 3-3 z

1F»-f1C

(303) 4-3 z

1 0»-e1F

(304) 4-5 zlO»-elH

(305) 1-3 z

38«-e3P

(306) 3-4 y^*-*3'

3-3 (307) 1-3

6-5 yBo'-f5?

5-4 (308) 4-3

3-3

3-1 5-5

6-7 fy'-t^B

5-6 (309) 4-6 3-4

3-3

Laboratory

I A Ref Int E PLow High

Hultlplet

(of

Tl I continued

5833.47 5813.837 5797.445

5785.67

10896.10

10830.31 10793.65

3.33 5.44 6-6 ^(P-t5!! 3.31 5.43 5-5 oont

3.39 5.43 4-4 3.38 5.41 3-3

3.34

3.33

3.31

4.47 4.46

4.45

4-5 x

3F°-b30t

3-4 (310) 3-3

5995.685 E 3.45 5.50 3-3

9506.04

9508.49

9510.81 9511.80

9511.55

•8496.03 7314.97

10147.09

10119.30 C 10179.92 G

5341.493 B

25

20

13

810

60

(0)

3.57 3.55

3.54 3.64

3.53

4.87

4.85 4.84

4.83

4.83

5-5

4-4

3-3 2-3

1-1

y^-e^

(311) yV-fSpt

(313)

3.68 5.13

3.68 5.39

3-3

3.90

3.89 3.87

5.13 5.11 5.09

»1f_t1j»

(313) 3-4 aip-Tio

(314) 5-5 w^-e3!* 4-4 (315) 3-3

4.31 6.63 1-1 yip'-e1 ?

(316)

Strongest Unclassified Lines of Tl I 11609.41 11539.50

11403.89 11381.53

11330.91 10145.48

9981.16

8641.47

8418.70 6565.63

5369.635

4599.226 4539.096

4511.176 4495.006

4129.166

4121.637 4027.426

3985.346

3861.079 3846.438

3836.763 3833.674

3833.186

3735.660

3715.371 3700.055

3644.699 3633.458

3631.999 3585.853

3556.184

3507.436

3459.431 3435.433

•3130.804* 3007.487

358

75

8

540

104

4

5

3

344

4

4

33n

6n

54

44n

3a4a

4

5

34

3

3

3

3

1514N

IIIIV

IV

IV

III

III IIIIV

III

ivt IV

IV hi

IVIV

IV

IVIV

IVIV HIT

IV

IV

III IIIIV

IV

Tl II I P 13.6 Anal A List A Oot 1940

3349.399//, 3361.213

3372.800

3383.761 3380.278 3387.834

3394.574

3407.205

3409.809

3234.517

3236.573

3239.037 3241.984

3254.350 3353.914

3361.911 3317.056

3333.843

3339.193

3314.750

3336.771 3197.518

•3313.1451 3184.09 3303.435

3143.756

3157.397

•3130.804} 3148.033

3121.599

135

125

100 135

30

50

40

34

76. 706060

3040

30

3035

404

32

1a

3

103

15

13

1

0.05

0.03

0.01 0.00 0.05

0.03

0.01 0.05

0.03

0.05

0.03

0.03

0.01 0.01

0.00 0.03

0.01

0.01 0.00 0.00

3.96

3.93

3.95 3.92 1*-1- 3.96 lf-3-

Laboratory E P J Multiple

I A Ref Int Low High (Hoi Tl II oontlnued

3088.037 A 75 0.05 4.05 4J-3Jf a.*T-z*V 3078.645 A 50 0.03 4.04 34-3J (5) 3075.335 A 40 0.01 4.03 s4—V

3073.971 C 40 0.00 4.03 1*- -3 3073.107 C 30 0.03 4.05 Zi-2r 3066.320 c 30 0.01 4.04 2f-2J 3066.354 c 30 0.00 4.03 lj-li 3059.741 c 4 0.01 4.06 2i-d\ 3057.395 c 10 0.00 4.04 1J-3J

3444.306

3461.496

3477.181

3491.053 3476.983

3489.739 3500.340

3505.45

3513.09 3333.936

3339.455

3335.193 3340.344

3343.770 3346.734

3348.844

3308.806

3318.034

3326.762 3302.096

3319.083 3388.143

3307.717

3376.998 3399.44

3231.315

3248.70 3230.467

3240.71 3212.70 3168.519 3168.570 3161.755

3161.305

3155.670

3153.351 3154.195 •3145.402 H3144.74

3987.63 3981.998 4035.136

4013.373

4056.313

3786.33 3774.650

3813.390

3796.899 3836.085

3614.580

•3685.193 3649.01 3587.130

3561.575

3596.048

3573.737

3553.85

4469.160

4493.53

4500.33

4518.30

4535.31

4161.534

4167.67 4173.537

4184.339

4190.39 4196.64

3480.897

3759.391 A

3761.320 A

3799.81 P

3721.632 B

3349.035 C •3341.875} A

3373.208 C

4762.77 P

4798.535 C 4806.33 P

4395.031 A

4443.802 A

4450.487 B

4394.101 A

4337.916 A

4344.391 B

4387.893 B

30

30

1510tr

33tr

75

7040

35

10

1510T8

1030

(1)On

tr

trTl

40

35

30

35

1315

13

T1+

34

(1)

(3n)

22n

14 200

300

tr15

350

13

360

30

75 100

10T

!8

tr

(1)

60

50

1040

50

2

2

1

(1)

0.12

0.13 0.12

0.11

0.57

0.60

0.57

0.60

1.08

1.08

1.08

1.08 1.08

1.08

1.08

1.08 1.08

1.08

1.08

1.08

1.08

1.08 1.08

1.08

1.08 1.08

3.89

3.85

3.89 3.85

3.89 3.85

3.95

3.93 3.95

3.92

3.95

4.05 4.04

4.04

4.02

4.05

1.08 3.67

1.08 3.65

1.08 3.65

3.84

3.82 3.83

3.81

3.81

3.95

3.93

3.93 3.95

4.05

4.04

4.04

4.03

4.03

4.02

1.38 4.62

b*F-Z3F»

(8)

b*T-z*V

(9)

b*F-8*D°

(10)

a

3F-z*0» (U)

a

3P-tV

(18)

-3i a

3F-z3F»

-8* (13) -2*

-3i a

3P-z3D

# -if (14)

-3i a3F-z*D» -4 (15)

a

3F-l3Q*

(16)

3*-3± a3 D-z4o» i~i <l7)

3f-3i a3D-z*F» l|-3* (18)

3*-3i a

3D-z3F° WA (19)

3*-3i a3D-z3D» l|-l| (20) if-sf a

3D-zV

(21)

1±- i a

3D-z38«

(33)
REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int

Tl II continued

13353.94 3375.393

'3378.9335 3349.370

3339.664 C 3338.605 C 3336.133 C 3195.717

3193.36

3118.834

3136.77 3140.04

3153.14

3155.50

3161.66

3987.40

3996.88 3999.93

3003.37 3984.35

4733.96

4767.30 4794.84

4831.01

4849.18 4865.630 4506.74

4530.37 4545.144

4553.35

4483.40

3339.397

3333.380 3316.88

3155.63 3165.34

3143.68

4639.39

4636.345 4655.75

4663.74

4663.71 4689.46

4441.73 4470.864

4495.46

4417.718

4464.458 4300.053

4390.333 4301.938

4313.861 4307.900

4314.979

4330.708 4330.965

3566.00 3561.910

3336.998

•3350. 548{ 3364.30

3333.39

3346.91

3190.874 C 3303.535 A

3305.990 C

4468.493 A

4501.370 A

4444.559 B

4341.369 B 4337.34 P 4318.18 P 4305.93 P

3900.546 A

3913.464 A

3933.007 B

3883.38 P

3379.995 C

4549.83 P

4583.443 C 4609.36 P

3376.774 C 3363.686 C •3360.3599 C 3196.994 C 3305.64 P

3318.44 P

Tl+

335

330

30

30

33 30

40

1

3tr

tr

tr

50

40

1

7060

3

35

30

Tl

(1) Tl

(1)

tr

40

1

60

50

1535

4040

16

1 tr

1

Tl*

(3) Tl

(1) tr

54

3 tr

E P

Low High

1.08

1.08

1.08

1.08 4.89

4.90

4.89 4.94

4.94

4.95

4.93

4.93

1.08

1.08 1.08

1.08

1.08

1.08

1.08 1.08

1.08

1.08

1.11 4.87

1.13 4.95

1.11 4.93

1.11 4.95

1.13 5.04

1.11 5.01

1.11 5.04

3.84

3.83

3.81 3.83

3.81

3.81 3.89

3.85

3.85 3.95

3.93

3.93

3.95

3.93

4.05 4.04

4.03

4.04

4.03

4.03

4.03

4.03 4.63

4.63

4.87 4.84 4.84

4.87 4.84

4.89

4.90

4.89 4.90

4.89

Kultlplet

(No?

3£-l± a

3D-z3P»

(34) s;i

Si-i-i a

3D-z4

S° lj-lf (35) 34-3* a

3©-?^

14-34 (36)

5.31 3*-3i a

3D-t*po

5.19 if-lf (38) 5.19 34-14

5.18 14- |

5.31 14-24

a30-E40°

(39)

a30-tV

(30)

a

30-t3P°

(31)

3.95 3i-3i a

30-«3D

#

4.05 ,4*-3i a

30-z*Dc 4.04 34-34 (33) 4.05 3£w3f

4.39 44-4* a

30-t30° 4.36 34-3* (34)

a

(3?!L.

a3(j_y3p

o (36)

(37)

a*P-r3P°

(39)

a*P-i*D°

(41)

a*P-«38*

(43) a*P-y3D°

(43)

a*P-*3P°

(44)

a*P-i*S»

(45)

Laboratory

I A Ref Int

Tl II continued m3318.36

3331.76

3338.36 m3334.50

3331.71 3058.090

•3059.741

3063.503 3071.343 3066.514

3046.685

3056.740

4399.767

4394.057 4418.340

4407.678

4433.089

3641.330 3634.836

3374.353

3353.071

•3366.176} 3360.16

3337.85

3336.68 3313.90

3366.43

3369.77 3383.14 3379.97

3393.48 3101.53

3103.975 3115.088

3109.93 3133.065

4544.009

4580.458

4600.38

4534. 733 4568.313

4395.848

4390.977 4398.314

4409.33

4409.519

4411.936

4437.90 4433.33

3635.36

3637.71 3394.37 3411.68

3433.661 3383.57

3404.97 3379.930 3361.07

3369.313 3354.54

3363.653

•3348.6038 •3361.596

3373.080

3371.653 3378.390

3383.339 3388.438

3388.575

3106.334

3110.630

3113.050

3119.800

3117.669 3097.186

3105.084

4764.535 C 4763.84 P

4793.39 P

4708.663 C 4533.966 B

4563.761 A

4589.961 B

3388.756 C 3403.433 C 3416.957 C

4657.310 C 4698.67 P

4719.515 C

3333.111 A

3331.700 C 3315.334 C

t1tT1+

50

64

15

330

15

(1)

30

30

335

3

1

1 tr

10070

8

8

38

58

ill T1+

Tl3

1

tr

(1) tr

(1)

iii'

3tr

(1) tr

tr

(1)

(1)

Tl

(1)

(1)In Tl

3

30

35

1050

6035

35

3035

5

535

30

10

153035

30

E P Low High

Kultlplet

(HoT

*P-y*D° cont

a*P-z*P°

(47)

1.33 3.83

1.33 3.81

1.33 3.81

1.33 3.85

1.33 1.33

1.33

1.33

1.33 1.33

1.33

1.33

3.95

3.93

3.93 4.04

4.03

4.03

4.03 4.03

4.63 4.63

4.89 4.90

4.90

4.89

l4-3i a

3P-z*r f-lf (48)

l*-3± a

3P-z3F° l*-34 a3P-z3D° hi (50)

l*-3i a

3P-i*D° |-l| (51)

Sao a^P-z^S

(53)

a

dP-zdP

(54)

3 1.33 4.93 li-ai a

3P-y3P° 1.33

1.33

2 (552 li-li a

3P-i*S° 1-1* (56) lf-3i a

3P-y4D° 3-lf (57)

a^P-z^P"

(58)

1.33

1.33

1.34

1.23 1.33

1.33

1.33

1.34

1.33 1.33 1.34

1.33

1.23 1.34

1.33

1.33 1.34

1.33

3.89

3.85

3.85

3.95

3.93 3.93

3.95

3.93 4.05 4.04

4.03 4.04

4.03

4.03 4.03

4.03

4.63 4.63

5.04

5.01

4.99

5.01

4.99 4.98

4.99

4.98

3i-3i b*P-t3F' if"2?

(59)

3i-3i b*P-s2

D° 14-14 (60)

b*P-*V

(61)

b*P-s3S°

(63) b*P-y3D

e (63)

b*P-s3P°

(64)

(65) b^-yV

(66)

b*P-s*P°

(67)

Laboratory

I A Ref Int Tl II continued 5446.46

5454.05

5493.83

5490.65

5539.94

4995.89

4981.38 5013.713

5005.18 5037.81 5023.83

3666.11 3648.80

3565.336

3576.38 3593.093

3596.55

3613.30

3608.89

5733.87

5781.73

5814.63 5860.93

5691.99 5396.3

5433.47 5367.95 5313.76

4549.633

4571.971 4539.465

3648.86

3234.341 3318.370 3314.14

3504.890

3510.840 3509.844

3505.901

4805.105

4779.986

5336.809 B 5381.030 B 5418.803 B 5188.700

5326.534 B 5363.104 C 5154.061 B

3741.633 B 3757.684 B 3776.063 B 3733.631 C 3734.106 C 3696.39 C 3706.319 B

3659.785 C 3663.337 C 3679.673 C

3110.095 C 3096.434 C 3108.937 C 3097. 636 C 3048.766 C 3043.851 C 3036.784

3017.187 C 3039.730 C 3038.706 C 3008.333 C

5139.143 B 5185.90 E 5183.73 C 5131.38 P 4038.332 B 4053.814 B 4039.64 P

•3361.596 A

3387.657 A

3386.756 C 3103.804

3089.401 C 3104.593 C

6491.61 P 6559.580 C 6607.03 P

Tl

50

30

6tr

1 (1) 30

6040

(3)

3(On)

3 tr

60n

50n

1

4374.835 B 4400.63 P 4431.949 B

3535

1 50

35

6

3

13tr

80

60

3tr

60

40

50

15

3

3

1

1 Tl

1

E P Low High

1.57 3.89 34 1.56 3.85 14-34 1.57 3.85 34-25 1.57 3.95 24-3J 1.56 3.93 14-lJ 1.57 3.93 24-lJ 1.56 3.95 14-3J

1.57

1.56

1.57 1.56

1.57

1.56

4.05

4.04 4.04

4.02 4.02

4.03

1.57 4.87 34-2J 1.56 4.84 li-ti 1.57 4.84 34-lJ 1.56 4.87 14-2J

1.57 4.89 24-14 1.56 4.90 14- 4 1.56 4.89 14-14 1.57 4.94 24 1.56 4.94 l£ 1.57 4.95 24 1.56 4.93 14 1.57 4.93 24 1.57 1.56

1.57

1.56 1.57

1.56

5.04

5.01 5.01

4.99 4.99

4.98

1.57 5.54 34-3J 1.56 5.54 14-lJ 1.57 5.54 34-lJ 1.56 5.54 14-3J

1.57 5.62 24-lJ 1.56 5.61 14- ] 1.56 5.62 14-1]

1.58 1.56

1.58

1.56

1.56

1.58

1.56 1.56

3.73

3.70 3.70

3.67

3.73 3.86 3.84

3.86

1.56 3.89

1.58 1.56

1.56

4.29 4.26

4.29

31 Hultlplet

(No)

b

2 D-z4T

<> (68)

b^D-z^F9 (69)

b

2D-z3 D°

(70)

b

2 D-z4

D°

(71)

^D-y2 ©

(73)

b

2 D-z2 P°

(73)

b

2 D-z4S°

(74)

(75)

b

2 D-y4D°

(76)

(77)

(78)

a

2H-z40°

(79)

a

3H-z4F°

(80)

-3| a

3H-z2F°

-44 a<*H-Z3G

-3| (83)

(0) 1.56 4.95 4|-3i a

2 H-y2F° 1.58 t4 aSH-ySo

1.56 1.56

1.58 1.56

1.58 1.56

1.88

1.88 1.88

1.88

1.88 1.88

1.88 1.88

1.88

1.88

1.88

1.88 1.88

1.88

1.88 1.88

1.88

5.40

5.40

5.40

5.67 5.64 5.64

5.67

i2H-z3H°

(85)

b

3 Q-z2 G° (86)

4.95 4*-3* ^G-^F

if (87)

4 (88)

4.93 4.95

5.40

5.40 5.40

5.40

5.67 5.64

5.64

5.86

5.88 5.86

3.05 3.95

3.04 3.93 3.05 3.93 3.05 4.63 3.04 4.63 3.05 4.87

3.04 4.84

3.05 4.84

b

2 0-z2H°

(89)

b

2 0-x2F°

(90)

'P-z^D

(91)

(93)
33 Laboratory

I A Ref Int

E P

Low High

Multlplet

(No)

REVISED

Laboratory

MULTIPLE! TABLE

J

Tl II continued

4350.834

4316.807

4337.33 4330.364 4371.94

4353.05

4173.05

4181.17

4300 . 40 4197.95 4317.34

3907.65

3913.33 3939.15

3933.39 3940.32

8979.34

9252.67 9027.90

7214.78 7355.46

7333.20

5379.19 5468.44

5396.59

6212.30 5473.517

5452.03

4822.39

4839.251 3144.730

•3145.402

6717.911 6680.26

6785.25

3134.56

3194.26

3193.58

3189.53

3213.59

3535.408 A

3520.253 C 3533.868 C 3456.390 C 3452.470 C 3465.563 C 3443.387 C

5211.544 C 5268.62 C 5352.04 P 5227.87 P 4367.657 B 4386.858 B

4375.35 P 4163.644 A

4171.897 A

•4174.088} B 4064.350 B 3761.866 B 3748.010 B 3739.6 F 3770.412 C

5072.30 E 5010.203 C 5069.13 F 5013.38 P 4911.305 B 4874.025 B 4855.95 P 4488.319 B 4411.080 B 4456.650 C 3644.87

3633.99 3664.86

3635.64 3666.592

3653.81 3578.687 C 3550.19 P 3549.27 P 3524.87 3491.19

3519.67

3496.39

3090.051 C 3081.575 C 3072.54 E 3063.280 C

1

1 (1)

40

20

2

30

4

3

1

15

10

05

04

05 3.05 3.04

3.05 2.04

3.58

2.59

2.59

2.58

2.59 3.58

3.58

3.59 3.59

3.58

3.59

3.58

3.59

2.58

2.59 3.58

5.54 5.54

5.54

5.63

5 ..61 5.61 5.63

3.95

3.93

3.95

4.29 4.26

4.36

4.67 4.84

4.87 4.95

4.93

4.93 4.95

5.40 5.40

5.40

b

3P-z*P°

(97)

li-3± b

3P-x3

D° f-1* (98) if.ll

li-l| b^-y3? J4 (99)

b^F-z^D"

(100)

b

2F-z30° (101)

b

3

F-jraD°

(103)

^F-y3?*

(103)

3$-4i ^F-^O

tot <104)

3±-3* b^-j^D

3§-l| (105)

k 10el b3F-x3F°

(107)

•33 Si

I A

Tl II

Ref Int continued

3208.607 C 3175.66 C 3178.630 C 3180.335 C

•3138.640} C 3137.883 C 3155.91 P

In3n

3n2n

E P

Low High

3.84 7.69 3.84 7.73

3.83 7.70

3.81 7.69

lOn

lOn

3.89 7.83

3.85 7.80

3.89 7.80

3181.84

3183.57 3990.16 3979.199

3351.67

3364.9 3369.67

3483.80 3493.39

3459.03

8n6n

10

10

3.95 7.83

3.93 7.80 3.95

3.93

8.08 8.06 tl

Multlplet

(No)

oont

z<»F -edF

(131)

-3* zo D -e°F

Laboratory

I A Ref Int

inInOn

4.05 7.73 3j 4.04 7.70 3j 4.03 7.69 ll

3033.830 C 3033.86 C

3414.03

4n

3n

(On)

15

13

4.39 7.83 4.26 7.80 4.36 7.83

(133)

z3 D°-f3F

(123)

z4D°-e*F

(124)

z

rf 0»-e<

(135)

4.29

4.36 8.378.35

z30»- (136)ea

(0) 5.04 8.53 3*-4± y*D«-f*F

(137)

Strongest Unclassified Lines of Tl II 3194.76

3174.80

3164.91 3045.085

6nT

5

8 V

+ T 5n

II IV I P 43.06 Anal A ulst A

5398.83

5493.43 3576.44

3541.44

4397.37 4403.54

•4647.40

36.33 38.51 36.33 38.47

Dec 1940 4-1* 5

3S-53

I*

38.51 31.96 l*-3i 5

3P°-53D

28.47 31.95 $-l|

29.15 31.96 29.15 31.95

34.38 37.04

34.38 37.04

4

3P°-53D

*£|||)53a-63H

VI I P 6.71 Anal A List C Nov 1940 5633.469

•5593.963 5557.453

5537.73

5560.548

5535.383

5515.371 B 5515.083 A

5496.030 B 5483.471 B

4881.554

4875.463

4864.741 4851.483

4837.458

4831.643 4833.437

4784.480 4799.786

4594.103 4586.364

4580.394

4577.173

4635.176

4619.771 4606.146

4669.373

4645.971 4353.873

4341.013

4333.833 4330.034

•4384.733

4368.042 4355.943

4309.795 4306.214

4307.184

•4234.000

4359.313

4300.89

•4234. 524

4176.793

3903.350 3875.075

3864.862

3855.370 •3909.894

3893.859

3875.903

a

50w

40w

40w

40w

30

35

30

5

560w

50w

40w 40w

1535

15

(3)

1 50w

40w

30w

30w

135r

10

1030

15

13

13

8

18

(3) BOr

35

35

30

2035

30

0.07 0.04

0.03

0.00 0.04

0.03

a*F-z6F° t

(3)

0.07 0.04

0.03

0.00

0.07

0.04

0.03

V I continued

3867.603 C •3847.323} E 3844.438 C 3876.086 3890.184

•3935.340 3841.890

3863.333

3855.841 3840.753

3838.559 3818.344

3832.009

3813.492

3808.521 •3794.984

3793.614

3817.844

3803.903

3791.336

•3781.393 3713.957

3731.358

3398.139

3383.311 3371.637 3363.338

3308.346

3391.676

3377.939 3349.566

3330.646

3315.375 3304.196

•3354.773} 3185.396

3183.96 3183.406

3183.983

3307.410

3303.381 3198.013 3336.106

•3317.131} 3091.437

3091.553 3093.34

3090.40 3069.645

•3073.833 3080.146 3053.194

3060.93 3063.734

3054.89 3050.890

3066,

3060,

3056.

3053.

3083. •3073.

3066,

3044.

3043. •3043.

375

460 334 65

109 823

51936

124

555} 2977.539 2962.772

3954.333

3957.33

6343.

6351.

6356, 6358.

6396,

6393.

6385.

6374.

6199. 6316.

6330.

6343.

1183906

595

518 858 185

670

303

368

736

80 6150.133

6170.340

6189.350

6307.351 6334.36 6313.874

6334.507 6333.187

6340.137 6345.314

•6368.841 6366.33 6361.336

4460.393 4459.760

4457.479

4437.837 4441.683

4444.307

4419.935

4428.516

4436.138

15

30

30

C 30

C 35

C 10

C 5

C 1360r

60r

60r

60

3060

40

50

8

8

6

3

3

5

315

15

1215

34

« 5

106

4

310 300R

(125R) 150R

(150R) 30

35

30

4

10

30

15

6T

(1) 30r 60r

630

3

13

1 35r 135R 135R

100R 80R

50r 60r

3050r 50r

50r

C 35r

C 30r

C 30

C 10T

30

30

8

8

152020

15

30

30

30

1515

83

(5) 1515

12

63

7

5

50

30

1530

3530

13

15

15

E P

Low High

0.04 3.33 3j 0.03 3.33 34 0.00 3.31 l\ 0.07 0.04

0.07 0.04

0.03

0.07 0.04

0.03

0.00 0.04

0.03

0.00

0.03 0.00

3.35

3.31

3.31 3.35

3.31 3.37

3.25 3.34

3.33 3.37

3.35 3.34

3.37

3.35 0.07 3.30 4j 0.04 3.38 3j 0.03 3.27 24 0.00 3.26 ll 0.07 3.39 4J 0.04 3.36 3j 0.07 0.04

0.02

0.00

0.07 0.04

0.02

0.07 0.04

0.02

0.00

0.07

0.07 0.04

0.02

0.00

0.07 0.04

0.02

0.07 0.04

0.07 0.04

0.02

0.00 0.04

0.02 0.00

0.03

0.00 0.03

0.00

0.00

0.07 0.04

0.03

0.00

0.07 0.04

0.03 0.04

0.03

0.00 0.07 4.31 -44 0.04 4.31 32 0.03 4.19 34 0.04 4.31 34

0.30

0.39

0.37 0.39

0.37

0.37 0.37 0.37

0.36

3.81 3.80

3.79

3.78 3.80

3.79

3.78

3.87 3.86

3.86 3.85

3.86 3.94

3.93

3.89

3.88

3.93

3.89 3.88

3.89 3.88 4.06

4.03

4.01 3.99 4.06

4.03

4.01 4.06

4.03

4.05 34^14 4.04 1*- i 4.05 1*-14

Multlplet

(No?

a*F-y*F*

cont

a*F-z3a»

(8)

a*F-y4D»

(9)

a*F-z3F» t (11)

(13>

a*F-x*f* t

(13)

a*F-x40»

(14)

a*F-x*D*

(15)

»4F-Z3P°

(16)

a^-w*?*

(17)

a*F-w4D« t (18)

a6D-z6D°

(19)

a6D-z6T«

(30)

a6D_z8p*

(31)
REVISED I1TJLTIPLET TABLE

Laboratory

I, A Ref Int

I continued

4439.796 C 4436.005 C 4431.573 C 4416.474 C

30OW

I50w

100

80 lOOw

100

60 lOOw

lOOw

50

(1)

E P

Low High

0.30 0.29

0.37

0.37

0.36

0.30

0.39

0.39

0.37

0.27

0.37

0.30 0.39

0.30 0.39 0.29

0.37

0.37

0.30

0.29 0.39

0.37 0.37

0.26

0.30

0.29 0.27 0.29

0.27

0.27

0.27 0.27

0.26

1.08 1.06

1.05

1.04

1.08

1.06 1.05

1.06 1.05 1.04

1.08

1.06 1.05 1.04

1.08 1.06

1.05

1.05

1.04

1.08

1.06

1.05 1.04

1.06 1.05

3.10

3.08 3.10

3.08

3.23

3.22

3.32

3.21 3.23 3.22

3.21 3.25

3.25

3.27 3.25 3.24

3.23

3.55

3.53

3.51

3.50

3.50

3.53

3.51 3.50

3.50 3.55

3.53

3.51 3.50

3.63

3.61

5737.034 A

3698.509 A

5703.562 A

5706.973 A

1.08

1.06

1.05 1.04

2.60

3.57 3.55

3.54

3.57

2.55 2.54

3.60

2.57 2.55

2.90

2.88 2.87

2.85

2.88 2.87

3.85

3.95

3.91

3.10 3.09

3.07 3.07

3.07 3.06

3.10

3.08 3.06

3.10

3.08 3.06

3.10

3.08

3.23 3.22

3.21 3.20

llultlplet

(Ho)

(22)

Laboratory

I A Ref Int

-2* a

6D-i*P°t

(24)

a

6D-y6D°

(27)

a

6D-x6D° (28)

a

6D-y6

P° -2i (39)

-3$ a*D-z4D° 2i-3i (30) l£-l|

(31)

li-3$ a*D-l,J D

,, t |-l| (33) a*D-y6

F° t (33)

a

4D-z4P°

(34)

a*D-y*P°

(35)

V I continued

5743.438 5737.040

5727.662

•5782.601

5761.411

5627.628 5624.605

5624.895

5626.014

5668.369

5657.449 5646.113

5584.490

5592.409

5604.943

4670.483 4646.396

4640.062 4640.735

4624.404

4636.480

4618.800 4610.935

4090.579 4095.486

4103.159

m4109.81

4118.643

4119.457

4130.538 3934.013

3932.431 3920.487

•3912.207 3943.664

3936.282

3921.905 3912.886 •3906.748 3910.790

•3873.748 3875.426

3891.227 3902.558

•3896.1558 •3906.748 •3913.307 m3840.44

3839.003 3836.054

3835.560

3859.341

3851.171 3844.892

3830.299 3823.990 3836.774

3400.395

3403.571 3405.160

3406.837

3002.65 3004.824

6531.44

6543.51 6565.88 6624.86

6605.98 6452.354

6504.164

6002.273

5980.748

5984.602 6048.636

6017.90 6008.648

6086.55

4925.657

4886.821 4882.183

4932.029 4904.285

4880.560

4864.83 4758.743

4716.644

5670.837 A

5731.357 A

5776.670 A

5547.080 A

5545.933 A

5544.865 C

4433.313 C •4406.147 C 4393.835 C 4387.213 C

3583.704 C 3540.530 C 3542.657

•3566. 177J E

1825

20

2

330w

304

3030

10

8

1313

10

10

13

8

83

(1) 25w

15w

8

7w

8

7

(2)

3

8

6

4

325

35

30V

8

8

8

30

13

510

125

64

6

54n

32

36

610Fe

10

54

6

54

(4)5

6

8

1

14

1396

6

8

10

15

5

3

710

10

9

3

3

1 tr

tr

tr

(2)

10

2

24

(8)8

2(1-)

1.08 1.06

E P

Low High

1.08

1.06 1.05

1.08

1.06 3.35

3.31

3.31 3.37 3.35 3.24

3.23

3.35

3.34

3.33

3.37

3.35

3.34

3.30

3.38

3.37 3.73

3.72

3.71 3.72

3.72

3.71 3.73

3.73

3.87

3.86 3.86

3.85

4.09 4.07

4.06

4.04

4.07 4.06 4.04

1.08 1.06 1.05

1.08

1.06 1.05

1.06

1.05 1.04

1.05 1.04

1.08

1.06 1.05 1.04

1.08

1.05

1.08

1.06

1.05 1.04

1.08 1.06

1.05 1.06 1.05

1.04

1.08

1.06 1.05 1.04

1.31

4.36

4.24

4.22

4.30 4.24

4.33

4.30

4.71 4.69

4.67 4.66

5.19 5.17

3.10

3.08 3.06

3.08 3.06

3.10

3.08

Hultlplet

(No)

a

4D-y4F° cont

Laboratory

I A Ref Int

E P Low High

Hultlplet

(No)

*-3* a4D-y4D° (37)

(38)

a4D-y4P° (39)

a

4D-x4

F° t (40)

a

4D-w4F° t (41)

a

4D-wV

(43)

a4D_v4

F

e (43)

a

4D-vV

(44)

3.81

3.81

a

4D-x4P° t (45)

a

4D-t4D° t (46)

a

4D-v4

P° t (47)

a*P-z*P°

(48)

a*P-y*D°

(49)

4p4p

. (50)

*P-zbS° (51)

V I continued

4113.518 4092.407

4091.945

4124.072

4107.487

4093.497

3533.676

3539.735

3533.757

3553.371 3545.339

3543.500

3569.083

3555.143 3377.635

3376.057

3366.880 3397.580 3377.394

3356.352

3365.553

3339.855

3309.176

3399.086

3106.11 3103.60 3103.994

3131.749

3112.935 3088.114

3094.693

3083.539 3075.933

3080.333

3093.793

3089.130 3087.065

3107.142

3095.902 3016.16 2999.338 2990.948

6558.02

6607.82 6106.967

6135.07 4609.646 4585.94

4501.978

4449.573 4491.164

m4460.16

3930.023 •3909.894

3942.006 3898.143

3886.587

3864.300

3885.770

3884.465

3828.836 3802.883

3833.836

3806.796

3803.784

3790.469

3779 . 648 3686.363

3671.205 3699.476

3284.360

3273.027 3233.190

3218.869 3313.434

3305.582

3050.400

3031.007

3031.78 3006.35

9865.44

10303.45

10193.66 5558.758

5561.670

3871.078 C •3863.866} 3840.140 C

12

8

3

5

4

5

10

106

6

88

13

15

8

46

10

10

10

12

8

3

5

16

48

3020

30

61225

25

15

5

5

20

12

8

5

3

33

4

3

8

5

3V

1020

(4?)

6

(3)

24

8

6

4

4

2

3

8

6

810

3

6

7

6

5

151525

10T

66

10

10

5

4.92 4.92

4.92

1.37 1.34

1.34

1.37

1.34

1.37

1.37 1.34

1.37

1.34

1.37

5.30

5.30

5.30

3.35

3.31

3.39 3.36

4.05

4.04

4.55

4.54

4.55

4.53

4.56 4.54

4.56

4.61

4.59

4.63

4.61

5.13

5.12

a

4P-t4D° (53)

a4P-w4P«

(54)

a

4P-x4S°

(55)

a

4P-v4Pc (56)

a

4P-r4 D° (57)

a^P-w^S"

(58)

i-4* a

2 G-z3 o 1-4 (59) \-3l a

2 G-z2 F° |-3£ (60) i_4+ a

2 G-z4H° |-3£ (61) i-4+ a

2 0-y2 0° 1-4 (62)

! 0-x2 O° (63)

U-4i a

2 G-w2 G°t

3£-3£ (65) ii-Zi a

2 G-x2F° 3*-3* (66)

4A-5+ a

2 G-y2 H° 3|-4| (67)

44-4+ a^G-v2!}' t 3j-3| (68) 4+-3i a

2 G-w2F° t 3l-2i (69) 4i-5i a

2 0-x2 H° 4-4 (70) 4J-4J

4i_4i a

2 G-t2 Ge t 31-3-1 (71) 4±-34 a

2 G-u2F° t 3|-3| (72)

a

2 G-u2 H° t (73)

4833.037 A

•4848.831 A

li-2* a

3 P-y2 D°t

1* (78)
RETI8CD MULTIPLIt TABLE

Laboratory A Ref Int

V I continued 4365.745

•4423.477

•3798.661 m3834.32

3833.835

4537.663

4551.860 3639.034

3643.864

3934.658 3937.936

3931.340

3935.141

5773.403

•5748.860

5753.711 5850.386

5817.063 5788.549

4751.574

4640.309 4634.657

4706.178

4666.149

4684.457

4591.991 4539.301

•3781.333 3761.442

•3747.963 3804.589

3775. ie7 3738.757

3734.428

•3747.383 3720.93

3713.56

3763.141

3740.241 3723.324

4524.218

4529.589

4515.558

4540.014

4474.714

4457.759 4468.759

3505.690 C 3487.008 D 3485.867 B 3506.843 C

6336.845 A

6339.090 A

6349.477 A

6357.397 A

5584.738 A 5586.007 A

•5604.305 A

5633.075 A

4501.356 B 4496.864 A

4490.815 A

•4488.898 A

4453.008 C 4463.363 C 4469.710 C 4468.010 C 4368.643 C 4371.554 C 4376.958 C 4384.055 C 3998.730

3993.801

•3990.566 3988.833 C 3984.600 C 3984.335 C

•3733.601 C 3731.998 C 3739.035 C 3737.993 C

4797.973 A

4739.544 A 4686.936 A

4071.541 C 4043.635 C 4021.935 C

3

2

3 Fe

4

6

2

6

3

6

5

54

(3)

3

1(3)

15

5 30

3030

15

830

13

1315

15

1330

56

6

10

(3)5

6

(3)4

4

5

6

4

3

2

3

3

26

6

6

IS)

84

(3)

(0)4

5

3

3

38n

3

3

8n

116

6

3

128

E P

Low High

llultlplet

(No)

1.70 4.53 li-3i a

3P-x3D° 1.70 4.50 £-1$ (79) 1.70 4.95 U

1.70 4.93 J 1.70 4.93 U

80

79 1.80

1.79

1.86 3.81 1.85 3.80

1.85 3.79

1.84 3.78 1.86 4.07

1.85 4.06

1.85 4.05

1.84 4.04

1.85 4.59 1.85 4.59 1.85 4.59 1.84 4.59

1.86 1:85

1.85 1.84

1.86

1.85 1.85

1.84

86

8585 4.84

1.85

1.85 1.84

1.86 1.85

1.85 1.84

1.86 1.85

1.85

1.84

1.93

1.89 1.86

1.93 1.89 1.86

1.93

1.89 1.86 1.93

1.89

1.86

1.93

1.89

1.89 1.93

1.89

1.92

1.89

1.86 1.93

8386

.93 898986

1.93

69ee

,32

,89 ,86

,88 .86

4.63

4.63

4.61 4.60

5.00

4.99

4.98

4.98

4.06

4.03

4.01 4.03

4.01 3.99

4.49 4.49

4.49

4.61

4.61 4.95

4.94

4.93

4.61

4.59 4.63

4.60 4.64

4.63

-2* a

3P-T2

D° -1$ (80) -1*

1.70 5.33 li-li 1.70 5.34 £- i 1.70 5.24 1*- I 1.70 5.33 i-Ua3p_y2po

(81)

3i-li a

3!)-?2?

if- | (82) 3i-3f a

3D-u3F°t

lf-2i (83)

6i-5i a*H-yV' d-4 (84)

6i-6i a

4H-z4H°t

&I-&I (85)

a

4H-y3

H°

(86)

-7£ a*H-J5*I°t -4 (87)

a

4^!^ t (88)

a

4H-u4

G° t (89)

(90)

a

4H-t4

G» t (91)

b

4P-x*D"

t

(92)

(93)

b

4P-x4P° (94)

b^-w^"

(95)

b

4P-e4

D° t (96)

b

4P-v4P°

(97)

b

4P-r4

D° t (98)

5i-4i a

2H-v3 o t 4-3$ (99) 5i-6i a

2H-z4 I° 5j-4£ (100) 5*-&i a

3H-z2 I° 4-4 (101) 4$-3± a

2 H-w2F° (102)

Laboratory

I A Ref Int

V I oontlnued

4354.979 4343.833

3708.731 3706.035

3083.010

3075.369

9611.60

9614.68 9691.58 9738.50

9583.28

9668.9

4545.394

4560.710

4571.783

4578.738 4570.435

4579.198 4583.783

4474.045

4496.063

4514.191 4535.168

4464.747 •4488.898

4509.387

4807.

4796.

4786.

4776.

4766, 4757.

4757,

4753,

4750,

4748.

4746.

537 930

515 364

635

50

37957

990

535 638 3695.335

3687.473

3680.113 3673.404

3667.741 3663.594

3717.55

3705.83

•3694.633 3684.333 3675.497

3676.684

3673.403

3665.143 3656.706

•3648.966 3641.096

3014.37 3006.90 3006.34

3001.90 3997.87

3997.08

7338.93

7356.51 7363.16

7361.39

4391.816

4396.107

4397.681

4298.029

6430.471 A

6431.630 A

6433.17 A

6435.148 A. 4733.877 A

4721.534 A

4730.394 A

4232.460 C 4333.952 C •4334.000 C 4335.756 C 4104.778 C 4118.182 C 4133.188 C 4138 .-858 C

4904.350 B 4904.447 B

4900.634 A

4894.318 A

4706.574 A

4710.566 A

4714.113 A

4717.692 A

•4051.352} C •4050.963} C 4057.074

4063.931 C

6

10

8050

40

156np

3pT

54

3

3

8

6

3

35- 20

1515

6

75

10

8

6

5

330

3

.15 13

12

10

15

8

6

5

25

30

20

1010

84

78

7

530

12T 15

1315

15

1

133

3

10

88

6

5

415N5N

5N ION

5N

3N

3020

15

10

i?l

13

12

1010

15

15

1212

13

10

1010

E P

Low Hlgfc

1.88 4.72

1.86 4.71

1.88 5.21 1.86 5.19

1.88 5.89

1.86 5.88

1.95 1.94

1.94

1.93 1.94

1.93

1.95 1.94 1.94

1.93

1.95 1.94

1.94

1.95 1.94 1.94

1.93 1.94

1.94

1.93

.95 ,94

,94

.93

.95 .94

,94

,93

2.13 2.09

3.07 3.05

3.03

3.02

3.09 3.07

3.05

3.03

3.02

2.12

3.09

3.07 2.05

3.03 3.03

3.13

3.09 3.07 3.05

2.03 3.13

3.09 3.07 3.05

2.03

3.03 3.12

2.09 2.07

2.05

3.03

2.03

3.13

3.13 2.11

3.11

3.13 3.13

2.11

3.11 2.13

2.12

2.11

2.11 2.13

2.13

2.11

3.11 3.13

3.13

3.11

3.11

3.33

3.22

3.21 3.30

3.32

3.21

4.66

4.65 4.64

4.63

4.65 4.64

4.63

4.67

4.86

4.86

4.85

4.85 4.95 4.94

4.93 4.92

4.68 4.66 4.64

4.63 4.63

4.61

4.68 4.66

4.64 4.63

4.63

5.46 5.44

5.43

5.41 5.40 5.39 5.44

5.42

5.41

5.40

5.39 5.47

5.45

5.43

5.43

5.41 5.41

6.31 6.19

6.17 6.16

6.15

6.14

3.81 3.80 3.79

3.78 4.64

4.64

4.63

4.63 4.75 4.74

4.73

4.73

ltultlplet (No)

a

3H-x3H"

(103) a

3H-u2H° (104) a

3H-83H°

(105)

b

4F-y*F°

1.95 3.87 4* 1.94 3.66 3J 1.94 3.86 Z\ 1.93 3.85 if 1.95 4.56 4i 1.94 4.56 3$ 1.94 4.55 2*

(106)

b

4F-x4

F° t (107)

b*F-w*G t (108)

b

4F-vV

(109)

b^-tV

-2* (110)

-If

b^-u^ t (111)

-3i b*F-B4

D° t -Z\ (112)

-1*

z6G°-e6Ft

(113)

-7f z6G°-e6H

(114)

26G

o_f

6at

(115)

-7i zDG°-f°H

(116)

*-5* a4G-y4G°t

(117)

(118) 2£-3

5.17

5.17 5.16

5.14

a

40-x4H° t (119)

a40-w4

H° t (120)

i-5i a

4G-t4 G°t i-4 (131)

Laboratory

I A Ref Int V I oontlnued

3571.037 3573.516

3571.653

3568.940

3741 . 504 •3755.701

4776.519

4743.631

5487.915

5507.753

5415.377

•5401.945

5340.878 5334.088

•5014.630 5003.330

4591.330

4553.056

3337.409 3339.604

5725.633 5734.004

4705.099

4715.900 3645.596

'3365. 899

§

3256.779

5266.118

•5401.945 4373.230 4375.304

5784.360 •5786.153 5783.509

5846.306

5830.719

5817.532 5807.14

5798.905

5797.352

5138.530 A

5138.431 A

5148.734 A

5159.350 A

5193.004 A

•5194.824 A

5195.394 A

•5194.834 A

3898.019 C 3901.153 3900.175 C 3897.075 C

5748.413 A

5656.895 A

•5782.601 A

5624.223 A

7 105

10

(1)

12

(3)

5

5

10

8

10

8

13

7

E P

Low High

2.13 5.58 54 3.13 5.57 44 3.11 5.57 3? 2.11 5.56 34

4.68 4.66 4.64

4.63 5.57

5.56 5.55

3.31 4.68 3.39 4.66

3.37 4.64

3.35 4.63

3.31 5.47 3.39 5.45

3.37 5.43

3.35 5.42

37

33

3733 4.95

4.93

3.37

3.33

3.36

3.35

3.36

3.35

3.36

3.35 3.36

3.35

3.36

3.35

3,36 3.35

3.36 3.35

3.36

3.35

3.36 5.74

4.61 4.59 4.64

4.63

4.73

4.71 4.83

4.83 5.05

5.06

6.19 6.17

1*-

Multiplj

(No)

a40-q*F"

(133)

(133)

i 6D°-66

i (134T

r6F

o_,6F (135)

z°F°-faG (136)

b

3p_y3pc (137)

b°P

(138)

(139) b

2H-z3

I

s (130)

(131) ^H-y3!

' (133) b^-w2!! , (133) b

3H-x3r

(134)

a

3F-x30°r (135) a

3F-u3D°: (136) a

2F-5° . i 137

l a3F-t3n»

(138)

^O-v3*' (139) 4i-4i b

3 G-B20»l » 3j-3f (140)

4i z4G°-f4F J i

(i4i)

if

y6F0_e

« (143)

Strongest Unclassified Lines of V I 4619.648 4549.644

4537.990

4365.170

•3963.636} 3898.278

3891.119

3849.324 3845.974

3425.070

3261.081 3156.222

3153.549 3150.568 3098.72

3041.86

3002.442

8

10

58n

4

5

4

6

3

6

6

105N

5

8

8

6

IVIV

IV

III

II

II

II

IIIII

IIIIV

IV

IV

IIIIV

IV

II

!

k

U

»;

15
REVISED MULTIPLE? TABLE 35 Laboratory E P J llultlplet

(Ho) Laboratory E P J Kultlplet

(No) Laboratory E P J Ibiltlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No)

J II I P 14 .1 Anal A List A Jan 1941 Y II continued V II continued

5093.108// A 3500R 0.39 4.38 5-6 a

5F-z5G° m3844.48 P V 1.68 4.89 4-5 b3F-z3 G° 4183.435 A 350 3.04 4.99 5-4 b

3 G-z3 F° 5103.395 A 3000R 0.37 4.34 4-5 (1) 3865.73 A 5 1.67 4.86 3-4 (30) 4205.080 A 350 3.03 4.96 4-3 (37) 5110.708 A 1500R 0.35 4.31 3-4 3883.43 A 3 1.67 4.84 3-3 4225.338 A 130 3.03 4.94 3-3 $118,376 A 1000R 0.33 4.39 3-3 3875.67 A 5 1.68 4.86 4-4 4164.015 A 15 2.03 4.99 4-4 3135.383 A 600R 0.33 4.37 1-3 3891.35 A 4 1.67 4.84 3-3 4190.89 A 10 3.03 4.96 3-3 ^5131.138 A 80 0.39 4.34 5-5 3901.33 P 1.68 4.64 4-3 4150.08 P 3.03 4.99 3-4

5126.315 A 150R 0.37 4.31 4-4

5130.363 A 100R 0.35 4.29 3-3 3727.351 A 10001 1.68 4.99 4-4 b

3F-z3F° •3217.1315 A 400 2.04 5.88 5-6 b

3 G-z3 H° 5133.339 A 150r 0.33 4.37 3-3 3750.88 A 600 1.67 4.96 3-3 (31) 3237.876 A 350 2.03 5.84 4-5 (38) 5145.337 A 30 0.39 4.31 5-4 3770.974 A 400 1.67 4.94 3-3 •3254.7735 A 300 2.03 5.81 3-4

1=5145.971 A 30 (3.37 4.39 4-3 3760.34 A 140 1.68 4.96 4-3 3349.617 A 40 3.04 5.84 5-5 5145.337 A 30 0.35 4.37 3-3 a

5F-z5F° t

3778.357

3718.159 AA

100

60 1.67

1.67 4.944.99 3-3 3-4

3363.33 A 20 2.03 5.81 4-4

3953.07 A 150 0.35 4.53 3-3 3743.610 A 40 1.67 4.96 3-3 m3093.l6 P V+ 3.04 6.03 5-5 b

3 G-y3 G° 3957.530 A 100 0.33 4.50 3-1 (3) b

3F-z3H° t (33) a

5P-z5

F°

3094.196 A 100 3.03 6.02 4-4 (39)

i A 1.13 4-5 a

3F-z5G°

•3983.009 A 10 1.67 5.81 3-4 3100.938 3104.906 3108.704

A

A

A

10035

30

3.03

2.04

2.03

6.00

6.02

6.00

3-3 5-4 3831.017 6 4.34 4-3 3839.655 A 5 1.09 4.31 3-4 (3) 4370.64 A 3 1.70 4.59 3-4 3082.524 A 40 2.03 6.03 4-5 3839.53 A 4 1.07 4.39 3-3 4386.13 A 3 1.68 4.56 3-3 (33) 3086.507 A 30 2.02 6.02 3-4

3853.10 A 4 1.07 4.37 3-3 4316.358 A 3 1.67 4.53 1-3 a

3F-z5F° 4313.30 A 3 1.70 4.56 3-3 3053.894 A 80 2.04 6.08 5-4 b

3 G-y3F° 3538.338 A 50 1.13 4.61 4-5 4331.79 A 3 1.68 4.53 3-3 3048.891 A 70 2.03 6.08 4-3 (40) 3531.48 A 10 1.09 4.59 3-4 (4) 3042.27 A 80 2.03 6.07 3-2 3535.18 P 1.07 4.56 3-3 •4360.75 A 9n 1.70 4.59 3-3 a

5P-z3D° •3043.545 A 40 3.03 6.08 4-4

3563.71 A 3n 1.13 4.59 4-4 4363.836 A 4n 1.68 4.57 3-3 (34) 3041.42 A 60 3.02 6.08 3-3 3560.594 A 90 1.09 4.56 3-3 4364.50 A 1 1.67 4.56 1-1 3036.07 A 3 2.02 6.08 3-4

3566. 1775 A 300 1.07 4.53 3-3 4334.351 A 7 1.68 4.59 3-3

3593.333 A 600 1.13 4.56 4-3 4348.830 A 4 1.67 4.57 1-3 3033.883 A 30 2.04 6.12 5-5 ^G-z1 ^

3593.013 A 800 1.09 4.53 3-3 ,(41)

b

3 Q-z1 F°

(43) 3589.745 A 1000 1.07 4.50 3-1 4303.350 A 150 1.70 4.63 3-4 a

5P-z5D° 3015.98 A 10 3.03 6.12 4-3

1 a

3F-z3 D° 4178.390 A 60 1.68 4.63 3-3 (35) 3556.800 A 1500 1.13 4.59 4-3 4190.40 A 15 1.67 4.61 1-3 3013.030 A 30 3.04 6.14 5-4 o3g-z1g° 3545.190 A 1000 1.09 4.57 3-3 (5) 4304.30 A 30 1.70 4.63 3-3 3001.93 A 3 3.03 6.14 4-4 (43) 3530.765 A 500 1.07 4.56 3-1 m4305.05 P V+ 1.68 4.61 3-3

<3534.713 A 300 1.09 4.59 3-3 4309.74 A 10 1.67 4.60 1-1 2979.103 A 5 2.03 6.16 3-2 b

3G-z1 D° 3530.033 A

A

130

30

1.07

1.07 4.57

4.59 3-3

3-3 4331.165

4334.51 A

A

410 1.70

1.68

4.61 4.60

3-3

3-1

(44) 5499.833

' a

3F-z5D° 4330.047 A 1.0 1.67 4.59 1-0 4606.59 P 2.21 4.89 4-5 a

1 G-z3 0° 3516.00 A 5 1.13 4.63 4-4 4651.43 P 2.21 4.86 4-4 (45) 3485.916 A 350 1.09 4.63 3-3 (6) 3039.56 A 7 1.70 5.77 3-3 a

5P-z3P° 4688.45 P 2.21 4.84 4-3

,3479.837 A 80 1.07 4.61 3-3 3030.65 A 6 1.68 5.76 3-1 (36) 3517.398 A 800 1.13 4.63 4-3 3033.57 A 40 1.67 5.75 1-0 4439.43 A 1 2.31 4.99 4-4 a

1 G-z3F° 3504.433 A 400 1.09 4.61 3-3 3016.14 A 15 1.68 5.77 3-3 (46) 3493.163 A 150 1.07 4.60 3-1 3013.103 A 80 1.67 5.76 1-1 3401.997 A 3 3.31 5.84 4-r 5

a

1 G-y3 G° 3484.65 A 3 1.09 4.63 3-4 3008.610 A 70 1.67 5.77 1-3 3461.580 A 5 1.07 4.63 3-3 3330.919 A 4 3.21 6.03 4-5

» a

3F-z3G° 3001.303 A 300 1.70 5.81 3-3 a

5P-z5P° 3343.74 P 3.31 6.02 4-4 (48) 3376.13 A 1500R 1.13 4.89 4-5 3003.461 A 80 1.68 5.79 3-3 (37) 3359.684 A 3 2.21 6.00 4-3 3371.134 A 1300R 1.09 4.86 3-4 (V) 3007.396 A 15 1.67 5.77 1-1 3367.709 A 1000R 1.07 4.84 3-3 3016.775 A 130 1.70 5.79 3-3 3188.10 A 30 2.31 6.08 4-4 a

1 G-y3F° 3398.738 A 130 1.13 4.86 4-4 3014.833 A 100 1.68 5.77 3-1 •3193.975 A 10T 2.21 6.08 4-3 (49) 3389.391 A 100 1.09 4.84 3-3 3988.037 A 80 1.68 5.81 3-3 3317.395 A 3 1.13 4.84 4-3 3995.999 A 60 1.67 5.79 1-3 3157.900 A 40 2.21 6.12 4-3 a

1 G-z1 F°

(50) a^z1 ^

(51) 3190.686 A 500R 1.13 4.99 4-4 a

3F-z3F° 3968.373 A 300 1.70 5.85 3-4 a

5P-y5D° 3155.409 A 60 2.31 6.12 4-5 3188.533 A 300R 1.09 4.96 3-3 (8) 3976.517 A 100 1.68 5.83 3-3 (28) ,3187.717 A 300R 1.07 4.94 3-3 3976.197 A 60 1.67 5.81 1-3 3143.484 A 150 3.21 6.14 4-4 a

1 G-z1 0° 3314.750 A

A

130

100 1.13 1.09 4.96 4.94

4-3 3-3 3989.594

3983.558 A

A

4080n1.70

1.68 5.83

5.81 3-3 3-3

(53) 3308.345

a

3

IV.z5 3164.83 A 40 1.09 4.99 3-4 3975.650 A 50 1.67 5.83 1-1 5318.61 P 2.27 4.59 3-4 F 3168.137 A 40 1.07 4.96 3-3 3996.70 A 3 1.70 5.81 3-3 5367.53 P 2.26 4.56 2-3 (53)

\ a

3P-z5F°

(9)

•3983.009 3983.75 A

A

10401.68

1.67 5.835.81 3-11-0 5433.09 5384.89 AA

3

8 2.26 2.37

4.53 4.56

1-2

3-3 3997.136 A

A

300

300

1.47 1.43 4.56

4.53

3-3

1-3 a

3G-z5G°

5439.30

5487.00 A

A

15

8 2.26 2.26

4.53

4.50

2-2 3973.643 1-1 5968.11 A 150 1.39 4.50 0-1 4799.94 P 1.81 4.38 5-6 5457.10 A 4 2.27 4.53 3-2 1036.779 A 60 1.47 4.53 3-3 4844.31 P 1.80 4.34 4-5 (29) 5494.35 P 3.26 4.50 2-1 1003.940 A 80 1.43 4.50 1-1 4880.30 P 1.79 4.31 3-4

4067.03 A 5 1.47 4.50 3-1 4867.79 P 1.81 4.34 5-5 5303.36 A 40 2.27 4.59 3-3 a

3 D-z3 D° a

3P-z3D° 4902.89 P 1.80 4.31 4-4 5332.65 A 9 2.26 4.57 2-2 (54) 5951.968 A 500 1.47 4.59 3-3 4938.63 P 1.79 4.39 3-3 5350.37 A 5 2.36 4.56 1-1 3916.418 A 300 1.43 4.57 1-3 (10) 4936.94 P 1.81 4.31 5-4 5349.75 A 3 2.27 4.57 3-2 3896.1558 A 60 1.39 4.56 0-1 4951.66 P 1.80 4.39 4-3 5357.35 A 3 2.36 4.56 2-1 3977.733 A 60 1.47 4.57 3-3 4966.08 P 1.79 4.37 3-3 5386.43 P 3.36 4.59 3-3 3939.734 A 50 1.43 4.56 1-1 a

3 G-z5F° 5325.71 P 2.26 4.57 1-2 3991.47 A 3 1.47 4.56 ' 3-1 4404.68 A 3 1.81 4.61 5-5 a

3P-z5

D° 4434.63 P 1.80 4.59 4-4 (30) 5313.08 P 2.27 4.63 3-4 a

3 D-z5D°

5903.37 A 350 1.47 4.63 3-3 4451.61 P 1.79 4.56 3-3 5199.68 A 4 3.26 4.63 2-3 (55) 5866.744 A 60 1.43 4.61 1-3 (11) 4444.20 P 1.81 4.59 5-4 5334.38 P 2.36 4.61 1-3 "5850.409 A 7 1.39 4.60 0-1 4470.39 P 1.80 4.56 4-3 5315.938 A 35 2.27 4.63 3-3 5936.497 A 10 1.47 4.61 3-3 4500.88- P 1.79 4.53 3-3 5340.97 P 2.26 4.61 3-3 5883.308 A 5 1.43 4.60 1-1 4385.45 P 1.80 4.61 4-5 5364.49 P 2.26 4.60 1-1 5943.48 P 1.47 4.60 3-1 4406.33 P 1.79 4.59 3-4 5357.51 P 2.37 4.61 3-3

3891.98 P 1.43 4.59 1-0

a

30-z5D°

(31)

5371.36 P 3.26 4.60 3-1 4370.37 A 3 1.81 4.63 5-4 5380.63 P 2.26 4.59 1-0 5534.14 A 3 1.47 4.96 3-3 e^V-th"

(13) 4005.713

4033.388 AA

800

600

1.81

1.80 4.89

4.86 5-5

4-4

a

3G-z3Q

c (32) 4538.51 4564.592 AA

300

300. 2.37 3.36

4.99 4.96

3-4

2-3

a

3 D-z 3F°

(56) 1389.13 P 1.57 4.38 6-6 a

3H-z5G° 4035.631 A 400 1.79 4.84 3-3 4600.19 A 150 3.26 4.94 1-2 U39.ll P 1.56 4.34 5-5 (13) 4039.574 A 30 1.81 4.86 5-4 m4577.13 P V 2.37 4.96 3-3

1463.76 P 1.55 4.31 4-4 •4051.065 A 30 1.80 4.84 4-3 4605.353 A 15 2.26 4.94 3-2

4445.77 P 1.57 4.34 6-5 3989.803 A 15 1.80 4.89 4-5 4618.13 P 2.37 4.94 3-3

4478.03 P 1.56 4.31 5-4 4008.17 A 30 1.79 4.86 3-4

4603.13 P 1.55 4.39 4-3 3531.836 A 90 3.37 5.77 3-3 a

3 D-z3 P° 4373.88 P 1.66 4.38 5-6 3878.715 A 300 1.81 4.99 5-4 a

3Q-z3F° 3530.547 A 15 2.26 5.76 3-1 (57) 4414.17 P 1.55 4.34 4-5 3899.140 A 300 1.80 4.96 4-3 (33) 3530.45 A 10 2.26 5.75 1-0 3914.333 A 350 1.79 4.94 3-3 3514.433 A 30 2.26 5.77 3-2

1056.370 A 7 1.57 4.61 6-5 a

3H-z5F° •3863.81} A 60 1.80 4.99 4-4 3517.53 P 2.36 5.76 1-1 1076.66 A 3 1.56 4.59 5-4 (14) 3884.847

3849.758 AA

50

3 1.79 1.79 4.96

4.99

3-3 3-4 3511.43 A 3 3.26 5.77 1-2

a

3 D-y5 1715.476 A 13001 1.57 4.89 6-5 a

3H-z3Q° 3477.614 A 40 2.27 5.81 3-3 D° 1733.760 A 8001 1.56 4.86 5-4 (15) 3033.631 A 300 1.81 5.88 5-6 a

30-z3H° 3469.538 A 50 2.26 5.82 3-1 (58) 1745.806 A 800 1.55 4.84 4-3 3053.39 A 300 1.80 5.84 4-5 (34) 3476.353 A 30 2.26 5.81 1-0 1703.833 A 7 1.56 4.89 5-5 3067.104 A 300 1.79 5.81 3-4 3470.363 A 20 2.36 5.81 2-2

1733.168 A 10 1.55 4.86 4-4 3063.703 A 30 1.81 5.84 5-5 3466.59 A 20 2.26 5.83 1-1 3076.016

3085.47 AA

35

1 1.80

1.81 5.81

5.81 4-4

5-4

3467.33 A 2 2.36 5.81 1-2

,737.59 A

A

1

5?

1.67

1.68

4.37

4.56

3-3

4-3

b

3F-z50°

b

3F-z5F° 4810.17 A It 3.03 4-3 b

3G-z3

D°

3333.608 3391.04

AA2

5

3.36

3.27

5.96

6.03

1-0 3-4

a

3 D-z 1 S° 388.78 4.59

(59) a

3 D-y3 G°

.333.03 A 4 1.67 4.53 3-3 (17) S (353 . 3300.905 A 6 2.26 6.00 2-3 (60) ,346.89 A 3 1.67 4.50 3-1 4331.55 A 6n 3.04 4.89 5-5 3307.445 A 2 3.37 6.00 3-3 4349.97 A 6n 3.03 4.86 4-4 (36)

,336.83 A 4 1.68 4.59 '4-3 b

3P-«3D° 4366.91 A 5n 3.03 4.84 3-3 3333.772 A 80 2.27 6.08 3-4 a3 D-y3F° 354.41 A isn 1.67 4.57 3-3 (18) 4371 . 17 P 3.04 4.86 5-4 3233.546 A 40 2.36 6.08 2-3 (61) 360.75 A 9n 1.67 4.56 3-1 4383.33 P 3.03 4.84 4-3 3231.952 A 80 2.26 6.07 1-3 4310.73 P 2.03 4.89 4-5 3339.833 A 8 2.27 6.08 3-3 179.063 A 3 1.68 4.63 4-4 b

3F-z6

D° 4334.77 P 3.03 4.86 3-4 3334.504 A 10 2.26 6.07 3-2 180.86 A 61 1.68 4.63 4-3 (19) 3340.785 A 1 2.37 6.07 3-3 196.83 A 1 1.67 4.61 3-3
36 RET [ 8 E D H L T I P L E T TABLE

Laboratory

I A Ref Int

E LowPHigh J Kultlplet Laboratory

I A Ref Int E P

Low High

J Kultlplet

(Ho) LaboratoryI A Ref Int I PLow High J *&r

T II continued Y II oontlnued T II oontlnued

3303.711 A 3 3.37 6.13 3-3 a

3 D-z1 F° 5938.86 A 100 3.51 4.59 3-3 o

3P-i3

D° 5916.364 A. 15 3.55 4.63 3-3 b

3D_E5

D« 3196.574 A 30 3.36 6.12 3-3 (63) 5897.54 A 50 3.48 4.57 1-3 (38) 6967.77 A 6 3.55 4.61 3-3 (136) 5951 . 45 A 4 3.49 4.56 0-1 5914.38 A 5 3.55 4.63 3-3

3186.86 A 10 3.37 6.14 3-4 a

3 D-z 1 0°

a

3 D-z5S° ,(64) a

3 D-z 1 D°

5819.93 A 80 3.51 4.63 3-3 o

3P-i6D° •5047.308} A 10 3.55 4.99 3-4 b

3D-z3

r>' 3186.10 A 1 3.37 6.14 3-3 3787.335 A 150 3.51 5.77 3-3 o

3P_*3p» 5106.333

5133.19 AA

5

3 3.553.53 4.964.94

3-3

1-3

(137)

3169.21 A 3 3.37 6.16 3-3? •3758.33} A 40 3.48 5.76 1-1 (100) 5157.38 A 3T 3.55 4.94 3-3

3160.781 A 15 3.36 6.16 1-3 (65) 3794.366 A 50 3.51 5.76 3-1 3773.963 A 80 3.48 5.75 1-0 3836.968 A 30 3.55 5.77 3-3 b3n_z3p

3050.735 A 15 3.37 6.31 3-3 a

3 D-y3p 3751.333 A 150 3.48 5.77 1-3 3813.13 A 3 3.53 5.77 t-3 (138) 3081.354 A 35 3.36 6.36 3-1 (66) 3767.730 A 40 3.49 5.76 0-1

C-086.210 A 10 3.36 6.35 1-0 ^D-yV

o

3P-z6P° 3774.678 A 15 3.55 5.81 3-3

3078.948 A 5 2.36 6.36 1-1 3731.64 A 1 3.48 5.79 1-3 3773.80 A 5 3.55 5.83 3-1 (139) 3p_ySn»

3761.30 A 1 3.53 5.81 1-3 3054.24 A 7n 3.37 6.31 3-3 a

3 D-y3 D° 3734.984 A 3 3.51 5.83 3-3 bSD-zls*

b3D-y3r>

(131)

3048.65 A 4 3.26 6.31 3-3 (67) 3700.96 A 30 3.48 5.81 1-3 (103) 3604.375 A 4 3.53 5.96 1-0 3075.474 A 3 2.36 6.37 1-3 3709.335 A 40 3.49 5.83 0-1 3736.017 3700.136 AA

70

40 3.51 3.48

5.81 5.83 3-3

1-1 3489.947

3496.37 AP

30 3.55

3.55

6.08

6.08

3-4

3-3

4968.50 A 1 3.36 4.84 4-3 b

1 0-z3O°

(68) b

1 Q-z3H°

3735.158 A 30 3.51 5.83 3-1 m3485.83 P V* 3.53 6.07, 1-3 3711.118 A 50 3.48 5.81 1-0 D3497.00 P V* 3.55 6.08 3-3

3547.07 A 5 2.36 5.84 4-5

o3P-i1 8° (103)

o

3P-yV

3497.39 A 4 3.55 6.07 3-3

3577.644 A 3 2.36 5.81 4-4 (69) 3549.030 A 3 3.48 5.96 1-0 3498.13 P 3.55 6.07 3-3

3361.506 A 60 2.36 6.03 4-5 b

1 0-y3o° 3463.079 A 4 3.51 6.08 3-3 3453.78 A 1 3.55 6.13 3-3 b3n-zlf«

3392.659 A 50 2.36 6.00 4-3 (70) 3434.034

3464.17 AA

4

6 3.48

3.51 6.07

6.07

1-3 3-3

(104) 3453.087 A 90 3.55 6.13 3-3 (133)

3315.176 A 50 2.36 6.08 4-4 b

1 0-y3F°

3P-£1F° 3435.38 A 7 3.55 6.14 3-4 b

3&-»1 0» 3331.539 A 150 2.36 6.08 4-3 (71) 3430.709 A 5 3.51 6.13 3-3 (133)

(105) b3D-z68»

o3P-z58° 3434.46 A 1 3.55 6.14. 3-3 3282.534 A 150 2.36 6.13 4-3 btte)

F

°

l^O-y^H

3401.740 A 1 3.51 6.14 3-3 3433.767 A 3 3.55 6.14 3-3 (134) 3373.666 A 3 3.48 6.14 1-3 (106) b3D-r1 3279.844 A 300 3.36 6.13 4-5 3414.879 A 3 3.55 6.16 3-3 B

3383.539 A 30 3.51 6.16 3-3 o3P-s1 D

Q •3414.193} A 10 3.55 6.16 3-3 (135) 3265.893} A 100 3.36 6.14 4-4 3353.776 A 30 3.48 6.16 1-3 (107) 3403.159 A 3 3.53 6.16 1-3

3025.68 A 1 3.36 6.44 4-5 3351.869 A 300 3.51 6.31 3-3 c3P-y3D

# 3381.755 A 10 3.55 6.31 3-3 b

3D-yV

3032.187 A 3 2.36 6.43 4-4 (75) 3357.893 A 100 3.48 6.37 1-3 (108) 3314.863 A 50 3.55 6.37 3-3 (136) 3397.538

3385.033 A

A

20

50 3.493.51 6.336.37 0-1 3-3 3337.76

3315.53

PA

7+5 3.53

3.55 6.33

6.37

1-1 3-3

3621.203 A 150 2.36 5.77 3-3 b

3P-z3P° 3390.340 A 50 3.48 6.33 1-1 3348.373 A 4 3.55 6.33 3-1 3632.136 A 15 3.37 5.76 1-1 (76) 3317.913 A 30 3.51 6.33 3-1 3381.130 A 40 3.55 6.31 3-3 3627.713 A 60 3.36 5.76 3-1

o3P-y3P° UoS)

3304.474 A 40 3.53 6.37 1-3 3645.905 A 30 2.37 5.75 1-0 3347.908 A 4 3.51 6.31 3-3 b

3D-y3 3625.608 A 50 2.37 5.77 1-3 3361.80 A 5 3.48 6.36 1-1 3377.71 A 30 3.55 6.31 3-3 P» 3631.482 A 10 3.37 5.76 0-1 3388.985 A 7 3.51 6.36 3-1 3318.907 A 30 3.55 6.36 3-1 (137) 3331.380 A 3 3.48 6.31 1-3 3316.873 A 30 8.53 6.35 1-0 3607.30 A 1 3.37 5.79 1-3 b

3P-z5P° 3377.083 A 10 3.55 6.31 3-3

3633.03 A 1 3.37 5.77 0-1 (77) b

3 P-ys

D°

3119.33 A 4 3.51 6.47 3-3 o3P-x3|*

("0)

o3P-z3s»

3308.480

3366.91 A

A

30

IT 3.533.53 6.366.31

1-1 1-3

3574.340 A 60 3.36 5.81 3-3 3115.16 A 3 3.48 6.44 1-1 b •3577.857} A 30 2.37 5.83 1-1 (78) (111) 3D_xV

o3p_x3n« 3130.736 A 50 3.55 6.50 3-4

3573.557 A 50 3.36 5.83 3-1 3083.308 A 40 3.51 6.51 3-3 3146.338 A 401 3.55 6.47 3-3 (138) 3588.13 A 15 3.37 5.81 1-0 3065.61 A 50 3.48 6.51 1-3 (113) 3151.319 A 100 3.53 6.45 1-3 3578.636 A 15 2.37 5.81 1-3 3081.01 A 30 3.49 6.49 0-1 3146.818 A 10 3.55 6.47 3-3

3577.220 A 10 2.37 5.83 0-1 b

3 P-z1 3°

3089.633

3074.66 AA

4

13 3.51 3.48

6.51 6.49

3-3

1-1 •3160.781 A 15 3.55 6.45 3-3

3436.393 A 3 2.37 5.96 1-0 3110.07 A 3T 3.55 6.51 3-3 b

30-xV

,(79) b

3P-y3o» 3079.75 A 1 3.51 6.53 3-1 o

3P-x1 P« 3116.03 A 3 3.55 6.51 3-3 (139) 3394.93 A 1 3.36 6.00 3-3 3063.178 A 3 3.49 6.53 0-1 (113) 3116.11 A 3 3.53 6.49 1-1

,(80) b

3P-y3p° 3106.839 A 3 3.53 6.51 1-3

3323.731 A 3 3.36 6.08 3-3 3981.934 A 16 3.51 6.66 3-3 03P-W3D 1 ,(81) b3p_rlno ,(83) b

3P-y3D°

3993.378 A 3 3.51 6.64 3-1 (114) 3105.973 A 5 3.55 6.53 3-1 b

3D-rlp»

3249 . 464 A 4 3.36 6.16 3-3 3001.754 A 30 3.55 6.66 3-3 bSn-wV

3138.686 A 20 3.36 6.31 3-3 5193.43 P 3.51 4.89 6-5 b

3H-i3a° 3006.503 A 30 3.55 6.65 3-3 (141) 3163.714 A 30 3.37 6.37 1-3 (83) 5337.70 A 30 3.50 4.86 5-4 (115) 3008.508 A 15 3.53 6.64 1-1

3192.699 A 15 3.37 6.33 0-1 5363.99 A 15 3.50 4.84 4-3 3007.035 A 1 3.55 6.65 3-3

3159.365 A 30 3.36 6.37 3-3 5171.13 P 3.50 4.89 5-5 3997.945 A 6 3.53 6.65 1-3 3193.200 A

A

20

3 3.37 3.36

6.33 6.33

1-1 3-1 5317.36 P 3.50 4.86 4-4

3189.76 ^P-ySp

3669.410 A 300 3.61 5.88 6-6 b

3H-E3H° 5303.94 A 3 3.59 4.96 3-3 aln_*3r* 3125.01 A 20 3.36 6.31 3-3 3700.337 A 300 3.50 5.84 5-5 (116) (1*3)

3166.39 A 8 2.37 6.36 1-1 (84) 3738.335 A 300 3.50 5.81 4-4 3881.04 A 3 3.59 5.77 3-3 aiD-ifpe

3163.024 A 30 2.36 6.36 3-1 3711.751 A 10 3.51 5.84 6-5 J 1 *3

}

aJD-yfO* 3174.077 A 30 3.37 6.35 1-0 3733.607 A 4 3.60 5.81 5-4 3633.389 A 10 3.59 6.00 3-3

3138.288 A 10. 3.37 6.31 1-3 3658.368 A 10 3.50 5.88 5-6

3165.89 A 30 3.37 6.36 0-1 * 3695. 156 A 8 3.50 5.84 4-5 3541.341 A 50 3.59 6.08 3-3 a»&-jrV

b

3P-z38» 3543.480 A 4 3.59 6.07 3-3 145 3024.981 A 50 3.36 6.44 3-1 3509.034 A 40 3.51 6.03 6-5 b

3*./^ 3028.042 A 50 3.37 6.44 1-1 (85) 3513.877 A 15 3.50 6.03 5-4 (117) 3497.031 A 300 3.69 6.13 3-3 aln_«lr»

3037.600 A 15 3.37 6.44 0-1 3537.867 A 10 3.50 6.00 4-3 (146)

ftln-tln* b

3P-x3|»

3488.83 P 3.50 6.03 5-5 3457.153 A 300 3.59 6.16 3-3

3005.813 A 30 3.36 6.47 3-3 3509.30 P 3.50 6.03 4-4 1*7

2 alD^D*

3023.146 A 4 3.37 6.45 1-3 (86) 3369.50 A 3 3.59 6.36 3-1 3019.09 A 3 3.36 6.45 3-3 3448.69 A 1 3.50 6.08 5-4 b

3H-y3r«

b

3P-x3 D» 3451.046 A 13 3.50 6.08 4-3 (118) 3330.780 A 4 3.59 6.31 3-3

2972. 2e3 A 80 3.36 6.61 3-3 3355.366 A 30 3.59 6.37 3-3 (149) 3981.200 A 70 3.37 6.51 1-3 (87) 3430.16 A 3 3.51 6.13 6-5 b

3H-zlH°

2989 . 306 A 15 3.37 6.49 0-1 3410.46 A 1 3.50 6.13 5-5 (119) 3183.674 A 30 3.59 6.47 3-3 a

1 **3** 2978.326

2369.74 A

A

30

10 3.363.37

6.51 6.49

3-2

1-1 3406.06 A 7 3.50 6.13 4-5 3197.574 A 7 3.59 6.45 2-3 (150) 3408.965 A 15 3.50 6.13 4-3 b3H-t1F° 3161.313 A 30 3.59

3.59

6.49 3-1 alD-x^D*

3370.40 A 3 3.37 6.03 6-5 a

1 I-y3O

e .(88) a

1 !-*1!!*

3391.01 A 1 3.50 6.14 4-4

(130) b3H-zl0° 3141.486 A 40 6.53 3-1

(151)

3288.324 A 20 3.37 6.12 6-5 3134.938 A 300 3.51 6.45 6-6 ( 1214 b3H-y3H» 3039.767 A 3 3.59 6.65 3-3

(153) alD-w3D»

(89) 3136.503 A 160 3.50 6.44 5-5 (133) i iw2 alD-x3!* ala-i5?

.(90)

a

1 8-z3D* a

1 8-z3p« aia-jV

,(93) .(94)

a

1 8-x3 D» ,(95) a

1 3-z1 P°

(96)

c3P-t6F*

(97)

3139.733 A 160 3.50 6.43 4-4 3963.349 A 9 3.59 6.76 3-1 6027.23 A 8 3.46 4.50 0-1 3144.700 A 30 3.51 6.44 6-5 (15*) 3143.477 A 15 3.50 6.43 5-4

5863.80 A 15+pT 3.46 4.56 0-1 3136.79 A 3 3.50 6.45 5-6 4038.545 A 3 3.75 5.81 1-0 a

1P-y6

D» 3731.983 A 30 3.46 6.76 0-1 3133.793 A 3 3.50 6.44 4-5 •3847.333} A 100 3.75 5.96 1-0

(155) alP-zi8# A 30 3.46 5.83 0-1 3033.445

3048.314 A

A

300 300

3.51 3.50

6.58 6.55

6-7

6-6

b

3H-*3i» (133) 3713.533 A 8 3.75 6.07 1-3 (156) aip-yV

A 10 3.46 6.33 0-1 3063.347

3055.943 A

A

300

7 3.50

3.51 6.53

6.55 4-5

6-6 3618.934 A 300 3.75 6.16 1-3

(157) alP-ilD*

3057.06 A 3 3.46 6.49 0-1 3066.80 A 4 3.60 6.53 5-6 3507.534 A 30 3.75 6.37 1-3 alpfyV

A 30 3.46 6.53 0-1 6336.39 A lOn 3.55 4.63 3-3 b

3©-!6** 3465.36 A 4 3.75 6.31 1-3

(159) alP-y3p»

AA

A

A

3-3

1-2 0-1

1-1

6038.98 6086.93

6083.83

A

AA

30

15n lOn

3.55

3.65 3.53

4.59

4.57 4.66

3-3

3-3

1-1

b3!)-*3 !)* (135) 3335.483

3385.673

A

A

10

3

3.75 3.756.45

6.61

1-3 1-3

alp-xi?*

(161) alP-xV 8038.36 6120.98

6095.93

4040

5

3

3.51 2.48

3.49 3.48

4.56

4.53 4.60

4.60 6036.81 A 6 3.65 4.68 3-3 3396.063 A 8 3.75 6.49 1-1. (163)
REVISE H D L T I P L E T T ABLE 37 Laboratory E P J Ilultlplet (NoT Laboratory E P J Multlplet

(No) Laboratory E P J Ilultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (NoT V II oontlnued Y II oontlnued V II continued 3374.50 A 10 3.75 6.53 1-1 a^P-zlp"

(163) 6080.11 A 6 3.78 5.81 4-4 d

3F-z3H°

(306) 3035.14 A 3N 4.89 8.96 5-4 z

30°-eSH

(245) 3081.30 A 10 3.75 6.75 1-1 aiP-xSp" •5290.74 { A 6 3.79 6.12 3-3 d3p_z lpe 3038.00 A 3N? 4.94 9.00 2-3 s3po_ e 5p

(164) 5191.59 A 3 3.78 6,16 3-3

(307) d

3F-z1 D° (246) 3936.33 A 5 3.89 6.03 5-5 aiH-ySo" (308) d3F-y3 D° 5530.10 A 4 5.44 7.68 3-4 c

3 D-w3F° 3945.37 P 3.89 6.03 5-4 (165) 4883.415 A 100 3.78 6.31 4-3 5563.03 A 4npT 5.45 7.67 3-3 (247) 4965.40 A 40 3.78 6.27 3-3 (309) 3815.38 A 300 3.89 6.13 5-5 alH-5*H° 5048.91 A 15 3.79 6.33 3-1 m4875.49 P V 5.44 7.98 3-3 c

3 D-v3 D° (166) 4973.16 A 3 3.79 6.37 3-3 4843.50 A 2n 5.45 8.00 3-3 (248) •3796.48 i A 10 3.89 6.14 5-4 alH-z^O

d

3 F-x3F° 4813.00 A 1? 5.45 8.03 3-1 (167) 4535.315 A 3n 3.78 6.50 4-4

3463.831 A 4 3.89 6.45 5-6 alH-ySR 4596.37 A 5n 3.78 6.47 3-3 (310) 3148.738 A 15 5.44 9.36 3-3 c 3 D-t3 D° 3484.33 A 3 3.89 6.43 5-4 (168) 4634.31 A 3n 3.79 6.45 2-3 3163.76 A 10 5.45 9.35 2-3 (349) 4590.505 A 7n 3.78 6.47 4-3 3173.330 A 7 5.46 9.35 1-1 3415.91 A 3 3.89 6.50 5-4 a*H-x3F°

(169) a}H-z3 I°

4637.48 A 1 3.78 6.45 3-3 3154.80 A 1 5.45 9.36 3-3 3367.666 A 3 3.89 6.55 5-6 4517.35 A 3n 3.79 6.53 2-1 d

3F-z1 P° 3071.77 A 2n 5.44 9.46 3-4 c

3 D-u3F° A 300 3.89 6.68 5-4

(170) alH-ylo°

(171) 4512.73 A 60n 3.78 6.51 4-3

(311) d

3F-x3D°

(250) 3350.775

4533.188 A 40n 3.78 6.51 3-2 (212) 5016.60 A 4 5.51 7.97 2-2 c

1 D-x1 D° 3143.183 A 30 3.89 6.83 5-5 alH-x3o° 4558.46 A 30 3.79 6.49 2-1 (251)

c

I D-x1 (173) 4518.38 A 3n 3.78 6.51 3-3 4618.53 A 3 5.51 8.19 2-3 F° 3133.887 A 100 3.89 6.84 5-6 a*H-z*I

(173) 4538.64

4534.81 AP 3 3.79

3.79

6.51

6.51

2-2 3-3

(252) 3113.560 A 100 3.89 6.85 5-5 a^H-y^H*

(174) t^tt-yV

d

3F-w3D°

(213) d

3F-y1 A 3-3 F

4304.15

4080.44

AA2

2

3.78 3.786.65

6.81

3-2

3-3

Strongest

5791.47

Unclassified A 15Lines of V_II 4163.073 3 3.11 6.08 4163.655 A 3 3.11 6.07 3-3 (175) 4085.67 A lOn 3.79 6.81 3-3 (214) 3611.58 3301.66 A

A

10n

10 •4101.00 I A 8 3.11 6.13 3-3 b^D-z^ 4065.070 A 100 3.78 6.83 4-5 d

3F-x3 5° 3306.16 A 15N1

(176) 4053.59 A 601 3.78 6.83 3-4 (315) 3301.58 A 15K1 4046.369 A 50 3.11 6.16 3-3 •4051.34 { A 100 3.79 6.83 3-3 3195.50 A 15N1 A 3 3.11 6.37 3-3

(177) b^D-y3 D° (176)

4049.03 A 3 3.78 6.83 4-4 3907.53

4017.39 A 15n 3.78 6.85 4-5 d^F-y^H

dSp-w^"

•3695.158 A 8 3.11 6.45 3-3 blD-j3F°

(179) b

1 D-x3 D° 3167.420 A 40 3.78 7.68 4-4 Cr I I P 6 74 Ana: A Llsi i. March 19? 3634.13 A 1 3.11 6.51 3-3 3174.531 A 60 3.78 7.67 3-3 (217) 3646.848 A 7 3.11 6.49 3-1 (180) 3182.59 A 20 3.79 7.66 2-2 4354.346// C 1000R 0.00 3.90 3-4 a

7 S-z7P b^D-zV

3171.739 A 9 3.78 7.67 4-3 4374.803 C 800R 0.00 2.89 3-3 (1) 3630.496 A 30 3.11 6.53 3-1 3179.416 A 8 3.78 7.66 3-2 4389.731 c 700R 0.00 3.88 3-3

(181) 3170.208 A 8 3.78 7.68 3-4 3478.961 A 6 3.11 6.66 3-3 3177.696 A 6 3.79 7.67 2-3 3733.033 c 50 0.00 3.31 3-3 a

7S-z5P° (183) b*D-x3P 3730.807 c 40 0.00 3.31 3-3 (3) 3385.790 A 3 3.11 6.75 3-1 3973.975 A 40 3.78 7.93 4-5 d

3F-w3 0° t (183) b}&-y,F°

(184) blD-yfP9

3985.184 A 60n 3.78 7.98 3-4 (218) 3615.645 c 30 0.00 3.41 3-4 a

7 S-z7D° 3337.845 A

A

300

40

3.11 3.116.81 6.93

3-3

3-1

2994.540 A 60 3.79 7.91 2-3 3635.381 3578.687c

c

10 1000R

0.00

0.00

3.39

3.45

3-3

3-4

(5) 3336.934 a

7 3-y7 P° 185} 6801.16 A 5 3.96 5.77 2-2 d

3P-z3 P° 3593.488 c 900R 0.00 3.43 3-3 (4) 3109.375 A 30 3.11 7.08 3-3

d

3P-yrD°

(830) d?P-z3 S°

3605.333 c 750R 0.00 3.43 3-3

(186) 5349.23 A 1? 3.96 6.31 3-3

3351.966 c 13 0.00 3.68 3-3 a

7S-y5P° 4398.53 A 4n 3.31 6.13 3-3 a^F-z^F 4963.75 A 2 3.96 6.44 3-1 3379.171 c 15 0.00 3.65 3-3 (5) P 3.31 6.14 3-4

(187) a}F-zJo° 4913.38 A 3 3.96 6.47 2-3 d

3P-x3 4368.67 F°

(188) atF-y3H°

(323) d3P-x3 D° 6330.101 c 40 0.94 3.89 3-3 a

5 S-z7P° 3960.37 A 1 3.31 6.43 3-4 4833.396 A 6 3.96 6.51 3-3 6363.874 30 0.94 3.88 2-3 (6) (189) alF-wSD*

4839.08 A 3 3.96 6.51 2-3 (223) 3690.70 A 1 3.31 6.66 3-3 5308.436 c 500R 0.94 3.31 2-3 a

5 S-z5P° (190) a^F-ytO

4408.93 A 40HT 3.96 6.75 2-2 d

3P-x3P° 5306.039 c 300R 0.94 3.31 2-2 (?) 3661.383 A 300 3.31 6.68 3-4 4440.41 A 5n 3.99 6.77 1-0 (234) 5304.518 c 300R 0.94 3.31 2-1

(191

(19$) alp-x30°

4483.50 A 3n 4.00 6.75 0-1 3533.385 A 30 3.31 6.81 3-3 5031.903 c 35 0.94 3.39 2-3 a

5S-z7 D° 4333.065 A 80n 3.96 6.87 3-1 d

3P-y3

S° 5051.900 c 40 0.94 3.38 2-2 (8) 3513.13 A 3 3.31 6.83 3-4 4378.893 A 60n 3.99 6.87 1-1 (225) 5073.930 c 60 0.94 3.37 2-1 3506.57 A 7 3.31 6.83 3-3 (193) 4301.130 A 40n 4.00 6.87 0-1

a

5 S-y7 4943.495 c 300 0.94 3.43 2-3 P° 3377.448 A 15 3.31 7.08 3-3 a

1P-y1 D° •4143.90 5 A 6 3.96 6.93 2-1 d^P-ylp"

(336) d

3P-y1 D°

(337) d3p_v3D°

4964.938 c 100 0.94 3.43 3-3 (9) (194) •3991.965 A 2 3.99 7.08 1-2 4496.863 c 100 0.94 3.68 3-3 aPs-y5?' •5375.65 i A 10 3.74 6.08 4-4 oSp-y3? 4545.956 c 50 0.94 3.65 2-3 (10) 5388.31 A 5 3.74 6.08 3-3 (195) 3070.13 A 351 3.96 7.98 3-3 4580.056 c 40 0.94 3.63 3-1 5380.00 A 3T 3.74 6.07 3-3 3075.58 A 5 3.99 8.00 1-3 (338) 3075.043 A 3 4.00 8.03 0-1 3833.49 B 4 0.94 4.16 3-3 a5 S-z5 D° 5151.87 A 3 3.74 6.14 4-4 o^-z1 ^ 3051.308 A 3 3.96 8.00 3-3 3853.58 B 15 0.94 4.14 2-3? (U)

A 50 3.74 6.31 4-3

(196) o^-r'D"

3870.367 c 25n 0.94 4.13 2-1 4813.953

4884.06. A 50 3.74 6.37 3-3 (197) 6673.84 A 3n 4.33 6.06 3-3 b^F-y^F

(339) b^F-z^P"

3758.73 B 4 0.94 4.33 2-2 a

5 8-z3 P° 4947.58 A 40 3.74 6.33 3-1 = (13) a

38-z3 4811.14 A 6 3.74 6.31 3-3 6517.37 A 15n 4.23 6.13 3-3 3193.13 B 5 0.94 4.80 2-3 D° 4874.805 A 4 3.74 6.37 3-2 (330) b

IF-z1 D

e 3310.63 B 3 0.94 4.78 2-3 (13) 6380.11 A 40n 4.33 6.16 3-3 4475.34 A 1 3.74 6.50 4-4 o^-J^F (331) ^F-y1 ^

(333) b*F-y*D°

3988.649 C 35r 0.94 5.07 3-3 a5s-x5P° 4539.08 A 5? 3.74 6.47 4-3 (198) 5019.855 A lOOn 4.33 6.68 3-4 3994.069 C 18 0.94 5.06 2-3 (14) 4556.765 A 4 3.74 6.45 3-3 3998.787 C 30 0.94 5.05 3-1 4335.33 A 9n 4.33 7.08 3-3 4453.35 A 30n 3.74 6.51 4-3 3F-x3D° (333) 3984.83 B 8 0.94 5.07 2-3 a5g_y

5F

o 4464.33 A 40n 3.74 6.51 3-3 (199) 3343.313 A 2 4.33 7.98 3-4 biF-wSo 3995.10 B 35 0.94 5.06 3-3 (15) 4475.70 A

A

30n3n3.74

3.74

6.49

6.51

3-1 3-3 3351.53 A 1 4.33 7.91 3-3 (334) 4456.53 3393.146 A 50 4.33 7.97 3-2 b

1 F-x1 D° 6580.96 B 8 1.03 3.90 4-4 a

5D-z7P° •4334.55 5 A 40n 3.74 6.66 4-3 o3F-w3D° (335) MF-xJ-O

6537.931 D 30 1.00 3.89 3-3 (16) 4343.894 A 30n 3.74 6.65 3-3 (200) 3167.49 A 30 4.23 8.13 3-4 6501.313 D 15 0.98 2.88 3-3 4357.03 A ISn 3.74 6.64 2-1 (336) 6630.015 C 25 1.03 3.89 4-3

(301)

3116.78 A 40 4.23 8.19 3-3 blF-xlF9 6573.900 C 15 1.00 3.88 3-3 4037.30 A

A

17n 3.74

3.74

6.81

6.81 4-3

3-3

(337) 5798.46 B 35 1.03 3.15 4-5 a

5D-z7 4019.05 F° 5643.01 A 60n 4.50 6.68 4-4

(338)

(339) c{a-x3o

5790.59 P 1.00 3.13 3-4 (17) 4016.83 A 30n 3.74 6.83 4-5 o3F-x30°

(5dT) ,0.98 3.11 3-3 3999.195 A 30n 3.74 6.83 3-4 (303) 5341.23 A 2 4.50 6.81 4-3 •5785.86 F ^0.96 3.10 1-2 3985.783 A 30 3.74 6.83 3-3 4001.17 A 3 3.74 6.83 4-4 5333.81 A 5 4.50 6.83 4-5 5409.791 C 500 1.03 3.31 4-3 a

5 D-z5P° •3991.965 A 3 3.74 6.83 3-3 (340) °/0-y,H° otO-wfO

5345.807 C 500 1.00 3.31 3-2 (18) o^-J^H8 5341 . 19 A lOOn 4.50 6.85 4-5 5396.686 C 100 0.98 3.31 3-1 3970.15 A 5 3.74 6.85 4-5 5348.319 C 350 1.00 3.31 3-3

(303)

3F-ylD°

3608.33 A 1 4.50 7.93 4-4 5398.369 c 100 0.98 3.31 3-3 3697.73 A 1 3.74 7.08 3-3 (343) o^0-xtO° 5364.153 c 300 0.96 3.31 1-1 (304)

O

3j._w

3j.o 3404.43 A 801 4.50 8.13 4-4 5300.749 c 75 0.98 3.31 2-3 3138.05 A 30 3.74 7.68 4-4 (343)

o

1 0-x1F° 5365.733 c 100 0.96 3.31 1-2 3141.07 A 3 3.74 7.67 3-3 (305) 3345.899 A 70 4.50 8.19 4-3 5347.564 c 150 0.96 3.31 0-1

(344)
38 R K V I 8 E UVLI1 P L E T T ABLE

Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multiple

(No) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Cr I continued Cr I oontlnued Cr I continued

5133.131 C 30 1.03 3.44 4-5 a6D-t7 D° t •9394.17 A 30 3.53 3.86 5-5 a

5Q-i5F» 3777.33 B 5 2.53 5.80 6-5 a50-i3O« 5113.490 c 35 1.00 3.41 3-4 (19) •9447.00 A 50 3.53 3.84 4-4 oont 3789.49 B 3 2.53 5.79 5-4 (41) 5107.70 B 7 0.98 3.39 3-3 9571.76 A 35 3.53 3.83 3-3 •3777.93 B 3 ,2.53

*3.53 5.80 5-5 5168.63 B 8 1.03 3.41 4-4 9667.30 A 35 3.53 3.81 2-2 5.80 4-5

5151.83 B 13 1.00 3.39 3-3 •9394.17 A 30 3.53 3.86 4-5 3796.99 B 5 2.53 5.78 3-3

5138.71 B 10 0.98 3.38 3-3 9444.36 A 5 3.53 3.84 3-4

5183.41 B 10 1.00 3.38 3-3 9568.58 A 4 3.53 3.83 2-3 •3767.431 •3768.08

CB1318 3.53

3.53

5.81

5.81 6-55-4

aSQ-j^O'

(43) 5093 . 41 B 7 1.03 3.45 4-4 a

5 D-y7 P° 4873.03 B 18 3.53 5.07 4-3 a50-x5P

o t 3769.00 B 7 3.53 5.81 4-3

5068 . 390 C 35 1.00 3.43 3-3 (30) 4885.776 C 75 3.53 5.06 3-2 (30) •3768.08 B 18 ,3.53

l 3.53

5.81 5-5

5048.753 C 35 0.98 3.43 3-3

a

5Q_y5po

5.81 4-4

5133.465 C 35 1.03 3.43 4-3 4789.354 D 75 3.53. 5.11 6-5 3768.63 B 7 3.53 5.81 3-3

5091.890 C 30 1.00 3.43 3-3 •4839.376 C lOOdT 3.53 5.09 5-4 (31) •3768.08 B 18 3.53 5.81 4-5

5038.87 P 1.00 3.45 3-4 4861.843 C 75 3.53 5.07 4-3 a

50-x5Oe 5035.54 B 10 0.98 3.43 3-3 4888.530 C 40 3.53 5.06 3-3 3743.884 C 50 3.53 5.83 6-6

5019.20 B 20 0.96 3.43 1-3 4903.339 C 70 3.53 5.05 3-1 •3743.578 C 45 3.53 5.83 5-5 (43) •4790.337 C 30 3.53 5.11 5-5 •3748.998 C 50 3.53 5.83 4-4

4646.174 C 100 1.03 3.68 4-3 aSD-ySp" •4839.376 C lOOdl 2.53 5.09 4-4 3757.663 C 50 3.53 5.83 3-3 4653.158 C 100 1.00 3.65 3-3 (31) 4861.305 C 36 3.53 5.07 3-3 3768.340 c 35 3.53 5.61 3-3

4651.385 c 75 0.98 3.63 3-1 4887.73 B 35 2.53 5.06 3-3 3743.968 c 18 3.53 5.83 6-5

4600.753 c 75 1.00 3.68 3-3 •4790.337 C 30 3.53 5.11 4-5 •3748.998 c 50 3.53 5.83 5-4

4616.137 c 75 0.98 3.65 3-3 4838.66 B 8 3.53 5.09 3-4 3758.044 c 15 3.53 5.83 4-3 4636.188 c 65 0.96 3.63 1-1 4860.37 B 7 2.53 5.07 3-3 3768.734 c 15 3.53 5.81 3-3 4565.513 c 50 0.98 3.68 3-3 apQ-zhl

3744.490 c 18 3.63 5.83 5-6 4591.394 c 60 0.96 3.65 1-3 4571.676 C 40 3.53 5.33 6-7 •3743.578 c 45 3.53 5.83 4-5

4613.373 c 60 0.96 3.63 0-1 4601.031 C 30 3.53 5.33 5-6 (33) 3748.614 c 13 3.53 5.83 3-4

a

5D-z5F° 4631.893 C 45* 3.53 5.30 4-5 3757.174 c 18 3.53 5.83 3-3 4351.770 c 100 1.03 3.86 4-5 4637.183 C 40 3.53 5.19 3-4

4344.507 c 100 1.00 3.84 3-4 (33) 4648.136 C 35 3.53 5.19 3-3 3685.548 c 50w 3.53 5.88 6-5 a

50-v5F* 4339.450 c 75 0.98 3.83 3-3 4600.104 C 40 3.53 5.33 6-6 •3686.803 c 45w 3.53 5.88 5-4 (44) 4337.566 c 75 0.96 3.81 1-3 •4631.963 C 45» 3.53 5.30 5-5 3687.353 c 50w 3.53 5.88 4-3

4339.718 c 60 0.96 3.80 0-1 •4637.773 C 40 2.53 5.19 4-4 •3686.18 B 5w 3.53 5.88 5-5

4384.977 c 75 1.03 3.84 4-4 4648.868 C 35 3.53 5.19 3-3 •3686.803 c 45w 3.53 5.88 4-4

4371.379 c 75 1.00 3.83 3-3 4631.00 B 4 3.53 5.30 6-5 •3686.18 B 5w 3.63 5.88 4-5

4359.631 c 75 0.98 3.81 3-3 •4637.773 C 40 3.53 5.19 5-4

4351.051 c 75 0.96 3.80 1-1 4649.461 C 45 3.53 5.19 4-3 3679.070 C 8 2.53 5.89 6-7 ae0-*3T.

4413.350 c 40 1.03 3.83 4-3 3688.11 B 7 3.53 5.88 5-6 (45) 4391.753 c 40 1.00 3.81 3-3 4536.466 c 75 3.53 5.26 6-6 a

50-E50° •3694.13 B 4 3.53 5.87 4-5

4373.254 c 35 0.98 3.80 3-1 4530.755 D 100* 3.53 5.36 5-5 (33) 3687.545 C 30 3.53 5.88 6-6

•4535.731 C 60 2.53 5.35 4-4 •3694. 13 B 4 3.53 5.87 5-5 3919.159 c 100 1.03 4.17 4-4 a6D-t5D° 4540.503 C 50 3.53 5.35 3-3 3693.56 B 3 3.63 5.87 6-5

3908.755 c 100 1.00 4.16 3-3 (33) 4544.619 c 50 3.53 5.35 3-3 3903.915 c 50 0.98 4.14 3-3 4539.851 c 35 3.53 5.36 6-5 •3656.361 C 50 3.53 5.91 5-4 aSQ-v5!) 3903.164 c 25 0.96 4.13 1-1 •4535.731 c 60 3.53 5.35 5-4 3663.306 C 40 3.53 5.90 4-3 (46) 3941.490 c 60 1.03 4.16 4-3 4541.071 c 30 3.53 5.35 4-3 3666.643 C 35 3.53 5.90 3-3 3928.636 c 60 1.00 4.14 3-3 4545.335 c 35 3.53 5.35 3-3 3668.039 C 15 3.53 5.90 2-1 3931.032 c 50 0.98 4.13 3-1 •4537.339 c 40 3.53 5.36 5-6 •3656.361 C 50 3.53 5.91 4-4

3916.243 c 35 0.96 4.13 1-0 4530.688 D 100* 3.53 5.26 4-5 3663.840 c 15 2.53 5.90 3-3

3886.789 c 50 1.00 4.17 3-4 4535.146 C 35 3.53 5.35 3-4 3666.19 B 8 3.53 5.90 2-2 3883.393 c 60 0.98 4.16 3-3 4539.788 C 30 3.53 5.35 3-3 3655.93 P 3.53 5.91 3-4

3885.318 c 40 0.96 4.14 1-3 3663.39 B 2 3.53 5.90 3-3

3894.035 c 40 0.96 4.13 0-1 m4466.13 P Cr 3.53 5.30 5-4 a

5Q-z5D° t 4518.63 B 6 3.53 5.26 4-3 (34) 3639.803 c 100 3.53 5.93 6-5 a

5Q-u5f»

3831.033 c 13 1.00 4.32 3-3 a

5 D-z3P? 4561.30 B 3 3.53 5.34 3-3 •3636.590 c 50 3.53 5.93 5-4 (47) 3849.534 c 40 0.98 4.18 3-1 (34) 3641.830 c 50 3.53 5.93 4-3 3853.218 c 30 0.96 4.17 1-0 4136.531 C 30 3.53 5.53 6-6 aSfl-ySo 3648.997 c 50 3.53 5.93 3-3

3806.55 B 5 0.98 4.33 3-3 •4153.816 C 35 3.53 5.50 5-5 (35) 3653.913 c 45 3.53 5.91 3-1

3832.33 B 5 0.96 4.18 1-1 •4163.635 D 20 3.53 5.50 4-4 •3640.39 B 30 3.53 5.93 5-5

3789.733 c 15 0.96 4.32 1-3 4191.371 C 35 3.53 5.48 3-3 •3636.590 c 50 3.53 5.93 4-4

3633.533 c 13 0.96 4.18 0-1 4303.590 c 18 3.53 5.47 3-3 3641.470 c 15 3.53 5.93 3-3 4153.067 c 9 3.53 5.50 6-5 3648.534 c 15 3.53 5.93 2-2

3366.634 c 7 1.03 4.80 4-3 a

BD-£3D° •4163.635 D 30 3.53 5.50 5-4 •3640.39 B 30 3.53 5.93 4-5

3363.35 p 1.00 4.78 3-3 (35) 4191.750 C 10 3.53 5.48 4-3 3636.31 B 3 3.53 5.93 3-4

3259.60 B 1 0.98 4.76 3-1 4304.19 B 8 3.53 5.47 3-3 3641.01 B 3+eT 3.53 5.93 2-3

3244.115 c 7 1.00 4.80 3-3 4137.303 C 7 3.53 5.53 5-6 3245.485 c 10 0.98 4.78 3-3 •4153.816 C 25 3.53 5.50 4-5 3619.460 c 10 3.53 5.94 ^a-^c

3247.274 c 4 0.96 4.76 1-1 4163.16 P 3.53 5.50 3-4 3646.161 C 13 3.63 5.93 tl (48) 3226.55 B 4 0.98 4.80 3-3 4190.66 B 4 3.53 5.48 3-3 •3665.980 C 13 3.53 5.90 4-5

3233.234 c 7 0.96 4.78 1-3 3679.819 C 10 3.53 5.89 3-4

3240.951 c 6 0.96 4.76 0-1 4033.363 C 6 3.53 5.59 6-5 tfia-^f 3686.457 C 10 3.53 5.88 2-3 •4037.394 c 10 3.53 5.59 5-4 (36) 3645.59 B 5 3.53 5.93 6-6

3053.880 c 50r 1.03 5.07 4-3 a

5D-x5P° 4043.346 c 8 3.53 5.59 4-3 •3666.980 C 13 3.53 5.90 5-5

3039.780 c 7 1.00 5.06 3-3 (36) 4046.760 c 6 3.53 5.58, 3-3 •3680.19 B 7 3.53 5.89 4-4

3029.164 c 18 0.98 5.05 3-1 4050.03 B 4 3.53 5.58 3-1 3665.43 B 4 3.53 5.90 6-5

3034.190 c 35 1.00 5.07 3-3 •4033.95 B 3 3.53 5.59 5-5 •3680.19 B 7 3.53 5.89 5-4

3024.350 c 40r 0.98 5.06 3-3 •4037.394 C 10 3.53 5.59 4-4 3689.303 C 8 3.53 5.88 4-3 3018.496 c lOr 0.96 5.05 1-1 4041 . 79 B 6 3.53 5.59 3-3

3018.821 c lOr 0.98 5.07 3-3 4046.19 B 3 3.53 5.58 3-3 •3633.839 C 40 3.53 5.93 5-4 a

50-u'

V

3013.713 c 20r 0.96 5.06 1-3 •4033.95 B 3 3.53 5.59 4-5 m3605.41 P Cr 3.53 5.96 4-3 (49) 3013.030 c 15 0.96 5.05 0-1 4-5 a^y5!-

4036.80 B 1 3.53 5.59 3-4 3609.479

3610.052

C

C 18

10 3.533.53 5.955.95

3-3

3-1 3021.558 c 50r 1.03 5.11 4037.103 C 30 3.53 5.60 5-6 a

5Q-E3H» •3633.839 c 40 3.53 5.93 4-4

3017.569 c 35r 1.00 5.09 3-4 (37) •4036.166 C 18 3.53 5.60 4-5 (37) 3605.05 p 3.53 5.96 3-3

3014.915 c 20r 0.98 5.07 2-3 4035.013 C 15 3.53 5.60 3-4 3609.04 B 4 3.53 5.95 3-3

3014.760 c 18r 0.96 5.06 1-3 •4036.166 C 18 3.53 5.60 5-5 3633.46 B 1 3.53 5.93 3-4

3015.194 c I8r 0.96 5.05 0-1 •4035.44 B 5 ,3.53

l 3.53 5.60 4-4 •3604.54 .B 3 3.53 5.96 3-3 3037.044 c 15 1.03 5.09 4-4 5.60 6-4

3030.245 c 25r 1.00 5.07 3-3 3536.89 B 1 3.53 6.03 6-5? a50-x30»

3025.40 p 0.98 5.06 3-3 3963.690 C 100 3.53 5.65 6-7 a

5 a_y5H° •3565. 58 B 3 3.53 5.99 5-4 (50) 3020.673 c 8 0.96 5.05 1-1 3969.748 c 70 3.53 5.64 5-6 (38) •3537.35 B 4dT 3.53 6.03 5-5

3049.883 c 3 1.03 5.07 4-3 •3976.665 100 3.53 5.64 4-5 •3565.59 B 3 3.53 5.99 4-4

3040.846 c lOr 1.00 5.06 3-3 3983.907 c 100 3.53 5.63 3-4 •3537.35 B 4dT 3.53 6.03 4-5

3031.353 c 7 0.98 5.05 3-1 3991 . 133 •3969.061

c

c 8018 3.532.53

5.63 5.643-3 6-6 3565.15 B 3 3.53 5.99 3-4

39e6.473 c 30r 1.03 5.16 4-4 a

5D-y5D° •3976.665 c 100 3.53 5.64 5-5 3445.10 B 7 3.53 6.13 6-5 a

50-v30»

3985.995 c 35r 1.00 5.13 3-3 (38) •3984.338 c 35 2.53 5.63 4-4 •3455.603 C 35 8.53 6.11 6-4 (51) 2965.649 c 8r 0.98 5.11 3-3 3991.673 c 35 2.53 5.63 3-3 3465.57 B 5 3.53 6.09 4-3

29ee.i37 c 3 0.96 5.10 1-1 3976.01 B 5 3.53 5.64 6-5 •3445.618 C 40 3.53 6.13 5-5

3005.057 c 25r 1.03 5.13 4-3 •3984.338 C 35 3.53 5.63 5-4 •3455.603 C 35 3.53 6.11 4-4

3000.890 c 25r 1.00 5.11 3-3 3993.11 B 4 3.53 5.63 4-3 3465.345 D 15 3.53 6.09 3-3

3996.580 c 15r 0.98 5.10 3-1 •3446.618 C 40 3.53 6.13 4-5

3991.886 c 16 0.96 5.09 1-0 •3860.13 B 5 .3.53 <3.63 5.73 6-4 aSo-wSD 3455.381 C 10 3.53 6.11 3-4

2967.642 c 15 1.00 5.16 3-4 5.73 4-4 (39) 3464.83 B 6 3.53 6.09 3-3

2971.113 c 30 0.98 5.13 3-3 3975.483 30 0.96 5.11 1-3 3817.844 C 10 3.53 5.77 6-5 a

50-w5r* 3433.598 C 50 3.53 6.13 6-6 aSo-w5^ 29e0.79l c 35 0.96 5.10 0-1 •3816.173 C 30 3.63 5.77 5-4 (40) •3436.187 C 50 3.53 6.13 6-5 (63) 3830.874 C 7 3.53 5.76 4-3 •3441.439 C 35 3.53 6.13 4-4

a

50-E5r° 3833.10 B 5 3.53 5.76 3-3 3447.430 C 30 3.53 6.11 3-3 9290.44 A SO 3.53 3.86 6-5 •3818.481 C 35 3.53 5.77 5-5 3453.338 35 3.53 6.11 3-3 •9447.00 A 50 3.53 3.84 5-4 (29) •3816.173 C 30 3.53 5.77 4-4 3435.679 c 10 3.63 6.13 6-5 9574.35 A 50 3.53 3.83 4-3 3831.583 c 8 3.53 5.76 3-3 •3441.439 c 35 3.63 6.13 5-4

9670.48 A 50 2.53 3.81 3-3 •3818.481 c 35 3.53 6.77 4-5 3447.760 c 30 3.63 6.11 4-3

9734.53 A 50 3.53 3.80 3-1 3819.97 B 5 3.53 5.78 3-3 3453.743

3434.113 •3436.187 3441.116

3447.016

c

cc

c

c

13 . 30

50

913

3.63 3.53

3.63 3.53

3.63

6.11 6.13

6.13

6.13

6.11

3-3 5-6

4-5 3-4

3-3
.REVISED MULTIPLET TABLE 39 Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

'I A Ref Int (No) Low High I A Ref Int Low High I A Ref Int Low High

Cr I continued Cr I continued Cr I continued

•3435.819 C 6d 3.53 6.13 5-4 a50-x3F" 3841.277 C 50 2.70 5.91 3-4 aSp-vSn 7462.37 B 100 2.90 4.55 4-3 i

7 P°-e7S 3432.31 B 8 3.53 6.13 4-3 (53) 3850.042 C 50 3.70 5.90 3-3 (69) 7400.33 B 150 3.89 4.55 3-3 (93) 3431.69 C 4 3.53 6.13 3-2 3855.571 C 30 3.70 5.90 1-3 7355.94 B 300 2.88 4.55 3-3 •3435.819 C 6d 3.53 6.13 4-4 3848.983 C 40 3.70 5.90 3-3 3431.995 D 7 2.53 6.13 3-3 3854.220 C 50 3.70 5.90 2-3 5338.339 C 200w 2.90 5.33 4-5 z 7 P°-e7 D 3431.384 C 10 3.53 6.13 2-2 3857.631 C 20 2.70 5.90 1-1 5397.360 C 60w 2.89 5.32 3-4 (94) 3435.488 C 3 3.53 6.13 3-4 3853.176 C 12 3.70 5.90 3-3 5375.171 C 75w 3.88 5.22 3-3 3431.59 C 3 2.53 6.13 3-3 3856.281 c 15 3.70 5.90 3-1 5339.12 D 65w 2.90 5.22 4-4 3855.286 c 12 3.70 5.90 1-0 5397.976 C 40w 2.89 5.22 3-3 3363.313 C 30 2.53 6.30 6-5 a

5a-t5F° 5275.689 C 50w 2.88 5.22 3-3 •3367.53 C 15* 3.53 6.30 5-4 (54) 3819.564 c 40 3.70 5.93 3-4 a5p_u5j* 5329.719 C 25w 2.90 5.22 4-3 •3379.835} C 8 3.53 6.19 4-3 3836.435 c 40 3.70 5.93 3-3 (70) 5298.44 P 2.89 5.33 3-3 3384.65 B lOw 3.53 6.18 3-3 3836.070 c 13 3.70 5.93 1-3 5276.03 D 75w 2.88 5.33 2-1 3388.71 B 10 3.53 6.17 2-1 3825.390 c 30 2.70 5.93 3-3 •3363.70 B 8 3.53 6.30 5-5 3834.735 c 15 3.70 5.93 3-3 4514.531 C 40 2.90 5.63 4-3 i

7 P°-f7S •3367.53 C 15* 3.53 6.30 4-4 3842.03 B 10 3.70 5.91 1-1 4491.678 C 30 2.89 5.63 3-3 (95) 3379.564 C 3* 3.53 6.19 3-3 3833.71 B 3 3.70 5.93 3-3 4475.345 c 50 3.88 5.63 2-3 3384.34 B 3* 3.53 6.18 3-3 3840.70 B 4 3.70 5.91 3-1 •3363.70 B 8 3.53 6.30 4-5

a

5P-u' ^'t

4261.354 c 35 3.90 5.80 4-5 2

7P°-f7D a

50-B5I

,° 3815.433 C 30 3.70 5.93 3-4 4373.910 C 13 3.89 5.78 3-4 (96) 3061.653 C 5 3.53 6.56 6-5 3786.22 3 8 3.70 5.96 3-3 (71) 4384.735 c 13 3.88 5.76 2-3 3067.33 P 3.53 6.56 5-4 (55)- 3793.42 B 5 3.70 5.95 1-3 4293.565 c 30 3.90 5.78 4-4

3071 .B9 P 3.53 6.55 4-3 4399.718 c 30 3.89 5.76 3-3 3074.47 B 3 3.53 6.55 3-3 3755.81 B 7 3.70 5.98 3-2 a5p_x

3po t 4305.453 c 30 3.88 5.74 2-2 3076.58 B 3 3.53 6.54 3-1

aBP-i5D°

3756.83 3726.85

B

B

34*3.70

3.70

5.98

6.01

3-3

1-1

(73) a

5P-x3D°

•4330.593

4319.641

c

c

30

40

,2.90

l 2.89

3.88

5.76

5.74

5.73

4-3

3-2

2-1 8348.38 A 30 3.70 4.17 3-4

a 8455.34 A 13 3.70 4.16 3-3 (56) •3574.039 C 15 3.70 6.15 3-3 5P-t5P° 4139.31 E (20n) 3.90 5.89 4-5 z

7P°-g7 D 8555.54 A 5 2.70 4.14 1-3 3608.574 C 13 3.70 6.13 3-2 (74) 4110.87 E (97) ill 3.89 5.89 3-4 8450.36 A 15 3.70 4.16 3-3 3604.95 P 2.70 6.13 1-1 4097.65 E 3.88 5.89 3-3 8548.83 A 13 3.70 4.14 2-3 3601 . 666 c 40 2.70 6.13 3-3 4139.96 P 3.90 5.89 4-4 8643.03 A 13 3.70 4.13 1-1 •3603.745 C 13 2.70 6.13 3-1 4111.36 E

ifl 3.89 5.89 3-3 8543.73 A 10 3.70 4.14 3-3 3574.935 C 10 2.70 6.15 2-3 4097.96 E 3.89 5.89 3-3 8636.36 A 10 3.70 4.13 2-1 •3603.745 c 13 2.70 6.13 1-2 4130.47 P 3.90 5.89 4-3 8707.43 A 7 3.70 4.13 1-0 4111.67 E (a

2.89 5.89 3-3 a

5P-z3P°

(57)

3572.748 C 13 3.70 6.15 3-3 a

5P-y5S° 4098.18 E 2.88 5.89 3-1 8396.90

8397.04 A

A

4

6 2.70

2.70

4.18

4.17

3-1

1-0 3573.643 3574.805

Cc18

12 3.703.70 6.15 6.15

2-2 1-2

(75) 8303.19 A 6 3.70 4.18 1-1 8334.09 A 8 2.97 4.47 5-4 a

3H-z3

F°. aSp-ySf

3548.731 C 3 3.70 6.17 2-1 a5P-t5F° 8361.95 A 8 2.95 4.45 4-3 (98) 5335.831 C SO 3.70 5.06 3-3 -(761 a=P-u5D 5337.75 B 35 3.70 5.06 3-3 c (58) 3481.303 c 30 3.70 6.34 3-4 4737.153 c 40 2.99 5.60 6-6 a

3H-z3H° 5230.338 C 40 3.70 5.06 1-3 3473.612 C 15 3.70 6.35 2-3 (77) 4693.949 c 45 3.97 5.60 5-5 (99) a

5P-x5P° 3471.49 B 7 3.70 6.35 1-2 4666.315 D 35 3.95 5.60 4-4 5306.15 P Cr 3.70 5.07 3-3 3472.764 C 13 3.70 6.35 3-3 4725.95 B 7 3.99 5.60 6-5 •5334.541 C 45 3.70 5.06 3-3 (59) 3470.401 C 10 3.70 6.35 3-3 4693.97 B 10 3.97 5.60 5-4 5341.458 C 30 3.70 5.05 1-1 3470.529 C 7 3.70 6.35 1-1 4695.153 C 30 3.97 5.60 5-6 5332.676 C 30 3.70 5.06 3-3 3470.72 B 4 2.70 6.35 1-0 4667.181 D 30 3.95 5.60 4-5 5338.971 65 3.70 5.05 3-1 5308.07 P Cr 3.70 5.07 3-3 3307.755 C 8 2.70 6.43 3-4 a

5P-t5D° t 4543.74 C 30 3.97 5.69 5-4 a3H-y3F° 5237.10 B 30 3.70 5.06 1-3 3312.06

•3315.19 B

B

311

2.70

3.70 6.436.43

2-3

1-3?

(78) •4518.63 B 6 3.95 5.69 4-4 (100) 5013.316 C 100 3.70 5.16 3-4 aSp-ySD" 4495.04 B 4 3.95 5.70 4-3 a

3H-y3 D° 5067.714 C 75 3.70 5.13 2-3 (60) 3196.37 P 3.70 6.56 3-4 a

5P-s5F° 6113.130 C 45 3.70 5.11 1-2 3301.97 P 3.70 6.55 3-3 (79) 4443.368 C 30 3.99 5.77 6-5 a3H-w5F° 5065.910 C 50 3.70 5.13 3-3 m3301.34 P Cr+ 3.70 6.55 3-3 4410.967 C 35 3.97 5.77 5-4 (103) 5110.751 C 40 3.70 5.11 2-2 3304.55 P 3.70 6.55 3-3 4393.534 C 13 3.95 5.76 4-3 5144.673 5108.93

CB

50

13 3.703.70

5.10

5.11

1-1 3-2 4387 . 496 C 30 2.99 5.80 6-5 a

3 H-z 3G° 5143.363 C 30 3.70 5.10 2-1 9900.87 A 15 3.97 4.33 2-3 a

3P-23P° 4375.333 c 30 2.97 5.79 5-4 (103) 5161.765 C 35 3.70 5.09 1-0 9636.30

10197.05 A

A

4

3 3.903.97

4.18 4.18

1-1 3-1

(80) 4363.134 C 13 3.95 5.78 4-3 4745.308 30 3.70 5.30f 5.36 3-4 a

5P-x5D° 9753.84 A 4 3.90 4.17 1-0 4374.158 C 40 2.99 5.81 6-5 aSH-y3^

4806.355 C 35 3.70 2-3 (61) 9363.06 A 10 3.90 4.33 1-3 4346.833 C 30 2.97 5.81 5-4 (104) 4857.34 B 18 3.70 5.34 1-2 9313.55 A 8 3.86 4.18 0-1 4325.075 c 40 2.95 5.81 4-3 4804.64 B 15 3.70 5.36 3-3 4855.146 C 15 3.70 5.34 2-3 4619.551 C 40 3.97 5.65- 3-3 aSp-y3?" 4255.502 c 35 2.99 5.89 6-7 a

3H-z 3 I° 4891.97 B 18 3.70 5.22 1-1 4501.788 C 25 3.90 5.64 1-1 (81) •4340.705 c 30 3.97 5.88 5-6 (105) 4853.53 P 3.70 5.24 3-3 4622.761 c 25 3.97 5.64 3-1 4336.76 p 2.95 5.87 4-5 4889.73 B 30 3.70 5.33 3-1

4501.112 c 35 3.90 5.64 1-0 4366.83 B 8 3.99 5.88 6-6 4909.87 B 6 3.70 5.31 1-0 4498.730 4432.175

cc 35

40 3.90 3.86

5.65 5.64

1-3 0-1

4248.73 B 10 3.97 5.87 5-5 4697.063 C 40 3.70 5.33 3-3 a

5P-i58° 4175.945 C 15 3.99 5.94 6-7 a3H-x5H° •4698.615 C 50 2.70 5.33 3-3 (63) •4537.339 c 40 3.97 5.70 3-3 a

3P-y3D° 4185.345 c 10 3.97 5.93 5-6 (106) 4700.608 c 40 2.70 5.33 1-3 4434.075 c 10 3.90 5.69 1-3 (83) 4189.96 B 5 3.95 5.90 4-5 a

5P-w5P# •4363.95 8 B 7 3.86 5.69 0-1 4310.77 B 5 3.99 5.93 6-6 4459.34 B 18* 2.70 5.46 3-3 4337.37 B 1 3.99 5.90 6-5 4475.30 P 2.70 5.45 3-3 (63) 4491.858 c 35 3.97 5.73 3-3 a

3?-*5^ 4330.39 B 4 3.97 5.89 5-4 4473.783 C 40 2.70 5.45 3-3 4377.549 c 30 3.90 5.73 1-3 (83) 4330.45 B 5 3.95 5.88 4-3 4487.46 B 5* 2.70 5.45 3-1 4321.238 c 30 3.86 5.73 0-1

a

3 H-u ' 5 4460.769 C 18 2.70 5.46 3-3 4167.80 B 3 3.97 5.93 5-4 F° 4477.03 B 35* 2.70 5.45 1-3 4387.380

•4363.133

c

c 1013 3.97

2.90

5.79 5.80 2-3

1-2

a3p_u

5po

(84) 4146.695 C 6 2.95 5.93 4-4 (107) 4295.757 C 35 3.70 5.57 3-3 a6p_T5p» 4190.16 B 15 2.86 5.80 0-1 4133.387 c 10 2.99 5.98 6-6 a^-y3 ^

4341.48 B 7 3.70 5.54 3-3 (64) a

3 P-T5 D° 4131.817 C 10 3.97 5.96 5-5 (108) 4382.853 C 30 3.70 5.51 1-1 4118.45 P 2.90 5.90 1-2 4104.867 c 10 3.95 5.96 4-4 4340.130 18 3.70 5.54 3-2

a

3P-t5P° 4146.47 B 4 3.99 5.96 6-5 4381.112 C 35 3.70 5.51 2-1 3886.94 P 2.97 6.15 2-3 4099.016 c 6 3.97 5.98 5-6 4397.050 C 15 3.70 5.57 2-3

a3P-t5F° 4101.163 D 8 3.95 5.96 4-5 4343.163 C 18 3.70 5.54 1-2 3843.64 B 3 2.97 6.19 3-3

,(87) a

3?-*3"* t 3510.538 C 15 3.99 6.50 6-7 b^R-j3!" 4108.400 C 6 3.70 5.70 3-3 •^-tV 3819.57 P Cr 3.97 6.31 3-3 3494.967 C 15 2.97 6.50 5-6 (109) 4130.613 C 13 3.70 5.69 2-2 (65) 3748.18 B 2 3.90 6.30 1-3 (88) 3488.453 c 10 3.95 6.49 4-5 4137.643 C 8 3.70 5.69 1-1 3710.60 B 4 3.86 6.19 0-1 3513.70 B 2n 3.99 6.50 6-6 4119.44 B 3* 3.70 5.69 3-2 •3503.38 i B 1 3.97 6.49 5-5 4136.099 C 6 3.70 5.69 2-1 •3676.33 B 18 3.97 6.33 2-2 a

3?-*3?8 a

3H-x3 4109.584 C 8 3.70 5.70 2-3 •3604.54 B 3 2.90 6.33 1-1 (89) 3481.536 C 18 3.99 6.53 6-6 H° t 4133.162 C 8 3U 70 5.69 1-3 •3681.691 C 12 2.97 6.33 3-.1T 3467.715 C 18 3.97 6.53 5-5 (110) 3613.669 C 8 2.90 6.33 1-0 3443.790 C 10 3.95 6.54 4-4 4066.938 C 6 3.70 5.73 3-4 a

5?-*^* 3599.395 C 10 2.90 6.33 1-3 4077.089 C 13 2.70 5.73 3-3 (66) 3559.781 c 10 2.86 6.33 0-1 3473.906 C 10 3.95 6.51 4-4 a

3H-l° 4081.737 c 5 2.70 5.72 i-a

a

3P-B5 4075.93 B 6 2.70 5.73 3-3 3450.00 p 8.97 6.55 3-3 F° 3346.018 C 12 3.99 6.68 6-5 a3H_T3(}o t 4080.331 C 6 2.70 5.73 3-3 3453.84 p 2.97 6.56 3-3 (90) 3346.71 B 10 3.97 6.66 5-4 (113) 4090.305 c 6 2.70 6.73 1-1 3388.88 B 1 2.90 6.54 1-1 3346.78 B 9 3.95 6.64 4-3 3992.845 c 30 2.70 5.79 3-3 a5p_u5p» 3198.113 C 7 3.97 6.83 3-3 a

3P-v3F° 3357.633 C 12 3.99 6.78 6-6 a

3H-w3H» t 3979.798 c 10 2.70 5.80 2-2 (67) 3a P-v3D°

(9 M

3351.836 C 15 3.97 6.76 5-S (113) 3973.688 c 7 3.70 5.80 1-1 3188.011 C 20? 3.97 6.85 3-3 3345.543 C 12 3.95 6.76 4-4 3978.677 c 18 3.70 5.80 3-3 3169.59 C 20* 3.90 6.81 1-3 (93) 3971.356 c 30 2.70 5.80 3-1 3144.409 C 8* 3.86 6.78 0-1 3359.975 C 10 3.99 6.77 6-6 a^-v3!!* 3993.968 c 16 3.70 5.79 3-3 3318.70 B 5* 3.97 6.81 3-3 3338.087 C 8 3.97 6.78 5-5 (114) 3981.333 c 15 3.70 5.80 1-3 3179.383 C 7* 3.90 6.78 1-1 3337.739 C 10 3.95 6.77 4-4 3339.14 B 1 3.97 6.78 3-1 3363.36 B 4 3.99 6.78 6-5 3960.763 63 2.70

3. 70 6.81 6.81

3-1 1-1 a

6P-*38»

(68) 3350.58

3344.69

B

B

4

1 3.97 3.97

6.77 6.77

5-4 3963.19 5-6
40 REVISED MULTIPLE! TABLE

Laboratory A Ref Int E P Low High

Cr I continued

3163.756

3155.149 3148.445 3169.58

3160.61 3152.881

3141.891

10486.24

10672.17

10816.91 10647.66

10821.63

10957.19 11044.64

10509.96

10667.53

10801.37

10929.90 5713.778

5788.389

5843.24 •5781.195 5844.606 5884.452

5902.182

5719.821 5787.036

5838.66

5876.55

•5556.19

5574.41 5512.69

•5556.19 5004.38

5028.00

4981.30

4998.55

4980.30

4566.603

4584.75

4590.69 4571.105

4583.89

4587.86 •4570.30

4458.538

4459.738 4465.357

4464.907 4462.774

4455.45

4466.165

4467.561 4464.669

4468.38

4424.281 4411.093 4399.823

4428.501 4410.304

4397.251

4427.71 1407.72 4305.417

4368.353 4370.763

4302.26

4364.14

4380.56

4394.83 4338.957

4252.343 4256.630

4246.344

4357.368

4250.15 4342.83

m3039.74 P 3031.486 C 3024.681 C

4755.137 C 4764.643 C 4770.670 C 4774.557 C 4759.74 B 4771.57 B 4777.57 B 4779.87 B m4766.66 P •4778.50 B

4515.440 C 4519.83 B 4530.12 P

4403.373 C 4423.318 C 4433.968 C 4419.10 B 4434.75 B 04430.51 P

15

13

10

3

4

5

5

Cr

4

3

30

18

813

1313

5 101513

10

10020

35

4040

2535

4030

25

25

10

13

101035w

15w

830

12

8

8

10

73 Cr

2

7 13835

15

8

6

35

7

4525

35

3530

7 35

3035

7

35

1230

1010Cr

40

4030

3540

30

10404T

18

2020

20

1010

10

8

35

10

8131210

10

2.99

2.97 2.95

2.99

2.97

2.99 2.97

6.89

6.88 6.87

6.88

6.87

6.90 6.90

3.00

3.00 3.00

3.00

3.00 3.00

3.00 3.00 3.00

3.00

3.00

3.00

3.00

3.00

3.00 3.00

3.00

3.00

3.00

3.00 3.00 3.00

3.00 3.00

3.00

3.00 3.00

3.00

4.17

4.16 4.14

4.16 4.14

4.13 4.13

4.17

4.16

4.14

4.13

5.16

5.13

5.11 5.13

5.11 5.10

5.23

5.31 5.24

5.33

5.46

5.45 3.00 5.48 3.00 5.47

3.00 5.48 3.00

3.00

3.00

3.00

3.00

3.00

3.00 3.00

3.00 3.00

3.00 3.00

3.00

3.00

3.00

3.00 3.00

5.59 5.59

5.59

5.58 5.59

5.59

5.58

5.58

5.59

5.58 5.70

5.69

5.69 5.70

5.69

5.69 5.70

3.00 5.73 3.00 5.73 3.00 5.73

3.00

3.00

3.00

3.00

3.00 3.00

3.00

3.00 3.00

3.00 3.00

3.00

3.00

3.00

3.00 3.00

3.00

3.00

3.00

3.00 3.00

3.00

3.00

3.00

3.00

3.00

3.00

3.00

3.00

3.00 3.00

3.00

5.80

5.79

5.78

5.79

5.78

5.76

5.79 5.80

5.80

5.79

5.80

5.80

5.79 5.80

5.80

Multlplet

(No)

a

3H-x3 I°

Laboratory

I A Ref Int E PLow High

Cr I oontlnued

(115) 6-7

5-6 4-5

6-6

5-5 6-6 a

3H-u3H° 5-5 (116) 3.99 7.05 6-5

2.97 7.04 5-4

2.95 7.03 4-3

5.91 5.90

5.90

5.90 5.90

5.90

5.91

4-4

3-3 3-3

4-3

3-3

3-1

1-0 3-4

3-3

1-3 0-1

4-4

3-3

3-3 4-3

3-2

3-1

1-0 3-4

2-3

1-3 0-1

4-4

3-3 3-3

3-1

4-3

3-3

3-3

3-3

2-3

a°H-u°0°

(117)

b

5 D-s5D° (118)

b

5 D-y5D»

(119)

b°D-x7P° (130)

b

SD-x5

D° (131) b

5D-w5P

D ' (133)

b

5D-y50° (133)

4-5 b°D-x!>P

3-4 (134) 3-3

1-3 4-4

3-3 3-3

1-1 4-3 3-3

4-3 bSD-j^D*

3-3 (135) 3-1 3-3 3-2

1-1 3-3 4-4 b

5D-w5D° t 3-4 (136) 3-3 ^D-w5?

(137) 4-5

3-4

3-3

1-3 0-1 4-4

3-3 3-3

1-1 3-3

4-5 b

6D-i3 # 3-4 (138) 3-3

4-4

3-3

4-3

b

5 D-u5P° (139)

b

6D-xV

(130)

4-3

3-3

3-1

3-3 3-3

1-1 3-3

1-3 0-1

4-5 3-4

3-3

1-3 4-4

3-3

3-3

4-4 ^D-^D*

3-3 (131) 3-3

4-3 3-3

3-1 3-4

4317.636 4316.365

4333.733

4330.481 4335.98

4333.47 4333.866

4337.710

3915.843

3953.399 3953.163 D3919.15

3951.765 3951.097 3918.54

•3949.64

3849.365

3858.90 3874.570

3879.333

3883.660 m3855.65

3875.14 3881.314

3885.084

3881.856

3804

3797,

3793, 3790,

3794,

3793. 3793.

3790.

3807. 3797.

3791. 3788.

798

716

389 238

608 879

137 454 936

136 376 864 m3603.61

3607.93

3608.58 3607.35 3460.430

3469.590 3474.87

3477.161 3479.14

•3467.033 3475.36

3478.77

3480.38

8947.30

8976.88 9035.86

8835.67

8935.75

8786.38 4933.367

4887.013

4870.796

4930.945

4885.957

4836.857

4814.365 4810.733

4847.177

4835.51 4833.06

4756.113 4737.350

4730.711 4734.416

4733.03

4710.34 •4698.615

4698.947 4684.605

4656.189

4646.495 4614.15

4581.063 4574.45

4576.76

4555.09

•4543.631 4541.513

4311.349 C 4177.17 B 4307.51 B

3945.968 C 3945.495 C 3944.35 B

3943.31 B

3917.596 C 3916.980 C 3914.96 B

CB

C

cp

B

C

c

c

c

c

c

cc

c

c

c

c

c

ccpp

p

p

ccB

cB

CP

B

B

AA

A

A

A

P

C

C

c

c

c

c

cc

cB

B

C

C

C

CB

B

CC

c

c

B

C

B

B

B

Cc

30

153035

15

7 1013

15

33

10

9

3

3

40

15

18Cr

8

10

15

10

450

15w 40w

5030

CrlOn

4030

10

5040

30

835

30

30

1815

3C3020

Cr

35

158

75

13

74

3535

30

10

10

300

150 100

5050

4035

35

1810

5

10075

6035

15

660

30

1330

15

1310

6

6 dot)

3536

3.00

3.00 3.00

3.00

3.00 3.00

3.00

3.00

5.93

5.93

5.93

5.93

5.91

4-5 3-4

3-3

1-3

0-1 3-3

3-3

1-1 3-4

0-1 4-4

Hultiplet

(No)

b

50-u5F°

(133)

Laboratory

I A Ref Int

3.00 5.93 3-4 b

3D-u' fy' 3.00 5.95 0-1 (133) 3.00

3.00 6.13 4-5 bSn-wSo

i 1344 3.00 6.13 4-4 bSn-xSr't

3.00 6.13 3-3 (135) 3.00 6.13 3-3

3.00 3.00

3.00

3.00

3.00

3.00 3.00

,3.00

l 3.00

3.00

3.00 3.00

3.00

3.00 3.00

3.00

3.00

3.00

3.00 3.00

3.00

3.00

.00

.00 .00

.00 .00

.00 .00 3.00

3.00

3.00

3.00 3.00

3.00

3.00

3.00 3.00

6.15

6.12

6.12

6.15

6.12

6.13

6.15

6.12 6.12

6.15

6.15

6.15

6.20

6.20

6.19 6.18 6.17

6.20

6.19 6.18

6.17

6.18 6.24

6.25

6.25 6.25

6.25

6.35 6.35

6.25

6.24

6.35

6.25

6.25

6.42 6.43

6.43 6.42

6.56

6.56 6.55

6.55

6.54 6.56

6.55

6.55

6.54

b

6D-t5P»

(136) 4-3 3-3

3-1

313 2-2

1-1 2-3

1-3 0-1

3-2 t

s'D-y6B

9 2-2 (137) 1-3

(138)

b°D-u°D»

(139)

4-5

3-4

2-3

1-3 0-1 4-4

3-3 2-2

1-1 3-3

4-4

3-3

3-3

1-1 4-3

3-3

3-1

1-0 3-4

2-3

1-2

0-1 4-3

3-3

3-1

1-0 4-5 ^D-a5!"* t 3-4 (141) 2-3

1-2 0-1 4-4

3-3 3-2

1-1

b

5D-t5D» (140)

3.09 3.07 3.07

3.07

3.07 3.07

3.09 3.07

3.07

3.09

3.07

3.09

3.07

3.07

3.09

3.07 3.07

3.09

3.07

3.07 3.07

3.07 3.07

4.47 5.60

5.60

5.60

5.60

5.60

5.64 5.64

5.63 5.64

5.63

5.63 5.69

5.68 5.67

5.69

5.68

5.69

5-4 a

30-r3r»

4-3 (143) 3-2

4-4

3-3 3-4

5-6 a

30-e3H»

4-5 (143) 3-4

5-5 4-4

5-6 a

30-y5H*

4-5 (144) 3-4

6-5

4-4

3-3 5-4 «3o-y3r»

4-3 (145)

3.09

3.07 3.07

3.07

3-3

4-4

3-3 3-4

4-3

3-3 3-3

a

30-y3D* (146)

4-3 a

30-w5D» t 3-3 (147)

»30-w6I«

(148)

3.09 5.80

3.07 5.79 3.07 6.78

5-5 4-4

3-3 3-3 6-6 a

30-t30• 4-4 (149) 3-3

Cr I continued

4540.719 C 4511.903 C 4500.295 C 4513.31 B

4505.33

4484.68 4435.129 4406.26

4364.87 4366.33

4371.061

4269.951

4262.38 4309.756 4334.514

•4321.573

4349.81 4184.895

4213.179 4060.56

4057.19 4060.63

3586.33 3571.97 3553.968

3443.58 3435.96

3238.50

3327.23 3119.246

3110.860

3109.336

3115.51 3105.57

3104.70

•3060.63 3068.17 3047.455

3053.229

9059.74

9148.45

9208.29

9363.97

4880.06

4874.651 4787.74

4784.70 . 4754.743 4801.030

4793.513

4747.00

4717.688 4706.103

4680.870

4701.93

4669.67 4640.55 4633.180

4599.35

4634.59

4599.00

4635.30 4596.90

4584.095

4586.138

4563.657 4601.15

4598.441 4569.530

4554.830

4532.00 4569.644

4556.169

4670.98

BB

CB

B

B

C

CB

C

C

cp

c

cB

B

BBP

C

BB

•3349.3325 C 3343.342 C 3343.227 C 3351 . 596 C 3338.80 B

3334.935 C 3344.50 B

3313.731 C 3309.83 B

3398.318 C 3303.86 B

4954.811 C 4936.334 C 4953.714 D

4761.343 C 4759.907 C 4729.723 C

C

C

cB

B

B

CB

B

B

B

B

C

C

CB

C

C

CB

C

CB

50

60408+g

18

13

18

104

15

13

815

1825

12

103

384?

4

5

14

8

55

84

6

4

34

76

4

3

5

58

13

3

2

34

6

5

83520

80 15025

25

20

20

75

754

10

1035

1035

35

5104

35

15

8

3

3 20

2025

20

2020

25

1330

4030

E P

Low High

3.09 5.81 3.07 5.81

3.07 5.81 3.07 5.81

3.09 5.83

3.07 5.83

3.09

3.07

3.09 3.07

5.88 5.87

5.93 5.90

3.09 5.98

3.07 5.96

3.07 5.96

3.09

3.07

3.07

3.09

3.07

3.07

6.03

5.99

5.99 5.99 6.02

5.99

3.09 6.13

3.07 6.13

3.07 6.11 3.09 6.53

3.07 6.53

3.07 6.54

3.09

3.07

3.09

3.07 3.07

3.07

3.09 3.07

3.09

3.07 3.07 3.07

3.07 3.07

6.68

6.68 6.78

6.76

6.76 6.77

6.78

6.77

6.78

6.83 6.80

6.83

6.80

6.90 6.90

7.13

7.11

f. 13 7.11

3.11 4.47

3.10 4.45

3.11 4.45

3.10 4.43

3.11 3.10

3.11

5.60

5.60

5.60

3-. 11 5.84

3.10 5.63

3.11 5.69 3.10 5.68

3.08 5.67

3.11 5.68

3.10 5.67

3.08 5.68

3.11 5.70

3.10 5.69 3.08 5.69

3.11 3.10

3.08 3.10

3.08

3.11 3.10

3.08 3.10

3.08 3.10

3.08

3.11 3.10

3.08

3.11 3.10

3.11 3.10

3.08

3.11 3.10

3.11

5.73 5.73

5.73

5.73 5.73

5.77

5.76

5.76

5.76

5.76 5.77

5.76

5.80

5.79 5.78

5.79

5.78

5.81 5.81

5.81 5.81 6.81

5.81

Multlplet

(No)

i30-y38°

(150)

a

30-x5O»

(151) a

30-i3I»

(153) a^x5^ 1 (153) a3Q-y3H°

(154)

a30-x30° (155)

a

30-w3O

# 1 (156)

a

3Q-x3H

# (157)

5-5 4-4

3-3 4-3

5-5

3-3

5-6 4-5

5-6

4-5

5-6

4-5 3-4

5-5

4-4

3-3 5^4

4-5 3-4

5-5 4-5

3-4

5-6 4-5 3-4

5-5 aSo-vSo

4-5 (158) 5-6 a3Q-w3H» t 4-5 (159) 3-4

5-6 aSQ-v3!!* 4-5 (160) 3-4

5-5

5-4 a30-w3I

,° 4-3 (161) 4-4

3-3 5-6 a

30-u3H»

4-5 ( 163) 5-5 a

3G-u30° 4-4 (163) 3-3

4-3 4-5 3-4

5-5 a30-t3O

# t 4-4 (164) 4-5

3-4

a^F-z3!*

(165) 4-4

3-3

4-3 3-3

4-5 a

3P-*3H* 3-4 (166) 4-4

4-5 3-4 (167) 4-4 aSy-y3!* 3-3 (168) 3-2

4-3

3-2

3-3

4-3 a3P-y3D» 3-3 (169) 3-1

T

4-3 apT-ifiV

3-3 (170) 3-1 3-3 3-3

a

3*--*5!*

(171) 4-4

3-3 3-3

3-3

3-1 3-4

3-3

4-5 a

3P-r3a

# 3-4 (173) 3-3

4-4

3-3 4-5 a

3r-y3a

# 3-4 (173) 3-3 4-4

3-3

4-3
RITIBID HDLTIPLIT TABLE 41 Laboratory E P J Hultlplet

(Ho) Laboratory E P J Hultlplet

(No) Laboratory E P J Hultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No) Cr I oontlnued Or I oontlnued Cr I oontlnued

4537.471 C 30 3.08 5.80 3-1

a

3F-u5P° 4761.73 B 5 3.36 5.95 3-3 b

3p-u' Sr^t 3393.81 B 5 3.43 7.18 5-4 b

30-u3F* a3F-l38

# 4753.87 B 10 3.35 5.95 1-1 (194) 3377.86 B 4 3.42 7.19 4-3 (319) 4513.89 B 3 3.08 5.81 3-1 3370.70 B 3 3.41 7.18 3-8

a

3F-u' 5|>e 4707.754 C 15 3.36 5.98 3-3 \>3P-j?P»

4333.569 C 15 3.11 5.96 4-3 4735.67 B 5 3.35 5.97 1-1 (195) 3339.304 C 10 3.43 7.36 5-6 b'd-t3^ t 4335.65 B a 3.10 5.95 3-3 (176) 4736.13 B 5 3.38 5.97 3-1 3319.616 D 8 3.42 7.35 4-5 (330) 4396.30 B 8 3.08 5.95 3-1 4749.35 B 1* 3.35 5.95 1-0 3311.309 C 8 3.41 7.25 3-4 4358.66 B 10 3.10 5.93 3-4 4697.395

4733.741

CD15

10 3.35

3.35

5.98

5.97

1-3 0-1 4331.617 C 8 3.11 5.96 4-5 aPr-j^n* 11157.03 A 35 3.45 4.55 4-3 y

7 P°-e7 8 4313.469 c 5 3.10 5.96 3-4 (177) 4536.108 C 40 3.36 6.09 3-3 bSp-x3^ 11015.63 A 30 3.43 4.55 3-3 (331) 4575.131 C 35 3.35 6.05 1-3 (196) 11905.83 A 35 3.43 4.55 2-3 4334.515 c 13 3.11 6.03 4-5 a

3P-x3a° 4584.934 c 15 3.36 6.05 3-3 •4363.133 c 13 3.10 5.99 3-4 (178) b

3P-yV

6978.46 B 300 3.45 5.23 4-5 y

7 P°-e7 D •4340.705 c 30 3.08 5.99 3-3 4493.313 c 40 3.36 6.11 3-1 6934.13 C 300 3.43 5.33 3-4 (332) a'p-x3!) 4483.878 c 40 3.35 6.11 1-1 (197) 6881.64 B 100 3.42 5.33 3-3 4143.47 B 5 3.11 6.09 4-3 4480.363 c 30 3.35 6.11 0-1 6979.83 C 150 3.45 5.32 4-4 •4179.357 C 30 3.10 6.05 3-3 (179) 6935.34 D 150 3.43 5.32 3-3 a

3r-*3o° t 4338.799 c 15 3.36 6.31 3-3 xflP-^V 6883.48 D 75 3.42 5.22 2-2 4103.85 T B 4 3.11 6.13 4-5 4345.085 c 15 3.35 6.30 1-3 (198) 6980.91 B 50 3.45 5.23 4-3 4106.05 B 4 3.10 3.11 3-4 (180) 4357.535 c 15 3.35 6.19 0-1 6936.04 B 100 3.43 5.22 3-2 4093.174 C 6 3.08 6.09 3-3 4353.983

4359.993

D

C

1530 3.36 3.356.30

6.19 3-3

1-1 6883,04 D 150 3.42 5.22 2-1 3374.93 B 4 3.11 6.76 4-5 a'F-r'H 4368.89 B 8 3.36 6.19 3-1 5609.19 B 35 3.43 5.63 3-3 ,7p._f

78 3373.96 B 3 3.10 6.76 3-4 (181) 5580.51 B 35 3.42 5.63 3-3 (223) 3383.07 B 3 3.11 6.76 4-4 a'F-w3?*

4366.44 B 3* 3.36 6.35 3-3 b

3P-u5D» b3P-t3P° 5508.68 P 3.43 5.67 3-3 y

7P°-f58 3339.053 C 8 3.11 6.83 4-4 3153.54 B 5 3.36 7.37 3-3

y

7P<>-f 3333.879 C 7 3.10 6.80 3-3 (183) 3164.06 B 1 3.35 7.36 1-1 (300) 5355.133 C 135 3.45 5.80 4-5 7 D 3336.590 C

B 10

3 3.08

3.10 6.796.83

3-3 3-4

5373.010

5387.188

Cc

5040 3.43

3.42

5.78 5.763-4

3-3

(225) 3331.19 m3314.56 P Cr+ 3.08 6.80 3-3 5334.941

C' .3.44

<3.41 5.80 5-5 iV-f7D 5304.311 c 40 3.45 5.78 4-4 5335.033 150* 5.78 4-4 (301) 5313.878 c 50 3.43 5.76 3-3 3133.830 C 8 3.11 7.05 4-5 a

3F-u3G° 5334.083 40 3.39 5.76 3-3 5318.775 c 40 3.42 5.74 3-2 3131.311 c 8 3.10 7.04 3-4 (183) 5330.913 c 40 3.37 5.73 1-1 m5345.61 p Cr 3.45 5.76 4-3 3119.706 c 5 3.08 7.03 3-3 5373.439 c 35 3.44 5.78 5-4 5344.761 c 30 3.43 5.74 3-2 3138.303 c 4 3.11 7.04 4-4 5365.160 c 60 3.41 5.76 4-3 5340.437 c 35 3.43 5.73 3-1 3135.91 B 3 3.10 7.03 3-3 5354.918

5343.395

c

c 100

75 3.393.38 5.745.73 3-3

3-1 3073.679 C 10 3.11 7.13 4-5 a

3F-t3G° 5177.430 c 75 3.41 5.80 4-5 9730.33 A 35 3.54 4.80 3-3 a3 D-z3 D° t 3077.831 c 10 3.10 7.11 3-4 (184) 5164.590 c 100 3.39 5.78 3-4 9949.06 A 30 3.54 4.78 2-2 (226) 3065.067 c 10 3.08 7.11 3-3 5193.000 c 100 3.38 5.76 3-3 10080.33 A 15 3.54 4.76 1-1 3084.59 B 4 3.11 7.11 4-4 5300.188 c 50 3.37 5.74 1-3 3080.73 B 5 3.10 7.11 3-3 5738.554 c 30 3.54 5.69 3-4 a3 D-y3F°

i7F°-e7 D

5037.66

4948.64

pp3.44

3.39

5.89 5.89 5-5

3-3

t

7 D°-g7D

(303) 5773.676 m5783.15

cP

35

Cr

3.54

3.54

5.66

5.67

2-3

1-2

(227) 6063.75 B 50 3.18 5.33 6-5 4900.83 p 3.37 5.89 1-1 5983.84 B 40 3.15 5.33 5-4 (185) 4983.63 p 3.41 5.89 4-5 •5700.514 c 40 3.54 5.70 3-3 a3 D-y3 D° 5916.73 B 30 3.13 5.33 4-3 4947.91 p 3.39 5.89 3-4 5736.633 c 15 3.54 5.69 3-2 (228) 5863.96 B 35 3.11 5.33 3-3 4900.50 p 3.37 5.89 1-3 o5746.33 p Cr 3.54 5.69 1-1 5981.96

5915.93 BB

35

35 3.153.13

5.33 5.33

5-5

4-4 5703.307 c 60 3.43 5.60 5-6 b

3Q-r3H° 4835.68 B 10 3.54 6.09 3-3 a3 D-x3 D» 5798.00 P 3.09 5.33 1-1 5664.040 c 40 3.43 5.60 4-5 (303) (229) 5797.53 P 3.09 5.33 1-3 5638.645 c 50 3.41 5.60 3-4 477S.141 c 10 3.54 6.12 3-4? a3 D-w=0° f •5700.514 c 40 3.43 5.60 5-5 4797.69 B 15 3.54 6.11 2-3 (230) 4718.439 C 76 3.18 5.80 6-5 r7F«-f7D b

30-y3F° 4809.33 B 10 3.54 6.11 1-3 4708.040 60 3.15 5.78 5-4 (186) 5480.503 c 45 3.43 5.69 5-4 4698.456 c 60 3.13 5.76 4-3 5463.974 c 40 3.43 5.68 4-3 (304) 4764.394 c 50 3.54 6.13 3-4 a

3 D-x3F° 4689.374 c 66 3.11 5.74 3-3 5443.413 c 35 3.41 5.67 3-3 4767.860 c 30 3.54 6.13 3-3 (331) 4680.49 B 50 3.10 5.73 3-1 5446.76 B 35 3.43 5.69 4-4 4766.63 B 35 3.54 6.13 1-3 4669.336 c 50 3.15 5.80 5-5 5433.347 c 35 3.41 5.68 3-3 4757.591 c 18 3.54 6.13 3-3 4666.513 c 55 3.13 5.78 4-4 ^Q-*5** 4767.380 D 35 3.54 6.13 3-3 4664.798 c 60 3.11 5.76 3-3 5393.865 c 10 3.43 5.77 5-5 4663.833 c 55 3.10 5.7(4 3-3 5357.07 B 10 3.43 5.77 4-4 (305) 4731.14 B 8* 3.54 6.15 3-3 a

3 D-t5P° 4663.338 c 40 3.09 5.73 1-1 5336.63 B 10 3.41 5.76 3-3 ( 2321 4638.473 c 10 3.13 5.80 4-5 4633.491 c 35 3.54 6.21 3-3 a3D-w3D° 4633.386 c 30 3.11 5.78 3-4 5315.39 B 30 3.43 5.60 5-5 b

30-z30° m4649.54 P Cr 3.54 6.20 2-2 (233) 4639.536 D 35 3.10 5.76 3-3 5306.53 P 3.43 5.79 4-4 (306) 4665.903 c 35 3.54 6.19 1-1 4646.808 C 30 3.09 5.74 1-3 5193.488 c 35 3.41 5.78 3-3 4654.736 C 35 3.08 5.73 0-1 •5337.355 B 3 3.43 5.79 5-4 4413.866 C 40 3.54 6.33 3-3 a

3 D-w3P# 5333.39 •5177.83

B

B

10

10 3.43

3.41

5.78

5.79

4-3 3-4 4430.486 4443.707

c

c 30

30 3.543.54

6.33 6.32

3-1 1-0

(234) 9009.95 A 100 3.31 4.68 3-3 r5P»-e5S 4433.697 C 10 3.54 6.33 3-2 9017.10 A 75 3.31 4.68 3-3 (187) 5196.443 C 100* 3.43 5.81 5-5 b

30-y30° 4439.938 c 30 3.54 6.33 1-1 9031.69 A 50 3.31 4.68 1-3 5166.337 C 150 3.43 5.81 4-4 (307) 5139.654 C 100 3.41 5.81 3-3 3530.55 B 3.54 7.04 3-4 a3 D-u3 0° 5791.005 C 100 3.31 5.44 3-4 i5P»_e5D 5196.57 B 100* 3.43 5.81 5-4 (235) 5787.99 C 75 3.31 5.44 3-3 (188) 5167.96 B 30 3.43 5.81 4-3 3385.31 B 8 3.54 7.18 3-4 a3 &-u3F° 5785.830 c 50 3.31 5.44 1-3 5137.94 B 13 3.41 5.81 3-4 3386.50 B 5 3.54 7.19 2-3 (336) 5785.003 c 50 3.31 5.44 3-3 3390.77 B 5 3.54 7.18 1-2 5783. 9?<t c 50 3.31 5.44 3-3 4J46.39 B 40 3.43 5.98 5-6 ^Q-^H 3391.11 B 1 3.54 7.18 2-2 5783.113 cB

50

10 3.31 3.31 5.44

5.44

1-1 3-3 4851.465

4831.637

C

C 35

15 3.433.41 5.96 5.96

4-5 3-4

(308) 5780.97 •5781.195 C 40 3.31 5.44 3-1 5361.754 C 50 3.68 6.03 3-4 y5po_f5Dt

5781.806 C 40 3.31 5.44 1-0 4636.81 B 8 3.43 6.09 4-3 b

3Q-x3D

# 5340.468 c 60 3.65 6.01 2-3 (237) 5313.37 B 16* 3.31 5.67 3-3 i5P»_f5S 4603.51 B 7 3.43 6.13 5-5

(209) b30-w3o» t 5307.381 C 30 3.66 6.01 3-3 5314.64 B 15* 3.31 5.67 3-3 (189) 4596.36 B 6 3.43 6.11 4-4 (310) 3903.108 C 10 3.65 6.63 3-3 y5po_ e 3D 5316.17 B 13* 3.31 5.67 1-3 4585.73 » 3 3.43 6.13 5-5 tPo-^p

(238) 4536.55 B 4 3.31 6.03 3-4 i5p»_f5D 4560.36 B 1 3.41 6.11 3-3 (311) 5698.330 c 100 3.86 6.03 5-4 r 5F

e_f5p •4573.16 B 7* 3.31 6.01 3-3 (190) •4595.05 B 5* 3.43 6.13 5-4 5694.730 C 75 3.84 6.01 4-3 (239) •4595.05 B 5* 3.31 5.99 1-3 5663.483 C 75 3.83 5.99 3-2 •4570.30 B 6 3.31 6.01 3-3 4585.088 C 18 3.43 6.13 5-4 b

3 Q-x3F* 5643.362 C 50 3.84 6.03 4-4 4593.84 B 8v 3.31 5.99 3-3 4555.30 B 15 3.43 6.13 4-3T (313) 5649.371 c 50 3.83 6.01 3-3 4604.58 B 5* 3.31 5.99 3-1 4533.75 B 10 3.41 6.13 3-3 5648.18 5597.87

F

B

(1) 18 3.81 3.83

5.99 6.032-2 3-4 5400.608 C 50 3.36 5.65 3-3 t^P-jr5?* 3983.337 C 7 3.43 6.53 5-6 b

3 0-x3H° t 5615.54 P 3.81 6.01 3-3 •5391.350 C 35 3.35 5.64 1-1 (191) 3970.07 B 7 3.43 6.53 4-5 (313)

z 5F

o_e5 5405.004 c 35 3.36 5.64 3-1 •3941.15 B 3 3.41 6.54 3-4 4375.973 C 15 3.86 6.75 5-5 F t 5390.394 c 40 3.35 5.64 1-0 4260.19 B 5* 3.84 6.74 4-4 (240) 3386.978 c 75 3.35 5.65 1-3 3806.839 C 10 3.43 6.68 5-5 ^O-^O* t 4391.964 C 15 3.86 6.74 5-4 5387.573 c 35 3.35 5.64 0-1 3813.350 C 13 3.43 6.66 4-4 (314) •4369.03 B- 5* 3.83 6.71 3-3 3814.633 13 3.41 6.64 3-3 4344.33 B 3* 3.84 6.75 4-5 5375.11 p Cr 3.36 5.70 3-3 t^P-j^D"

5380.389 c 30 3.35 5.69 1-3 (193) 3736.45 B 4 3.43 6.74 5-4 b

30-q5F» t 4148.53 B 3 3.84 6.83 4-3 t5F°-e3 Dt

5385.63 B 15 3.35 5.69 0-1 1315) b3o_*3H* t 4163.94 B 3 3.82 6.79 3-3 (241) 5393.383 c 15 3.36 5.69 3-3 3693.09 B 5 3.43 6.78 5-6 4174.795 C 10 3.81 6.77 3-1

5389.37 B 10 3.35 5.69 1-1 3689.63

3683.67 B

B

64n3.43

3.41 6.76

6.76

4-5 3-4

(316) 5331.753 C 50 3.36 5.73 3-3 b3P-*6D# 6039.38 B 18 3.83 5.88 6-6 a3 I-z3 I° 5314.137 c 30 3.35 5.73 1-3 (193) 3695.86 B 5 3.43 6.77 5-6 ^O-v3^ 6047.665 D 18 3.83 5.87 5-5 (243) •5334.541 c 45 3.35 5.73 0-1 3671.94 B 1 3.43 6.78 4-5 (317) 5336.891 c 50 3.36 5.73 3-3 3673.59 B 3 3.41 6.77 3-4 5746.433 C 25 3.83 5.98 7-6 a3 I-y3H° 5338.083 c 50 3.35 5.73 1-1 5791.781 C 20 3.83 5.96 6-5 (343) 5340.94 B 30 3.36 5.73 3-1 3345.14

3345.36

BB54 3.43

3.43

7.13

7.11 5-5 4-4

b

30-t3O» t (318) 5801.14 B 30 3.83 5.96 5-4
43 REVISED MULTIPLE? TABLE

jjabor* torv E P J Multlplet

(Ho) Laboratory E P J Multlplet

(No) Laboratory I p J Multlplet

(Ho)

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Cr I continued Cr I oontlnued Cr I oontlnued

•4631.963 4635.935c 45* 3.83 6.50 7-7 a

3 I-y3l» 3989.986 C 15 3.88 6.97 5-6 a

5F-v5Q° t 8163.33 A 35 4.37 5.88 4-5 o5D-v5F#

C 30 3.83 6.50 6-6 (344) 4001.444 C 35 3.87 6.96 4-5 (368) 8335.89 A 30 4.38 5.88 3-4 (398) 4643.011 c 10 3.83 6.49 5-5 •4013.49 ( B 30 3.87 6.95 3-4 8387.38 A 35 4.39 5.88 2-3 4635.65 B 1 3.83 6.50 7-6 4033.363 C 18 3.87 6.94 3-3 8322.06 A 30 4.40 5.88 1-3 4640.67 B 1 3.83 6.49 6-5 4031.130 7 3.87 6.93 1-3 8338.83 A 5 4.40 5.88 0-1 4003.931 D 7 3.88 6.96 5-5 •8166.66 A 7 4.37 5.88 4-4

4614.533 c 12 3.83 6.51 5-4 a

3 I-l° 4014.668 C 10 3.87 6.95 4-4 8238.29 A 13 4.38 5.88 3-3

(345) a3 I-x3H° 4033.739 C 8 3.87 6.94 3-3 8290.63 A 10 4.39 5.88 3-3 4571.83 B 13 3.83 6.53 7-6 a

5F-r5D° t 8323.44 A 5 4.40 5.88 1-1 4578.334 C 13 3.83 6.53 6-5 (346) 3716.531 C lOw 3.88 7.30 5-4

4563.345 c 15 3.83 6.54 5-4 3714.39 B 4w 3.87 7.30 4-4 (269) 8018.04 A 3 4.37 5.91 4-4 c

5D-v5D

# 1 •4573.16 B 7w 3.83 6.53 6-6 3713.50 B lw 3.87 7.30 3-4 8119.13 A 3 4.38 5.90 3-3 (399) 4579.59 BB

3IgnT 3.83

3.83 6.53

6.53

5-5

5-6 a*I-*3K»t

8185.69

8225.67 A

A

5

3 4.39 4.40

5.90

5.90

2-2

1-1

" 4573.38 4481.44 B 18 3.96 6.73 6-7 8084.98 A 10 4.38 5.91 3-4

4363.141 C 35 3.83 6.73 7-8 a3l-i3r° t (370)

all-r.ll° (371) a}l-u3H

•8166.66 A 7 4.39 5.90 2-3

4380.405 C 35 3.83 6.73 6-7 (347) 4368.798 C 10 3.96 6.85 6-6 8216.28 A 5 4.40 5.90 1-2 4397,738 c 30 3.83 6.71 5-6 4304.471 C 13 3.96 6.90 6-5 7942.02 A 35 4.37 5.93 4-5 o^u^l

4193.663 c 40 3.83 6.78 7-6 a

3 I-w3H° (373) a*I-s?H°

7989.36 A 13 4.38 5.93 3-4 (300) 4309.368 c 30 3.83 6.76 6-5 (348) 4193.103 C 15 3.96 6.91 6-5 8061.87 A 10 4.39 5.93 '3-3 •4321.572 c 35 3.83 6.76 5-4 (373) a^I-y1 ! 8128.28 A 8 4.40 5.93 1-3 4193.89 B 3 3.83 6.78 6-6 3537.08 B 3N 3.96 7.46 6-6 8169.80 A 5 4.40 5.91 0-1

4194.951 c 30 3.83 6.78 5-6 (274) 6739.73 B 40 4.37 6.20 4-5 o

5D-t5F»

4197.234 c

c 3015 3.83

3.83

6.77

6.78

7-6 6-5 (349) •4543.631 4495.275

C

C 35

13 4.09

4.09 6.80

6.83 4-4

4-3 b3y_y3»0

(275)

(301) •4186.359 b

3H-r5 4208.357 c 15 3.83 6.77 5-4 4531.83 B 3 4.08 6.80 3-4 •5373.715 c 30 4.44 6.73 6-5 F° 4197.47 B 3 3.83 6.77 6-6 •5391.350 C 35 4.43 6.72 5-4 (303) 4198.525 C 35 3.83 6.77 5-6 4534.841 C 15 4.09 6.83 4-4 b

3F-w3F

- t _ b

3H-t30°

1

•4535.731 C 60 4.08 6.80 3-3 (276) 4593.54 B 15 4.44 7.12 6-5

4179.05 B 7 3.83 6.79 7-7 aSl-i1 !* 4553. 949 C 18 4.08 6.79 3-2 4606.375 c 15 4.43 7.11 5-4 (303) •4179.257 C 30 3.83 6.79 6-7 (350) b

3F-v3D

# 4609.894 C 8 4.43 7.11 4-3 •4531.141 C 35 4.08 6.81 3-2

4039.100 C 30 3.83 6.89 7-7 a3 I-x3l° 4561 . 54 B lOw 4.08 6.78 2-1 (277) 4376.798 C 35 4.44 7.26 6-6 b3H-t3H* 1 4048.780 C 30 3.83 6.88 6-6 (351) 4371.38 P Cr 4.43 7.25 5-5 (304) 4058.772 c 30 3.83 6.87 5-5 4169.838 C 1 4.09 7.05 4-5 b3F-u3G° t 4373.656 C 15 4.43 7.25 4-4

4048.56 p 3.83 6.88 7-6 4170.303 C 15 4.08 7.04 3-4 (278) 4057.81 B 8 3.83 6.87 6-5 4174.941 c 8 4.08 7.03 2-3 4161.415 C 15 4.44 7.40 6-7 bSH-w3!* 4039.30 B 5 3.83 6.89 6-7 4165.519 C 15 4.43 7.39 5-6 (305) 4049.783 C 5 3.83 6.88 5-6 4065.716 c 13 4.09 7.13 4-5 b

3F-t30° 4143.193 C 7 4.43 7.41 4-5 4076.061 c 10 4.08 7.11 3-4 (279) 4174.15 B 3 4.44 7.39 6-6

m3605.52 P Cr 3.83 7.36 7-6 a

3 I-t3H° 4077.677 c 10 4.08 7.11 2-3

3608.401 C 10 3.83 7.35 6-5 (353) 4043.696 C 7 4.44 7.49 6-7 bSR-r5 !* 1 3613.609 C 4 3.83 7.35 5-4 3990.16 B 6 4.09 7.18 4-4 b

3F-u3F° t 4056.793 C 5 4.43 7.47 5-6 (306) 3976.30 B 5 4.08 7.19 3-3 (280) 4071.000 C 5 4.43 7.46 4-5

3458.090 C 10 3.83 7.40 7-7 a

3 I-w3 I° 3979, 334 c 7 4.08 7.18 2-2

•3467.033 C 13 3.83 7.39 6-6 (353) 3958.08 B 5 4.44 7.55 6-6 b3H-s3H»

3453.33 B 10 3.83 7.41 5-5 3564.30 B 7 4.09 7.55 4-5 b

3F-a3 a° 3979.33 B 6 4.43 7.53 5-5? (307) 3563.48 B 4 4.08 7.55 3-4 (881) 3996.85 B 4 4.43 7.51 4-4

3376.397 C 10 3.83 7.49 7-7 a^-v3 ! •3565.55 B 3 4.08 7.54 2-3 3391.373 C 10 3.83 7.47 6-6 (354) 3569.14 B 5 4.09 7.55 4-4 3563.29 B 5 4.44 7.90 6-6 b^H-cpE*

3403.59 B 8 3.83 7.46 5-5 3564.953

•3574.039

CC

5

15 4.434.43

7.89

7.88

5-5

4-4

(308) 3316.503 CB

5

4 3.83

3.83 7.55

7.53

7-6 6-5

a

3 I-83He (355) 6661.076

6669.357

c

C 50

40 4.17 4.16

6.03

6.01

4-4

3-3

z5D°-f5D

3336.97 (282) 3353.036 C 6 3.83 7.51 5-4 6657.54 B 30w 4.14 5.99 2-2 5363.750 D 40 4.47 6.82 4-3 z

3F»-e3»

6734.16

6715.38

BB30

35 4.174.16

6.01

5.99

4-3 3-2 5278.262

5287.62

CB

40lOw

4.45

4.43

6.79 6.77

3-3

3-1

(309) 6643.033 cB 15

10 3.83

3.83

5.69 5.68 3-4

3-3

b

3D-y3p°

(356) 6680.19 6597.556

B

C 35*

40 4.144.16

5.99 6.03

2-1 6677.34 3-4

6701.64 B

C

10

30

3.83 3.83

5.67

5.98

1-3 3-3 b

3D-x3P°

6613.17

4796.169

B 40

r40w

4.14 4.17

6.01 6.75

2-3

4-5 r5D

o_e5rt

4503.06 B 13 4.68 7.42 3-1 es8-x3S»

(310) 5739.203

5777.77 B 35 3.83 5.97 3-1 (357) 4783.06

4775.53 B

B

15w lOw 4.16 4.14 6.74

6.73 3-4

2-3

(283) 4656.837 D 10 4.76 7.41 5-5 alH-w3l»

(311) 5371.48 B 50 3.83 6.13 3-4 b3n_x3F aiH-yJI* o ,4.13 U.13

6.71 1-2 4564.166 C 40 4.76 7.46 5-6

5368.546 C 35 3.83 6.13 3-3 (358) •4769.80 B 4w 6.70 0-1 (31§) . •5373.715 C 30 3.83 6.13 1-3 4816.41 B lOw 4.17 6.74 4-4 3926.649 C 10 4.76 7.90 5-6 alH-q3H»

5363.98 B

B 2510 3.833.83 6.13

6.13

3-3

3-3 4805.34

4796.84

B

B

15w

13w 4.16

4.14 6.73

6.71 3-3

2-2

(313) 5367.78 6135.759 c 35 4.80 6.88 3-3 z3DO_e3D

4930.183 CB 30

33 3.833.83

6.33

6.33 3-3

3-1 b

3 D-w3p°

(359) 3566.10

3568.36 B

B

35n

3w 4.17

4.16 7.647.63

4-3 3-2

Z5 D°-f5P

(284)

(314) 4944.59 4966.80 BB 35

15 3.83

3.83 6.33

6.33

1-0 2-3 •6762.41 6757.78

cB 4035 5.36 5.26

7.08 7.08 6-6

5-5

z5 c-e50t

4934.89 (315) 4949.58 B 13 3.83 6.33 1-1 5385.38 B 7 4.17 6.50 6-7 tJ-I-33 !

9 6751.28 B 40 5.25 7.08 4-4

b

3 !)-^

5309.47 B 8 4.17 6.49 6-5 (385) 6744.66 B 15 5.35 7.08 3-3

4146.30 B 6 3.83 6.80 3-4 6738.81 B 18 5.35 7.08 2-3

4109.98 B

B

14 3.83 3.83

6.83 6.85

3-3

1-3

(360) 4595.590 C 45 4.17 6.85 6-6 b^I-z1 ! (386) bil-uSH

4093.06

4106.71 B 3.83 6.83 3-3 4514.373 C 30 4.17 6.90 6-6 7908.30 A 30 5.60 7.16 6-5 x3H°-e3a

4089.63 B 3 3.83 6.85 3-3 b

3 D-w3F

•4531.141 C 35 4.17 6.90 6-5 (387) 7910.50

7917.85 A

A

18

18 5.605.60 7.16

7.16

5-4

4-3

(316) 4131.360 C 10 3.83 6.83 3-4 4506.853 C 30 4.17 6.91 6-5 t^l-z^H"

4152.775 C 10 3.83 6.80 3-3 (361) (388)

(389)

4175.227

4149.45

cB

C

8

513

3.83

3.83

3.83

6.79 6.80

6.79

1-3 3-3

3-3

3747.364 c 7 4.17 7.46 6-6 Strongest 7771.74

Unclassified Lines A 15of Cr I 4171.675

4168.31 B 3 3.83 6.79 3-3 4757.336

4743.113

c

c 15

13w 4.33

4.18 6.83

6.79

2-3

1-3 z3po_e3D t (390) 6789.17

5854.37

CB

1875 3907.778 C 7 3.83 6.99 3-3 bSD-v3!* •4751.04 B 5w 4.17 6.77 0-1 5796.757 c 40 3890.83 B

B

4

5

3.83

3.83

7.00 7.343-1 3-4

(363) b

3 D-t3F° 8167.94 A 3-3 o

3 D-y3D°

5753.693 5713.635

c

c

35

10

V

V

3510.40 4 4.19 5.70

3531.53 3531.44

B

B

34 3.83

3.83 7.34

7.33

3-3

1-3

(363) 4699.589 4733.18

4741.089

CB

D

35

8

13

4.19 4.19

4.19

6.83

6.80

6.79

3-4

3-3

1-3

(391) o3d_w3f° t (393)

5681.198

5385.38 5370.356

5078.711

cB

c

c

6020v

4040

V

7185.50 B 30 3.88 5.59 5-5 a

5F_x

5F

o t 7168.06 B 18 3.87 5.59 4-4 (364) 4488.051 C 30 4.19 6.94 3-3 3d_v6o» 4884.949 c 35 IIIA 7196.83 7307.85

BB

1810 3.87 3.87

5.59 5.58

3-3 3-3 4333.333 c 15 4.19 7.11 3-3

(393)

c

3 D-t30° 4753.084

4614.73

cB

50

10 IV

7318.57 B 9 3.87 5.58 1-1 (394)

o

3D-t3P» 4611.968 C 15 4000.59 B 4 4.19 7.37 3-3 4594.403 c 8 6539.197 DD

1812 3.88

3.87

5.77

5.77 5-54-4 aSp-wSp

(365) (395) 4586.99 B 8 6516.026 8707.95 A 13 4.37 5.79 4-3 5n_u5po t 4489.471 c 5w IV 4836.18 P Cr* 3.88 6.43 5-4 aSp-tSD 8718.70 A 8 4.38 5.80 3-3 (396) 4403.498 c 40 IT 4840.33

4841.53

4841.73

P (1) 3.87 6.43 4-3 (366) 8733.17 A 3 4.39 5.80 3-1 4333.533 C 30 IV

P 3.87 6.43 3-3 8788.96 A 4 4.38 5.79 3-3 4301.178 c 35 IV

B 13 3.87 6.43 1-0? 8773.56 A 5 4.39 5.80 3-3 4833.54 P 3.87 6.43 4-4

o

5 D-x5H°

(397)

4361.615 C 13 IV

4465.15

4490.56

4507.95

B

B

308*41

3.88

3.87

3.87

6.64

6.63

6.61

5-4

4-3

3-2

a

8F-«6D» t (367)

8397.58 A 3 4.39 5.88 3-3 4206.899 4300.103

4136.935

3099.679

C

c

c

10

136

7

V

III

III
REVISED ITULTIPLET TABLE 43 Laboratory E P J Uultlplet Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

I A Ref Int Low High (No) I A Ref Int Low High I A Ref Int Low High (No)

Or I continued Cr II continued Cr II continued

3911.95 B (I0n)» ( III

l III •3180.73 5 A 75 3.53 6.41 54-4 t a

4Q-z4F° 5636.60 P 3.81 6.00 34-34 b

4P-z6P° 3197.13 A 75 3.53 6.39 44-3-

| O) 5497.86 P 3.74 5.99 14-34 (33) 3830.033 C 50w V 3309.21 A 50 3.53 6.38 34-2 •5419.36 A 1 3.70 5.97 4_lJ 3584.366 D 30w V 3217.44 A 50 3.53 6.37 34-1 5671.62 P 3.81 5.99 z\-z\ 3574.38 B 3N III 3181.428 B 30 3.53 6.41 44-4 5525.90 P 3.74 5.97 lf-ll 3196.96 A 30 3.53 6.39 34-3- 5701 . 46 P 3.81 5.97 2J-1J 3208.63 A 30 3.53 6.38 34-2 3559.21 C 3N ITT •3196.40 A 3 3.53 6.39 2£-3 5407.62 A 10 3.81 6.09 24-2J b4P-z4P° 3558.60 B

C 7w

4w

III

IV 5346.54

5318.41 AA

54 3.74

3.70 6.05

6.02

14-

1 (33) 3553.953 3550.635 C lOw V 3935.18 P 3.69 5.83 24-3 i a

4P-z6F<> 5510.68 A 7 3.81 6.05 24-lj 3547.98 B 3n III 3964.64 P 2.69 5.81 14-2 r do) 5420.90 A 10 3.74 6.03 3985.96 P 3.69 5.79 4-1- 5249 . 40 A 10 3.74 6.09 14-35 3533.888 C 5 V 3964.35 P 3.69 5.81 24-2- 5246.75 A 15 3.70 6.05 l_l) 3525.44 B 4N IV 3986.03 P 3.69 5.79 14-1- 3508.81 B 5n III 3999.00 P 3.69 5.78 i_ 5322.78 P 3.81 6.13 34-34 b

4P-z6 D° 3508.09 B 5 III 3985.74 P 3.69 5.79 3*-l 5153.49 A 15 3.74 6.14 14-2] (34) 3474.379 C 12 III 3999.07 P 3.69 5.78 if, 1 5097.29 5305.85 A

A

735

3.70

3.81 6.13 6.14 24-3] 3411.01 B 8n IV 3748.68 A 7 3.69 5.99 34-a t a

4P-z6P

e 5191.46 A 3 3.74 6.13 14-14 3409.36 B 7n IV •3761.90 A 8 3.69 5.97 i*-ii \ (11) 5116.06 A 3 3.70 6.11 4- i 3408.01 B 4n IV 3761.69 A 7 3.69 5.97 3*_li 5346.13 P 3.81 6.12 34-l| 3407.32 B 5n IV i •3761.90 A 8 3.69 5.97 4-l1 5310.87 A 7 3.74 6.11 lj- I 3376.18 E 3n V

3631.49 A 50 3.69 6.09 3 -a a4P-z4P° 4777.78 P 3.81 6.39 34-34 b

4P-z4F° 3349.072 C 20w III 3677.93 A 30 3.69 6.05 1- -vf (12) 4679.87 P 3.74 6.38 1J-2I (25) 3346.09 E 5w III 3713.97 A 35 2.69 6.02 4631.41 P 3.70 6.37 4-l| 3334.690 C 20* III 3677.69 A 40 2.69 6.05 ^i- 4805.18 P 3.81 6.38 2J-.2I 3333.605 C I5w III 3713.04 A 15 2.69 6.02 1

: 4698.64 P 3.74 6.37 lf-ll 3387.70 B 3N V 3631.73

3677.86 A

A

4050 3.69

2.69 6.09 6.05

1- -1- 4834.97 P 3.81 6.37 24-14 3254.95 B 3N V 4179.43 A 13 3.81 6.76 24-Si b

4P-z4

D» •3180. 701J T III 3593.03 P 2.69 6.13 sj-a a

4P-z6D° •4111.01 A 18 3.74 6.74 14-24 (26) 3096.531 c 5w III 3585.54 A 40 3.69 6.14 14-3 (13) 4073.56 A 4 3.70 6.73 4-14

3095.859 c 7w III 3603.80 A 40 3.69 6.12 J—

4307.35 A 4 3.81 6.74 24-24 3963.73 B 3* III 3585.31 A 60 3.69 6.14 34-3 4133.41 A 7 3.74 6.73 14-14 3957.28 B 3w V 3603.86 A 30 3.69 6.13 14-1 4086.14 A 8 3.70 6.73 4— 4 3613.31

3603.61 A

A

30

30 3.69

3.69

6.11 6.13 sfci4339.81 A 1 3.81 6.73 24-14 3613.36 A 15 3.69 6.11 l|-i 3976.718 •3961.733

B

B 3550

3.81 3.747.96

7.91 24-2414-14

b

4P-y4D» t (37) Cr II I P 16 .6 Anal List A April 1941 3336.16 A 3 3.69 6.39 4Si HlAP-z*T» 3953.358 B 35 3.70 7.88 4- 4 3349.68 P 3.69 6.38 > (14) 3011.43 A 7 3.81 7.91 24-14 3643.23 A 10 2.47 5.86 3- r a*D-zDF° 3984.69 A 10 3.74 7.88 14— 4 3644.70 A

A

10

8 2.44

2.42

5.83 2- 5.81 li (1) 3033.937 3047.76

BA3035 3.69

3.69

6.76 6.74 i- -2

: a

4P-r4D» 3647.40 r (15) 3651.68 A 12 2.41 5.79 pii •3059.531 B 35 3.69 6.73 -li 3971.906 B 75 3.75 7.90 &4-64 a4H-z4H° 3675.00 P 2.47 5.83 S 3047.63 A 30 3.69 6.74 -a 3979.741 B 80 3.74 7.88 54-54 (38) 3669.69 P 2.44 5.81 2- p3j •3059.531 B 35 2.69 6.73 1; ~ii 2985.335 B 75 3.73 7.86 44-44 3665.48 P 2.42 5.79 li f-*! 3067.18 A 30 2.69 6.73 2989.194 B 70 3.72 7.85 34-34 3663.62 P 2.41 5.78 1 3059.41 A 10 2.69 6.73 -i- 2988.056 C 12 3.75 7.88 64-54 3700.42 P 2.47 5.81 3- k»2i m3067.23 P Or* 2.69 6.73 lj 3993.40 A 10 3.74 7.86 54-44? 3688.01 P

P 2.44

2.42

5.79 a

5.78 li Mi 3994.737

3972.64

BA20

10 3.73

3.73

7.85 3676.50 7.88 *pj

A 4 2.47 6.00 a

4456.84

4507.19

PP 3.09

3.09

5.86

5.83

t bVzV

3494.52 r a»D-z°P° f (16) 3484.15 A 20 2.44 5.99 » pai (3) 4544.70 P 3.09 5.81 1; -3 5369.25 P 3.85 6.15 44-44 a

4F-z6D» •3475.13 I A 20 2.42 5.97 li h-ii 4571.24 P 3.09 5.79 -li 5410. 39 P 3.85 6.13 34-34 (29) 3511.84 A 35 2.47 5.99 3- t-a 4504.52 P 3.09 5.83 3

: 5378.07 P 3.84 6.14 24-24 3495.37 A 25 2.44 5.97 ahii 4545.49 P 3.09 5.81 5409.28 P 3.84 6.13 14-14 3467.09 P 2.44 6.00 3- 4572.83 P 3.09 5.79 1- -1 5425.29 P 3.85 6.13 4+-3-1 3464.02 A 4 2.42 5.99 1- i-aj 4588.40 P 3.09 5.78 5392.95 P 3.85 6.14 34-24 3462.73 A 6 2.41 5.97 1 !-ll 4542.77 P 3.09 5.81 •5419.36 A 1 3.84 6.13 24-14 4573.63 P 3.09 5.79 -1 5430.41 P 3.84 6.11 14- 4 3408.765 B 150 2.47 6.09 3i t a*D-z*P° 4590.00 P 3.09 5.78 li 5354.66 P 3.85 6.15 34-4j 3422.739 B 125 3.44 6.05 3- !-l< (3) 5395.41 P 3.84 6.13 24-34 3433.30 A 75 2.42 6.03 li 4336.33 P 3.09 6.00 r b*D_z6p» 5368.10 P 3.84 6.14 14-34 3382.683 B 60 2.44 6.09 a 4364.19 P 3.09 5.99 aj (17) 3403.333 B 100 3.43 6.05 I* r-li 4380.33 P 3.09 5.97 1; -1 4824.13 A 75 3.85 6.41 44-44 a

4F-z4F° 3421.30 A 75 3.41 6.03 4261.80 P 3.09 5.99 4848.24 A 60 3.85 6.39 34-34 (30) 3363.71 A 12 3.43 6.09 V 4381.03 P 3.09 5.97 -1 4864.32 A 50 3.84 6.38 34-34 3391.434 B 35 3.41 6.05 ; !-li 4338.69 P 3.09 6.00 4876. 41 A 50 3.84 6.37 14-14 4363.49 P 3.09 5.99 li 4860.20 A 20 3.85 6.39 44-34 3353.13 A 30 2.47 6.15 .» a4D-z6D

# 4378.94 P 3.09 5.917 -1 4876.48 P 3.85 6.38 34-3* •3349.34 5 A 6 3.44 6.13 a (4) 4884.57 A 10 3.84 6.37 24-14 3324.060 B 25 3.43 6.14 li t-a •4111.01 A 18 3.09 8.09 : b

4D-z4P° 4812.35 A 25 3.85 6.41 34-4^ 3328.351 B 20 3.41 6.13 !—li 4173.60 A 3 3.09 6.05 -ii (18) 4836.22 A 25 3.84 6.39 34-34 3374.95 A 3 3.47 6.13 Si T 4317.07 A 1 3.09 6.03 li 4856.19 A 20 3.84 6.38 14-3J 3342.51 A 50 3.44 6.14 a r_3i 4113.34 A 5 3.09 6.09

a

4F-z 4 3339.804 B 50 3.42 6.13 li D° r— ii 4171.93 A 3 3.09 6.05 li -ii 4242.38 A 30 3.85 6.76 44—34 3336.330 B 40 3.41 6.11 4315.77 A 3 3.09 6.03 4261.92 A 20 3.85 6.74 34-34 (31) 3368.054 B 150 3.47 6.14 a 4113.59 A 1 3.09 6.09 lj -3i 4375.57 A 30 3.84 6.73 34-14 3358.501 B 75 3.44 6.13 a r— x-i 4170.58 P 3.09 6.05 i-i: 4284.21 A 20 3.84 6.73 14— 4 3347.837 B 40 3.43 6.11 1 4233.25 A 10 3.85 6.76 34—si 4030.38 P 3.09 6.15 34-4; t b

4D-z6D° 4252.62 A 10 3.84 6.74 34-34 3133.058 B 125 3.47 6.41 Si i-4i a*D-**l*" 4063.94 P 3.09 6.13 34—3J (19) 4269.28 . A 10 3.84 6.73 14-14 3134.978 B 100 3.44 6.39 a i-SI (5) 4053.45 A 1 3.09 6.14 li—si 4224.09 P 3.84 6.76 34-34 3130.371 B 75 3.43 6.38 1- r-34 4075.63 P 3.09 6.13 4—li 4246.41 A 2 3.84 6.74 14-34 3118.653 B 60 3.41 6.37 . i—l; 4061.77 P 3.09 6.13 34—3

a

4F-z4 3147.337 B 50 .3.47 6.39 a 1—3* 4054.11 A 8 3.09 6.14 34—3- 3063.84 A 7 3.85 7.88 44-54 H° 3136.680 B 40 3.44 6.38 3 r-3* 4076.87 A 3 3.09 6.13 14-li •3072.47 A 8 3.85 7.86 3f-4| (32) 3138.699 B 40 3.43 6.37 lj r—14 4087.63 A 3 3.09 6.11 4— i 3159.10 A 5 3.47 6.38 3 ^3i 4051.97 A 13 3.09 6.14 34-si 2966.051 B 40 3.85 8.01 44-34 a

4F-y4D° 3145.10 A 10 3.44 6.37 a r— 1$ 4077.50 A 4 3.09 6.13 24—li 3003.934 B 35 3.85 7.96 34-34 (33) 4088.90 A 1 3.09 6.11 if. j 3034.54 3055.44 A

A

15

12 3.843.84

7.91 7.88 si1! 3670.16 P 3.53 5.89 & f a*0-i6F» 3715.19 A 20 3.09 6.41 34-4J r ^D-z^ 3999.30 A 8 3.84 7.96 2?-3? 3710.33 P

P 3.53

3-. 53 5.86 4- 5.63 3

(6) 3738.38

3754.59 A

A

35

30 3.093.09

6.39

6.38 Sbaj

• (20) 3743.99

a

3 D-z4 3768.57 P 3.53 5.81 a :-2\ 3765.63 A 8 3.09 6.37 i-li 5553.81 P 3.87 6.09 34—34 P° 3709.35 P 3.53 5.86 & 3736.56 A 1 3.09 6.39 34—Sj 5731.03 P 3.89 6.05 l4-l4 (34) 3743.30 P 3.53 5.83 4 3755.13 A 3 3.09- 6.38 34—

5663.58 P 3.87 6.05 24—14 3769.37 P 3.53 5.81 S 3766.65 A 4 3.09 6.37 14-li 5806.31 P 3.89 6.02 14— 4

3787.89 P 3.53 5.79 a -li 3753.36 P 3.09 6.38 34-a 5610.01 P 3.89 6.09 l-J—24 3671.13 P 3.53 5.89 4 3767.18 P 3.09 6.37 34— lj 3710.01 P 2.53 5.86 S 5464.36 P 3.87 6.13 24—34 a2n_z6D» 3743.20 P 2.53 5.83 a 3360.395 B 100 3.09 6.76 b

4D-z4

D° 5500.61 P 3.89 6.14 14-34 (35) •3379.8358 B 60 3.09 6.74 (21) 5446.57 P 3.87 6.14 34—34 3556.130 B (1) 2.53 6.00 4 1-3$ a

4!!-*?? 3393.86 A 30 3.09 6.73 li -li 5543.86 P 3.89 6.13 14—14

(7) 3403.43 A 35 3.09 6.73 5488.97 P 3.87 6.13 34-14 3408.96 P 2.53 6.15 5i

f a

40-z6D* 3378.337 B 35 3.09 6.74 5566.06 P 3.89 6.11 l|- 4 3432.32 A 2 2.53 6.13 4i (8) 3394.33 A 35 3.09 6.73 -li 3425.09 P 2.53 6.14 a m3403.39 P Ci* 3.09 6.73 li 4891 . 55 P 3.87 6.39 24-34 a

2D-z4F» 3441.14 P 2.53 6.13 3 ..i. 3361.770 B 30 3.09 6.76 4964.34 P 3.89 6.38 14-34 (36) 3409.79 P 2.53 6.15 4 3379.371 B 30 3.09 6.74 ii 4930.38 P 3.87 6.38 24-34 3433.13 P 2.53 6.13 S 3393.00 A 35 3.09 6.73 -li 4985.46 P 3.89 6.37 14-14 3424.43 P 2.53 6.14 a -a 4941.03 P 3.87 6.37 3J-1J 3409.60 P 2.63 6.15 a -* ' 8431.45 P 2.53 6.13 a S-3Jr
REVISED BULTIPLET TABLE

Laboratory

I A Ref Int

Cr II continued

4366.23

4328.91

4395.37

4353.68 4318.77

4368.30

E P

Low High

Uultlplet

(Ho)

5104.03 m53l0.88

5144.47

5243.50 5176.26

5267.10

4539.62

4565.78

3177.90

3026.85

3061 . 59 3038.52

3071.03

2999.96

3034.99 3013.34

5237.34

5274.99

5313.59 5334.88

5279.92 5308.44

5337.79

5233.50 5280.08

5310.70 658.659

4588.317

4618.83

4634.11 4555.02

4593.09

4616.64

4558.83

4589.89 3335.44

3117.38

3163.46 3303.53

3329.38

3115.65

3164.28

3043.79

3071.58 3085.36

3093.97 3073.25

3083.63 •3094.94

3045.53 3056.68

3043.90

3058.38 2958.20

5478.35

5502.05

5508.60

5503.18

5455.80

5472.63 5477.45

3395.427

3307.044

3311.939

3313.18

3315.39

3333.69

3333.53

3193.41 •3131.54 A •3143.68 { A

3154.04 A 3123.596

m3147.l9

3150.11 3149.83

3154.66 3159.66

3160.11 3115.28

3137.55

3139.91 3125.46 •3131.54 3116.14

3121.37 3108.66 3111.95

Cr+

2

10

208

3335

103

7530

35

40

1530

1315

10

13

10075

35

35

30

30

18

4.06 4.05

4.06

4.05 4.05

4.06

4.05 4.06

4.05

6.76

6.74

6.73

6.73

6.76 6.74

6.73

6.76

6.74

4.06 7.88

b

4T-l*D»

(44)

4±-5i b

4r-E4

H» J46l

b

4F-y*D*

b*T-i40»

(47)

b

40-i3 # (55)

Laboratory

I A Ref Int

Cr II continued

3985.02 A 7 3970.66 A 3

E P

Low High

Uultlplet

(No)

3968.67 3963.46

3956.60

•3965.19 3955.71

•3961.733 3959.97

3951.95 3955.13

3951.40

•3431.63 3460.03 3450.84

3370.14

3364.36

3350.79 3345.31

3347.01 3368.48

3388.04

3338.77 3334.06

3219.79 3053.65

3050.137 3040.93

3057.86 3953.706

3969.67

3400.08

3483.58 3430.43

3369.05

3391.75

3186.75

3154.10

3163.93 3158.03

3135.03

3194.63

3153.31 3103.48

3173.08

3084.46 3131.05

3131.84

3074.91 3074.67 3034.05

3008.67

3557.85

3566.37

•3466.35 3508.67

3376.37 3357.40

3367.43 3324.346

3335.28

3313.53 3347.33

3145.77 3143.74

3098.16

3095.33

3098.88

•3094.94

3183.335 B 3316.55 A

3179.45 A

3173.58 A

3149.13 A

3015.510 B 3038.135 B 3031.63 A

3013.01 A

3004.47 A

1530

10

3

3

50

18

10

1010

134035

10

54

101550

50

10

10 100

70

1345

15

3

13

3

1840

18

31030

151040

30

40

15

810

3

3

5

3

1

3

10

40

1350

4030

84030

8

IS

15

10

183

3

1050

40

11

4.14 8.37 3iw3* b*0-t3D• 8.38 3*wl£ b

40-i3P° -5i b

40-y*0o (58)

o-y*r» t (59)

4.38 8.33

4.40

4.39 4.40

4.39

4.40

4.39

a

2R-z4H

#

(60)

a

3H-l4 # (61)

a

3H-*4I»

(63)

a

3H-t30»

(63)

4jw5j a

2H-y40°

a

3H-i»I*

(65)

a

3H-s3H* t (66)

I- ! (68)

3P-y4P

# (69)

7.86

7.85

7.96

7.91 4.40 8.05

8.07

8.06

li-3j a

3P-i«F"

(75) 3j-4i b

2?-*4^

8$-3$ (76) 3$-3* IrV-yV

3}-lJ (77) 3i-4i b

3?-*4!"

3< 781

b

3?-!3 !)* (83)

4.39 8.38

4.40 8.31

8.33

8.33

3$wliTb3F-r3P» 3±-4± bSr-yjo*

3*-3i b^-y^F*

2f-li (85)

4.39 8. SO

b

3r-x4D»

(86)

b

3r-E3r«

(87)

3J-3* b3r-y*H»

(88)

Laboratory

I A Ref Int

Cr II oontlnued

3539.73 A 3 3540.38 P

3553.50 P 3558.33 P 3570.57 P 3571.64 P 3387.73 A S 3357.73 A

3368.73 A 10 3373.13 A 15 3335.46 A 30 3339.90 A 30 3334.67 P 3157.53 A 1 3147.84 A 1 3135.74 A 30 3134.33 A 35 3143.91 A 7 3036.647 B 80 3041.74 A 50 3050.75 D 4 3017.80 A 5 •3968.31 (A 3 3958.54 A 3

E P

Low High

3635.30

3631.51

3644.13

3635.43

•3658.19 3438.94 3399.54

3395.63

3415.47 3199.87 3079.34

3087.90

3104.39 3077.34

3077.79 3061.14

3954.67

•3957.56

6053.48 6139.33

6195.18

6339.77 6113.36

6176.95

6336.66

6070.08 6147.15

6308.18

3895.16

3513.03

3565.31 3584.01 3518.63

3571.37

3588.30 3534.54

3575.69

•3506.61 3478.17

3538.33 •3489.45 3438.46 3445.04

3436.13

3437.93 3444.34

3449. 38 •3376.73

3383.79 3387.96

3378.79 3301.36

3305.11

3313.91 3339.89 3300.45

3308.03

3336.36

3164.48

•3196.40

•3073.47 3103.58

(1)

10

4.41 8.05

4.41 4.40

4.74

8.33

8.33 8.34

8.33

8.33

8.58

4.46 8.06

4.48 8.11

4.46 8.09

4.48 8.09 4.46 8.31

8.49

8.47 8.49

8.65

8.63

4.74 6.73

4.74 7.91

8.36

8.37 8.33

8.37

4.73 8.33

4.73 8.33

4.74 8.33

4.74 8.33

4.73 8.38

4.73 8.38 4.74 8.38

4.73 8.49

8.64

8.60 8.75

8.71

ultlplat

(Ho)

-6i ^H-t4!!* (89)

5±-4i b

3H-l4

I» J90) 4^4* l^H-**^ sX-S (91)

(93)

b

2H-y40»

(93)

t^H-l2^

(95)

8.67 5J-6J \?R-J*& <«% 54-4* b

2H-x' . ^ (97)

a2^

3$-3* a

3 0-y4O» a3Q-r3H»

(103)

a

30-E3l*

(103)

a

30-y3 # (104)

o4D-y4P•

if- I e4D-*aP» r y i io8i 34-3* o*D-l*D»

3|-l| (109)

3f-3i o4D-y*0«

3$-3$ (110) 3i-4i o4D-y4^• 3|-3| (HI)

4j)_x4p»

(113)

3$-3$ c4D-£3F*

4i o*D-r*F*

(114)

die)
Laboratory

I A Raf Int

Cr II oontlnua*

K P

Low High

3727.37 3737.55

3751.60 3666.67

3698.00 3705.40

3679.34

3313.06 3335.93 3341.96

•3310.65

3364.10 3304.73

3666.25 3279.54

3231.64

3169.20 3184.36

3189.85 B3163.77

3140.21 3135.35

3140.67

3093.48 3107.58

3112.81 3132.12

3142.97

3096.11 3116.76

3090.94

4161.27

4161.56

4186.08 4179.92

4304.66

3905.88 3915.30

3936.95

3863.17

3889.90 3911.32 3909.25

3930.88 3924.65 3866.54

3866.01 3696.78 3614.26

3608.66

3563.92 3547.10

3546.15 3457.62

3472.07

3489.07

3454.98

3459.29

3269.77 3255.30

3335.26

3945.11

3874.41 3874.76

3895.12 3733.40

3756.55 3684.25

3715.45

3666.02 •3658.19

3625.92 3615.45

3633.16

3616.29 3634.04

3617.33

3301.21 A

3308.15 A

3285.96 A

3219.13 A

3225.39 A

3240.07 A

•2957.56 A

3025

2

35

25

18

1820

15

15

18

12

7

(1)

153

2530

30

107

Kultlplet

(No)

b

3 Q-E40° (117)

bSQ-^O

(118)

b

20-B2H°

(119)

b

2Q-r2F°

(120)

b

3Q-y4H»

(121) 4}-4} b

2 0-x4F

o

b^O-y^G

(133)

RETISID 11U

Laboratory

I A Ref Int

LTIPLET TABLE

E P J Multiple Low High (No) Laboratory

I A Ref Int

b

2Q_y3Ho (124)

b

3 a-x4o° (125)

8.32

4.92

4.90

4.90

34-2} o

3 Q-y*P#

3J-3J Jgj*

3J-3* ejogjl"

" 3* c20-x4D* 34 (134)

: 3Q-z2H°

(135)

4.92

4.90

4.90

4.93 4.908.69 8.69

4.90 8.71

4.90 9.07

4.92 8.05

^a-s^H*

(138) 34-2} o2(J-y2F° (139)

C3 Q-X4 o (140)

34-3} cSq-w^ 7

(141) 3}-4} c2F-z4I»

c2F-z3 a° <143)

4.91 8.28 24-l}Tc2F-Z3P

#

2j«_y4j.» (147)

continued

3275.93

3258.01 m3269.75

3227.48

3241.38

3255.62

3213.46 3044.24

3038.04

4227.73 3650.37 3664.95

3661 . 44 3653.85

•3310.65 3314.06

3258.77 3283.04

3261.56

•2965.19

4195.41 4376.10

4145.77

4334.85

4309.03

4161.05

4135.77

4185.50 4151.00

4089.49

4081.31 4083.30 4098.44

4002.48

4017.96

3865.59 3905.64

3892.14

3701.90

3694.

3707,

m3631.

3657,

3576,

3632,

3610,

3276. •3286.

3303.

3178.

3169.

3190. 3141

98

13

4894

23

4585

3834 §

,52

,79 ,85

,69

,80

4761.42

4833.97

4697.63

4684.77

4715.13 4671.36

4304.83 4199.02

4309.84

4333.00

4232.96

•3503.36 8 A

3539.00 A

•3506.61 A

4341.09 A

•4362.93 i A

4374.61 P

32Cr+

8

5

550

35

4

10

3Cr+

34

3

3

106

40

30

3

34

1 35

18

3030

4

10

1 35

30

32

5

3

110

8

537535

4

Cr+

l

1

15

73w

6

4

4.93 8.49 34-34

4.91 8.47 34-34 4.93 8.47 34-34 4.91 8.49 24-34 4.93 4.93

4.91 4.93

4.91 4.93

4.96 4.97 4.96

4.97

4.97

5.30

5.31 5.30

5.31

5.30

5.30

5.31

5.30

5.31

5.30

5.31 5.30

5.31

5.30

5.65

5.64

cf>T-z°f2r©

(148)

8.58 34 8.58 34 8.56 2} 8.65 34 8.63 24 8.63 34

4wo ce F-x*F

(149)

4.92 8.69 34-44

j2j<_y2(jO (150)

cfF-y2^

c2f-x*0°

(152)

4.96 7.88 4.96 8.34

4.97 8.33

4.96 8.33

4.97 8.34

8.49 8.45

8.49

8.69

8.69 8.75 8.73

8.75

c3F-x20° (154)

64-54 b

2 !-!4!^

(155) 64-6} b3I_i2I

o 54-5} (156)

4-54 b

3 I-z2Hc £-4 (157)

(158)

4.96 9.13 6^-64

8.24

8.19

8.27 8.23

8.33

8.37

8.28 8.36

8.38

t^D-y4?

(161) b

2D-z3D° (163)

b

2 D-z2P° (163)

5.30 8.31 34-34 b

2D-y4

a°

2 34-34 baD-y4F

3 24-34 (165)

8.38

8.38 ^D-z^F

(167)

5.30 8.63 24-3} 8.64

8.64

8.69 8.68

8.75

8.71

8.71 9.06

9.06 9.15

9.19

9.19

8.24

6.19 5.65 8.27 5.65 8.28

5.64 8.26

5.64 8.28 5.65 8.49 5.64 8.47

5.65 8.47 5.65 8.58 5.64 8.58 5.65 8.58

5.64 8.56

5.65 8.56

b

2 D-x40° (170) ^D-^F

(171)

b

2D-w4D°

(172) b3 D-x3F°

(173)

b

2 D-w4F°

o3D-y4P°

(176)

o3D-z3 D°

i 177X

o3 D-z8p»

(178)

c3 D-z3F°

(179)

c2D-x4F« (180)

Cr II continued

4137.08 4170.86

4181.50

4116.66

4048.03 P 4056.07 A

4066.16 P 3979.51 •4013.50 ( 4023.36

3538.13 m3484.16

•3489.45

3135.79

3113.59

6089.69

6179.17

6188.00

6081.51 6138.77

5620.63

5678.43 4901.65

4913.49

4465.78 4511.83

4516.56 4256.16

4368.93 4070.90 4049.14

4067.05

4038.03

4003.33

4007.04

3089.75

6418.87

6271.83 6168.46

6415.59 6382.92 6274.94

6068.00

6069.69 5895.90

5841.86 5837.34

5110.43

4857.60

5137.09 5091.14

5076.15

30

30

3

Cr+

3

5

5

A 15 A 10 P

13

10

15

13

10

18

35

35

E P

Low High

45

Jlultlplet

(No)

5.65 8.64 34-34 c2D-y2 D° 5.64 8.60 14-14 (181) 5.65 8.60 34-14

5.64 8.64 l}-3} 5.65 8.69 24-34 c2 D-x4 G° 5.64 8.68 14-24 (182) 5.65 8.68 24-24

5.65

5.64 5.65

8.75

8.71 8.71

2po

(183)

5.65 9.15 24-34 c

2 D-x2F»

(184) 5.65 9.19 24-34 c2 D-w4F* 5.64 9.17 l}-3} (185) 5.65 9.59 24-14 c

2 D-y2P° 5.64 9.60 14- 4 (186)

6.46

6.46 6.46

6.46

6.46

6.46

6.46

6.46 6.46

6.46

6.46

6.46

6.46

6.46

8.49 8.45

8.45

8.49 8.47 8.65

8.63

8.98 8.97

9.22

9.19

9.19 9.36 9.35

6.46 9.49

6.46 9.50

6.46 9.49

6.46 9.52

6.46 9.54

6.46 9.54

6.46 10.45

6.66

6.61 6.58

6.66

6.61

6.61 6.66 6.66

6.66

6.61

6.58 6.66

6.66

6.79

6.80

6.79

8.58

8.58

8.58

8.58

8.58

8.58 8.69

8.69

8.75

8.73

8.69 9.07

9.20

9.30 9.22

9.32

d

2 G-z2 H° (187)

d

2 0-z2F°

(188)

d

2 0-y20° (189)

d

2 a-x2 (}• (190)

d

30-x3H» (191)

d

2 a-w3 o° (192)

d

2 G-w3F

# (193) d^w2^

(194)

d

20-u2F# (195)

c4F-x4F°

(196)

c^-yV

(197)

c4F-xV

(198)

c4F-w*D°

c 4F-w*F"

(200) 4p_x

4po

(201)

Strongest Unclassified Lines of Cr II 6305.60

5913.87 4953.78

3814.00

3801.31 3778.69 3750.56

3711.39 3495.56

3198.00

4

31012

10 Cr IT

612

7 30

15

lto I I P 7.40 Anal B List B Hay 1941 5394.674

5433.548 4030.755// B 4033.073 B 4034.490 B 3324.761

3216.946

5341.065

5430.362

•5481 . 396 5407.434

5470.638

5516.771

5457.471 5505.869

5537.756

10

4 300R

150R

100R

10

8

20

10

4

5

8

7

12

5

0.00

0.00 0.00

0.00

0.00 0.00

0.00

2.39 2.27

3.06

3.06

3.06

24-34 a

6 S-z8 P° 21-21 (1) 24-34 a

6 3-z6Pe 24-2} (2) 2}-l}

2}-2} a

6S-z 4Pc 2$-l} (3)

2.11 4.42

3.13 4.41 2.15 4.41

2.13 4.42

2.15 4.41 2.17 4.41 2.15 4.42

3.17 4.41

3.18 4.41

(4)
46 REVISED

HU

L

T I P L E T TABLE

Laboratory I A >«f Int

Mn I oontlnuad

4041.361 4055.543 4063.538

4068.003

4070.379 4018.103

4035.738

4048.755

4058.930

4079.341 4083.638 4083.944

4079.433

3806.719

3833.513

3834.364

3841.083

3843.983 3790.315

3809 . 593 3833.893 3833.863

3839.777

3776.537

3799.259 3816.753

3829.680

3670.517

3669.838 3669.399 3639.14

3701.730

3692.812

3685.212

3678.46 3577.880

3586.543

3595.119 3607.537 3608.494

3610.399 3629.741 3623.792 3619.284

3330.668

B

3343.731

B 3351.424 C 3280.756

3311.905

3396.027

3308.785 3316.324

3254.039

B

3378.553

B

3396.882

B 3340.399

3364.711

Multlplet

(No) Laboratory I A Hef Int E P

Low High

Multlplet

(No)

3328

3236,

3248,

3256, 3260, 3212,

3230,

3243. 3252.

3258.

3206. 3226.

3240.

3351.

090

778 516

137 231 884

719

780 948

413 908

034

616

135 3044.567

3054.362

3062.119 3066.019

3070.266

3073.126

3082.053

3081.330

3079.637

4823.516

B 4783.420 B 4754.042 B 4370.875 B 3569.493

3547.802

3531.848

3569.804

3546.029 3531.998

3570.041 3548.202

3532.131 3176.495

B

3161.039

B 3148.179 B

5029.612

5043. Se9 4942.418

Laboratory I A Ref Int oontlnued

a43-z40°

(34)

(35)

3115.465

B 3108.635 B 3107.774 B

6491.713

6440.974

6384.669 6356.057

6413.92

6382.169

6349 . 748 6519.371 6443.492 6391.314

4431.933

4436.025

3463.748 3455.04

5377.638

5399.489 5413.687 4844.315

4843.19 4838.344

4835.593

4826.896 4863.054

4854.604

3936.467

B

3800.553

3785.431 3774.645

9343.39

9173.09 9114.03

9084.39

•4110.903 4133.757

4133.379 4105.365 4113.876

4045.133 4048.999

4052.473 4055.314

8740.93 8703.76

8673.97

8737.33 8701.05

8673.06

8734.60

8699.13

8670.93

7336.51 7302.89

7283.80 6605.546

6586.343 6570.834

4565.73

8431.30

8409.88

8395.87

7764.73

7733.34

7709.98 7706.53

7677.46

7680.23

7713.43 7734.43

7755.15

8929.73

8936.06

8901.0

9439.58

9476.57 9535.73

9336.47

9503.13

9633.03

8654.63

8659.38

ill E P

Low High

3.36

3.36

3.36

3.36

3.36

3.37

1584

(3)

(3)

(3) (1)

(3) (2)

(1)

Multiple

(No)

a4P-x4P«

(37)

(38)

b4D-z4

D«

(39)

I2>.

ill

6.54 6.54

X^-li

b4D-v6P° $-1 (40) 7.33 2*-34 ^D-x^F9 7.33 l|-3f (41)

3.83 6.12

3.84- 6.13

3.84 6.13

3i-li z4P°-e48 l|-l| (43)

10 3.83 6.97 3£-3£ z4P°-l z4P°-e4D l*-3* (45) 2|-2|z4D°-e4Dt

(59)
REVISED HULTIPLET TABLE

Laboratory E P

I A Ref Int Low High Mn I continued

9608.56

9676.50

9664.9

Strongest Unclassified Lines of Mn I

Multlplet

(No)

9666.3

8380.77 8313.43

7943.91 7347.83 5816.844

5780.189

5738.386

5551.985 4636.544

4605.363 B 4411.878 B

.4045.306 B 4036.435 B

3934.075

3801.907 3731.933

3718.930

3693.667

3676.959 3660.404 3430.795

3345.353

3330.693 3303.378 3398.334

3370.351 3368.733 3367.794 3337.414

3335.003

3333.968 3143.670

3101.557

3097.063

15

4040nl

35

15

(5)

C6)

(6)

(3)4

4

34"

35

3

3430n

,10n

(l5n 15n

4

5

8

IIIV

IVV

IVV

V

V

VV

V

V

IV

IVV

IVVV

V

IV

IVIV

IVV HIT

IV

Ite II I P 15.6 Anal C List A

3438.978

3460.039

4083.67

4174. 31 4338.79 4138.14

4305.37

4138.87 4307.33

4360.47 3441.983 A

3460.313 A

3474.134 A

20

8

(3?)

100

75

40

1.17 1.17

1.80

1.80

1.83

Aug 1941 3-3 a

58- z

7

I 3-3 (1)

4.79 4*76 4.74

4.76 4.74

4.79 4.76

4-4

3-3

3-3

4-3

3-3 3-4

3-3 1.84 4.74 1-3 1.77

1.80

1.83

5.35

5.37

5.38

4-3

3-3 2-1

(3)

a°D- E

s (3)

Laboratory

I A Ref Int Mn II continued

3474.037 3483.905

3488.676 3496.814

3497.536

3495.831

7415.78 7369.73

7347.73

7353.53 7330.54

7432.27 7387.10

4755.728

4764.7

4738.29 4730.361

4737.9 4343.987 4336.756

4393.246

4383.773

4284. 425 4325.1 4345.6

4300.197

3685.049 3708.06

3709.88

3717.53

3734.81 3706.91 3739.49

3735.29 3686.30 •3509.971 3483.06

3457.809

3449.5

3446.0

5303.330

5399.378

5396.968

5395.393

5394.316 3466.336

3465.037

3464.043 3463.330

3463.878

4306.375 A

4259.203 A

4353.03 C 4344.26 C

3029.041 A

3039.551 A

3046.266 A

50

4040

2025

40

On

2N

(3)ON

(1)ON

On

ill -IN

(1)On

50

40

30

30

25

20

15

10

98

76

5

E P Low High

,80 ,82 ,84

,83 ,84 1.85

3.70

5.37

5.37

5.36 5.35

5.35

5.37

5.37

5.36 5.35

5.37

5.37

5.36

5.35

5.35

5.37

5.37

5.36

5.37 5.37

5.37 5.36

5.35

5.35

5.35

5.37 5.38

5.37 5.38

5.35

5.37

7.97 7.96

7.96

7.96

7.96

8.21 8.23 8.33

8.23

8.23 8.23

8.21 8.23

8.31 8.27

8.36 8.36

8.73

8.70

8.68 8.67

8.66 8.70

8.68

8.67

8.73

8.89 8.93

8.93

8.93

8.93

5.35 9.43

5.37 9.43

5.38 9.43

9.82 12.15 9.82 13.15 9.83 13.15 9.83 13.15 9.83 13.15 9.83 13.38 9.83 13.38 9.83 13.38 9.83 13.38 9.83 13.38

Multlplet

(No)

i 5D- s 5P° cont

3-3

3-3

1-1 3-3

1-3 0-1

3-3 a

5P- z 5P° 3+3 (4) 1-1 3-3

2-1 2-3

1-2

5-6 a

5F-E50° 4-5 (5) 3-4

2-3

1-2 a

aF-z°F°

(6) 5-5 4-4

3-3

2-2

1-1 5-4

4-5

3-4 5-4 a

5F-z5 D° 4-3 (7) 3-2

2-1 5-5 4-4

3-3

2-2

1-1 5-4

4-3

3-2

4-5

5-4

4-3

3-2

3-1

1-0

3-3

3-3

1-3

3-

3-

1-

3-

3-

1-

5F-y5F°

(8)

F-yV

(9)

sDpo_ e bg

(10)

e

7D- z

7F°

(11)

(12 ,rV

Laboratory

I A Ref Int

Mn II oontlnued

6123.438 6125.855

6138.735 6130.794

6131.917

6133.799

6136.310 6139.033

6131.005

6123.164

6136.516

6129.255

3800.340

3801.633 3803.958

3803.881 3804.476

6105.381 6050.446

6008.395

6107.393

6051.860 6009.398

6108.8 6053.893

6009.963

6463.637

6463.195

6463.799 6463.454

6463.310

3050.661 3043.133 3034.810

.3033.591 3059.064

3049.037

3134.819 A

3135.507 A

3136.315 A

4035

30

15

158

1010

5 -1

3

3

1

4530.034 A

4510.310 A

4496.989 A

4639.150 A

4647.585 A

4653.816 A

6446.381 A

13

10

7

5

3

35

6

6

410

8

E P

Low High

10.14

10.14 10.14

10.14 10.14

10.14

10.14

10.14

10.14

10.14

10.14

10.14 10.14

10.14 10.14

10.14

10.14

10.14 10.14

10.14

10.31 10.29

10.28

10.31 10.39

10.28

10.31 10.29 10.28

12.16

13.16

12.16 13.16

13.16 13.16

12.16

12.16

12.16 13.16

13.16

13.16

13.39

13.39 13.39

13.39

13.39

14.08 14.08

14.08

13.33

13.33

13.33

13.33

13.33

13.33

13.33

13.33

13.33

10.63 13.35

10.61 13.35

10.60 13.35

10.73 13.39

10.73 13.39 10.74 13.39

50N 13.15 14.06

13.16 14.06 12.16 14.06

12.16 14.06

12.16 14.06

12.16 14.06

47 Multlplet

(No)

4-5 e 5D-x 5r° 3-4 (13) 2-3

1-2 0-1

4-4

3-3

2-2

1-1 4-3

3-3

3-1 4-5 e 5 D- v SF 3-4 (14) 2-3

1-2 0-1

4-5 e

5D-r5F°

3-4 (15) 3-3

(16) 4-5 y'P°-f'D

3-4

2-3 4-4

3-3 2-2

4-3 3-2

2-1

4-3 I

7 P°- g7 B 3-3 (17) 2-3

3-2 w

5P°- g58 3-3 (18) 1-3

6- z

7 F°- f

7 (1?) 5-6 x

5F°- fS»

4-5 (30) 3-4

3-3

1-3

2-3 3P- 3P° 1-1 (31) 3-1

1-0

1-3 0-1

Measures Inadequate for preparation of list of strongest unclassified lines of Mn II.
«e REVISED aULTIPLET TABLE

Laboratory E P J Uultlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multlpl*

(Ho) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Fe I I P 7. 858 Anal A List A Feb 1943 Fe I continued Fe I continued

5166.286 J 4 0.00 3.39 4-5 a

5D-r7 D° 8047.80 15 0.86 2.39 5-5 a

5F-r7 D° 3850.830 B 13 0.99 4.19 3-2 a5y_t3pt cont 5221.43 P 0.05 3.41 3-4 (1) 8204.10 P © 0.91 2.41 4-4 (13) 3814.526 J 5 1.01 4.34 1-1 5247.053 V 1 0.09 3.44 3-3 8310.98 P 0.95 2.44 3-3 3876.043 J 4 1.01 4.19 1-2 5254.956 V 1 0.11 3.46 1-3 8382.33 P © 0.99 2.46 2-2

5250.312 V 1 0.13 3.47 0-1 8435.89 P © 1.01 2.47 1-1 3581.195/7 B 350R 0.86 4.30 5-6 a5F-z5<yi (23) 5110.414 B 10 0.00 2.41 4-4 7913.866 E 6 0.86 2.41 5-4 3647.844 B 100R 0.91 4.29 4-5 5168.901 B 4 0.05 3.44 3-3 8075.13 4 0.91 2.44 4-3 3631.464 B 125R 0.95 4.35 3-4 5204.582 J 2 0.09 2.46 3-3 8204.93 P © 0.95 2.46 3-3 3618.769 B 125R 0.99 4.40 2-3 5325.533 V 1 0.11 3.47 1-1 8307.61 P © 0.99 2.47 2-1 3608.861 B lOOr 1.P1 4.43 0.86 4.29

1-2 5-5 •5060.079 T (l) 0.00 3.44 4-3 8349.05 P © 0.91 2.39 4-5 3589.107 B 8 5127.68 P £ 0.05 3.46 3-3 8447.63 P © 0.95 2.41 3-4 3585.708 J 20 0.91 4.35 4-4

3-3 5175.71 P 0.09 3.46 3-1 3585.320 B 30 0.95 4.40 6358.693 I 3 0.86 2.80 5-6 a

5F-z7F° 3586.985 30 0.99 4.43 2-3 5-4

4-3

3-2

4375.933 B 9 0.00 3.82 4-5 a5D_i7j.o m6463.73 P Fe 0.91 2.82 4-5 (13) 3528.94 P 0.86 4.35 4427.312 B 10 0.05 2.84 3-4 (3) 6547.58 P 0.95 2.84 3-4 3540.709 J 3 0.91 4.40 4461.654 B 8 0.09 2.85 3-3 6609.68 P © 0.99 2.85 2-3 3554.123 J 4 0.95 4.43 4482.171 J 4 0.11 2.66 1-3 6648.06 P © 1.01 2.86 1-2

4489.741 B 3 0.13 2.87 0-1 6280.625 I 2 0.86 2.82 5-5 3513.830 B 30 0.86 4.37 5-5

4—4 a5F-z30»

(34) 4347.239 V (l) 0.00 2.84 4-4 6400.335 V (3) 0.91 2.84 4-4 3521.264 B 25 0.91 4 . 43 4405.02 P © 0.05 2.85 3-3 6498.950 V 5 0.95 2.85 3-3 3526.167 J 15 0.95 4.45 3-3

5-4

4-3 4-5

3-4

2-3

4445.48 u

iil 0.09 3.86 3-2 6574.338 V 3 0.99 2.86 2-2 3466.501 V 3 0.86 4.43 4471.68 p 0.11 3.87 1-1 6635.04 V 1 1.01 8.87 1-1 3483.006 a 3 0.91 4.45 H4325.74 p Fe 0.00 3.85 4-3 6331.661 u (-) 0.86 2.84 5-4 3570.100 100R 0.91 4.37 4389.344 J 3 0.05 2.86 3-3 6353.84 p © 0.91 2.85 4-3 3565.381 B 60r 0.95 4.43 4435.151 J 2 0.09 2.87 3-1 6464.67 p 0.95 2.86 3-2 3558.518 B 30 0.99 4.45 a 44 66. 57 p Fe 0.11 2.87 1-0 6551.68 p © 0.99 2.87 2-1 4216.186

4206.702

B

J

8

3 0.000.05

2.93 2.99 4-4

3-3 a5n_i7po

(3)

6613.83

5956.703

p

J

1 1.01 3.87 0.86 3.931-0 5-4 a5F-i7p»

3359.496 3356.332

3355.517

VV

V

2

1 (1)

0.86 4.53

0.91 4.59 0.95 4.63 0.91 4.53 0.95 4.59 0.99 4.63 0.95 4.53 0.99 4.59

5-4

4-3 3-2

4-4

3-3

2-2 3-4

3-3

a5F-y3F°

(35) 4199.97 4134.343 4149.76

•4391.466 4358.330

WV

p

IJ

ill

4

3

0.09

0.00

0.05

0.05

0.09

3.03 2.99

3.03

2.93

2.99

3-3

4-3 3-3

3-4

3-3

R •5949.35

•5958.33 6130.35

5369.541

V

p

p

I

ill©

60

0.91 3.99 0.95 3.03

0.91 3.93 0.86 3.20

4-3 3-2 4-4

5-4

(14)

a5F-z5D°

3410.905

3396.386

3384.80

3452.273

•3426.383

V

V

pa

j

lii©7

10

5 3859.913 B 300R 0.00 3.30 4-4 a

5 D-r5D° 5338.043

5371.493

IB5050 0.91 3.33 0.95 3.25

4-3 3-2

(15) •3404.301 V 3 1.01 4.63 1-3 3886.284

3899.709

3906.482 3824.444

3856.373 3878.575

3895.658 3933.914

3930.399

B

B

BB

BB

BB

B

40R

30R

850r

50r

lOOr 35r

35R

35R

0.05

0.09

0.11 0.00

0.05

0.09

0.11 0.05

0.09

3.23 3.35

3.27

3.23 3.25

3.37

3.38 3.30

3.33

3-3 2-2

1-1

4-3

3-2

2-1

1-0 3-4

3-3

(4) 5405.778 5434.537

5397.131 5429.699

5446.920

5455.613

5501 . 469 5506.783

5497.519

BB

B

B

B

BB

B

B

4030

40

4040

40

12

1815

0.99 3.27

1.01 3.28

0.91 3.20 0.95 3.23 0.99 3.25

1.01 3.27 0.95 3.20

0.99 3.23

1.01 3.25

3-1

1-0 4-4

3-3

3-2

1-1 3-4

3-3

1-2

3401.521 3396.978

3397.643

3443.673

3437.003 3417.373

3473.497 3446.947

AA

V

JJ

JV

u

64

2k

0.91 4.54

0.95 4.59 0.99 4.63

0.95 4.54

0.99 4.59

) 1.01 4.63 0.99 4.54

1.01 4.59

4-3

3-2

2-1 3-3

2-2

1-1 2-3 1-2

a

5F-y5P°

(36)

3937.933 3920.260

B

B 30R

30r

0.11 0.123.35 3.271-2 0-1 5013.071 B 12 0.86 3.32 5-5 a

5F-z5F° 3345.984

3230.09

V

p

(2)©

0.91 4.71 0.95 4.77

4-3

3-2 a5F-y3D°

(37) 3719.935

3737.133

3745.561 3748.264

3745.901 3679.915

BB

JBJ

B

350R

150R 100R

60R

40r

40r

0.00

0.05

0.09

0.11 0.12

0.00

3.32

3.35

3.38 3.40

3.42 3.35

4-5

3-4

2-3

1-3 0-1

4-4

a5D-z5F°

(5)

5051.636

5083.343

5107.453 5133.733

4939.690

4994. 133 5041.074

B

BJ

BB

B

J

10

766

4

87

0.91 3.35

0.95 3.38 0.99 3.40

1.01 3.43 0.86 3.35

0.91 3.38 0.95 3.40

4-4

3-3 2-2

1-1 5-4

4-3

3-2

3-1 4-5 3-4

3-3

1-2

(16) 3223.853 3283.430 •3857.244

3241.50

3311.451 3275.24

V

V

Vp

V

p

ii!2

iil

0.99 4.81 0.95 4.71 0.99 4.77

1.01 4.81 0.99 4.71

1.01 4.77

2-1 3-3 2-2

1-1 2-3

1-3 3705.567

3733.564

3733.319 3649.304

3683.054

3707.838

B

B

B

JQ

V

lOOr

50r

40r

51030

0.05

0.09

0.11 0.00

0.05

0.09

3.38

3.40

3.43

3.38

3.40 3.43

3-3

3-3

1-1 4-3

3-3

3-1

5079.743

5137.363 5142.933

5150.843 5151.915

J

BJ

BJ

4

5

6

6

4

0.99 3.42

0.91 3.32 0.95 3.35

0.99 3.38

1.01 3.40

3057.446

3067.344

3075.731 3083.743

3091.578

A

A

A

A

A

40R 30r

25r

20

20

0.86 4.89

0.91 4.93 0.95 4.97 0.99 4.99

l.Ol 5.00

5-4

4-3 3-3

3-1

1-0

a5F-x5D«

(28)

3440.610

3440.989

3443.878 3490.575

3475.450

3465.863

3526.039 3497.843

JJAA

A

JA

150R 75R

50r

lOOr

70r 60r

20

40

0.00

0.05

0.09 0.05

0.09

0.11 0.09

0.11

3.59 3.64

3.67

3.59 3.64

3.67

3.59 3.64

4-3 3-3

3-1

3-3

2-2

1-1 2-3

1-2

a5 D-z5P°

(6)

m4611.35

4598.33 4597.06

4687.30

4653.49 4633.05

4744.64

4690.38

PP

P

P

P

P

PP

Fe©©

©

©

©

©

0.91 3.59 0.95 3.64

0.99 3.67 0.95 3.59 0.99 3.64

1.01 3.67

0.99 3.59

1.01 3.64

4-3

3-3

3-1 3-3

3-3

1-1 3-3

1-3

a5j._ £5po

(17)

3099.968

3100.666 3100.304

3099.898

3134.111 •3135.653

•3116. 633J

•2984. 785J

Va

a

VA

GA

V

1530

3020

1015

1310

0.91 4.89 0.95 4.93

0.99 4.97

1.01 4.99 0.95 4.89 0.99 4.93

l.Ol 4.97

0.86 4.99

4-4

3-3 3-2

1-1 3-4

2-3 *-3 5-4 a5F-y7P° 3476.704 3193.214

3184.896 3180.756

3143.242

3151.867 3236.223

3214.396

A

V

A

V

VA

40

10

75

3(1)8

8

0.13 0.00

0.05

0.09 0.00

0.05

0.05

0.09

3.67

3.86

3.93

3.97

3.93 3.97

3.86

3.93

0-1 4-4

3-3 2-2

4-3 3-3 3-4

2-3

a

5D-z3F°

(7)R

4100.745

4093.512

4096.21 4177.597 4152.172

4139.933 •4239.847

4197.10

4169.09

JV

P

JJ

J

J

P

P

3

(1)©

44

33©©

0.86 3.86

0.91 3.93 0.95 3.97

0.91 3.86

0.95 3.93 0.99 3.97 0.95 3.86 0.99 3.93

1.01 3.97

5-4

4-3

3-3 4-4

3-3

2-2 3-4

3-3

1-3

»5F-z3F°

(18)

3045.077

3092.785

3025.283

3078.014

3117.63

3057.80 3102.64 m3134.15

2999.512

VVW

pp

pA

52

34

1©

©

30R

0.91 4.96 0.95 4.94

0.91 4.99 0.95 4.96

0.99 4.94

0.95 4.99

0.99 4.96

1.01 4.94

0.86 4.97

4-3

3-2

4-4

3-3 2-2 3-4

3-3

1-2 5-5

(39)

a5p_x5j«« 3191.659 3197.00

3200.790

A

V

V

7

(3)2

0.00

0.05

0.09

3.87

3.91 3.94

4-3

3-2

2-1

•

5D-z3 D°

(8) 4174.917 4172.749

4173.926

4237.085

4218.12

J

J

J

u

p

V

pp

5

4

3

(2)

0.91 3.87 0.95 3.91 0.99 3.94

0.95 3.87

0.99 3.91

1.01 3.94

0.99 3.87

1.01 3.91

4-3 3-2

a

5F-t3D

# (19)

3009.570

3018.983

3036.463

ca25r

15r

15

0.91 5.01 0.95 5.04

0.99 5.06

4-4

3-3 2-3

(30)

3234.614

3226.727

Q

V

7

2 0.05

0.09

3.87

3.91

3-3 2-2

3-1 3-3 3031.638 3969.474 a

a

15

10 1.01 5.08 0.86 5.01

1-1 5-4

B3219.77 3265.046

3246.005

Pa

a

Fe

88

0.11 0.09

0.11

3.94

3.87

3.91

1-1 2-3

1-2

4203.570

4283.87 4248.40

(1)©7©

3-3

1-1 2-3

2987.293

3003.031 3016.186

A

Ca

10

10

12

0.91 5.04

0.95 5.06 0.99 5.08

4-3

3-3

2-1 3229.123 4 0.12 3.94 0-1 1-3 3040.428 c IS 0.91 4.97 4-5

3020.643

3021.074 3020.495

3017.628

V

Va

200R

150R

100R

15r

0.00 0.05

0.09

0.11

4.09 4.14

4.17

4.30

4-4

3-3 2-2

1-1

a5D-y5 D°

(9)

3820.428 3835.884

3834.335

3840.439

3849.969

IB

BBB

BBB

B

BB

K

250R 300R

lOOr 80r

40

1560

60

30

5

810

0.86 4.09 0.91 4.14

0.95 4.17

0.99 4.20

l.Ol 4.21 0.91 4.09 0.95 4.14 0.99 4.17

1.01 4.30 0.95 4.09 0.99 4.14

1.01 4.17

5-4

4-3

3-2

2-1

apT-y5T)<

1 (30)

3041.745

3042.666

3042.020 3014.176

V

a

a

V

1515

15

3

0.95 5.01 0.99 5.04

1.01 5.06 0.95 5.05

3-4

2-3

1-3

3-2 i5F-r5S» 3983.574

3994.437

3000.950

a

AA

K

135R

100R* 100R 60R

100R

100R 80R

50R

0.00

0.05

0.09

0.11 0.05

0.09

0.11 0.12

4.14

4.17 4.30

4.31

4.09 4.14

4.17

4.30

4-3 3-2

2-1

1-0 3-4

2-3

1-2 0-1

3887.051 3878.031 3873.504

3865.538

3940.883 3917.185

3898.013

1-0

4-4

3-3 2-3

1-1 3-4

3-3

1-3

3037.782

•3053.443

8916.36

7180.020

7494.73

Vu

F

V

p

2

(3) 0.99 5.05l.Ol 5.05 2-2

1-2

2-3 I 4-4 I 3-4

(31)

3008. 139 3059. 0e6 3047.605

30::7.388 3035.843

1

1©

1.60 2.99

1.48 3.20

1.55 3.20

i3F_i7p.

l3F_t5n»

(33) 3966.901 2973.236

2972.137

•£070.106

2065.355

3953.940

2957. 36S

a

V

V

AA

A

135R 60R 60R

40R

3050R

30R

0.00

0.05

0.09

0.11 0.12

0.09 0.11

4.16

4.30

4.34

4.36

4.38 4.26

4.28

4-5

3-4

3-3

1-2 0-1

2-2

1-1

aSD_y

5F» t (10)

3734.867

3749.487 3758.335

3763.790

3767.194

3687.458 3709.346

3737.621

B

B

B

B

BB

B

300r

300R

150R

lOOr 80r

40r

75r

50r

0.86 4.16

0.91 4.30 0.95 4.34

0.99 4.36

1.01 4.36 0.86 4.30

0.91 4.34 0.95 4.36 0.99 4.38 0.91 4.16 0.95 4.30 0.99 4.34

1.01 4.36

5-5 4-4

3-3

3-3

1-1 5-4

4-3 3-3

3-1 4-5

3-4

3-3

1-2

^F-ySp

(31) 6710.31

6844.67

6939.96 6581.33

6739.54

6851.64

6483.95

Vp

p

VV

pp

3

1

3

1

1©

1.48 3.33

1.55 3.35

1.60 3.38

1.48 3.35

1.55 3.38

1.60 3.40

1.48 3.38

4-5 aSr-z5!* 3-4 (34) 3-3 4-4

3-3 3-3

4-3 2981.446

106 9.364

2e4 2986.456

299 4

A

a

VV

20r

40R

512r

3

0.05

0.09

0.11 0.09

0.11

4.19

4.24

4.27

4.19 4.34

3-2

2-1 1-0

3-3

1-1

a

5D-z3P«

(11)

3743.364

3798.513

3799.549 3795.004

3787.883

a

B

B

B

B

30

40

5060

50

6665.43

6801.87

5853.18 5171.599

pp

V

B

©

©

(1) 30

1.55 3.40

1.60 3.43

1.48 3.59

1.48 3.86

3-3

2-1

4-3 a 4-4 a

3F-«5P»

3J3HF-z3F«

V 15r

100R» 0.11 0.12

4.19 4.34

1-2 0-1 3812.964 3790.095

3786.678

BJ

40

13

8

0.95 4.19 0.99 4.34

1.01 4.37

3-2 *5»_z 3i>o 3-1 (33) 1-0

5194.943

5316.378

5041.759 5107.645

IB

B

J

10

1010

8

1.55 3.93

1.60 3.97

1.48 3.93

1.55 3.97

3-3 3-2

4-3 3-2

(36)

5333.903 J 4 1.55 3.86 3-4 5307.365 B 3 1.60 3.93 2-3
REVISED 1IULTIPLET TABLE

Laboratory

I A Ref Int

Fe I continued

5167.491 5237.192

5370.360

5328.534 5341.026 5446.87

4733.596

•4773.817 4798.736

4643.30

4868.38

4867.53 4603.944

4654.501 4680.397 4531.153 4593.855

4633.915

4473.53 4547.033

4603.005

4674.65

4673.83 4765.485

4383.547 4404.753

4415.135

4394.138

4337.049 4367.906

4339.760

•4291.466 4371.764

4307.906

4335.765

4202.031 4350.790

4147.673

4045.815

4063.597

4071.740

3969.361 4005.246

4143.871 4132.060

4032.636

4064.46 4090.34 •4130.035 D4133.94

4200.78 3815.842

3827.825

3841.051 3902.948

3888.517

3966.066 3615.66

3647.437 3666.944

3571.228 •3612.940

3643.82

3693.78

•3702.500 3514.48

3541.22 3636.50

3588.23

3670.23 •3534.914

3493.39 •3534.914

3564.11 3463.305

3513.065

3549.868

•3171.353 3187.68

3202.66 3129.334

3161.370

•3179.479$

3068 . 927

3138.40

3081.83 3135.03

3154.11

B

B3B

BP

B

BV

PP

P

BJ

JB

B

JP

J

J

P

PV

B

B

BB

B

J

J

IB

BB

B

B

B

BH

H

B

B

BB

VW

P

U

PP

BB

B

BB

BW

JUV

J

p

p

Jp

p

p

pp

w

D

wV

u

J 3271.693 V

3299.511 V 3335.513 V 3331.599 V 3381.83 P 3313.723 V

3223.273 V 3272.60 P 3293.146 V

4040

30

1530

Te

4

3

(1)©

©

©

9

5

(3)8

5

2©

Si!©

©

(i) 45r

30

20

1510

2

(1)4

3535

3530

35

1060r

45

4030

35

30

35

4

(3)©

(1) Fe©

lOOr

75r 80r

3030

10

(1)

3(1)

2

1(1)©

1©

©

©

©©

(l) (l)

jl)

(l)2

(1)4

(1)

(1)

(1)Q

(1)

©

5

4

(1)

(-)©

©

©

©

E P Low High

1.48 1.55

1.60

1.55

1.60

1.60

1.48 1.55 1.60

1.48 1.55

1.60

1.48 1.55

1.60

1.48 1.55

1.60

1.48 1.55

1.60. 1.55

1.60

1.60

1.48 1.55

1.60

1.48 1.55

1.60

1.48 1.55

1.48 1.55

1.60

1.48 1.55

1.48

1.48 1.55

1.60

1.48

1.55 1.55

1.60

1.48

1.55 1.60

1.55

1.60

1.60

1.48 1.55

1.60 1.55

1.60

1.60

1.48 1.55

1.60

1.48 1.55

1.60 1.55

1.60

1.48

1.48 1.55

1.55

1.60

1.48 1.48 1.55

1.60

1.48 1.55

1.60

3.87

3.91 3.94

3.87

3.91 3.87

4.09 4.14

4.17 4.14

4.09 4.14

4.16

4.20 4.34

4.30

4.34

4.36 4.24

4.26

4-28

4.19 4.24

4.19

4.29 4.35

4.40

4.35

4.40

4.43

4.40

4.43

4.37

4.42

4.45

4.42 4.45

4.45

4.53

4.59 4.63

4.59

4.63

4.53

4.59 4.54

4.59 4.62 4.54

4.59 4.54

4.71

4.77

4.81

4.71 4.77

4.71

4.89

4.93

4.97

4.93

4.97

4.99 4.89

4.93

4.99

4.96 4.94

4.99 4.96

4.97

5.01 5.04

5.06 5.04

5.06

5.08

Multlplet

[Ho)

4-3 a

3F-z3 Dc 3-3 (37) 3-1

3-3 2-2

3-3

a3p_y5D

o (38)

i3F-y5F

(39)

4-4

3-3 2-2

4-3 3-4

2-3 4-5

3-4

2-3 4-4

3-3 2-2

4-3 3-3

3-1 3-2 a3F-z3 P° 2-1 (40) 2-2

a

3F-z5 Ge (41) 4-5 3-4

2-3 4-4

3-3

3-2

4-3 3-2 4-5 a

3F-z3 G° 3-4 (43) 2-3 4-4

3-3

4-3 4-4

3-3 3-3

4-3 3-3 3-4

3-3

4-3 3-3

2-1 3-3 3-3

3-3

4-3 3-2

2-1 3-3 2-2

2-3 4-4

3-3

2-2 4-3

3-2

3-1 3-4

3-3 4-4

4-3 3-3 3-4

3-3

4-5 4-4

3-3 3-3

4-3

3-3

3-1

'f-^f

(43)

a3F

_y5pe

(44)

a3F-y3 D°

(45)

a3F-x5D°

(46)

i3F-y7P°

(47)

a

3F-x5F°

(48)

1.48

1.55

1.55

5.35

5.39 5.35

4-3

3-3

3-3

a

3F-x5P°

(49)

1.48 1.55

1.60

5.30

5.31 5.33

4-5 3-4

3-3

a

3F-y5G°

(50)

1.48

1.55

5.31 5.33 4-5

3-4

a

3F-z5H°

(51)

1.48

1.55 1.60

1.48 1.55

1.60

5.37

5.43 5.45

5.43 5.45

5.48

1.48 5.50

1.55 5.48

1.48 5.48

1.55 5.50

1.60 5.51

3-3 4-4

3-3

3-3

4-3

3-3

3-1 4-3

3-4

4-4

3-3 3-3

a

3F-w5D° (52)

a3F-v5D°

(53)

Laboratory

I A Ref Int Fe I oontlnued

3007.146

3055.263

3068.175

3060.984

3093.806

3000.452 3041.639

3067.123

2988.468

3029.237 2976.50

812

10

6

2

3(1) 2962.11 W (2) 3004.62 W jl) 3034.51 W (2n)

3128.901 1.55 5.49 3-2 a

3F-

(54)

11973.01

11882.80

11884.12 11638.25

11607.57

11689.98 11374.02

11422.30

11593.55

10395.75

10340.77 10379.01

10155.18 10167.4

10265.23 9987.88

10058.38 8688.633 8514.075

8468.413

8387.781 8337.063

8834.327

8661.908

7367.00

7101.38 7037.04

6430.851 6335.335

6297.800 6265.140

6219.390

6213.438 6151.634 6136.999

6173.343

6063.89 •6021.83 6015.35

5958.34

5943.58

5963.25 5881.76

5893.80 6097.08

6009.45 m60l3.31

6163.560 6083.718

6340.656 m5334.30

5143.73 5103.34

5303.339

5145.105 5131.475

5098.703 5079.226

5250.650 5198.714

4847.09 4771.702

4745.129 4731.77

4700.42

•4889.009 4817.773

4528.619 4494.568

4483.257

4459 . 131 4443.343

4447 . 733 4407.714

4408.419 4430.618 4371.00

4447.134

4518.58

4413.43 4478.040 4443.835 4338.360

4324.961

4339 . 54 4393.13

4292.293 4308.54 m4259.95

4371.65

D

D

D

D

DD

D

D

DF

F

P

PF

PP

PE

EE

E

E

E

E

P

P

P

B

B

IB

IIL

J

J

V

wp

p

pV

p

p

pp

p

V

V

Ip

pp

B

TJ

J

J

BB

PJ

D

P

P

u

8

7

3

7 138

36

5

8

4©©

1©

1500

150 300 1200

1300 350

600

Tl©

111©

ii!

18

136

10

13

9

566

E P Low High

1.48 1.55

1.60 1.55

1.60

1.48 1.55

1.60

1.48

1.55

1.48

1.48 1.55

1.60

3.17

3.19

3.31

3.17

3.19

3.31

3.17

3.19

3.21 3.17

3.19

3.31 2.17

2.19 2.21

2.17

2.19

2.17

3.19

2.31

2.17 3.19

3.19

3.31

5.58

5.59 5.63

5.58

5.59

5.59 5.61 5.63

5.61 5.63

5.63 5.64

5.66

5.67

3.30

3.33 3.35

3.33

3.25

3.27 3.25

3.27

3.28 3.35

3.38 3.40

3.38

3.40

3.42

3.40

3.43

3.59 3.64

3.67

3.64

3.67

3.59 3.64

3.17 4.53

3.19 4.59

3.21 4.63 3.17

3.19

3.31 3.17

3.19

2.19

2.31

3.17

3.19

3.31 3.17

3.19

3.19

2.31 3.17

2.19

2.21 2.17

2.19

2.21 2.17

2.19

2.21

2.17

(2)Hn? 2.19 © 2.21 © 2.17

(1) 2.19

(2) 2.17

IS

©©

(1) Fe©

2.17

2.19

2.21 2.17

2.19

2.21 2.17

2.19

4.54

4.59 4.62

4.59

4.62 4.54

4.59

4.71

4.77

4.81

4.77

4.81

4.71 4.77

4.89 4.93 4.97

4.93 4.97

4.99

4.97

4.99

5.00

4.99 4.96

4.94

4.96 4.94

4.94

5.01 5.04

5.06

5.04

5.06

5.08

5.06

5.08

4-3 3-2

2-1

3-3 2-2

4-5 3-4

2-3 4-4 3-3

4-3

4-5

3-4

2-3?

Multlplet

(No)

a

3 F-x3D°

3-4

2-3

1-2

3-3 2-3

1-1 3-3

3-1

1-0 3-4

2-3

1-2 3-3

2-2

1-1 3-2

2-1 3-3

2-2

1-1 3-2

2-1 2-3

1-2 2.17 3.86 3-4 2.19 3.93 2-3

2.21 3.97 1-2

3-4

2-3

1-2

3-3

2-2

1-1

3-2

2-1

1-0 3-4

2-3

1-2

3-3 2-2

1-1 3-2

2-1 3-2

2-1

1-0 3-3

1-1

1-3 3-4

2-3 1-3

3-3 3-3

1-1 3-3

3-1 3-3

1-3

3-3 3-3

1-1 3-3

3-1 3-3

1-3

(55)

a

3 F-y3 G°

(56)

a

3F-x5G°

(57)

a

aP-z=D°

(58)

5 P-z5F°

(59)

a

5P-z 5P°

(60)

a

5P-z3F°

(61)

a

5 p_y5l)C (63)

a5P-y5F°

(63)

a

aP-z°P°

(64)

j5p_y3F

o (65)

a5p_y

5pe

(66)

5P-y3I (67)

3-4 a

5P-x5D° 3-3 (68) 1-3

3-3 3-3

1-1

3-3 3-1

1-0 3-4

3-3

1-3

3-3 3-3

3-3

3-4

3-3

1-2

3-3 2-2

1-1 3-2

3-1

i5P-y7P°

(69)

a5P-x5F°

(70)

Laboratory

I A Ref Int Fe I continued

4283.406 B 4315.087 B 4352.737 B 4001.666

3977.743 3974.766 3949.954

3943.339

4030.194

4009.714

3776.454

3781.188

3792.834

3756.069

3764.21 3779.486

3739.317

3751.09 •3731.378 m3736.89

3739.120

•3703.500

3711.30

3725.65 3687.100

3698.03

•3612.940

3638.094

3618.96 3604.96

3593.881 •3636.186

3654.66 3497.110

3497.15 3509.870

3475.651 3485.343 3518.86 3531.833

3463.353 3486.556

3437.131 3445.151 3451.915 3434.384

3438.193 3417.843

3407.53 3394.583

•3436.383 3436.637 3477.850

3447.278

3450.328 3471.27

3407.461 3404.357

3415.530

3383.981 3392.304

3373.070

3383.403

3853.574 I 3816.340 J 3807.534 G

•3790.756 J 3778.697 J

3774.833

3753.610 G 3746.486 J 3768.030 J

3386.755

3384.588 3392.590

3265.616

3271.002

3305.971 3306.356

3707.918 G

3732.399 B 3760.534 G

3393.652 G 3399.336 -A 3406.803 J 3379.017 G •3383.692 G 3413.135 A

3422.656 G

3327.961 V

3346.942 V 3366.870 V 3389.748 V 3343.243 V 3351.529 V 3374.231 V

13

10

9

513

(1) 10

3

(3) 10

647

1(1)

56

13

6

(1)

11©

3

1G

3 Fe

1

1

2

810

6

11

(1)3

(1)

10

(l)6

7

(3)3

2(1)

20

20

10

10

812£

5

5d

5(3)810

5

20d

6

4

3

3

15

15

6

6

515

7

(1)

15

2

(1)

2

(1)

20

5815

1520

20

E P Low High

2.17 5.05 2.19 5.05

2.21 5.05

2.17 2.19

2.21 3.17

3.19

2.19

2.21 2.17

2.19

2.21 2.17

2.19

3.21 2.17

2.19

2.21

2.17

2.19

2.21 2.17

2.19 2.31

3.17

2.19

5.25

5.29

5.32

5.29 5.32 5.25

5.29

5.48 5.49

5.43 5.45

47

4547

4847

48 2.17

2.19

3.21 2.17

2.19 2.21

2.17

2.19

5.48 5.50

5.51 5.50

5.51 5.53

5.51

5.53 3.17 5.49

2.19 5.49

2.21 5.49 2.17

2.19

3.31

2.17

2.19 2.19

2.21 2.17

2.19

2.21

3.17

2.19

2.19

2.21 2.19

2.21

5.5e

5.59 5.62

5.59

5.62

5.58

5.59

5.75

5.75

2.17

2.19

2.21 2.17

2.19 2.21

2.17

2.19

5.77

5.77

5.79 5.77

5.79 5.82

5.79 5.82

5.77

5.79 5.76

5.77

5.79 5.77

5.79

5.81 5.83

5.81

5.83 5.83

2.17 5.62 2.17

2.19

2.21 2.17

2.19 2.19

2.21

5.80

5.82 5.84

5.82

5.84

5.80 5.82

2.17 5.85

2.19 5.85

2.21 5.85

2.19 5.87

2.21 5.87

49 Multlplet

(No)

3-2 a

DP-z DS° 2-2

1-2

(71)

i 5 P-x5P°

(72)

a

D P-w=Dc (73)

2.17

2.19

2.21 2.17

2.19

3.19

2.21

5.92

5.95

5.96

5.95

5.96

5.92 5.95

3-3

2-2

1-1 3-2

2-1 2-3

1-2 3-4

2-3

1-2

3-3 2-2

1-1 3-3

3-1 1-0

3-4 a

5P-w5F° 2-3 (74) 1-2 3-3 2-2

1-1 3-2

2-1 3-4 aSp-v5!) 2-3 (75) 1-2

3-3 2-2

1-1 3-3

2-1

3-2 a

5 P-y5S° 3-2 (76) 1-2

3-3 a

5 P-x3 D° 2-2 (77) 1-1 3-2

3-1

3-3

1-3 aSp-w5 ?' (78) 3-3

2-2

1-1 3-2

2-1

2-3

1-2

2-1 a

5P-z-S°

(79)

3-4 a5 P-us D

c 2-3 (81) 1-2 "• 3-3 2-2

1-1 3-2

2-1

3-2 a

5P-y3 P° 3-1 (82) 1-0 3-3

1-1 1-3

3-4 a

5P-x3F° 2-3 (83) 1-2

3-3 2-2

3-2

3-4 a

5 P-z 2H° ,(84) 3-3 a^P-w-V

2-2 (85) 1-1 3-2

2-1

2-3

1-2 2.17 5.87 3-4

3-2 2-2

1-2

2-1

1-1

2-2

1-1 3-2

2-1 2-3

1-2

a

5P-w5G»

_(86) a=P- 1° (87)

a

5P-z 1 G

e Jaai

a

5 P-y3S°

(89)

aSp-ySp"

(91)
50 REVISE D M U L T I P L E T TABLE |

Laboratory

I A Ref Int E

Low

PHigh J lultiplet

(Mo) LaboratoryI A Ref Int E

Low

PHigh J llultlplet

(No) Laboratory

I A Ref Int E

Low

P

High J Multiple*(No)

re I continued Fe I continued Fe I continued

3290.722 V (3) 3.17 5.93 3-4 a5p_v5j* 4037 . 735 V (1) 3.37 5.33 2-3 a

3P-y50° 3030.61 P © 3.37 6.34 3-3 a

3P-TSF»

a3p_u3D

o (146)

3288.973

3398.133 3369.964

3276.477 3286.026

VA

VV

V

26

(1)4

2

3.19

3.31 3.17

2.19

2. 31

5.94

5.96 5.94

5.96

5.97

3-3

1-3

3-3 3-3

1-1

(90) 4335.79 4007.333

3913.635

P

V

J

©

(lgn)

4

3.41 3.37

3.37

5.33

5.35

5.43

1-2 3-3

3-3

(118) a3P-z5H° a3P-w°D°

3976.136

3053.065

3078.436

3033.104

a

V

V

5

5

3

(1)

3.37

2.41 3.47

3.41

6.42

6.46

6.48

6.48

3-3

1-3 0-1

1-1 3257.594

3264.523 A

V

8

5 3.17

3.19 5.96

5.97

3-3 3-1 4058.766

4101.684 VV

3 3.41 3.47

5.45

5.48

1-3 0-1

(130) 3063.939 V (2) 3.41 6.44 1-1 a3P-t3D° a3p-v3p» 3351.336 Q. 8 3.19 5.98 3-3 a

5?-*3^"

3874.053

•4031.632 VV \l\ 3.37

3.41 5.45

5.48 3-3

1-1 3996.386 a 5 3.41 6.53 1-3

a5p_x

3po 3840.20 p © 3.37 5.48 2-1 3960.303 V 1 3.47 6.64 0-1 (148) 3350.634

3346.973

3374.34

V

V

p

46©

3.17

3.19

3.31

5.96 3-3 4013.89 p 3.41 5.49 1-0 111 5.99 5.98

3-1 1-0

(95) 3876.671 u (1) 3.37 5.45 3-3 a3P-w5F« a3p_v5D

o

10191.51 p ©7 3.41 3.63 4-3 r7 D°-b3D

i!49)

z7D

o_ 3269 . 43 d3»

3268.234

3290.988

p ©

5 3.19

3.31 5.96

5.99 3-3

1-1 3819.63 p 3.37 5.50 3-3 5871.04 V M 2.46 4.56 3-2

a 5 3-31 5.96 1-3 3981 . 106 V (1) 3.41 5.51 1-3 (133) 5908.34 V (3) 3.47 4.56 1-3 (150) 4043 . 69 p © 3.47 5.53 0^-1 s

7D°-e7D 3209.115 v (1) 3.17 6.01 3-4 a.5P-yx a" 3803.34 p © 3.37 5.51 3-2 4260.479 H 35 3.39 5.29 5-5

e (97) 3965.83 p © 3.41 5.53 1-1 4335.942 I 25 3.41 5.33 4-4 (153) •3311.873 V 4 3.31 6.06 1-3 a

5P-3°

a

3P-y5S° 4333.319 J 12 3.44 5.36 3-3

a

5P-w3F° 3825.404 J (Ign) 3.37 5.49 3-3 4310.358 J 15 3.47 5.40 1-1 3167.78 p © 3.17 6.06 3-4 4005.38 p © 3.41 5.49 1-3 (133) 4198 310 J 30 3.39 5.33 5-4

•3173.067 V 2 2.19 6.08 3-3 (99) a

3P-x3D° 4187.803 J 30 3.41 5.36 4-3 •3153.064 s (-) 2.19 6.10 3-3 3734.380 B 8 3.37 5.58 3-3 4187.044 J 30 3.44 5.39 3-2 3885.513 I 5 3.41 5.59 1-3 (134) 4191 . 436 J 15 3.46 5.40 3-1 3165.16 p © 3.17 6.07 3-3 a

5P-r5D° 3918.319 J 3 3.47 5.63 0-1 4399.343 I 18 2.41 5.29 4-5

m3173.ll p Fe 3.19 6.08 3-3 (100) 3715.911 4 3.37 5.59 3-3 4371 . 159 J 30 3.44 5.33 3-4

3186.83 p 3.31 6.09 1-1 3845.170 K &

3.41 5.63 1-1 4250.135 J 35 2.46 5.36 3-3

3154.41 p (1) 3.17 6.08 3-3 3678.98 W 3.37 5.63 3-1 4333.608 I 18 2.47 5.39 1-3

3166.59 3183.970

p ©

3 3.19

3.19

6.09

6.07

3-1 3-3 3677.477 V (2) 3.37 5.63 3-3 a

3P-y3o« 3947.393 V

ii! 3.39 5.52 5-4 z7D°-e5D

•3192.417 u (1) 3.21 6.08 1-3 (135) a3p_x5a

o 3930.645 u 2.41 5.56 4-3 (153) 3630.67 p ©7 3.37 5.67 3-3 3908.58 p © 3.44 5.60 3-3 3173.663 V (3r) 3.19 6.08 3-3 a

5P-3° (136) a3P-w5P° 3905.66 p © 3.46 5.63 3-1

£ 1014 a5P-w3p°

3601 . 43 p © 3.37 5.70 3-3 3908.90 p 3.47 5.63 1-0 3063.149 s (1) 2.17 6.30 3-3 3735.71 p © 3.41 5.73 1-3 (137) 3980.65 w (i) 3.41 5.53 4-4

3093.53 p 2.19 6.18 3-1 (103) •3790.756 J 1 3.47 5.73 0-1 3950.78 p e 3.44 5.56 3-3 3121.76 w (1) 2.31 6.17 1-0 m3578.67 p Cr 3.37 5.72 3-3 m3933.59 p Fe 3.46 5.60 3-2

3079.84 p © 3.19 6.30 3-3 3733.34 p © 3.41 5.73 1-1 3923.08 p e 3.47 5.63 1-1 3566.31 p © 3.37 5.73 3-1 4011.71 w

ii! 3.44 5.52 3-4

3033.583 3 (-) 3.17 6.35 3-4 a

5P-x1 0° a

3P-z3S° 3975.31 ff 3.46 5.56 3-3

a

5P-t5D° t 3543.343 V 1 3.37 5.75 3-1 3949 . 33 p © 3.47 5.60 1-3 3981.853 a 6 3.17 6.31 3-4 3696.03 w (1) 3.41 5.75 1-1 (138) z^o-e5 3973.377 a 3 3.19 6.34 3-3 (104) 3763.57 p © 3.47 5.75 0-1 3615.01 p © 3.39 5.80 5-5 ?

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3F-z3

I" 3813.07 p Fe 2.39 5.63 6-6 a3H-x50° 3005.303 o 3 3.39 6.50 6-7 (2201 b

3F-u5 3796.00 u (1) 2.39 5.64 6-5 (178) 3039.333 7 (3) 3.43 6.48 5-6 (199) 3833.311 J 5 2.55 5.77 4-4 D° 3813.94 p © 2.43 5.66 5-4 3019.391 7 Ml 3.44 6.53 4-5 3864.31 p © 2.58 5.77 3-3 (221) 3838.63 p © 3.44 5.67 4-3 3018.134 u W 3v39 6.48 6-6 3867.45 p © 2.60 5.79 2-2 3846.949 V (1) 3.43 5.63 5-6 3004.119 7 (3) 3.43 6.53 5-5 3839.771 u

III 2.55 5.77 4-3 3843.975 u 2.58 5.79 3-2 3760.053 B 8 3.39 5.68 6-7 a

3H-z3I» •3986.655§ 7 (1) 3.43 6.55 5-6 a^-z1!" 3834. 73 p 2.60 5.82 2-1 3785.950 a 6 3.43 5.68 5-6 (177) (300) a3H-9° t 3867.935 7 1 2.58 5.77 3-4

3794. 340 j 8 3.44 5.70 4-5 3980.60 p © 3.44 6.58 4-4 3753.154 j

V

jlgn) 3.39 3.435.68 5.70 6-6

5-5

(301) 3808.731 3813.059 J

J

4

5T 2.552.58

5.79

5.81

4-4

3-3 b

3F-x3F°

(222) 3770.405 9373.900 E 6 3.55 3.86 4-4 b3F-z3F° 3831.834 J 3 2.60 5.83 2-3 3689.03 p © 3.42 5.77 5-4 a

3H-u5D» 9146.11 F 3 3.58 3.93 3-3 (203) 3779.434 7 3* 2.55 5.81 4-3 •3708.603 V (1) 3.44 5.77 4-3 (178) 9010.55 F 3 3.60 3.97 3-3 3797.948 J (1) 3.58 5.83 3-3 3711.93 p © 3.44 5.77 4-4 b

3F-z3D° 3842.90 P © 3.58 5.79 3-4 9359.430 E 3 3.55 3.87 4-3 3837.133 J 1 3.60 5.81 3-3 •3666.34 w 1 3.43 5.79 5-4 a

3H-x3F» 9346.54 F 3 3.58 3.91 3-3 (303) 3681.36 V &

3.44 5.81 4-3 (179) 9173.30 p © 3.60 3.94 3-1 3791.504 J M 2.55 5.80 4-5 b

3F-z3H° 3688.877 V 3.44 5. 79* 4-4 •3811.05 U (i) 2.58 5.82 3-4 (223) 7461.534 7 (1) 3.55 4.30 4-4 t,3p_y5f>0 3777.448 J 2 2-55 5.82 4-4 7430.58 U 1 2.58 4.34 3-3 (204) 7400.87 P © 3.60 4.36 3-3
53 REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int

E Low

PHighJ llultlplet

(No) LaboratoryI A Ref Int E Low

PHigh

J llultlplet (No) Laboratory

I A Ref Int

E Low PHigh

J Multlpl.

(No)

Fa I continued Fe I continued Fe I continued

B3790.34 P Fe 3.55 5.80 4-3 b'F-^D" 3353.954 V (2) 2.60 6.39 2-3 b

3F-x1 D° 3971.83 W (1) 2.75 5.85 3-2 a

3Q-l°

m3806. 76 P Fe 2.58 5.83 3-3 (334) 1357) b3F-u3D°

(881) aSo-ilO" 3810.90 P © 2.60 5.84 3-1 3191.11 W (1) 3.55 6.42 4-3 3884.359 J 3 2.68 5.86 5-4 3834-074 J 1 2.58 5.80 3-3 3181.533 G 4 2.58 6.46 3-3 (358) 3937.61 P © 2.72 5.86 4-4 (383) 3830.757 J 1 2.60 5.83 3-3 3176.366 V 2 3.60 6.48 3-1 •3966.630 J lOn 2.75 5.86 3-4

3848 39 P © 2.60 5.80 3-3 3198.366 U (1) 3.60 6.46 3-3

a.30--75 3333.16 P © 3.60 6.42 3-3 •3861.341 J 3 2.68 5.88 5-5 T' 3733.30 P © 3.55 5.85 4-5 b

3 F-w5

t}° b

3F-t3D

c 3855.339 7 (lw) 2.72 5.93 4-4 (283) 3743.07 W (i) 3.58 5.87 3-4 (335) 3166.435 6 3.55 6.45 4-3 3813.638 J 3 2.68 5.93 5-4

3750.577 V 1 3.60 5.89 3-3 3190.03 w (1) 3.58 6.45 3-3 (359) 3836.836 J 1 2.72 5.94 4-3 3709.665 u 111 3.55 5.87 4-4 3159.35 p © 2.60 6.50 2-2 3893.898 V (1) 2.75 5.93 3-4

3737.67 3731.374

p

J ©

3 3.58 3.60

5.89

5.90

3-3

3-3 3136.84 p © 2.55 6.50 4-5 b'f-w3!! 3837.573 J 1 2.68 5.91 5-5 a

30-3t3a« •3695.507 V (1) 3.55 5.89 4-3 3111.686 u (3) 2.55 6.51 4-4 (260) 3873.933 7 1 8.72 5.90 4-4 (284) •3708.603 V (l) 3.58 5.90 3-3

b

3F-B3 D° 3907.464 J (1) 2.75 5.91 3-3

3093 . 888 V (2 Id) 2.55 6.54 4-3 3830.850 J 1 2.68 5.90 5-4 3766.093 V (1) 3.58 5.85 3-3 b

3F-l° 3116.39 p © 3.58 6.54 3-3 (361) 3869.590 7 3* 2.73 5.91 4-3 3789.570 J (1) 3.60 5.85 3-3 (336) 3869.562 K 3» 3.73 5.91 4-5 3053.78 p © 2.55 6.59 4-3 b

3F-t5Pc 3910.845 J (3) 3.75 5.90 3-4

3738.668 J 1 2.55 5.86 4-4 b

3 F-i1 0° 3007 . 75 p © 2.58 6.68 3-3 (363) 3761.416 J 1 2.58 5.86 3-4 (337) b

3F-x1 F° 3770.305 7 3» 2.68 5.95 5-5 a30-w3o« 3018.35 p © 2.55 6.64 4-3 3792.156 J 3 8.72 5.97 4-4 (387) 3676.314 B 6 3.55 5.91 4-5 b

3F-x3G° 3054.949 3 (-) 2.60 6.64 3-3 (363) 3811.892 J 3 3.75 5.98 3-3 3711.335 J

J

3

2 3.58 3.60

5.90

5.91 3-4

3-3

(338) 3751.830

3775.860 JJ

i !i

3.68

8.72

5.97

5.98 5-4 3730.945 4-3 3679.33 W (1) 3.55 5.90 4-4 10433.99 D 3.68 3.86 5-4 a30-r3F° •3811.05

I 1 ' 2.72 5.95 4-5

3708.18 P © 3.58 5.91 3-3 10195.11 10113.86 F

F

22 3.73 3.75

3.93 3.97

4-3 3-3

(364) 3838.510 7 (in) 2.75 5.97 3-4

•3663.458 V 1 3.55 5.93 4-4 b^T-v5? a

3G-y5F° 3748.91 P © 2.68 5.97 5-5 a

30-z1H« 3668.893 U (1) 3.58 5.94 3-3 (339) 8345.30 P © 3.68 4.16 5-5 3789.178 J 3 2.72 5.97 4-5 (389) 3675.44 P © 3.60 5.96 3-3 8303.11 P © 3.72 4.20 4-4 (365) 3637.73 w (1) 3.55 5.94 4-3 8112.17 P © 2.68 4.20 5-4 3704.463 B 10 2.68 6.01 5-4 aSo-yio" 3653.35 p © 2.58 5.96 3-3 8108.33 P © 2.72 4.24 4-3 3743.78 P

$°l 2.72 6.01 4-4 (390) 3660.41 p © 3.60 5.97 3-1 8129.32 P © 2.75 4.26 3-3 3779.313 U (l) 2.75 6.01 3-4

•3695.054 B 8 3.58 5.93 3-4

3691.18 P © 3.60 5.94 2-3 7650.95 P 2.68 4.29 5-5 a

3G-s5G° 3649.508 B 13 2.68 6.06 5-4 a3G-w3F« 7540.44 P © 2.72 4.35 4-4 (366) 3669.533 B 10 3.72 6.08 4-3 (391) 3658.55 u (1) 3.55 5.93 4-3 b

3F-v5 P° 7481.74 P © 3.75 4.40 3-3 3677.630 B 13 2.75 6.10 3-2 •3663.458 V 1 3.58 5.95 3-3 (331) 7382.63 P © 3.68 4.35 5-4 3687.656 J 4 2.72 6.06 4-4 3668.58 P M 3.60 5.96 3-1? 7344.18 P © 3.73 4.40 4-3 •3703.556 J 5 2.75 6.08 3-3

3690.095 3 (-) 2.58 5.93 3-3 7347.16 P © 3.75 4.43 3-3 3733.038 J (1) 2.75 6.06 3-4

3685.66 P © 2.60 5.95 3-2

a

30-i3G° a3 G-v3 7316.77 P © 2.68 4.37 5-5 3684.108 15 2.72 6.07 4-3 D« •3623.440 g i 3.55 5.95 4-5 b

3F-w3G° 7261.00 P © 8.72 4.42 4-4 (367) •3703.556 J 5 2.75 6.06 3-2 (393) 3636.995 j 3 3.58 5.97 3-4 (333) 7338.70 1 2.75 4.45 3-3 3718.407 J 3 2.75 6.07 3-3 3643.716 V 1 3.60 5.98 3-3 7114.55 P © 2.68 4.42 5-4

3606.38 p © 3.55 5.97 4-4 7100.30 P ©T 2.72 4.45 4-3 3705.71 P © 2.75 6.08 3-3 a

3G-3» m3633.00 p Fe 3.58 5.98 3-3 7471.75 P © 2.72 4.37 4-5 (393) 3606.679 G 30 2.68 6.10 5-6 a3o-y3H« 3644.58 p © 3.58 5.96 3-3 b

3F-x3P° 6677.993 B 600 2.68 4.53 5-4 a

3G-y3F° 3631.463 B 15 3.78 6.12 4-5 (394) (335) b^F-y^O

6593.919 B 300 2.73 4.59 4-3 (368) 3638.396 G 13 2.75 6.14 3-4

3562.60 p © 3.55 6.01 4-4 6546.245 B 200 3.75 4.63 3-3 3584.663 B 8 3.68 6.12 5-5 3593.486 u (1) 2.58 6.01 3-4 (237) 6806.851 L 10 3.72 4.53 4-4 3605.450 G 15 2.72 6.14 4-4 6703.573 L 10 2.75 4.59 3-3 3568.977 J 4 2.68 6.14 5-4 3511.748 u (1) 3.55 6.06 4-4 b

3F-w3F° S3524.04 p Fe 3.58 6.08 3-3 (338) 6180.216 V M 2.72 4.71 4-3 a-'o-j^D 3603.305 a 10 2.68 6.11 5-5 a

3G-v30« 3530.85 w (1) 3.60 6.10 3-3 6085.367 V (l) 2.75 4.77 3-3 (369) •3618.393 J 3 8.73 6.13 4-4 (395) 3495.285 a 8 3.55 6.08 4-3 3633.001 a 12 3.75 6.15 3-3 3500.564 G 3 3.58 6.10 3-3 5391.78 P © 2.68 4.97 5-5 a.3Q-x5F'' 3581.645 j 1 2.68 6.13 5-4

3508.53 w (1) 3.55 6.07 4-3 b^-v3 " 4433.90 P © 8.72 5.50 4-3

(370) aSQ-vSn

3589.456

3640.388 a

a

3 15 2.72

3.73 6.156.11

4-3 4-5

3524.075 j 3 3.58 6.08 3-3 (339) 4460.12 P © 2.75 5.51 3-2 (371) 3651.469 B 20 3.75 6.13 3-4

3537.729 j 3 3.60 6.09 3-1 •3537.4915 j 1 3.58 6.07 3-3 4305.13 P © 2.72 5.58 4-3 a

3G-x3D° 3537.90 p © 3.75 6.24 3-3 a30-i1r»

3544.631 u (2) 3.60 6.08 3-3 •4340.49 P (1) 2.75 5.59 3-2 (373) (396) 3558.21 p © 2.60 6.07 3-3 3459.439 7 aSG-xlO*

ill 3.68 6.25 5-4

b

3F-3° •4239.847 J 3 2.68 5.59 5-5 a

3G-y30° 3493.69 w 3.73 6.25 4-4 (397) 3526.016 V 1 3.58 6.08 3-3 4266.968 J 3 2.72 5.61 4-4 (373)

(340)

b3F-y3H° 4288.148 J

( 2J 2.75 5.62 3-3 3411.68 p © 3.68 6.30 5-5 a

3G-u5T* B3451.66 p Fe 3.55 6.13 4-5 4315.975 V 1 2.68 5.61 5-4 (398) a

30-x3H 3464.914 V (1) 3.58 6.14 3-4 (341) 4343.588 V # (l) 8.72 5.62 4-3 3411.134 7 w 3.68 6.30 5-6

b

3F-v30° D4291 . 44 p Fe 2.72 5.59 4-5 3439.050 7 1 3.73 6.30 4-5 (399) 3468.849 V 4 3.55 6.11 4-5 4313.04 p © 3.75 5.61 3-4 3405.63 W (2) 3.68 6.30 5-5 3476.853 J (3) 2.58 6.13 3-4 (343) 3469 . 834 V 3 2.60 6.15 2-3 4184.22 u (1) 3.68 5.63 5-6 a

30-x5G

e 3404.923 u

ill 3.68 6.31 5-4 a

30-t5D» 3448.869 V (1) 3. 55 6.13 4-4 4213.42 p © 3.73 5.64 4-5 (374) 3404.755 7 3.73 6.34 4-3 (300) 3450.14 p © 3.58 6.15 3-3 4239.01 p e 3.75 5.66 3-4 3438.10 P © 3.73 6.31 4-4

b

3F-r1 D° •4163.676 V (i) 3.68 5.64 5-5 3434.029 7 (lw) 3.75 6.34 3-3 3515.41 p © 3.60 6.11 3-3 4194.50 p © 3.73 5.66 4-4

( 243i b3F-w3p° 4224.83 p © 3.75 5.67 3-3 3378.676 6 3.68 6.33 5-4 aSQ-v3!* 3410.56 p © 3.58 6.30 3-2 4145.209 V (i) 3.68 5.66 5-4 •3404.301 7 3 2.72 6.34 4-3 (301) 3446.791 V (1) 3.60 6.18 3-1 (344) 4180.41 p © 3.73 5.67 4-3 3453.022 J (3) 2.75 6.32 3-2 3439.80 p © 3.60 6.30 3-3 b^-r1?*

•4215.430 J 2 3.75 5.67 3-2 3411.353

3440.74 ap

3©

2.72

2.75 6.336.33

4-4 3-4

3364.639 V

111 3.58 6.34 3-3 4112.17 p © 3.68 5.68 5-6 a

3G-z3 I° 3383.387 V 3.60 6.34 3-3 T (345) (375) a3&-u5D« 3366.790 7 5 2.68 6.35 5-4 a3 0-4<> b

3 F-x1 G

c 3998.054 I 10 3.6S 5.77 5-4 3399.230 7 (1) 2.72 6.35 4-4 (303) 3335.403 V (l) 3.55 6.35 4-4 4039.94 w (1) 3.73 5.77 4-3 (376) 3426.41 P ©T 2.75 6.35 3-4

(346)

b3F-u5F° •4043.901 V 5n 3.73 5.77 4-4

3352.13 p © 3.55 6.34 4-4 4085.26 p © 3.75 5.77 3-4 3341.906 a 5 2.68 6.37 5-5 a

30-6°

3337.17 p © 3.55 6.37 4-3 (347) 3373.874 7 (1) 2.72 6.37 4-5 (303) 3339.78 7 w (l) 3.58 6.40 3-3 3971.335 I e 3.68 5.79 5-4 a

30-x3F°

b

3F-x3H° 3983.960 I 10 3.73 5.81 4-3 (377) 3370.786 A 10 3.68 6.34 5-5 a30-u3a* 3385.54 p © 3.55 6.30 4-5 4007.377 J 6 3.76 5.83 3-2 3369.549 o 8 3.72 6.38 4-4 (304)

(348) b3F-tSD° 4016.54 ff \\] 3.73 5.79 4-4 3380.111 c 8 2.75 6.40 3-3 3254.361 V (l) 3.55 6.34 4-3 4034.109 J 3.75 5.81 3-3 3337.666 c 6 3.68 6.38 5-4

3360.276

•3278.741

V

V

44 3.55 3.58

6.33

6.34 4-43-3

(349) l^F-v^F*

(350)

4057.356

3956.681

VB

3

13

3.75

3.68

5.79 5.803-4

5-6 a3a-t3H

c

3351.750

3403.299

3398.226

7a

V

3(8

3.73

3.73

3.75

6.40 6.34

6.38

4-3 4-5

3-4 3314.450 V

\ Z\ 3.60 6.33 3-3 3997.394 I 15 3.73 5.80 4-5 (378) 3253.839

3296.467

V

D ill 3.553.58 6.34

6.33

4-3 3-3 4031.869

3953.606

I

I 138 3.753.68

5.82

5.80 3-45-5 •3393.609 7 (lw) 3.75 6.38 3-3 a

30-y1 D° (305) a30-x1 D° (306) a

3Q-u3D»

3252.938 V 4 3.55 6.34 4-5 b^-v^O

3981.775

3937.329

JJ73 3.73

3.68

5.82 5.82 4-4

5-4 3387.410 V 2 3.75 6.39 3-3

3246.493 V 3 3.58 6.38 3-4 (352) 3335.72 p ©T 2.72 6.42 4-3 3249.304 V 3 3.55 6.35 4-4 b

3F-4°

3995.996

4017.096 J

7

4

(1) 3.72

3.75

5.80

5.82

4-3 3-2 a

30-w3D°

(379) 3363.815 7 (1) 2.75 6.42 3-3 (307) 3319.60

3317.53

p

p Fo©

3.55

3.58

6.38

6.41

4-3

3-3

(353) b3F-uSP°

(354)

4036.37 3897.896

PJ

Q

8

3.75

3.68

5.80

5.85

3-3 5-6 a3tt-w5G°

3254.734 3265.55

3275.685

V

P

7

(2)G

(1)

2.68

2.72

2.75

6.47

6.50

6.51

5-6

4-5

3-4

Jo-*3**

(308)

3342.368 V (1) 2.58 6.38 3-3 b

3'-/1 !)* •3932.629

3945.119 J

J 44

2.73

3.75

6.85

5.87 4-5

3-4

(380) 3335.593

3349.037 U

7 ii! 3.68

3.73 6.506.51 5-54-4

3337.234 V (1) 3.58 6.39 3-2

(365)

b

3f-7°

(356)

3929.114

3863.745

3890.844

3907.937

JT

J

B

(1)32

4

3.75

3.68

2.72 2.75

5.89

5.87 5.89

5.90

3-3 5-4

4-3

3-2

3319.37 P © 3.68 3.51 5-4
REVISED MULTIPLE? TABLE 53

Laboratory E P J llultlplet (HoT Laboratory E P J llultlplet

(No) Laboratory E P J llultlplet

(No) I A Ref Int Low High I A Ref Int Low High I A Hef Int Low High

re I continued Fe I continued Fe I continued 3246.05 P Fe 3.68 6.48 5-6 aSo-ySjo 3618.30 P G 2.83 6.33 5-4 z

7F°-e7P 5835.58 P G 2.82 4.93 2-3 b

3 P-x5D° 3235.33 P G 3.73 6.53 4-5 (309) 3630.33 •3603.534

Wa

(1)3 2.84

2.85

6.25

6.28 4-3

3-3

(334) 5747.85 P e 2.83 4.97 2-2 (343)

•3163.335 U 2n 3.68 6.58 5-4 a

30-9° 3638.16 p G 2.84 6.23 4-4 5553.85 P G 2.82 5.04 2-3 b^-x^

(310) a3o_ylH° 3635.38 p 2.85 6.35 3-3 5533.13 P 2.83 5.06 1-3 (344) 3151.353 a 10 2.73 6.63 4-5 3613.15 w (1) 3.86 6.38 3-3 5539.80 P G 2.85 5.08 0-1 13H)

aSQ-xlF

3653.35 p G 3.85 -6.33 3-*4 b

3 P-z5 3173.30 p G 2.75 6.64 3-3 3646.10 p G 3.86 6.35 3-3 5536.59 P G 2.82 5.05 2-3 S° (312) a3 Q-t3o° 3630.00 p 3.87 6.38 1-3 5570.06 P G 2.83 5.05 1-2 (345) 3098.191 V 6 2.68 6.66 5-5

z

7F°-e5 b3 P-w5 3101.003 V D°

( 3) 8.72 6.70 4-4 (313) 3586 . 75 p (3) 3.80 6.34 6-6 4741.533 B 3 2.82 5.42 3-3 3090.309 V 1 2.75 6.74 3-3 3588.615 a 3 3.83 6.36 5-5 (335) 4707.487 J (3) 3.83 5.45 1-3 (346) 3073.983 V (l) 3.68 6.70 5-4 3572.60 V

111 3.84 6.39 4-4 4680.475 V !> 2.85 5.48 0-1 3066.487 V 3 3.73 6.74 4-3 3556.68 ir 3.85 6.32 3-3 4683.565 J Is

2.82 5.45 3-3 3563.61 p G 3.80 6.26 6-5 4657 . 598 V 2.83 5.48 1-1 3095.370 V

i!l 3.68 6.67 5-5 a

30-13° 3612.068 8 3.83 6.34 5-6 3122.665 R 3.73 6.67 4-5 (314) •3608.146 j 3 3.84 6.36 4-5 4687.387 J (1) 2.82 5.45 3-3 b

3 P-w5F° 3587.253 V 3 3.85 6.39 3-4 4685.03 P G 2.83 5.47 1-3 (347) 3067.952 V

ill 3.68 6.70 5-4 a

3 G-13° 3567.045 V 3 3.86 6.33 3-3 4687.67 P G 2.85 5.48 0-1 3094.870 u 3.73 6.70 4-4 (315a) 3554.50 ff 3 3.87 6.34 1-3 4661.33 P G 3.82 5.47 3-2 3119.04 p G 3.75 6.70 3-4

z

7F°-e7 4664.71 P 2.83 5.48 1-1 3570.243 V 30 3.80 6.35 6-7 4641.33 P Q 2.82 5.48 3-1 3046.819 3 (-) 3.73 6.77 4-4 a

30-wl(Jo 3554.922 40 3.83 6.29 5-6 (336) (3151

a

3Q-v3H° 3541.083 15 3.84 6.32 4-5 4604.33 P © 2.82 5.50 3-3 b

3 P-v5D° 2959.992 C 10 2.68 6.85 5-6 3542.076 a 15 3.85 6.34 3-4 4603.34 P G 2.83 5.51 1-2 (348) 3990.393 c 6 3.72 6.84 4-5 (316) 3536.556 a 15 3.86 6.35 3-3 4605.10 P G 2.85 5.53 0-1 3011.483 a 7 2.75 6.84 3-4 3533.201 a 10 3.87 6.36 1-3 4580 . 46 P 2.82 5.51 2-2

ia2965.25 p Fe 2.68 6.84 5-5 3533.008 j 5 3.87 6.37 0-1 4583.941 U (1) 2.83 5.53 1-1 3988.942 s (-) 2.72 6.84 4-4- 3530.385 a 3 3.80 6.29 6-6 3522.368 (3) 3.83 6.32 5-5 4613.64 P G 2.82 5.49 2-2 b

3 P-y58° 2980.532 a 5 2.75 6.89 3-3 a

3 0-wlF° 3587.792 a 4 3.84 6.34 4-4 4635.846 J (1) 2.83 5.49 1-2 (349) (317) 3526.377

3536.673

jj4

5 3.85

3.86

6.35

6.36

3-3 3-3 4466.554 B 12 2.82 5.58 2-3 b

3 P-x3 D° 4957.603 i 60 3.80 5.39 6-5 z7F°-e7 D 3539.818 6 3.87 6.37 1-1 4476.021 I 10 3.83 5.59 1-2 (350) 4920.509 i 60 3.83 5.33 5-4 (318) 3498.18 p G 3.80 6.32 6-5 4443.197 B 7 3.85 5.68 0-1 4891.496 i 50 3.84 5.36 4-3 3509.13 » (l) 3.83 6.34 5-4 4454.383 B 5 3.82 5.59 2-2 4871.333 i 25 2.85 5.39 3-3 3513.339 u (l) 3.84 6.35 4-3 4422.570 B 6 2.83 5.63 1-1 4859.748 B 15 3.86 5.40 3-1 3516.55 ff (1 3.85 6.36 3-3 4401 . 447 V (2) 2.82 5.62 2-1 5006.126 I 20 3.82 5.39 5-5 3533 . 30 ff (l) 3.86 6.37 3-1

b

3 4957.303 J 20 3.84 5.33 4-4 4290.870 J (1) 2.82 5.70 2-3 P-w5p« 4918.999 B 30 3.85 5.36 3-3 3513.59 p G 3.80 6.31 6-5 z

7Fo_f5F 4278.38 P 2.83 5.72 1-2 (351) 4690.763 J 35 3.86 5.39 3-2 3493.57 p G 3.83 6.35 5-4 (337) 4379 . 864 J M 3.85 5.73 0-1 4872.144 I 30 3.87 5.40 1-1 3537.896 J 4 3.83 6.31 5-5 4358.619 J (1) 2.82 5.72 2-2 5044.331 T (3) 3.84 5.29 4-5 3513.08 ff 1!) 3.84 6.35 4-4 4260.73 P G 2.83 5.73 1-1 4985.553 J 7 2.85 5.33 3-4 3506.33 V 3.86 6.38 3-3 4241.112 V (1) 2.82 5.73 2-1 4938 . 830 J 10 2.86 5.36 2-3 3506.58 p G 3.87 6.39 1-1 4903.317 B 13 8.87 5.39 1-2 3556.877 7 3.84 6.31 4-5 4207.130 J 4 2.82 5.75 2-1 b

3P-t 3S° 4878.318 B 13 2.87 5.40 0-1 3536.23 ff ifi 3.85 6.35 3-4 4336.436 J 3 2.83 5.75 1-1 (352) 3518.68 ff 3.86 6.37 3-3 4345.358 I 6 2.85 5.75 0-1 •4579.344 V (1) 3.82 5.53 5-4 z 7F°-e5D m3512.68 p Co 2.87 6.38 1-3 4611.19 P G 3.84 5.53 4-4 (319) 3509.73 p G 8.87 6.39 0-1 4181.758 J 15 2.82 5.77 3-3 b

3P-u5D» 4554.467 V

i!i 3.85 5.56 3-3

z 7F°-e5

S 4175.640 B 10 3.83 5.79 1-2 (354) 4515.17 P 3.86 5.60 2-3 •3565.583 J 3 2.85 6.31 3-3 m4143.83 P Fe 2.85 5.82 0-1 4490.34 P G 3.87 5.62 1-1 •3575.976 a 3 2.86 6.31 3-3 (338) 4156.803 B 13 2.82 5.79 3-3 4635.63 P G 3.85 5.52 3-4 3582.69 ff (3) 3.87 6.31 1-3 4135.884 J (3) 2.83 5.82 1-1 4571.44 P G 3.86 5.56 2-3

z

7F°-g5D

(339)

4107.493 B 12 2.82 5.82 3-1 4535.875 V M 3.87 5.60 1-3 3525.856 u (1) 3.84 6.34 4-4 4136.88 U (1) 2.83 5.82 1-0 •4495.386 V (i) 3.87 5.62 0-1 3540.131 3 3.85 6.34 3-4 4184.895 B 10 3.83 5.77 2-3 b3p_y

3p» 4104.77 p 3.80 5.80 6-5 z7F°-e5F 3512.80 p G 3.85 6.37 3-3 z

7F°-e78 4173.322 J 2 3.83 5.79 1-1 (355) •4010.77 f (i) 3.85 5.93 3-3 (330) 3522.896 a (1) 3.86 6.37 3-3 (330) 4154.502 J 12 3.83 5.79 3-1 3994.37 p G 3.86 5.95 3-1

z7F°-e5P

4213.650 B 5 3.83 5.76 1-0 4137.97 p G 3.82 5.80 5-5 3490.04 p GT 3.86 6.40 3-3 4203.987 B 10 3.83 5.77 1-3 4100.35 p G 2.84 5.85 4-4 z7po_e3(j 4191.685 J (3) 3.85 5.79 0-1 4056.53 u

IS) 3.85 5.90 3-3 3215.637 V (3) 3.83 6.63 5-5 •4003.665 V 3.87 5.95 1-1 1333)

z 7F°-g7D

(333)

4121.806 B 5 3.82 5.81 2-3 D3p_x

3Fo 4119.66 p G 3.85 5.85 3-4 •3309.397 a 6 3.80 6.64 6-5 4122.522 J 4 2.83 5.83 1-3 (356) 4033.46 ff (1») 3.87 5.93 1-3 3196.147 V 3 3.83 6.68 5-4 •4104.133 K 3 2.82 5.83 3-2

4006.768 V 3.87 5.95 0-1 •3182.076 V 3 3.84 6.78 4-3 3173.608 u (l) 3.85 6.74 3-3 4134.681 B 12 2.62 5.80 2-3 b

3 P-w3 D° 3610.159 o 20 3.80 6.31 6-6 z

7F°-e7F 3181.85 w (3) 3.86 6.74 3-2 4133.903 J 8 3.83 5.82 1-2 (357) 3571.995 a 6 2.82 6.38 5-5 (331) 3173.40 w (l) 3.87 6.76 1-1 4137.613 B 7 2.85 5.84 0-1 3545.639 a 5 2.84 6.33 4-4 3187.16 p G 2.87 6.74 1-2 4114.449 B 5 2.82 5.83 2-2 •3565.583 j 3 2.85 6.31 3-3 3175.97 w (1) 2.87 6.76 0-1 4109.808 J 9 2.83 5.84 1-1 3553.828 a 3 2.86 6.34 3-2 4091.561 J (1) 2.82 5.84 2-1 3575.11 w

isi 2.87 6.33 1-1 2976.922 u (1) 2.82 6.97 5-5 z

7F°-l

•3547.303 J 2.80 6.38 6-5 2990.33 p G 2.84 6.97 4-5 (334) 4066.979 B 6 2.82 5.85 2-2 b

3 P-l° 3536.78 p 2.82 6.33 5-4

z

7 F°-3

4085.011 J 4 2.83 5.85 1-2 (358) 3551.11 p G 2.84 6.31 4-3 2974.78 V (1) 2.82 6.97 5- 3543.56 pu G

(1) 2.85

2.86

6.34

6.33

3-3

3-1

(335) 4044.614

4062.446

J

J

6

10 3.82 2.83

5.87

5.87

2-1 1-1

b

3P-y38° 3568.433 (359) 3635.83 p G 2.82 6.31 5-6 11149.34 D 2 2.83 3.93 2-3 b

3P-z3F° 4079.848 J 4 2.85 5.87 0-1 3591.345 u (1) 2.84 6.38 4-5 10881.65 D 1 2.83 3.97 1-2 (336) 3560.07 p G 3.85 6.33 3-4 4000.03 W (1) 2.82 5.90 2-2 b

3 P-w5o° •3575.976 a 2 3.86 6.31 3-3 11783.28 D 6 2.82 3.87 2-3 b

3P-z3D° (360) 3559.45 p G 3.87 6.34 1-3 11439.06 D 15 2.83 3.91 1-2 (337) 3978.466 V (1) 2.82 5.92 2-3 b3p_v5po 3578.380 (1) 3.87 6.33 0-1 11251.09 D 3 2.85 3.94 0-1 3964.523 J 3 2.83 5.95 1-2 (361) 11298.83 D 3 3.82 3.91 2-2 3961.147 J (3) 3.85 5.96 0-1 H36O5.50 p Fe 3.80 6.33 6-5 z 7F°-f7D 11119.80 D 10 3.83 3.94 1-1 •3947.533 J 5 3.82 5.95 2-2 3575.349 j 2 3.83 6.37 5-4 (333) 10987.23 P G 2.82 3.94 2-1 3944.748 J (8) 2.83 5.96 1-1 3587.69 p 3.84 6.38 4-3 m3927.93 P Fe 2.82 5.96 2-1 3584.790 j 1 3.85 6.30 3-3 9370.57 P 3.83 4.14 2-3 b

3P-y5D°

3588.918 j 2 3.86 6.30 3-1 9310.030 E 6 3.83 4.17 1-2 (338) 3953.863 V (1) 2.82 5.94 3-3 b

3P-v5F° 3631.103 j 7 2.82 6.33 5-5 9117.10 F 2 3.85 4.20 0-1 3952.704 V (l) 2.83 5.96 1-3 (368) 3594.633 a 8 2.84 6.37 4-4 9118.888 E 35 3.83 4.17 2-2 3935.815 B 8 2.82 5.96 2-2 3603.46 w 2 2.85 6.38 3-3 9030.67 F 1 3.83 4.30 1-1 3935.31 ff (2) 2.83 5.97 1-1 3595.394 V 2 2.86 6.30 3-3 8943.00 F 3 3.83 4.30 2-1 3918.58 P G 2.82 5.97 2-1 3595.66 u

li) 3.87 6.30 1-1 8946.35 F 1 3.83 4.21 1-0 •3651.10 w 2.84 6.33 4-5 3925.646 J 4 2.82 5.96 2-3 b

3 P-x3P° 3609.46 p G 3.85 6.37 3-4 8999.561 E 300 3.83 4.19 3-3 b

3 P-z3P° 3909.830 J 3 3.83 5.99 1-1 (364) 3613.08 p GT 3.86 6.38 3-3 8757.193 E 35 3.83 4.34 1-1 (339) 3893.316 V (1) 3.82 5.99 3-1 3603.10 » 1 3.87 6.30 1-3 8674.751 E 60 3.83 4.34 3-1 3918.418 J 4 2.83 5.98 1-0 3598.98 ff (1) 3.87 6.30 0-1 8611.807 E 40 3.83 4.37 1-0 3942.443 B 6 2.83 5.96 1-3 9088.336 E 50 2.83 4.19 1-3 3925.946 J 6 2.85 5.99 0-1 3625.140 a 6 3.83 6.23 5-4 z7po_f

5D 8838.433 E 30 3.85 4.34 0-1 3630.353 j 4 3.84 6.34 4-3 (333) •3839.458 V 1 2.83 6.06 1-3 b3P-2° 3633.773 u 2 3.85 6.36 3-3 6979.17 P G 3.83 4.59 3-3 b^-^F (366) b3P-v3D° 3610.703 j 3 3.86 6.38 3-1 6859.49 P G 2.83 4.63 1-3 (340) 3801.681 J 3 2.82 6.07 3-3 3604.383 D (1) 3.87 6.39 1-0 6808.80 P G 3.83 4.63 3-3 3801.804 J 1 2.83 6.08 1-3 (367) •3645.090 V 3 3.84 6.33 4-4 3809.043 V (1) 2.85 6.09 0-1 •3645.494 V 1 3.85 6.34 3-3 6913.43 P G 2.83 4.63 1-1 b3p_y

5po 3786.176 J 4 2.83 6.08 3-3 3634.53 p G 3.86 6.36 3-3 6860.96 P 1 2.82 4.63 3-1 (341) 3793.872 J 1 3.83 6.09 1-1 3617.53 p 3.87 6.38 1-1 3778.320 u (1) 3.83 6.09 3-1 3660.33 V (1) 3.85 6.33 3-4 6518.376 I 30 2.83 4.71 3-3 bSp-ySn

3656.35 p G 3.86 6.34 3-3 6355.038 I 4 3.83 4.77 1-3 (343) 3768-33 ff (1) 3.83 6.11 1-2 b3 P-z!De 3841.45 p G 3.37 6.36 1-3 6370.338 J (3) 3.85 4.61 0-1 (363) 3630. 3C p G 3.87 6.38 0-1 6311.506

6339.334

6187.41

V

V

p

(l)

(l)G

3.83

3.83 3.83

4.77

4.81 4.81

2-3

1-1

3-1
54 REVISED MULTIPLET TABLE

Laboratory E P J Hultlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multiple

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Fe I continued Fe I continued Fe I continued

3655.465 J 4 3.83 6.30 3-3 b

3P-w3 P° 3649.70 P © 3.93 6.31 4-5 z7po_f5y 4365.903 V M 3.98 5.80 4-3 b

30-w3D» •3689.457 12 3.83 6.18 1-1 (369) 3664.537 a 3 3.99 6.35 3-4 (391) 4385.360 V (1) 3.00 5.83 3-3 (415) 3674.766 J 3 3.83 6.18 3-1 3689 . 37 p © 3.03 6.37 3-3 3703.033 J 3 3.83 6.17 1-0 •3602.534 3 3.93 6.35 4-4 4339.735 u 3 3.94 5.85 5-6 l^O-w^*

3670.035 V 3 2.83 6.30 1-3 •3645.494 V 1 3.99 6.37 3-3 4390.383 J |83.98 5.85 4-5 (416) 3703.834 J 3 2.85 6.18 0-1

z7P°-e58 4399.65 w 3.00 5.87 3-4 •3707.048 I 8 3.99 6.31 3-3 •4229.516 J Uen) 3.94 5.85 5-5 3603.77 P e? 3.83 6.34 3-3 b

3P-z1 Fc (3?0l b3p_v3r°

•3753.430 J (lw) 3.03 6.31 3-3 (393)

z

7P°-g5D (393)

4359.34

4380.63

pp©?©3.98

3.00

5.87

5.89

4-4

3-3 3504.455 u (1) 3.83 6.34 3-3 3633.51 p © 3.99 6.39 3-3 4199.37 p © 3.94 5.87 5-4 b3p-u3 0° •3679.53 w (1) 3.99 6.34 3-4 4355.499 V (1) 3.00 5.90 3-3 3448.786 V (1) 3.82 6.40 3-3 3666 . 85 p © 3.03 6. 39 3-3

(373) b3p_yiD° z7P°-e78 4333.73 p © 2.94 5.86 5-4 b

3 a-z1

o«- 3463.808 V M 2.82 6.38 3-3 3588 . 53 • p © 3.93 6.37 4-3 4384.415 (1) 3.98 5.86 4-4 (417) •3475.867 V (l) 3.83 6.38 1-3 (373) 3650.031 J 4 3.99 6.37 3-3 (394) 3694.005 a 30 3.03 6.37 3-3 4196.533 V M 3.94 5.88 5-5 bSQ-V6?" •3457.090 V (3w> 3.83 6.39 2-3 b

3 P-7°

z7P°-e5P 4203.30 u h) 3.00 5.94 3-3 (418)(374) bSp-xlD3554.44 p © 3.93 6.40 4-3 4140.34 p ©? 2.94 5.93 5-4

3469 . 390 V (1) 3.83 6.39 1-2 •3584.960 j 4 3.99 6.43 3-3 (395) 4164.80 u (1) 3.98 5.94 4-3

£375) b3 P-u3 D° 3633.64 p © 3.03 6.43 3-1 4337.67 p © 3.00 5.93 3-4 •3431.815 J 3 2.82 6.43 3-3 3614.77 p 3.99 6.40 3-3 3406.17 p © 2.83 6.46 1-3 (376) 3637.35 p © 3.03 6.43 3-3 4156.670 V (1) 3.94 5.91 5-5 b

3o-x3a» 3393.382 V (!) 2.85 6.48 0-1 3657.89 w 1 3.03 6.40 3-3 4319.41 p e 3.98 5.90 4-4 (419) •3393.609 V lw) 2.82 6.46 2-3 •4354.938 V

i!l 3.00 5.91 3-3 •3381.340 V 2

! 3.83 6.48 1-1 3333.474 5n 3.93 6.64 4-5 z

7 P°-g7D

(396) 4160.561 V 3.94 5.90 5-4 3368.983 V (i) 2.82 6.48 2-1 3338.643 V (3w) 3.99 6.68 3-4 •4315.430 J 3 3.98 5.91 4-5 3342.76 p © 3.03 6.73 3-3 4358.956 J (1) 3.00 5.90 3-4 1 3403.39 p 2.82 6.45 3-3 b

3 P-t3 D 3387.117 V (lw) 3.93 6.68 4-4

3361.959 V (i) 2.83 6.50 1-3 (377) 3306.703 s 3.99 6.73 3-3 4089 . 335 J W 3.94 5.95 5-5 b30-w30» 3433.023 V ji) 2.85 6.44 0-17 3330.800 V (3n,gn)3.03 6.74 2-3 •4133.748 J 1 3.98 5.97 4-4 (433) 3349.739 V (l) 2.82 6.50 3-3 3285.30 u (l) 3.99 6.74 3-3 4141.863 V W 3.00 5.98 3-3 3419.706 V (l) 3.83 6.44 1-1? 4067 . 49 p © 3.94 5.97 5-4 3407.06 p ©? 2.82 6.44 3-1? 3356.53 p © 3.99 6.77 3-3 z7P°-e3P 4104.46 p © 3.98 5.98 4-3 3338.535 s (-) 3.03 6.84 3-1 (397) 4146.071 V

if) 3.98 5.95 4-5 1 3342.398 V 4 3.83 6.53 1-1 b

3P_8° 4161.488 V 3.00 5.97 3-4 3354.068 V 1 3 2.85 6.53 0-1 (378) •3053.443 u (3) 3.93 6.97 4- z 7P°-3

c 7 2.82 6.53 3-3 b3p_v3po

(398) 4064.07

4130.311

p

J ©

5 3.94

3.98

5.97 5.97 5-5

4-5

i < vWh*

(433) 3333.737

3239 . 35 p 2.83 6.64 1-1 (379) 10086.37 p ©T 3.94 4.16 5-5 b

30-y5F° 3228.003 V (2) 3.83 6.64 3-1 (399) b

3 0-z5(} 4011.89 p © 3.94 6.01 5-4 b

30-y1 0» 3335.776 V 4 3.83 6.53 1-3 9038.84 p © 3.94 4.30 5-6 4066.597 V (1) 3.98 6.01 4-4 (434) •3250.400 V (3) 3.85 6.64 0-1 9375.14 p 3.98 4.39 4-5 (400) 9156.33 p © 3.00 4.35 3-4 4045.139 V (1) 3.00 6.06 3-3 b

30-3° 3389.443

3301.337

V

V ill 3.832.83

6.57

6.57

3-1

1-1 b

3P_z lpe

(380) 9089.413

8975.408

EE30

10 3.943.98

4.39 4.35

5-5 4-4 •3947.533 J 5 3.94 6.06 5-4

(425) b3G-w3F» 8868 . 43 F 3 3.00 4.40 3-3 3979.13 p © 3.98 6.08 4-3 (426) •3343.406 V 3 3.83 6.63 3-3 b3p-ylF° •8713.19 F (10) 3.94 4.35 5-4 3983.83 p © 3.00 6.10 3-3

(381) b3P-ll° 8698.71 P © 3.98 4.40 4-3 4000.466 J 3 3.98 6.06 4-4 3307.649 V (lw) 3.83 6.67 3-3 •4014.38 w (1) 3.00 6.08 3-3

(383)

bSp-wi-D 8631.613 E 10 3.94 4.37 5-5 b

3Q-z30° 4035.98 p © 3.00 6.06 3-4

3047.301 s (-) 3.83 6.88 1-3 8583.367 E 15 3.98 4.43 4-4 (401) (383a)

z7P°-e7D

8515.08

8343.31 P 30

©t 3.00 3.94

4.45

4.43

3-3

5-4 3996.38

•4014.38

pw ©

(1) 3.98

3.00 6.07

6.06

4-3

3-3 bSQ-r3^

(437) * * 5333.946 I 40 3.93 5.39 4-5 8358.53 P © 3.98 4.45 4-3 4031.73 p © 3.00 6.07 3-3 5366 . 563 I 30 3.99 5.33 3-4 (383) 8878.36 P © 3.98 4.37 4-5

5381 . 796 I 10 3.03 5.36 2-3 8747.33 F 3 3.00 4.43 3-4 3981.63 p ©? 3.98 6.08 4-3 b3 0-3° 5139.468 J 20 3.93 5.33 4-4 4016.81 p 3.00 6.08 3-3 (428) 5193.350 I 30 3.99 5.36 3-3 7748.381 E 125 3.94 4.53 5-4 b

3g_y3j.o 5336.868 J 15 3.03 5.39 3-3 7664.303 E 80 3.98 4.59 4-3 (403) 3897.449 J (3) 3.94 6.10 5-6 b

3 Q-y3H° 5068.774 J 10 3.93 5.36 4-3 7583.796 E 50 3.00 4.63 3-3 3933.68 p © 3.98 6.13 4-5 (439) 5139.360 J 10 3.99 5.39 3-3 7954.94 P © 3.98 4.53 4-4 3871.750 J 4 3.94 6.13 5-5 5191.460 J 30 3.03 5.40 3-1 3903.903 J 5 3.98 6.14 4-4

z

7P°-e5D 7904.13 P © 3.98 4.54 4-3 b

3Q-y5P6 3853.463 V (1) 3.94 6.14 5-4 4768.397 V 3n 3.93 5.53 4-4 7798.90 P © 3.00 4.59 3-3 (403) 4787.84 V (l) 3.99 5.56 3-3 (384) 3893.391 I 7 3.94 6.11 5-5 bSo-v3^ 4800.14 V (1) 3.03 5.60 3-3 7113.176 I 3 3.96 4.71 4-3 b

30-y3D° 3919.069 J 3 3.98 6.13 4-4 (430) 4683.58 w (l) 2.93 5.56 4-3 6971.95 V 1 3.00 4.77 3-3 (404) 3918.644 J 6 3.00 6.15 3-3 4736.165 V (l) 2.99 5.60 3-3 3866.343 V (S

3.94 6.13 5-4 4760.07 p © 3.03 5.63 3-1 6310.543 u M 3.94 4.89 5-4 b3 0-x5D° 3885.154 V 3.98 6.15 4-3 4877.61 p © 3.99 5.53 3-4 6539.73 w (3) 3.00 4.69 3-4? (405) 3944.890 J 3 3.98 6.11 4-5

4863 . 78 p © 3.03 5.56 3-3

5361 . 49 p © 3.94 5.38 5-6 b

30-y50° 3953.156 J 4 3.00 6.13 3-4 3685.998 a I5n 3.93 6.38 4-5 z

7P°-e7F 5336.43 p 2.94 5.30 5-5 (406) •3976.865 J (1) 3.00 6.11 3-3 b

3 0-z1 D° 3701.086 30 3.99 6.33 3-4 (385) 5388 . 38 p © 2.98 5.31 4-4 (431) bSo-zlF •3753.430 J lw 3.03 6.31 3-3 5318.04 p © 3.00 5.33 3-3 3777.061 J (1) 3.98 6.24 4-3 3637.862 J 3n 3.93 6.33 4-4 5196.34 p © 2.94 5.31 5-4 (433) b3 a-x1 o° •3707.048 I 8 3.99 6.31 3-3 3736.06 p © 3.94 6.25 5-4 3736.937 J 6 3.03 6.34 3-3 •5336.154 V (1) 3.00 5.33 3-4 b

3 Q-z5H° (433) b30-u5F° 3643.637 J 3 3.93 6.31 4-3 5365.35 p ©? 3.00 5.35 3-3 (407) 3716.71 p © 3.98 6.30 4-5 3683.17 p © 3.99 6.34 3^3 5304.95 p ©t 2.98 5.35 4-3 3696.81 p © 3.00 6.34 3-4 (434) 3744.105 J 4 3.03 6.33 3-1

r

7po_f7 D (386)

4773.53 p ©? 3.00 5.59 3-3 b

3 0-x3D° 3670.071 J 3 3.94 6.30 5-6 bSo-x3!^ 3748.969

3754.506

J

J

5

1 3.93

3.99 6.23

6.37 4-53-4 4787.50 p ©T 3.00 5.58 3-3 (408) 3709 . 535

3663 . 95

Jw ill 3.98

3.94 6.30

6.30

4-5

5-5

(435) 3793.38 p 3.03 6.38 3-3 4647.437 B 6 2.94 5.59 5-5 b-'o-r'o •3689.457 a 13 3.93 6.37 4-4 4691.414 B 6 3.98 5.61 4-4 (409) 3663.90 p 3.94 6.31 5-4 b

30-t5D# 3746.931 j 6 3.99 6.38 3-3 4710.386 B 5 3.00 5.63 3-3 3669.68 p © 3.98 6.34 4-3 (436) 3773.699 j 1 3.03 6.30 3-3 4618.765 J (3) 3.94 5.61 5-4 3708.45 p © 3.98 6.31 4-4 3682. 15 p © 3.93 6.38 4-3 4661.975 J (3) 3.98 5.63 4-3 3699.55 p © 3.00 6.34 3-3 3727.809 j 3 3.99 6.30 3-3 •4730.997 J (1) 3.98 5.59 4-5 3766.665 V 1 3.03 6.30 3-1 4740.343 J 3.00 5.61 3-4 3633.558 J 3 3.94 6.33 5-4 bSa-v3**

3743.631 j 4 3.93 6.33 4-4 2 7po_f5D 4636.758 S (-) 3.98 5.64 4-5 b

3 G-x50°

3669.151 3731.606

J

V

3

(1) 3.98 3.00

6.34 6.33

4-3 3-3

(437)

3793. 478 j (l) 3.99 6.34 3-3 (387) •4556.139 J 4n 3.94 5.64 5-5 (410) 3816.93 3737.096

3769.995

3790.656

pj

V

J

©

4

4

(1)

3.03

3.93 3.99

3.03

6.36

6.34 6.36

6.38

2-3

4-3

3-3

3-1

4603 . 956 4633.764

4494.47

V

u

p ©

3.98

3.00

3.94

5.66

5.67

5.68

4-4

3-3

5-6 b

3Q-z3 I°

•3633.440 3638.83

3637.05

3585.193

p

p

V

1©

©

(3)

3.94

3.98 3.00 3.94

6.34

6.38

6.40

6.36

5-5

4-4

3-3

5-4

b3a_u3 o» (438)

3735.335

3783.450

3793.354

J

J

V

6

1

1

3.93

3.99 3.03

6.33 6.35

6.38

4-4

3-3 3-3

z 7 po_e7p

(388)

4473.57 4358.505

4418.433

pB

V

©

3(1)

3.94 3.94

3.98

5.70

5.77

5.77

5-5

5-4

4-3

(411)

b

30-u5D° (413)

•3608.146

•3667.999 3658.03

J

V

p

3

1©

2.98

3.98

3.00

6.40 6.34

6.38

4-3

4-5 3-4

•3716.443 3747.00 p

13 3.93 6.35 4-3 4433.39 P © 3.00 5.79 3-3 3663.35 w (l) 3.98 6.35 4-4 b

30-4° © 3.99 6.38 3-3 4433.145 V (1) 3.98 5.77 4-4 3693.008 J 1 3.00 6.35 3-4 (439) 4461.80 P © 3.00 5.77 3-3 ZTjZ.697 3730.46

3743.56

J

p

p

3 Co©

3.93

3.99

3.03

6.36

6.29

6.33

4-5

3-4 3-3

z

7 po_85Q

(389) 4336.763

4351.549

V

J

(3)3 2.94

2.98

5.79

5.81 5-4

4-3

b

3Q-x3F°

(413)

3590.08

3633.837

wV

(1)

1 3.943.98

6.37

6.37

5-5

4-5

b

3a-e°

(440) •3666.34 3697.436

3731.513

3634 . 336 3676.879

w

a

V

V

16n

36n

(1)

3.93

3.99

3.03 3.93

3.99

6.39

6.33

6.34

6.33

6.34

4-4

3-3

3-3

4-3

3-3

•4373.563 4390.460

4309.383

4367.581

J

V

VJ

18

4

5

3.00

2.98 3.94

3.98

5.83 5.79

5.80 5.80

3-3 4-4

5-6

4-5

b30-z3H« (414)

•3645.494 3489.670

3508 . 494 3516.403

V

J

J

a

1

4

5

5

3.00 3.94

3.98

3.00

6.39

6.47 6.50

6.51

3-3 5-6

4-5

3-4

bSc-x^D*

(*41i b30-w3H*

(443)

3633.07 p

(l)©

(1)

2.93 6.33 4-5 z 7 p<>_ 8

7 4390.954

4304.553

BJ4

(1? 3.00

3.94

5.83

5.80 3-45-5 3449.06 p © 3.94 6.51 5-4

3681 .64 3709.03

3664.69

pw

3.99

3.03

3.99

6.34

6.35

6.35

3-4

3-3

3-3

(390) 4348.939

4388.440

J

V a!

3.98 3.945.83

5.83

4-4

5-4 •3479.663 V (1) 3.94 6.46 5-6 b

30-y3l»

(443) 3603.70 p © 3.93 6.35 4-3
REVISED MULTIPLET TABLE 55 Laboratory E P J Uultlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

I A flef Int Low High I A Ret Int Low High I A Ref Int Low High (No) Fe I continuedI Fe I oontlnued Fe I oontlnued •3383.693 a 5 3.94 6.58 5-4 b3G-9° 4464.773 V (3) 3.00 5.77 3-3 o3P-y3 P° 3436.09 P © 3.10 6.70 0-1 c

3 p_ t5p. 3433.499 j 3 2.98 6.58 4-4 (444) 4517.530 B (2) 3.06 5.79 1-1 (473) 3388.966 V (lw) 3.06 6.70 1-1 (502) 3448 . 478 V (1) 3.00 6.58 3-4 4430.197

4564.832

V

V

(2) 3.00

3.06

5.79

5.76

3-1

1-0 3339.588 V (lw) 3.00 6.70 3-1 3409.40 p © 3.00 6.63 3-3 b

30-y1F°

(445) 4553 . 48 4583.72

P

P ©

3.06

3.10

5.77

5.79

1-2

0-1 3397.321 V (1) 3.00 6.64 2-3 c

3 P-x1F°

(503) •3339.303 V 3 3.94 6.63 5-5 •3181.922 U (2) 3.00 6.88 2-2 c^P-w^

(446) 4393.03 P © 3.00 5.81 2-3 c3 P-x3F° (505)

o

3 P-t3 3373.359 V F° IS

3.98 6.64 4-3 4372.994 V (1) 3.00 5.83 2-2 (473) 3001.66 P (1) 3.00 7.13 2-3 3397.560 V 3.00 6.64 3-3 (447) 3035.35 P © 3.06 7.13 1-2 (506) p © 3.98 6.65 4-3 b

3 G-l0° 4384.682 V (1) 3.00 5.83 2-2 o3P-w3D° (474)

c3P-l° 3357.83

(448) b

3 o-t3a° 4330.81 p © 3.00 5.85 2-2 8931.78 P © 3.03 4.42 4-4 a

1 G-z3 0° 3310.347 V 4 3.94 6.66 5-5 4414.23 p © 3.06 5.85 1-3 (475) 8689.71 P © 3.03 4.45 4-3 (507) 3319.358 7 3 3.98 6.70 4-4 (449) 3303 . 574 V

f s ,

3.00 6.74 3-3 4305.455 B 3 3.00 5.87 3-1 o

3P-y3 S° 8254.34 P © 3.03 4.53 4-4 a

1 G-y3 F° 3383.735 V 3.94 6.70 5-4 4387.897 J 3 3.06 5.87 1-1 (476) 7941.84 P © 3.03 4.59 4-3 (508) 3379.743 V hi) 3.98 6.74 4-3 4450.330 J (3) 3.10 5.87 0-1 3347.507 V Is

3.98 6.66 4-5 7350.55 P © 3.03 4.71 4-3 a

1 G-y3 D° 3343.678 V 3.00 6.70 3-4 •4202.755 V IS

3.00 5.94 3-3 o

3P-v5F° (509)

aiO-v5D° b

3Q-13° 4260.135 V 3.06 5.96 1-3 (476a) 5038.81 P, ©? 3.03 5.48 4-4 3307.015 V (i) 3.94 6.67 5-5 4298 . 21 p © 3.10 5.97 0-1 (510) ai0-x3 D 3344.09 p © 3.98 6.67 4-5 (450) 4163.384 o J 4 3.00 5.96 3-3 4842.19 P ©? 3.03 5.58 4-3 b

3Q_13° 4239.95 p © 3.06 5.97 1-1 (5U)

3375.848 V a^G-y^

iS

2.94 6.70 5-4 4162.93 p © 3.00 5.97 3-1 4793.96 P (1) 3.03 5.61 4-4 3313.333 V 3.98 6.70 4-4 (460a) (512) a^G-z3 3336.54 p © 3.00 6.70 3-4 •4254.938 V (1) 3.00 5.90 3-3 o ! 3P-w5G° 4636.66 P © 3.03 5.70 4-5 ^0-^0°

4335.46 p © 3.06 5.90 1-3 (477) (513) m33SS.05 p Fe 3.94 6.77 5-4 4514.189 J aiG-u5D° IS

3.03 5.77 4-4 •3357.344 V 3 3.98 6.77 4-4 (451) 4230.584 IS

3.00 5.93 3-3 3P-v5P» •4509.306 u 3.03 5.77 4-3 (514) 3380.763 V (1) 3.00 6.77 3-4 4873.87 3.06 5.95 1-3 (478) ^G-Y3^

4309 . 46 p © 3.10 5.96 0-1 4480.142 J

III 3.03 5.79 4-4 a

1 Q-x3F° •3153.064 3 (-) 3.94 6.85 5-6 4195.615 J (3) 3.00 5.95 3-3 4439 . 643 V 3.03 5.81 4-3 (515) 3193.84 p Fe 2.98 6.84 4-5 (453) 4250.90 p © 3.06 5.96 1-1 3313.771 V (l) 3.00 6.84 3-4 4456.331 J

ill 3.03 5.80 4-5 aiQ-z3 ^

3158.99 w (3) 2.94 6.84 5-57 4141.352 u (1) 3.00 5.98 3-3 c3 P-w3G° 4436.931 V 3.03 5.82 4-4 (516) 3191.180 s (-) 3.98 6.84 4-4 (480)

o

3 P-x3 4170.906 B 5 3.00 5.96 3-3 P° 4343.699 J (3) 3.03 5.87 4-4 a. 1 a-w5Q

ei 3149.50 p © 3.94 6.85 5-5 ^O-x1 ^ 4310.39 P © 3.06 5.99 1-1 (483) (517) 1453) a^G-z^O ^O-w^F

•4134.433 V (1) 3.00 5.99 3-1 4369.774 B 7 3.03 5.86 4-4 3156.464 u (1) 3.98 6.89 4-3 4320.347 J 4 3.06 5.98 1-0 (518)

a

I Q-x 3178.545 V 3 3.00 6.89 3-3 (454) 4248 . 228 J 4 3.06 5.96 1-3 4298.040 B30°

ill 3.03 5.91 4-5 b

3 G-83G

e 4267.830 B 5 3.10 5.99 0-1 4303.191 J 3.03 5.90 4-4 (520) 3113.079 V 3 3.94 6.90 5-5 3145.057 7

!!) 3.98 6.90 4-4 (455) m4044.64 P Fe 3.00 6.06 3-3 o

3P-3° 4335.956 J 3 3.03 5.95 4-5 a1 G-w3 G° 3147.793 V 3.00 6.93 3-3 4117.38 U (1) 3.06 6.06 1-3 (484) •4303.755 V (1) 3.03 5.97 4-4 (581) 3166.98 p ©T 3.00 6.90 3-4

4013.798 V M 3.00 6.08 3-3 c

3P-w3F° 4199.098 J 20 3.03 5.97 4-5 aiQ-zlH9 3066.69 p ©T 2.94 6.96 5-5 b

3 G-u3 H° 4053.88 w 1 3.06 6.10 1-2 (485) (522) a

I 0-y1 0°

(523) a^G-w^F

3063.873 3 (1) 2.94 6.97 5-4 (456) 3983.35 u (i) 3.00 6.10 2-2 4143.418 J 15 3.03 6.01 4-4 3047.047 V M 2.94 6.99 5-4 b

30-u3F° 4031.843 V (3) 3.00 6.07 3-3 cSp-T^D" 4074.794 J 5 3.03 6.06 4-4 3060.545 V 1 2.98 7.01 4-3 (457) 4085.38 P 3.06 6.08 1-3 (486) 4053.664 V (1) 3.03 6.08 4-3 (524) 3074.157 7 (3) 3.00 7.03 3-3 •4130.035 u (1) 3.10 6.09 0-1 4013.823 J 3 3.00 6.08 3-3 4070.45 p ©? 3.03 6.07 4-3 a

1 G-v3D° 3014. 130T 3 (-) 3.94 7.03 5-4 b

30-v1 0° 4076.333 J IS

3.06 6.09 1-1 (535) (458) alG-ySH b3G-x3I° •4004.976 J 3.00 6.09 3-1 3994.117 J 2 3.03 6.13 4-5 3030.757 S (-) 3.98 7.05 4-5 3974.65 p © 3.03 6.14 4-4 (526) (459)

b3 G-t3F° t 3976.393 V IS

3.00 6.11 3-3 o

3P-21 D° •2983.3345 iS

3.98 7.13 4-3 4046.639 V 3.06 6.11 1-2 (487) 4017.156 J 6 3.03 6.11 4-5 aiG-vSo

3995.838 3.00 7.13 3-3 (460) 3990.379 J 2 3.03 6.13 4-4 (527) 3990.34 p © 3.98 7.10 4-4 3867.319 B 7 3.00 6.30 2-2 o

3P-w3P° 3955.33 p © 3.03 6.15 4-3 3955.956 3888.835

JV

3

3 3.063.00 6.186.18

1-1 3-1

(488) 3843.359 B 8 3.03 6.24 4-3 a

1 G-z1 F° 10401.73 p 3.00 4.19 3-3 o

3P_z3P» 3970.391 J 4 3.06 6.17 1-0 (528) aI G-x1 10433.65 D 3 3.06 4.34 1-1 (461) •3933.606 J (3) 3.06 6.30 1-3 3639 . 359 B 7 3.03 6.25 4-4 G° 9970.36 P © 3.00 4.34 3-1 4006.631 J 3 3.10 6.18 0-1 (539) 10218.36 F 3 3.06 4.37 1-0 3739.34 P © 3.03 6.34 4-4 aiG-u=F°

10896.30 D 3 3.06 4.19 1-3 3808.386 J (1) 3.00 6.34 3-3 o

3 P-i1F° (530) 10783.09 D 3 3.10 4.34 0-1 (489) alG-xSH

c

3P-t5D° 3773.364 7 (1) 3.03 6.30 4-5 3699.147 J 1 3.00 6.34 3-3 (531) aiG-t5De 8513.95 P © 3.00 4.45 3-3? o

3 P-z30« 3733.33 P © 3.06 6.37 1-2 (490) 3733.13 P ©? 3.03 6.34 4-3 (463) 3p_y3n»

3663.73 P © 3.00 6.37 2-3 (532) 7333.668 I 13 3.00 4.71 3-3 3693.79 P © 3.06 6.40 1-1 •3740.061 7 (1) 3.03 6.33 4-4 a1 G-v3F° 7189.17 V 3 3.06 4.77 1-3 (463) 3635.19 w 3 3.00 6.40 3-1 (532a)

al&_u3 7190.13 P © 3.10 4.81 0-1 •3679.53 w (1) 3.06 6.41 1-0 3730.386 3 3.03 6.34 4-5 G° 6970.48 P © 3.00 4.77 3-3 3689 . 897 7 (lw) 3.03 6.38 4-4 (533) 7038.58 P © 3.06 4.81 1-1 3698.611 J 3 3.00 6.34 3-3 o

3P-v3F° 6619.43 P © 3.00 4.81 3-1 3783.608 J 13

3.06 6.33 1-3 (491) 3735.498 J (1) 3.03 6.35 4-4 a

1 0-4° 3731.189 V 3.00 6.33 3-3 (534) •5493.850 T (0) 3.00 5.35 3-3 O3p_x

5po •3695.054 B 8 3.03 6.37 4-5 a^G^

5537.07 P 3.06 5.39 1-3 (464) 3636.650 V 1 3.00 6.40 3-3 3P-U3G° (534a) 6557.90 P © 3.10 5.33 0-1 (493) a*G-t3 D° oSP-yi-D" 3617.09 W (1) 3.03 6.45 4-3 5396.90 P © 3.00 5.39 3-3 3653.36 p © 3.00 6.38 3-3 (535) 5460.909 U (1) 3.06 5.32 1-1 3711.411 J 3 3.06 6.36 1-3 (494) 3545.833 U (1) 3.03 6.51 4-4 alG-w3 H° 5333.77 P © 3.00 5.33 3-1 (536)

alG-y3 I

e •3645.090 V 3 3.00 6.39 2-2 o

3P-x1 D° 3539.531 U (1) 3.03 6.53 4-5 5104.038 T (-) 3.00 5.43 3-3 o

3P-wsD° 3704.010 V (1) 3.06 6.39 1-2 (495) (537) •5036.9314 R 3 3.00 5.45 2-2 (465) 3532.73 P ©. 3.03 6.54 4-3 alG-8 3 D° 4979.84 P © 3.00 5.48 3-1 3617.788 B 13 3.00 6.43 2-3 o3P_u3 D° (538) aI G-y1 3633.043 J 10 3.06 6.46 1-3 (496) 3437.046 3 3.03 6.62 4-3 F° 4945.39 P © 3.00 5.50 3-3 c

3P_t5do 3645.833 J 6 3.10 6.48 0-1 (539) 5035.73 P 3.06 5.51 1-3 (466) 3575.374 J 4 3.00 6.46 3-3 3429.62 p © 3.03 6.63 4-5 aiG-ylH° 6083.68 P © 3.10 5.53 0-1 3603.838 J 1 3.06 6.48 1-1 (540) 3548.037 u (3) 3.00 6.48 3-1 3435.009 a 4 3.03 6.64 4-3 a^G-xlF

4786.810 B 5 3.00 5.58 3-3 o'P-^D* (541) 4874.35 P © 3.06 5.59 1-3 (467) D3586.10 p Fe 3.00 6.45 3-3 o

3P-t3D

# 3410.031 (1) 3.03 6.65 4-3 alG-10° 4886.17 P © 3.10 5.63 0-1 3581.916 u

iil 3.06 6.50 1-3 (497) . (543) •4773.817 B 3 3.00 5.59 3-3 •3690.450 V 3.10 6.44 0-1 a*G-t3G°

3339.533 7 (3) 3.03 6.74 4-3 4811.04 V ID

3.06 5.63 1-1 B3536.69 p Fe 3.00 6.50 3-3 (542a) 4713.104 V 3.00 5.63 3-1 m3647.43 p Fe 3.06 6.44 1-1 alQ-12°

3395.67 p © 3.03 6.67 4-5 3590.39 p ©t 3.00 6.44 3-1? (543)

a

I G-w1 4585.59 P © 3.00 5.70 3-3 oSp-wSp" m3306.35 p Fe 3.03 6.77 4-4 G° 4620.13 P © 3.06 5.73 1-1 (468) 3505.065 7 3 3.00 6.53 3-1 o

3 P-8° (544)

alG-T3 4538.83 P © 3.00 5.73 3-1 3559.506 J 3 3.06 6.53 1-1 (498) 3340.013 u (1) 3.03 6.84 4-5 H° 3600.48 P ©? 3.10 6.53 0-1 3338.33 p © 3.03 6.84 4-4 (545) 4490.084 J 18

3.00 5.75 3-1 o

3P-z38° 4579.835 V 3.06 5.75 1-1 (469) m3497.89 P Fe 3.00 6.53 3-3 o

3 P-v3P° 3339.994 u (3) 3.03 6.85 4-5 a1 ^*1 ^

•3443.979 7 (1) 3.06 6.64 1-1 (499) (546) 4461 . 305 V w 3.00 5.77 3-3 o

3P-u5D« 3393.018 7 3 3.00 6.64 3-1 3303.563 7 2 3.03 6.89 4-3 a^G-wlF

•4630.34 t p \n 3.06 5.79 1-3 (47l) 3553.113 7 1 3.06 6.53 1-3 (547) a1 0-e 3 4536.563 J (3) 3.10 5.83 0-1 3190.651 U a° ffl 3.03 6.90 4-5 4433.80 p 3.00 5.79 3-3 •3507.39 i W (1) 3.06 6.58 1-3 3P-83D° 3190.635 7 (3) 3.03 6.90 4-4 (548) •4461.969 J

it! 3.06 5.83 1-1 (500) oSp-t1?* •3171.353 7 5 3.03 6.93 4-3 •4376.783 7 3.00 5.83 3-1 3459.911 a 4 3.00 6.57 3-1 4463.14 P © 3.06 5.63 1-0 3613.96 w (i) 3.06 6.57 1-1 (501) 3073.244 8 (-) 3.03 7.05 4-5 a

1 0-x3!

9 (549)
56 REVISED MULTIPLE? TABLE

Laboratory E P J Multlplet

(NoT Laboratory E P J Multlplet

(No) Laboratory E f J ttiltlplr

I A Ref Int Low High I A Hef Int Low High I A Ref Int Low High (of

Fe I continued Fe I continued Fe I continued

6831 -44 P ei 3.30 5.00 4-3 r5 D«-a1F 3911.00 p (!) 3.30 6.35 4-4 z

5 D

e -f5F 5930 . 530 V M 3.33 5.31 6-5 b

3H-r5H»

(550) z=D°-X

3936.001 V (1) 3.33 6.37 3-3 (563) 5891.13 D 1 3.35 5.35 5-6 (581) 6677.54 P e 3.30 5.05 4-3 3941.383 J (3) 3.35 6.38 3-3 cont 6109.318 V U) 3.39 5.31 4-5 cont 6647.90 P © 3.33 5.08 3-3 (551) 3955 . 353 J (3) 3.37 6.39 1-1 6786.41 P © 3.33 5.05 3-3 3889 . 33 p 3.30 6.37 4-3 5587.36 P ©? 3.35 5.46 5-5 b

3H-w5F» 6737.39 P e 3.35 5.08 3-3 3910.53 p © 3.33 6.38 3-3 5675.08 P ©T 3.39 5.46 4-5 (583) 6879.59 P © 3.35 5.05 3-3 •3933.606 J (3) 3.35 6.39 3-1 6801.31 P ©T 3.37 5.08 1-3

z 5D°-e5S 5309 . 90 P © 3.33 5.59 6-5 b3H-y3tt» 3997.48 p © 3.33 6.31 3-3 5340.36 P © 3.35 5.61 5-4 (584) 5909.99 W (3) 3.30 5.39 4-5 z 5 D°-e7D •4039.640 V 3n 3.35 6.31 3-3 (563) 5279.65 P © 3.29 5.63 4-3 5872.73 P 3.33 5.33 3-4 (552) 4053.466 V (1) 3.37 6.31 1-3 5277.32 P © 3.25 5.59 5-5 •5848.09 w (3n) 3.25 5.36 3-3

z

5D°-e3D 5317.394 V (1) 3.29 5.61 4-4

5837.89 p © 3.27 5.39 1-3 3936.79 p © 3.30 6.33 4-3 5807 . 79 p © 3.28 5.40 0-1 3905.18 p © 3.33 6.39 3-3 (564) •5030.784} R 5 3.33 5.68 6-7 b

3H-z3I» 5791.044 V ( 2 <- 3.20 5.33 4-4 3889.93 p M 3.35 6.43 3-1 5080.95 P © 3.35 5.68 5-6 (585) 5780.631 V 2 3.23 5.36 3-3 3974.397 J (l) 3.33 6.33 3-3 5124.60 P © 3.39 5.70 4-5 •5780.83 V (l) 3.25 5.39 3-3 m3935.86 p Fe 3.35 6.39 3-3 m5018.43 P Fe+ 3.33 5.68 6-6 5714.88 p C 3.23 5.39 3-3 3911.18 4006.16

p

p ©

3.27 3.25

6.43 6.33

1-1 3-3

5053.97 P © 3.35 5.70 5-5

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REVISED MULTIPLE? TABLE 57

Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(Ho) I A Ref tat Low High I A Ref Int Low High I A Ref Int Low High

a I continued. Fe I continued Fe I oontlnued

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3-3

1-2 4871.94 p © 3.34 5.J7 3-3 a3 D-u5De 3846.803 B 8 3.34 6.45 3-3 a3 D-t3D° 4173.641 V

ill 3.33 6.28 5-5 4813.11 V (1) 3.36 5.83 1-1 (630) 3836.333 I 4 3.39 6.50 3-3 (664) 4161.080 V 3.35 6.33 4-4 4838.09 p G 3.34 5.79 3-3 3878.736 V (3) 3.36 6.44 1-1? •4308.610 J 3n 3.38 6.31 3-3 3778.509 J 4 3.34 6.50 3-3 4305.546 J S 3 } 3.40 6.34 3-3 4876.19 p © 3.34 5.77 3-3 a3D-y3p° 3911.699 u (1) 3.39 6.44 3-1? 4346.59 p 1 3.43 6.33 1-1 4930.04 p © 3.39 5.79 3-1 (631) 3906.748 J 3 3.39 6.45 3-3 4111.06 p 1) 3.33 6.33 5-4 4973.90 p © 3.39 5.77 3-3 4168.635 V (lw) 3.35 6.31 4-3 4919.73 p © 3.36 5.77 1-3 3810.759 J 3 3.39 6.53 3-1 a3D-6° m4l76.5? p Fe 3.38 6.34 3-3 3779 . 444 V 3* 3.36 6.53 1-1 (665) m4337 . 43 p Fe 3.40 6.33 3-1 4790 . 75 p © 3.34 5.81 3-3 a3 D-x3Fc 4859.31 p © 3.39 5.83 3-3 (633) 3803.383 J (1) 3.39 6.53 3-3 aSD-v3?

(666)

a3D-e3D°

4353.53

4338.71

pp

©©

3.33

3.35

6.33

6.37

5-5 4-4

r 5F

o_ f7 D

(690) 4808.155 V (1) 3.34 5.80 3-3 a3 D-*3 D« 3740.347 J 3 3.34 6.54 3-3 4177.07 p \s

3.33 6.37 5-4 4873.74 p © 3.39 5.83 3-3 (633) 3751.059 J

iil 3.39 6.58 3-3 (667) 4356.313

V 3.40 6.30 3-1 4791.350 V (1) 3.36 5.84 1-1 3796.90 u 3.39 6.54 3-3 4307.08 p © 3.35 6.33 4-5 4780.81 p © 3.34 5.83 3-3 4369.87 p © 3.38 6.37 3-4

4841.65

p

© 3.39 5.84 3-1 3757.459

J 1 3.39 6.57 3-1 apQ-i1 ?* 4833.66 p © 3.36 5.83 1-3 3737.03 p © 3.36 6.57 1-1 (668) 4345.358 4378.334

IIJ tr?

(l) 3.33

3.35 6.33 6.34

5-4

4-3 2 5F

o_f5D

(691) 4716.85 p © 3.34 5.85 3-3 a3D-l° 3688 . 476 V (lw) 3.34 6.58 3-4 a3 D-9° 4330.36 p (l) 3.38 6.34 3-3 •4807.343 3

iil 3.39 5.85 3-3 (634) (669) a3D-ylp* 4330.53

u f 1) 3.40 6.36 3-3 •4757.583 J 3.36 5.85 1-3 3643.80 p J 1 ) (lw) 3.34 6.63 3-3 4306.58 p (1) 3.43 6.38 1-1 3697.510 V 3.39 6.63 3-3 (670) 4341.33 p © 3.38 6.33 3-4 4776.075 V (1) 3.39 5.87 3-1 ePv-^B* 4351.37 p G 3.40 6.34 3-3

4737.01 P G 3.36 5.87 1-1 (635) •3683.616

V (1) 3.39 6.64 3-3a3!)-!1** •4340.51p (1) 3.43 6.36 1-3 4636.36 P G 3.34 5.91 3-3 a3 D-x3Q» 3613.45 p © 3.34 6.65 3-3

(671)

a3D-lO° m4335.96p Fe 3.33 6.33 5-4 z 5F,-e7P

(636) a3D_w5(j« 3666.39

p© 3.39 6.65 3-3 (673) 4364.309J (3) 3.35 6.35 4-3 (693) 4637.03 P G 3.34 5.90 3-3 4336.86 p G 3.40 6.35 3-3

(637) a3u-v5p«3568.838

V (3) 3.34 6.70 3-4a3D-t3 0° 4556.939 J M 3.34 5.95 3-3 3573.403 V 3 3.39 6.74 3-3 (673) 4337.434

J 30 3.33 6.34 5-6 z 5F

o_e5(j 4614.316 J (l) 3.39 5.96 3-1 (636) „ 3533.18 p G 3.34 6.74 3-3 4347.433 I 13 3.35 6.36 4-5 (693) 4594.959 V (3,8?) 3.36 5.95 1-3 4338.816 I lOn 3.38 6.39 3-4 3598.71 w 1 3.34 6.67 3-3 a3D-ll« 4335.460 J 6n 3.40 6.33 3-3 4516.08 P G 3.34 5.97 3-4 a3D_w3o» •3651.10 w (1) 3.39 6.67 3-3 (674) 4317.551 J 7n 3.43 6.34 1-3 4493.98 P G 3.34 5.98 3-3 (639) 4195.337 J 5 3.33 6.36 5-5 3660.705 V 5 3.34 6.70 3-4 a3D_i3» 4198.368 7 (1) 3.35 6.39 4-4 4579.07 P G 3.36 5.96 1-3 aSD-yBf* (675) a3D-wlD° 4196.318 J 4 3.38 6.33 3-3 4555.75 P G 3.36 5.97 1-1 (640) •3431.815 J 3 3.39 6.88 3-3 4198.645 J 4n 3.40 6.34 3-3 3406.443 J 3 3.36 6.88 1-3 (676) 4147.34 P G 3.33 6.39 5-4 4537.796 V W 3.34 5.96 3-3 a3D_x3 P° 4156.460 V U> 3.35 6.33 4-3 4566.530 J 3) 3.39 5.99 3-1 (641) •3381.340 V (3) 3.34 6.89 3-3 a3D-w1F» 4169.777 V (l) 3.38 6.34 3-3 4533.143 T (ln,g?)3.36 5.98 1-0 (677) .
58 REVISE D H U L T I P L E T T ABLE

Laboratory E P J Hultlplet

(NoT laboratory E P J Hultlplet

(Ko5 Laboratory E P J Hultlplet

(No) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

fe I oontlnued Fe I oontlnued Fe I continued

4149.373 J 5n 3.33 6.39 5-6 r5F

o_ 87(j 8978.17 P © 3.40 4.77 1-3 aiP-j^D 4113.09 P © 3.53 6.53 3-3 alD-v3p» 4154.813 J 9n 3.35 6.33 4-5 (694) 8739.13 P 3 3.40 4.81 1-1 (713) •3966.533 V (in) 3.53 6.64 3-1 (766) 4175.89 4183.790

P

V © 3.38 (3b,gn)3.40 6.34

6.35 3-4

3-3 5551.39 P © 3.40 5.63 1-1 aip-xSo* 4059.736 V 3 3.53 6.57 3-1 aln-t1 !" 4187.59 w (l) 3.43 6.36 1-3 (714) alP-t3S° (767) alD-ylf* 4104.97 u (l) 3.33 6.33 5-5 5345.73 P © 3.40 5.75 1-1 3989.859 J (3d) 3.53 6.63 3-3 4136.513 J (1) 3.35 6.34 4-4 (715) alP-ySp*

(768) alD-xlF° 4154.109 J (i) 3.38 6.35 3-3 5336.08 P (1) 3.40 5.76 1-0 3973.655 J 3 3.53 6.64 3-3

4168.943 V lw) 3.40 6.36 3-3 (716) alp_u5D°

(769) ain_10° 4087.099 J

111 3.33 6.34 5-4 5167.70 P © 3.40 5.79 1-3 3953.50 P © 3.53 6.65 3-3

•4140.441 V 3.38 6.36 3-3 5091.73 P © 3.40 5.83 1-1 (717) (770) 4164.34 p © 3-40 6.37 3-1 3845.693 J (1) 3.53 6.74 3-3 alD-t3o» 5039.633 V (1) 3.40 5.85 1-3 aip-l* (771) 4136.193 J 3n 3.33 6.31 5-5 l5j-o_f5j> (718) aiD-wlD« alP-v=po 3683.336 J 30 3.53 6.88 3-3 4114.957 J (lw) 3.35 6.35 4-4 (695) 4818.66 P © 3.40 5.98 1-1 (773) 4139.46 p © 3.38 6.37 3-3 (719) alD-wlF»

aip-x3p» 3677.309 J 3 3.53 6.89 3-3

•4140.441 V

111 3.40 6.38 3-3 4815.33 P © 3.40 5.96 1-3 (773) 4150.358 J 3.43 6.39 1-1 4779.444 J (1) 3.40 5.98 1-0 (730) 3636.33 W (1) 3.53 6.93 3-3 alD-a3o»

4066.03 p © 3.33 6.35 5-4 a

1 ?-*5** (774) a1 4090.984 V (lw) D-u3F»

(l) 3.35 6.37 4-3 4804.59 P (1) 3.40 5.97 1-1 3538.31 w (1) 3.53 7.03 3-3 4113.35 V 3.38 6.38 3-3 (731) aip-S"

(775) 4131.94 p © 3.40 6.39 3-1 4647.73 P © 3.40 6.06 1-3 •3443.979 V (1) 3.53 7.13 3-3 aln-t3F« 4176.571 J 7n 3.35 6.31 4-5 (733) alP-w^F

(733) alp-v3D°

3434.95 p © 3.53 7.13 3-3 (776) 4153.906 JJ

lOn8n

3.38

3.40 6.356.37

3-4 3-3

4566.990 V (1) 3.40 6.10 1-3 4157.788

4158.798 J 5n 3.43 6.38 1-3 4607.08 p © 3.40 6.08 1-3 7094.30 p © 3.56 5.30 5-5 aiH-ySfl

•4308.610 J 3n 3.38 6.31 3-3 z 5F

o_e58 4461.37 » (1) 3.40 6.17 1-0

(734) a1 P-w3p° 6019 . 36 p © 3.56 5.61 5-4

(778) a*H-y3&»

•4338. 0,-7 J 4 3.40 6.31 3-3 (696) (735) aip-yiD

(780) 4137.003 J 7 3.40 6.38 1-3 5913.35 p © 3.56 5.64 5-5 alH-x5o» 4143.50 p © 3.35 6.33 4-3 z 5F

o_e3D (736)

a*P-xiD"> ( 781 L a1H-u6 4106.437 V (l) 3.38 6.39 3-3 (697) •4137.807 J 3n 3.40 6.39 1-3 5584.768 V (1) 3.56 5.77 5-4 D» 4083 . 780 J (1) 3.40 6.43 3-1 (737) alp-u3D°

(783) 4183.035 V (1) 3.38 6.33 3-3 •4038.633 Q (-) 3.40 6.46 1-3 5533.753 V (1) 3.56 5.79 5-4 a*H-x3F*

•4134.433 V (l) 3.40 6.39 3-3 4003.764 J 2 3.40 6.48 1-1 (738) (783) 4213.06 p © 3.40 6.33 3-3 •5466.993 V (1) 3.56 5.83 5-4 a*H-E*H» 3976.615 J 4 3.40 6.50 1-3 a

1 P-t3D° (784) a

I 4084.498 J 6 3.33 6.33 5-4 z5P

o_g5D H-w50» (698) 4057.66 P © 3.40 6.44 1-11 (739) 5374.78 p © 3.56 5.85 5-5

4063.386 J

If! 3.35 6.34 4-3

a

1 P-8° •5336.154 V (1) 3.56 5.87 5-4 (785) 4054.833 V 3.38 6.36 3-3 3949.14 W (1) 3.40 6.53 1-1 4054.883 V 3 3.40 6.38 3-1 (730) a

lp_v3po 5365.403 J 3 3.56 5.86 5-4 aiH-ziQ

4065 . 403 V (3) 3.43 6.39 1-0 3940.044 V (1) 3.40 6.53 1-3 (786) 4133.869 J (3) 3.35 6.33 4-4 3806.303 J 3 3.40 6.64 1-1 (731) 5331.41 u (1) 3.56 5.93 5-4 aiH-vSfw

4101.373 J (l) 3.38 6.34 3-3 (787) 4083.135 J (1) 3.40 6.36 3-3 3885.07 P ©1 3.40 6.58 1-3 aip-sSD 5357.65 p © 3.56 5.91 5-5 a^-xSo*

4073.518 V (3) 3.43 6.38 1-1 (733) alp-Z lp» 5363.874 V (1) 3.56 5.90 5-4 (788) 4173.18 p © 3.38 6.33 3-4 3891.938 J 3 3.40 6.57 1-1 4139.33 u (1) 3.40 6.34 3-3 (733) alp-win

5150.19 p © 3.56 5.95 5-5 alH-w3<I» 4099.99 p © 3.43 6.36 1-3 3543.669 J (4) 3.40 6.88 1-3 5115.788 T (1) 3.56 5.97 5-4 (789) •4163.676 V (1) 3.40 6.37 3-3 Z5F°-e7S 3410.171 a 3 3.40 7.03 1-3

(734) a

IP-u3F° B5110.36 P Fe 3.56 5.97 5-5 a^-E1*

•4053.313 J M 3.35 6.40 4-3 k699 h Z5F

e_ 5p •3314.0705 V tl) 3.40 7.13 1-3

(735) alP-t3F° 5038.139 J 4 3.56 6.01 5-4

(790) alH-ylo» 4051.933 JV if! 3.38

3.38 6.436.40

3-3 3-3

(700) (736) 4937.43 W (1) 3.56 6.06 5-4

(791) 4090.085 alH-wV

4079.18 p © 3.40 6.43 3-3 9934.35 p © 3.53 4.77 3-3 a1 D-y3D° (793) a

1 4105.06 p © 3.43 6.43 1-1 9630.93 p © 3.53 4.81 3-1 (737) 4849.67 P © 3.56 6.10 5-6 H-y3H« •4117.873 V (i) 3.40 6.40 3-3 4809.94 V (1) 3.56 6.13 5-5 (793) 4097.03 p © 3.43 6.43 1-3

l5F°-g5r

(701)

6016.66 w (3) 3.53 5.58 3-3 a

1D-x3D° (738) ain-wOP

4843.39 p © 3.56 6.11 5-5 a^-v^O*

3817.64 w 3n 3.33 6.55 5-5 5614.58 p ©T 3.53 5.73 3-1 4804.539 V (1) 3.56 6.13 5-4 (794) 3811.80 p © 3.35 6.59 4-4 (739) 3860.74 p © 3.35 6.55 4-5 5555.17 p © 3.53 5.75 3-1 alD-£3s° 4587.133 J (3) 3.56 6.35 5-4 a

1 !^1*

3845.31 p © 3.38 6.59 3-4 (740) a

x D-u5D

(795) 5467.76 p © 3.53 5.79 3-3 4503.593 V alH-xSH*

li) 3.56 6.30 5-6 3804.013 J (3) 3.33 6.56 5-4 r5F

o_h5D 5383 . 750 T (-) 3.53 5.83 3-1 (741) 4493.37 p 3.56 6.30 5-5 (796) 3789.83 p © 3.35 6.61 4-3 (703) 5375.30 P © 3.53 5.87 3-1 a

1 D-y3s 4433.573 J (3) 3.56 6.34 5-5 a1H-u30« 3846.001 V (lw) 3.35 6.56 4-3 z 5F

c_f5p (743) a1 D-x3o« 4375.48 p © 3.56 6.38 5-4 (797) 3819.50 p © 3.38 6.61 3-3 (703) 5198.843 V (1) 3.53 5.91 3-3

3791.73 u (1) 3.40 6.66 3-1 (7431

a

1 D-v5P° 4435.663 V (1) 3.56 6.35 5-4 a

1 H-4° 3843.73 p © 3.40 6.61 2-3 5078.53 P ©T 3.53 5.96 3-1 (798) 3905.01 p © 3.40 6.56 3-3 (744) alH-6°

alD_v5F

o 4383.777 V (3) 3.56 6.37 5-5 5131.96 P ©T 3.53 5.94 3-3 (799a) 3801.975 J (3w) 3.33 6.56 5-6 z afH-wSH" 5Fo_f5(j 5091.73 P © 3.53 5.96 3-3 (745) 4301.73 I B!

3.56 6.50 5-5

3758.11 p © 3.40 6.69 3-3 (704) 4174.419 u 3.56 6.51 5-4 (799) 3743.937 V (0) 3.43 6.71 1-3 •5031.030 R 3 3.53 5.98 3-3 aiD-wSfl' 3785.78 p © 3.33 6.58 5-5 (746)

a.1 V-x3Pa 4319.364 B 13 3.56 6.48 5-6 a

1H-y3

I« 3717.19 p © 3.33 6.64 5-4 5030.819 U (1) 3.53 5.99 3-1 (800) 3703.43 p © 3.35 6.69 4-3 (748) aiH-«i.I« a*D-3« 4118.549 B 15 3.56 6.55 5-6 3705.36 p © 3.38 6.71 3-3 •4889.009 U (1) 3.53 6.06 3-3 (801) a^H-y^

(803) alH-t30« •3731.378 V 3 3.33 6.63 5-5 z5F

o_e3 Q 4844.016 V (3) 3.53 6.08 3-3

(749) a*D-w3F° 4014.534 B 10 3.56 6.63 5-5 •3716.443 13 3.35 6.67 4-4 (705) (750) alD-v3D° 3973.930 V (1) 3.56 6.66 5-5 3763.305 V (1) 3.35 6.63 4-5 4869.45 p © 3.53 6.07 3-3 (803) a1 H-w1

a' 3737.53 p © 3.40 6.71 3-3

J 751 } 3846.413 J 3 3.56 6.77 5-4

z 5F

o_f

3 D 4705.464 J (1) 3.53 6.15 3-3 (804)

a

1 H-v3H« 3761.06 p © 3.35 6.64 4-3 (753) alD-Zln°

(753) alD_w3p»

•3748. 493J V 7 3.56 6.85 5-6 3717.84 p © 3.40 6.73 3-1 (706) 4789.654 B 7 3.53 6.11 3-3 3756.939 J 4 3.56 6.84 5-5 (805) •3695.507 V (1) 3.40 6.74 3-3 z5F

o_„7D (707) 4633.14 P © 3.53 6.30 3-3 3743.468 J 6 3.56 6.85 5-5 aiH-x1 !? 3691.53 p © 3.43 6.76 1-1 4663.183 J (1) 3.53 6.18 3-1 (754) (806) alH-e3o« •3740.061 V (1) 3.38 6.68 3-4 3690.730 J 4 3.56 6.90 5-5 3733.77 p © 3.40 6.73 3-3 4547.851 B 4 3.53 6.34 3-3 a

1 D-Z

1 F° (807) alH-u3H«

(808) 3416.53 p © 3.35 6.97 4-5 z 6F

o_1 4343.86 P © 3.53 6.37 3-3

(755) alD-u=F° 3637.05

3631.718

W

V ill 3.563.56

6.96

6.97

5-5

5-4

(708)

z 5F

o_3 4304.87 P © 3.53 6.40 3-3 (756) 3380.004 V (l) 3.33 6.97 5- 3599.834 a 3 3.56 6.99 5-4 a

1 H-u3F« (709)

Z 5F°-15D

(710)

4393.31 P © 3.53 6.34 3-3 a

1 D-v3 F° (809) alH-via"

(810) a*H-x3l'

•3343.406

3363.009

V

V

3(3) 3.33

3.35

7.13

7.14

5-4

4-3 4434.194 V (1) 3.53 6.33 3-3 (757) 3553.741 6 3.56 7.03 5-4 3369.340 V (lw) 3.38 7.16 3-3 4378.73 P © 3.53 6.35 3- a

1 D-5« 3538.77 w

IS! 3.56 7.05 5-6 3374.453

3386.463

V

V

(3w)

(3w) 3.35

3.38

7.13

7.14

4-4

3-3 4305.30 u (1) 3.53 6.40 3-3

(759) aln_u3(j» 3534.53 w 3.56 7.05 5-5 (811) 3399.079 3304.36

V (lw) 3.38 7.13 3-4 (760)

a

I D-y1 D* •3479.883 V (i) 3.56 7.10 5-4 aiR-tSf

p © 3.40 7.14 3-3 4337.100 J 3 3.53 6.38 3-3 (813) alH-t3H«

(813) 3211.693

•3314.044

VV

8 30 3.33 3.35

7.16

7.19 5-64-5

Z

5 F°-g5 (71lT 4317.04 p (1) 3.53 6.39 3-3

(761) a

I D-x1 D°

(763) aln_u3 D«

3169.09 p © 3.56 7.45 5-6

•3311.873

•3309.397

3308 . 470

V 4 3.38 7.33 3-4 4319.59 p © 3.53 6.46 3-3 8461.41 p © 3.59 5.05 3-3 E5P«>-X a

6

4 3.40

3.43 7.35

7.36

3-3

1-3 4181.65 p © 3.53 6.48 3-1 (763) 8767.65 p © 3.64 5.05 3-3 (814) •3193.417 3197.53 f If! 3.38 7.35 3-3 4151.967 V M 3.53 8.50 3-3 a

1 D_t3D

# •7086.78 V 3 3.59 5.33 3-4 i5P»-e7

I 3.40 7.36 3-3 4340.373 J (3) 3.53 6.44 3-1

T

(764) 7158.503 V 1 3.64 5.36 3-3 (816) 3261.332

3273.71

V i!i 3.40

3.43 7.19

7.19

3-3

1-3

r5F»-4

(713) 4133.00 p © 3.53 6. S3 3-1

(766)

6953.01 7057.96

7135.00

p

p

p

©©

©1

3.59 3.64

3.67

5.36

5.39

5.40

3-3 3-3

1-1
REVISED MULTIPLE! TABLE 59

Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(Ho) Laboratory E ] P J Uultlplet(Ho) I A RBf Int Low High I A Ref Int Low High I A Ref tnt Low High

Fe I continued Fe I continued Fe I oontlnued

6400.010 I 800 3.59 5.53 3-4 l5po_e

5D 3490.47 P © 3.59 7.13 3-4 x5p»_i5„ 5380.364 V (l) 3.63 5.96 3-3 b3 D-x3P° 6411 658 I 400 3.64 5.56 3-3 (816) 3536.96 P © 3.64 7.14 3-3 (835) 5317.937 T (3) 3.63 5.99 3-1 (880) 6408.031 I 60 3.67 5.60 1-3 •3476.336 V (2w) 3.59 7.14 3-3 5333.191 V (i) 3.63 5.98 1-0 6346.334 E 15 3.59 5.56 3-3 3507.14 P © 3.64 7.16 3-3 5307.95 P (i) 3.63 5.99 1-1 6301.515 K 15 3.64 5.60 3-3 •3457.090 V (3w) 3.59 7.16 3-3 b

3 6336.835 E 13 3.67 5.63 1-1 D-3»

t

6P°-4

5066.38 P © 3.63 6.06 1-3 6141.734 E 4 3.59 5.60 3-3 3438.746 V (2) 3.59 7.19 3-3 (883) 6333.661 E 5 3.64 5.63 3-1 3477.98 p © 3.64 7.19 3-3 (836) 5065.301 V b3D-w3F»

( 3! 3.63 6.06 3-4 6303.507 E 6 3.67 5.63 1-0 3510.18 p © 3.67 7.19 1-3 5037.313 V 1 3.63 6.08 3-3 (883) W Ul 3.59 5.85 3-4 t5po_95f 4970.498

•5031.030

VR

(3)3 3.63

3.63 6.106.08

1-3 5456.48 3-3 •5466.993 V U! 3.64 5.90 3-3 (817) 5981 . 38 p © 3.63 5.68 6-6 •AI-bSj* 4979.58 w (1) 3.63 6.10 3-3 6461.80 P © 3.67 5.93 1-3 (837) 6346.34 P e 3.59 5.90 3-3 6649 . 66 V (1) 3.63 5.80 6-5 5058.50 w (1) 3.63 6.07 3-3 b

3D-v3»» 5384.33 P e 3.64 5.93 3-3 (838) ail-w°0°

5054.647 T 1 3.63 6.07 3-3 (884) 5331.30 P © 3.64 5.95 3-1 •5538.54 V

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4596.059 K (3n) 3.59 6.37 3-4 i5po_f

7D 4961.908 U (1) 3.63 6.11 6-5

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4673.169 J (4 3.64 6.38 3-3 (830) (845) a^-xSH*

4708.973 V (1) 3.63 6.34 3-3 b

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L5p»_f5ij (848) alX-jSx*

4605.99 p © 3.63 6.31 3-4 b3D-t5D» 4678.853 B 7 3.59 6.33 3-4 4309.036 J (3) 3.63 6.48 6-6 4543.33 p © 3.63 6.34 3-3 (893) •4745.806 B 3n 3.64 6.34 3-3 (831) 4338.61 P © 3.63 6.53 6-5 (849) 4481.04 p © 3.63 6.37 1-3 4768.334 V (1 3.67 6.36 1-3 4419.30 p © 3.62 6.41 1-0 •4654.638 J 5 3.59 6.34 3-3 4303.953 V (1) 3.63 6.55 6-6 a1!-*1 !* 4709.093 J (3 3.64 6.36 3-3 (850) ail-ylH»

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a.i I-xi-W> 4536.509 u (i) 3.63 6.35 3-4 b

3D-4° 4738.555 J 3n 3.64 6.35 3-3 (833) 3813.891 V 2 3.63 6.85 6-5 (896) 4638.016 J 3 3.59 6.35 3-3 (854) b3D-5° all-s30° 4537.90 p (i) 3.63 6.35 3- 4673.38 P © 3.64 6.38 3-3 3759.155 V (1) 3.63 6.90 6-5 (897)

b3 D-u3 e 4584.83.4 E (3 3.59 6.38 3-3 (855) ail-x3!" 4483.78 p © 3.63 6.38 3-4 3597.34 P © 3.63 7.05 6-5 4453.33 p © 3.63 6.40 3-3 (898) 4560.096 J

U

( 3

(1 3.59 3.64

6.39

6.33 3-4

3-3 j5po_e

5 (833)

(856) 4596.433 4479.01 p © 3.63 6.38 3-3 b

3D_u5P° 4510.83 P © 3.59 6.33 3-3 11355.97 D 1 3.63 4.71 3-3 dSd-j^D 4435.79 p © 3.63 6.41 3-3 (699) 4564.715 V (1 3.64 6.34 3-3 10735.19 P © 3.63 4.77 3-3 (858) 4386.6 ff (lw) 3.63 6.43 1-1 4480.37 p © 3.59 6.34 3-3 10333.33 P © 3.63 4.81 1-1 4438.74

4393.70

p

p ©

©

3.63

3.63 6.416.43

3-3

3-1 4487.36 p © 3.59 6.34 3-4 i5P°-e'7a 7333.38 P ©? 3.63 5.31 3-4 b

3D-y5»° 4475.99 p Fe 3.63 6.38 3-3 4463.30 p © 3.59 6.35 3-3 (834) 7363.46 P ©T 3.63 5.33 3-3 (859) 4418.60 p © 3.63 6.41 1-3 •4461.989 J (4 3.59 6.35 3-4 i5po_f

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3.63 6.39 3-3 b

3D-x1B»

(863) b3D-x3D° 4454.655 J 3.63 6.39 1-3 (903) 4535.143 I 5n 3.59 6.31 3-3 s6p»_e58 6307.85 P © 3.63 5.58 3-3 4611.385 I- 5n 3.64 6.31 3-3 (836) 6301.86 P © 3.63 5.58 3-3 (863) 4360.813 V (i) 3.63 6.46 3-3 b3D-u3D» 4668.07 p Q 3.67 6.31 1-3 (903) 6043.738 (1) 3.63 5.67 3-3 b b3D-t3D° 3D-x50° •4376.783 V K)

3.63 6.45 3-3 4495.566 J (1 3.59 6.33 3-3 iBp'-e3© (864) bSD-u&D

4385.832 V 3.63 6.50 3-3 (904) •4488.917 J (3 3.84 6.39 3-3 (837) 5763.434 V M 3.63 5.77 3-4 4373.90 p © 3.63 6.45 3-3 4481.631 J (3 3.67 6.43 1-1 5754.41 V 1 3.63 5.77 3-3 (866) 4580.600 E (3 3.64 6.33 3-3 5703.434 D u) 3.63 5.79 3-3? 4353.93 p © 3.63 6.53 3-1 b

3D_8° 4543.730 V (l 3.67 6.39 1-3 5707.35

5609.97

P

P ©

©

3.63

3.63

5.79 5.83 3-3

2-1 4347.39 p © 3.63 6.53 1-1 (905) 4484.337 I 4 3.59 6.34 3-4 r5P»-g5D

(838) •5600.343 V (i) 3.63 5.83 1-0 4346.090 J 3 3.63 6.53 3-3 b3D_T3p» 4483.750 V

5 3 3.64 6.39 3-3 4088.567 V (1) 3.63 6.64 3-1 (906) •4479.613 J 3 3.67 6.43 1-3 5760.351 V M 3.63 5.77 3-2 l^D-j^P* 4343.368 V (2) 3.63 6.53 3-3 4401.393 J (5 3.59 6.39 3-3 5698.05 w 1 3.63 5.79 2-1 (867) 4083.44 ff 13) 3.63 6.64 1-1 04437.30 p Fe 3.64 6.43 3-3 5761.37 f a) 3.62 5.76 1-0 4336.76 u (1) 3.63 6.53 1-3 4446.843 J (3 3.67 6.45 1-1 4347.854 7 (1 3.59 6.43 3-3 5707.068 V M 3.63 5.79 3-4 b

3 D-x3F° 4339.36 p © 3.63 6.54 3-3 b

3 D-e3 D° 4395.388 V (a 3.64 6.45 3-1 5636.708 V (i) 3.62 5.81 3-3 (868) 4336.66 p © 3.63 6.54 3-3 (907) 4438.353 E (3 3.67 6.45 1-0 5568.81 M 3.62 5.84 1-1 b

3D-w3D» 4181.30 p ©. 3.63 6.57 1-1 ^D-z.1 ^

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(909) b3D-ylF»

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(3)

1) 3.64 6.43 3-3 (830) 5452.119 u (i) 3.62 5.89 3-3 (870) (910) 4485.879 J 3.67 6.43 1-1 5411.39 p © 3.63 5.90 3-3 4096.118 V (1) 3.63 6.64 3-3 bSD-xlF* 4433.333 J 3lI 3.64 6.43 3-1 (911) 4469.381 I SiI 3.64 6.40 3-3 5539.38 ff M 3.63 5.85 3-3 b b3D-lO° 3D-l° 4074. 70 p © 3.63 6.65 3-3 4476.083 « (4) 3.67 6.43 1-3 •5534.68 w (i) 3.63 5.85 3-3 (871) (9131

b3D-t30» i6P»_-5F

(831)

4030.490 V M 3.63 6.70 3-4 4107.76 p © 3.59 6.59 3-4 5539.15 w (3) 3.63 5.86 3-4 b

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i5P»-fsP

6482.26 p © 3.63 5.87 1-1 (873) 4058.46 p © 3.63 6.67 3-3 b3D-ll» 4147.49 p © 3.69 6.56 3-3 4055.98 * (i) 3.62 6.67 3-3 (914) 4148.37 p © 3.64 6.61 3-3 (833) 6431.40 p © 3.63 5.90 3-4 b

3D-x3Q« 4087.79 p © 3.64 6.66 3-1 5414.91 p © 3.63 5.91 3-3 (874) 4010.18 ff (i) 3.63 6.70 3-4 b

3D-13» 4319.74 p © 3.64 6.56 3-3 (915) ,5p._f

3D

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5315.78 5270.06

5320.048

5305.41

V

P

PV

p

(1)©

©

(1)•

3.63 3.63

3.63 3.63

3.63

5.96

5.95

5.96 5.95

5.95

3-3 3-3

1-1 3-3

1-3

(877)

3738.51 p © 3.62 6.93 3-3 (918)
60 Laboratory

I A Ref Int

Fe I continued

3635.08 P ©7

3345.80 P ©

3224.05 P ©

•3225.607 U (l)

6451 . 58 6396.39

5849.67

•5780.83 5619.23

5662.94

5513.86 5543.04

5549.94 5543.184

5423.73

5385.58 5379.580

5368 . 533 5177.330

6141.55

5145.73 6084.55 4609.14

•4802.883

4700.171 •4579.344

•4509.306

4383.02 4248.73 4189.564

4171.696

4149.49

4090.75

4030.90

4080 . 08 3996.968 3885.93

3846.39 3839.135

3754.89 3731.15

3704.80

3681.87 3661.35

3590.66

3291.44

3370.69

10453.70 8686.79

8801.78

7477.53

7641.61 7673.76

7368.58 7474.50

7766.73

6330.78

6419.65 6003.033

5976.799 6953.749

5804.06

583B.418 6188.037

6096.689

5136.598 5285.60

5119.90 P 5037.51 P 5168.19 P

(3)©

©

(1)©7

(1)©

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ili©©

(3)

(3)

(-)©

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©

(1)

(3)

(3n)

(1)

(1)©

©?

(3)

(3)©

©©

©

3©

©

(1)©

©

O

(1)©

(1)©©

E P Low High

3.63 7.02

3.63 7.43 3.62 7.45 3.63 7.45

3.68

3.68

3.68 3.68

3.68 3.68

3.68

3.68

3.68

3.68

3.68

3.68 3.68

3.68 3.68

3.68 3.68

3.68

3.68

3.68 3.68

3.68 3.68

3.68

3.68

3.68

3.68

3.68

3.68

3.68 3.68

3.68

3.68 3.68

3.68

3.68

3.68

3.68 3.68

3.68

3.68 3.68

3.68

5213.80 P 5238.25 P 6081.86 P

©

(1)©

©©

©

(1)©

8

5

3(8

(3 Id)

(1)©

©

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ill©

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5.59

5.61 5.79

5.81 5.87 5.86

5.93

5.91 5.90

5.91 5.95

5.97 5.97

6.01 6.06

6.08

6.08

6.11 6.34

6.35

6.30

6.37 6.43 6.50

6.58 '

6.63

6.64 6.65

6.70

6.74 6.70

6.77 6.85

6.89 6.90 6.97

6.99

7.01 7.03 7.05

7.13

7.43

7.45

3.86 3.93

3.86

3.93

3.97 3.86

3.97

3.93 3.86

3.93 3.86

3.93

3.97 3.86

3.93

3.93

3.97 3.86

3.86 3.93

3.86

3.97

3.93

3.97 3.86

5.39

5.33

5.53

5.56 5.60

5.56

5.63

5.53 5.85

5.85

5.93

5.99 6.04

5.99 6.04

5.93 5.99 6.38

6.33

6.31 6.37

6.30

6.39

6.33

6.39

Kultlplet

(No)

3-2 b3 D_u3F°

(919,1

REVISED

Laboratory

UULTIPLET TAILS

I A Ref Int E P Low High

3-4

2-3

3-3

4-3

4-5

4-3

4-5

4-5

4-3 4-5

4-4

4-3

4-4

4-3 4-4

4-5

4-5

4-4

4-3

4-5

4-3 4-4

4-3

3.86 5.05 4-3

(930)

4-5 b

1 0-y3 0° 4-4 (921) 4-4 b

1 0-x3F° 4-3 (923) 4-4 b^-O-w5 ^

(923) 4-4 bio-ziO°

(934) 4-4 biQ-v5F°

(935) 4-5 bio-x3G°

4-4 (936) 4-3 4-5 biQ-w3 ^

4-4 (937) 4-5 ^G-z1 ^

(938) 4-4 biO-yio"

(939) 4-4 b*Q-w3F 4-3 (930)

4-5 3-4

4-4

3-3

3-3 4-3

3-1 3-4

4-4 3-4

4-4

3-3

3-3

4-3 3-3

3-4

3-3

4-5

4-4 3-3 4-4

3-1 3-4

3-3 4-4

^0-3°

(931) b^O-v3!} (933) blQ-zlF

(933) blQ-xi&°

(934) biQ-xSH

(935) blG-6°

(936) biO-U3 D° (937) biO-wSH

(938) blQ-9«

(939) blQ-yiF°

(940) blQ_x1F

c (941) blQ-lO°

(943) blG-t3 t}° (943) blQ-13°

(944) b^O-wlO

(945) b*0-xlH°

(946) blQ-wiF

(947) bio-aSo

(948) blQ_u3H»

(949)

bl<J-u3F°

(950)

(951) bio-xSl

(952) blQ-t3F» (953) bia-r3 0° (954)

z

3F°-X

(955),

23F

o_e

7 D (956)

z 3F

o_e 5D (957)

z3F»_85f

(958)

z

3F»-e 3r

(959)

z3F

o_ e 7F

(960)

z

li F°-f7D

(961)

z3f.«_ e 5(j (963)

Fe I continued

5050.13

5085.93

5168.18

5001.871 5014.950

5033.344

5139 . 658 5099.091 5217.69 4987.83

•5007.289 5019.74 4885.435

4938.183

4978.606

5058.00

4933.878 5037.34

5015.30 4630.785 •4607.655

4536 . 40 4538.84

4438.53

4453.63 4493.693

•4575.80

4598.37 •4495.386

4511.04

4544.50

4551.667

4538.58

4450.77

4471.81 4439.33

4455.033 •4490.773 4479.97

•4556.139 •4558.108 4635.44

4354.36

4394.31 4300.31 4376.684

4386.976

4300.838

4197.38

4369 . 73 3975.85 3743.14

3673.68 3648.33

10469.59

10533.31 10143.59 10884.30

10818.36 7486.13

7474.60

7335.33 6336.77

6331.40

6309.73

6083.67

6114.41 6008.577

5934.658

5883.838

5809.349 5798.194

5678.38

5304.11 5377.59 5005.730

4985.361 4973.108

4896.437 4911.786

5098 . 594 5048.454

4977.653

4970.66 4889.113

4909.387

4930.331 4870.06

4593.544 U 4587.73 P

4456.63 P •4490.773 J 4494.05 P 4393.58 U 4436 . 57 P

13

106

lii©

©

(3n) ©

3

(3)3

(1)

(1)©

G

(1)3n©

(3)©

©

(in)

(1)©

(1)©

©

(1)©

(1)©

©

ill

(3n) ©

(1)©

(3) (3n) ©

4n

(1)©

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1

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3.86

3.93

3.86

3.93

3.97 3.93

3.97

3.97

3.86

3.93

3.97

3.86

3.93

3.97

3.87

3.91 3.94

3.87

3.91 3.87

3.91 3.94

3.87

3.91 3.87

3.91 3.94

3.91 3.94

3.87

3.91 3.94

3.91

6.31 6.35

4-5 3-4

3.93 6.31 3-3

3.93 3.97

3.97

3.93

3.97 3.86 3.93

3.86

3.93

3.97 3.86

3.93 3.86

3.93

3.97 3.93

3.97 3.93

3.97

3.86

3.93

3.93

3.86

3.93

3.97 3.86

3.93 3.86 3.93

3.97 3.93

3.97 3.97

3.86

3.93

3.86 3.86

3.93

3.97 3.66

3.93

3.93 3.86

3.86

3.87

3.91 3.87

3.91 3.94

6.33

6.39 6.43

6.33

6.39 6.33 6.34

6.39

6.43

6.39

6.43 6.45

4-3

3-3

3-1

3-3

3-3

3-3

4-4 3-3

2-2

4-3

3-3

3-1

Hultlplet

(No)

z3F°-f5F

(963)

z

3 F°-e5S (964),

2 3F

o_e 3D

(965)

s 3F°-g5D

(966)

3.93 6.37 3-3 z3F -e78 6.43

6.43

6.43

6.59 6.65

6.59 6.65

6.65

6.70

6.71 6.56

6.61

6.61 6.66

6.68

6.64

6.69 6.64

6.69

6.71 6.63

6.67

6.71 6.67

6.71 6.64

6.67

6.73

6.64

6.67 6.64

6.70

6.73

6.73

6.75

6.81 6.84

6.81 6.75

3.86 6.97

7.33

7.33

7.35

5.05

5.08

5.08 5.05

5.08

3.87 5.53

3.91 5.56

3.91 5.60

5.65

5.90 5.93

5.90

5.93

5.93

5.99 6.04

5.99

6.04 6.04

6.34

6.38

6.33

6.39 6.43

6.39

6.43

6.33

6.39

6.39

6.43

6.39 6.43

6.45

6.45

3-3

3-1

3-3 3-4

3-3

4-4

3-3

4-3

3-3

3-1 4-4

3-3

4-3 3-3

3-1

3-3

3-1 3-4

3-3

4-4

3-3

3-3 4-5

3-4

3-3 4-4

3-3

4-3

3-3

3-1 3-3

3-3

3-3

4-5

3-4 4-4

4-4

3-3

2-3

4-3 3-4

3-4 4-4

4-3

3-4

3-3

1-3 3-3 3-3 3-4

3-3

1-3 3-3

3-3

3-3 3-3

1-1 3-3

3-3

1-1 3-3 3-1

3-3 1-3

3-3

1-3 3-3

3-3

1-1 3-1

(967)

t3F

o_e5p

(968)

z3F

o_g5j

(969)

z

3F°_h5D

(970)

2

3F

o_r 5p

(971)

z

3Fo_r5 (973)

z3F

o_e3 (973)

z3F

o_f

3 D

(974)

z3Fo_e3H

(975)

z3F°-f3F

(976)

z 3F°-3

(977) z3F«-g5o

(978)

3-3 z3D«-X

3-3 (979) 3-3 2-3

1-3 3-4 z

3 D°-e5D

3-3 (980) 3-3

Z3D

o_9 5F

(981)

z3D

o_e3F

(983)

z

3D°-r5D

(983)

z 3D

e-e3D

(984)

E 3D°-g5D

(985)

Laboratory

I A Ref Int

Fe I continued

4905.15

4978.11 4916.67

4966.30 4539.563

4479.00 4441.56

4439 . 30 4358.95

4404.10 4579.05

4498.54

4487.01 4504.33

4568.63

4546.68

4631 . 63 4377.330

4336.60

4468.101

4466.939 4440.840

•4395.514 4391.87

•4531.633 4517.60

4343.786 4330.05

4310.37

•4365.360 4357.53 3839.614

9959.18 8096.874

8432.95

8481.96

8466.54

8680.77 8737.10

7537.44

7967.03 7319.686

7498 . 56 7617.97

7307.133 7418.674

7454.03

7513.17 7133.989

•7307.9380

7443 . 031 7418.33 7501.35

7073.83 7300.59 7034.084

7068.415

7384.843

7401.689

7348.51

7476.93 6793.36

7000.633

7107.461 6745.96

•6933.638 6857.35

7130.56 6785.88

6963.03

6639.90

6796.11 6555.87

6683.33

6943.83

7105.90

6633.78

•6777.44

6509.56

•4395.514 V 4405.40 P 4335.89 U

4379.480 V •4265.360 J 4364.743 U

4300.09 P

3675.76 P 3699.41 P

3683.77 P 3717.73 P

E

P

PP

PP

P

IV

PV

E

V

P

IL

L

P

PP

PV

IL

E

PP

VV

IpL

V

P

PP

P

7

P

P

PP

P

V

102©G

G

G

GTGT

5

1G

6

5

(1)G

88

3G

©

©G

5

40

4

4G©

3

34©

4G

G

G

(3)3G

GG

G

©

1

(1)

E P

Low High

3.91 6.43 3.94 6.43

3.91 6.43 3.94 6.43

6.59 3-4 6.70 1-3 6.65 3-3 6.70 3-3 6.70 3-3 6.71 3-1

Hultlplwt

(No)

3-3 z3D°-e5p

1-1 (986) 3-1

1-3

r

3 D°-g5f

(987)

3-4 z

3 D°-h5D

3-3 (988) 3-3

1-1 3-3 z

3 D°-f5p

1-1 (989)

1-3

3.87

3.91

3.91 3.94

3.94

6.77 6.84

6.77 6.84

6.77

E 3D»-f5a

(990) 3-4 z 3D°-e3 3-3 (991) 3-3

z

3D°-:T3D

(993)

3-4 *3D°-f3P

3-3 (993) 1-3 3-3 3-3 z

3D°-e3P

3-1 (994) 3-3

1-1 1-3

(3w) 3.94 7.16 1-3 z

3 D°-l5D

3.87

3.91

3.91

7.33 7.35

7.36

(995) 3-4 z 3D°-g50

3-3 (996) 3-3

3.87 7.19 3-3

4.06 5.30 4-5

4.06

4.13 4.17

4.13

4.17

4.17 4.06

4.17 4.06

4.13

4.17 4.06

4.13

4.17

4.12

4.06 4.13

4.17 4.13

4.17

4.06 4.13

4.06

5.58

5.59

5.63 5.58

5.59 5.58

5.70

5.73

5.77

5.77 5.79

5.77

5.79

5.83 5.77

z 3D°-4

(997)

c3F-y5Q>° (998)

3f_x3d»

(999) 4-3 3-3

3-1 3-3 3-3

3-3

4-3 o

3P-w5p»

2-3 (lOOO)

c3F-u5D* (1001)

79

8183

79

81 5.80

5.83

5.83

4-4

3-3

3-3

4-3

3-3

3-1 3-4

4-4

3-3 2-2 3-4

3-3

4-5 o3F-z3H» 3-4 (1003) 4-4

c3F-x3P*

(1003)

06

13

1713

17

5.80

5.82 5.84

5.80 5.83

4.06

4.12

4.17 4.06

4.12 4.06

4.13

4.06

4.17 4.06 4.13

4.06

4.06

4.13

4.17

4.06 4.13

5.87

5.89

5.90

5.89

5.90 5.86

5.66

5.88

5.94

5.93

5.94 5.94

5.91 5.90

5.91 5.93 5.95

c3F-w3D°

(1004)

c3F-w5q»

(l005)

4-3

3-3

3-1 3-3

3-3

4-4

3-3 3-3

4-3

3-3

4-4 c^-z1 !!* 3-4 (1006)

3F-v5f»

(1007)

4.06 5.95

4-5

3-3 4-4

3-3

4-3

4-5 o3F-x3Q» 3-4 (l006) 3-3

4-3 o

3F-v6P* 3-3 (1010)

4-5 o

3F-w30# (1013)
REVISED MULTIPLET TABLE 61

4546 47 4467 446 4538 95

4153 07

Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(No) Laboratorj E P J Uultlplet

IA Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No)

fa I continued Fe I continued Fe I continuedL

'6713.14 V 6d 4.13 5.96 3-3 o

3F-x3P° 8633 . 43 P © 4.09 5.53 4-4 y

5D°-e5D 5088.16 P B

4.14 6.56 3-4 y5D°-h5D

'6777.44 V 1 4.17 5.99 3-1 (1013) 8653.50 P e 4.14 5.56 3-3 (1050) 5063.396 T 4.17 6.61 3-37 (1066) 6675.98 V 1 4.17 5.96 3-3 8355.16

8950.30

P

P ©©

4.09 4.14

5.56

5.53

4-3 3-4 5011.34 P © 4.30 6.66 1-3 cont

6315.814 V (3) 4.06 6.01 4-4 3F_yl(J«> 8878.76 P © 4.17 5.56 3-3 4983 . 50? J 8n 4.09 6.56 4-3 y

5Do_f5p

(1014)

o3F-w3FB 8834.04 P © 4.30 5.60 1-3 4983.358 J 5n 4.14 6.61 3-3 (1067) 6157.734 J 4 4.06 6.06 4-4 8779.13 P © 4.31 5.63 0-1 4967.899 J (3) 4.17 6.66 3-1 6315.316 J (3) 4.13 6.08 3-3 (1015) 5086.77 P © 4.14 6.56 3-3 6380.748 I 3 4.17 6.10 3-3 7187.341 E 800 4.09 5.80 4-5 ySn'-e^ •5057.49 w (1) 4.17 6.61 3-3 6107.33 r © 4.06 6.08 4-3 7307.406 E 500 4.14 5.85 3-4 (1051) 5031.68 P © 4.30 6.66 1-1 6340.366 u (1) 4.13 6.10 3-3 7164.469 E 350 4.17 5.90 3-3 7130.943 I 150 4.30 5.93 1-3 •4953.646 V (in) 4.09 6.58 4-5 y5D«_f5(j 6147.85 V (-) 4.06 6.07 4-3 3F-v3d° 7090 . 404 I 40 4.31 5.95 0-1 4934.033 K (3n) 4.14 6.64 3-4 (1068) 6315.43 p © 4.18 6.08 3-3 (1016) 6999.903 I 30 4.09 5.85 4-4 4910.338 J lw) 4.17 6.69 3-3 6436.43 V (i) 4.17 6.09 3-1 7016.436 V 30 4.14 5.90 3-3 4910.570 J lw) 4.30 6.71 1-3 7033.976 L 50 4.17 5.93 3-3 4835-863 X 3) 4.09 6.64 4-4

•5975.355 J 4 4.06 6.13 4-5 o3F-y3H° 7038 . 351 I 40 4.30 5.95 1-1 4840.339 V in) 4.14 6.69 3-3 •6137.913 J (3) 4.13 6.14 3-4 (1017) 6819.60 P (1) 4.09 5.90 4-3 4859.13 w (l) 4.17 6.71 3-3 6931.89 p © 4.06 6.14 4-4 6880.65 V 3 4.14 5.93 3-3 •4745.806 B 3n 4.09 6.69 4-3 6933.04 U 1 4.17 5.95 3-1 4790.56 P © 4.14 6.71 3-3 6037.057 B 4 4.06 6.11 4-5 o

3F-v3a° 6165.366 J

III 4.13 6.13 3-4 (1018) 6735.39 V 3 4.09 5.93 4-4 y

5D°-e3F 4843.78 V (1) 4.09 6.63 4-5 y5Do_e3o

6315.153 J 4.17 6.15 3-3 6653 . 88 V (1) 4.14 5.99 3-3 (1053) 4863 . 60 p © 4.14 6.67 3-4 (1069) 6081.85 P © 4.13 6.15 3-3 6916.703

6786.88

IVSO

5 4.144.17

5.93 5.99 3-4

3-3 4858.34 p © 4.17 6.71 3-3

6363.889 V (3) 4.17 6.11 3-3 o

3F-z1 D° 6704.48 p U) 4.30 6.04 1-3 m4840.89 p Tl 4.09 6.64 4-3 y5c°-f3D 5959.878 U (1) 4.13 6.30 3-3

(1019) oSF-wSp* •5666.837 u (1) 4.14 6.31 3-3 y

5 D°-e7F 4863.54

4841 . 80

pw ©

I 1)

4.14

4.17 6.67

6.73

3-3

3-1 (1070)

(1030) oSF-ziF5703.09 p © 4.17 6.34 3-3 (1053) •4939.344 J (3) 4.14 6.64 3-3 5643.94 P © 4.06 6.34 4-3 5815.43 p © 4.30 6.33 1-1 4933.19 p © 4.17 6.67 3-3 S943.ll P © 4.17 6.34 3-3 (1031) 5737.71 7 w (1) 4.09 6.31 4-3 4893.86

5013.16 wp

(1)©

4.30

4.17 6.736.64

1-1 3-3 5811.93 V (1) 4.13 6.35 3-4 c

3F-x1 0° 5859.96 p © 4.17 6.38 3-3 y

5D°-f7D 4986.34 w I 1

) 4.30 6.67 1-3 (1033)

o 3F-u5F° 5760.53 p © 4.14 6.38 3-3 (1054) 4918.03 w (iS 4.31 6.73 0-1 5510.33 p © 4.06 6.30 4-5 5813.33 p © 4.17 6.30 3-3 5563.69 p © 4.13 6.34 3-4 (1033) 5715.47 p © 4.14 6.30 3-3 4631.03 p © 4.09 6.75 4-4 y5D«-f3F 5333.15 p © 4.06 6.37 4-3 5796.67 p © 4.17 6.30 3-1 4538.30 •4730.997

pJ ©

(1) 4.09 4.14

6.81 6.754-3 3-4

(1071)

5494. 468 V (1) 4.06 6.30 4-5 c

3F-x3H° 5871.389 u (1) 4.14 6.34 3-3 y5D«>_ f5n 4688.38 p © 4.17 6.81 3-3

o3F-t5D° 5938 . 50 p © 4.30 6.38 1-1 (1055) 4679.96 p © 4.30 6.84 1-3 6487.747 K (8) 4.13 6.37 3-3 5733.86 p © 4.09 6.34 4-3

(1035) o^F-v'F

5815.16 V (1) 4.14 6.36 3-37 4677 . 59 p © 4.14 6.77 3-3 y

5 D o_ e3p 5434.15 P Fe 4.06 6.33 4-4 5893.34 p © 4.30 6.39 1-0 4743.93 p © 4.17 6.77 3-3 (1073) 5568.71 P © 4.13 6.34 3-3 (1036) 5974.63 p © 4.17 6.34 3-3 5406.36 P © 4.06 6.34 4-3 4135.77 u (1) 4.17 7.16 3-3 y5D°-l5D •5630.04 w M 4.13 6.33 3-3 5844.879 u (1) 4.14 6.35 3-3 y5n»_e?P 4044.49 p © 4.09 7.14 4-3 (1073) 5587.583 V 1 4.13 6.33 3-4 5707 . 70 p © 4.09 6.35 4-3 (1056) 4085.98 w (1) 4.14 7.16 3-3 5680.36 w (i) 4.17 6.34 3-3 5760.71 p © 4.14 6.38 3-3 4163.35 p © 4.17 7.14 3-3 5947.30 p © 4.17 6.35 3-3 4173.97 p © 4.30 7.16 1-3 5339.994 J (3) 4.06 6.37 4-5 o

3F-6B (1038)

c3F_u

3(jo 5677.68 p © 4.09 6.36 4-5 y^C-e^d 3970.99 p © 4.09 7.19 4-5 y

5 D°-g5 5403.833 V 5 1

) 4.06 6.34 4-5 5731.70 p © 4.14 6.39 3-4 (1057) 3996.79 p © 4.14 7.33 3-4 (1074) 5476.398 J 3 4.13 6.38 3-4 (1039) 5739.78 p © 4.17 6.33 3-3 •5535.419 J (3) 4.17 6.40 3-3 5761.08 p © 4.30 6.34 1-3 4046.46 p © 4.14 7.19 3-3 y

5 D°-4 5319.33 p © 4.06 6.38 4-4 5644.35 p © 4.14 6.33 3-3 4095.37 p © 4.17 7.19 3-3 (1075) 5439.43 p © 4.13 6.40 3-3 5516.39 p © 4.09 6.33 4-3 4131.75 p © 4.30 7.19 1-3 5375.00 w (in) 4.06 6.40 4-3 5607 . 66 p © 4.14 6.34 3-4 y

5D°-e7 5464.386 V (1) 4.13 6.38 3-3 c

3F_y

l D

e 5705.33 p © 4.30 6.36 1-3 (1058) 9103.64 F 1 4.16 5.53 5-4 y5F°_ e 5D (1030)

c

3F-u3 D° 5481 . 353 V (3) 4.09 6.34 4-4 •9070.43 F 3 4.30 5.56 4-3 (1076) •5335.393 V ( 3

C 4.06 6.43 4-3 5568.44 p © 4.14 6.35 3-3 9084.30 P 1 4.34 5.60 3-3 5393.973 V 1 4.13 6.46 3-3 (1031) 5636.00 p © 4.17 6.36 3-3 5333.673 V (1) 4.17 6.48 3-1 7511.045 E 800 4.16 5.80 5-5 y

5F

o_ a5F 5387.51 R 3 4.13 6.43 3-3 5551.77 p © 4.09 6.31 4-5 y5ne-f5F 7495.088 E 400 4.30 5.85 4-4 (1077) 6394.683 T

lii 4.17 6.46 3-3 5568.07 p © 4.14 6.35 3-4 (1059) 7445.776 E 300 4.34 5.90 3-3 5491.84 * 4.17 6.43 3-3 5653.01 p © 4.30 6.38 1-3 7411.178 E 100 4.36 5.93 3-3 5443 . 41 p © 4.09 6.35 4-4 7389.435 E 30 4.38 5.95 1-1 5169.30 P © 4.06 6.45 4-3 c

3F-t3D° 5534.35 p (1) 4.14 6.37 3-3 7306.61 V 3 4.16 5.85 5-4 5187.933 V (3) 4.13 6.50 3-3 (1033) 5583.97 p © 4.17 6.38 3-3 7388.760 I 10 4.30 5.90 4-3 5438.71 p © 4.17 6.44 3-1? 7393.068 I 15 4.34 5.93 3-3 5317.53 p © 4.13 6.45 3-3 •5666.837 u !i) 4.14 6.31 3-3 y

5 D°-e5 S 7311.101 I 13 4.36 5.95 3-1 5384.63 p © 4.17 6.50 3-3 (1060) y°Dc -e3 D 7710.390 E 35 4.30 5.80 4-5

5493 . 508 V |i) 4.09 6.33 4-3 7661.333 E 30 4.34 5.85 3-4 5164.933 s (-) 4.13 6.51 3-4 o

3F-w3H° 5483.111 V ,i) 4.14 6.39 3-3 (1061) 7568.935 E 30 4.36 5.90 3-3

(1033)

o

3F-8° 5481.451 T 3) 4.17 6.43 3-1 7491.678 L 13 4.38 5.93 1-3 5336.189 V (1) 4.17 6.53 3-1 5630.537 V ,1) 4.14 6.33 3-3

(1°3 *)

c

3F-s3 D° 5573.10 V .1) 4.17 6.39 3-3 7C08.014 V 5 4.16 5.93 5-4 y5fO_ e

3F

4978 . 70 p © 4.06 6.54 4-3 5547.00 w 3) 4.30 6.43 1-1 6898.31 V 3 4.30 5.99 4-3 (1078) 5134.17 p (1) 4.17 6.58 3-3 (1035) •5715.107 V ,1) 4.17 6.33 3-3 6847.60 P (1) 4.34 6.04 3-3 5579.34 p © 4.31 6.43 0-1 7181.333 L 10 4.30 5.93 4-4 5136.09 w (1) 4.17 6.57 3-1 c

3 F-z 1 P° 7038.818 V 3 4.34 5.99 3-3 (1036)

c

3 F-9° 5476.571 J 10 4.09 6.34 4-4 y

5Dc -g5D 6951.63 P (1) 4.36 6.04 3-3 4887.37 p © 4.06 6.58 4-4 5473.908 J [3) 4.14 6.39 3-3 (1063) 7333.63 V In 4.34 5.93 3-4

(1037)

c

3F-t5 P

c 5478.48 V l) 4.17 6.43 3-3 •7148.69 R (-) 4.36 5.99 3-3 4839.68 p ©T 4.13 6.68 3-3 •5493.850 T o) 4.30 6.45 1-1 7033.39 P © 4-38 6.04 1-3 4875.33 p © 4.17 6.70 3-1 (1038) 5353.386 V 3) 4.09 6.39 4-3 5391.493 V *l) 4.14 6.43 3-3 •6005.53 V

1 1} 4.16 6.31 5-6 y5{T°_e 'F 4809.36 p (1) 4.06 6.63 4-3 o 3F-y1F° 5439 . 53 P © 4.17 6.45 3-1 •6031.83 W (3n) 4.36 6.31 3-3 (1079) (1039)

3F_xl F

o 5480.873 V 2

l 4.30 6.45 1-0 6008.35 P © 4.38 6.34 1-3 4913.53 p ©7 4.13 6.64 3-3 5603.788 V 3) 4.14 6.34 3-4 4999.114 T (1) 4.17 6.64 3-3 (1040) 5563.604 I 3 4.17 6.39 3-3 5993.65 P ©? 4.16 6.33 5-5 y

5F°-f7 D 5543.930 J

I) 4.30 6.43 1-3 5961.91 P © 4.30 6.37 4-4 (1080) '4881.736 J (3) 4.13 6.65 3-3 c

3F-10° 5535.553 V 4.31 6.45 0-1

(1041)

3F_t3G° 6060.81 P © 4.30 6.34 4-3 y

5Fo_ f 5D 4735.846 J

$ 8l 4.06 6.66 4-5 •5534.68 w 1) 4.14 6.37 3-3 y

5Dc-e7 S 6107.09 P (1) 4.34 6.36 3-3 (1081) 4800.653 J 2 4.13 6.70 3-4 (1043) (1063) 4798.369 V (1) 4.17 6.74 3-3 5334.33 p © 4.09 6.40 4-3 y5n°_e 5p 6033.67 V IS

4.30 6.35 4-3 y5F

o_e

7p 5386.341 V 1) 4.14 6.43 3-3 (1064) •6137.913 J 4.36 6.38 3-3 (1083) 4854.89 V (in) 4.13 6.67 3-3 c

3F-ll° 5487.53 p © 4.17 6.43 3-1 4939.46 p © 4.17 6.67 3-3 (1043) 5453.98 p © 4.14 6.40 3-3 5940.973 V (3) 4.16 6.34 5-6 y

5F

o_ e 5(j 5473.18 p © 4.17 6.43 3-3 5996.49 p © 4.36 6.33 3-3 (1083) 4739.038 J (1) 4.06 6.67 4-5 3F-13° 5553.33 p © 4.30 6.43 1-1 5877.770 u (l) 4.16 6.36 5-5

( 1043a)

c

3F-13°

5543.03 p © 4.17 6.40 3-3 5901 . 53 p © 4.30 6.39 4-4 4785.963 V (1) 4.13 6.70 3-4 •5538.54 V ( 1) 4.30 6.43 1-3 5918.93 p (1) 4.34 6.33 3-3 4665.56 p © 4.06 6.70 4-4 (1044) •5007.389 J ( 3n) 4.09 6.55 4-5 y

5D°-g5F 5743.95 p (1) 4.16 6.31 5-5 y5F

o_f

5F 4673.03 p © 4.13 6.77 3-4 c^-w1 ^ 5037.136 J 5n 4.14 6.59 3-4 (1065) 5738.33 p © 4.30 6.35 4-4 (1084) (1045) C^F-x1 !! 4991.377 J 1 3

) 4.17 6.65 3-3 5786.99 p © 4.34 6.37 3-3 4413.40 p © 4.06 6.85 4-5 •4939.344 J 1 3) 4.30 6.70 1-3 5836.64 p © 4.36 6.38 3-3

(1046)

3F-wlD° 4933.348 K 1 3n) 4.31 6.71 0-1 5859 . 30 V (1) 4.38 6.39 1-1 4546.47 p © 4.17 6.88 3-3 4935.38 V 1 t] 4.09 6.59 4-4 5637.08 p © 4.16 6.35 5-4

(1047)

3F_wl F

o 4887.189 K ( 4.17 6.70 3-3 5691.69 p © 4.30 6.37 4-3 4467.446 u (1) 4.13 6.89 3-3 5753.38 p © 4.34 6.38 3-3 4538.95 p © 4.17 6.89 3-3 (1048) 4983.855 J 6n 4.09 6.56 4-4 y5D°-h5D 5809.88 p © 4.36 6.39 3-1 4988.963 J ( 6) 4.14 6.61 3-3 (1066) 5858.77 p © 4.30 6.31 4-5 4153.07 p © 4.06 7.03 4-4 c

3 F-v1 0° 4957.68 P © 4.17 6.66 3-3 5835.10 p © 4-34 6.35 3-4

(1049) 4969.937

4888.651

J 1 V 1 3)

1) 4.30

4.09 6.68

6.61

1-1 4-3 5861.11 5876.37

p

p ©©

4.36 4.386.37

6.38

3-3

1-3 4886.335 J ( l) 4.14 6.66 3-3 4917.35 w ( 1) 4.17 6.68 3-1
63 REVISED MULTIPLE? TABLE

Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(No) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Fe I continued Fe I continued Fe I continued

!J 5943 . 63 P G 4.34 6.31 3-3 y

5F°-e53 4113.973 J 3n 4.16 7.16 5-6 ySpo-gSo 8509.63 P G 4.35 5.80 4-5 z5 a°-e5F i •6031.83 W (3n) 4.36 6.31 3-3 (1085) 4135.633 J (1) 4.30 7.19 4-5 (1103) 8496.51 P G 4.40 5.85 3-4 (1136) y

5F°-e3 D 4132.54 P G 4.34 7.33 3-4 8401.68 P G 4.43 5.90 3-3 cont <

i 5793.933 V (3) 4.30 6.33 4-3 4137.42 P G 4.36 7.35 3-3 1

1

5741.861 V (3) 4.34 6.39 3-3 (1086) 4143.638 V (IN) 4.36 7.36 1-2 7586.044 E 150 4.39 5.93 5-4 z5G°-e3F •5715.107 V (1) 4.36 6.43 3-1 4067 . 85 P G 4.16 7.19 5-5 7531.171 E 60 4.35 5.99 4-3 (1137) "

5893.71 w 2 4.34 6.33 3-3 4083 . 71 P 4.30 7.33 4-4 7507 . 300 L 8 4.40 6.04 3-3 5814.80 V (1) 4.36 6.39 3-3 4100.35 P G 4.34 7.35 3-3 7869.65 4 4.35 5.93 4-4

5763.84 p © 4.38 6.43 1-1 •4117.873 V (1) 4.36 7.36 3-3 7737.67 P G 4.40 5.99 3-3 5969.554 u 18

4.26 6.33 3-3 7647.83 P G 4.43 6.04 3-3 5864.34 p 4.38 6.39 1-3 4185.66 P G 4.34 7.19 3-3 ^•-4

4334.30 P G 4.36 7.19 3-3 (1104) 6438.80 V (1) 4.35 6.37 4-4 z50°-f7D

5663.535 B

I 63 4.16

4.30 6.346.39 5-44-3 y5Fe-g5D (1087) 6543.98 u (1) 4.35 6.34 4-3

(11381- eScp-f5!) 5638 . 366 5641.464 V (3) 4.34 6.43 3-3 7339.885 I 6 4.19 5.90 3-3 z3P°-e5F (1139)

z5 o_ 5658.67 p G 4.36 6.45 3-1 7311.26 P G 4.34 5.93 1-3 (1105) 6376.33 p G 4.30 6.34 6-6 e5(j 5691.509 V (l) 4.38 6.45 1-0 7095.435 I 3 4.19 5.93 3-3 6303.46 V (in) 4.30 6.36 6-5 (1140) 5775.090 J (5) 4.30 6.34 4-4 7313.84 P G 4.34 5.95 1-1 6351 . 39 p G 4.39 6.34 5-6 5731.771 J (3) 4.34 6.39 3-3 6472.15 p ©T 4.35 6.36 4-5 5711.867 V (3) 4.36 6.43 3-3 5955.683 U (1) 4.34 6.31 1-2 z3P°-e58 5705.48 V (1) 4.38 6.45 1-1 11106)

z3po_e3 D 6148.65 p G 4.30 6.31 6-5 t5 o_f5w 5873.311 V (3 4.34 6.34 3-4 5763.993 K 10 4.19 6.33 3-3 (1141) 5804.478 u (1) 4.36 6.39 3-3 5753.136 J 5 4.34 6.39 1-3 (1107) 6034.04 p z5o<>_g5D

ill 4.39 6.34 5-4 •5759.56 p (3) 4.38 6.43 1-3 5717.845 L W 4.37 6.43 0-1 6054.100 u 4.35 6.39 4-3 (1143) 5618.646 V (l) 4.19 6.39 3-3 6081.73 p G 4.40 6.43 3-3 5617.14 p G 4.30 6.40 4-3 ySpo.eBp •5655.506 V 4 4.34 6.43 1-1 6313.04 V (1) 4.35 6.34 4-4 5635.85 V (1) 4.34 6.43 3-3 (1088) m5535.48 P Fe 4.19 6.43 3-1 5731.71 1' G 4.36 6.43 3-1

z3P°-g5

D 5361.637 V

!i!> 4.40 6.70 3-3 z5G°-g5F 5709.93 p G 4.34 6.40 3-3 5608.98 P G 4.19 6.39 3-3 5395.35 w 4.43 6.71 3-1 (1143) 5706.11 p G 4.36 6.43 3-3 5653.33 V (1) 4.34 6.43 1-2 (1108) 5469.39 p G 4.39 6.55 5-5

5661 . 36 w (1) 4.37 6.45 0-1 5513.377 V

f J i 4.35 6.59 4-4 5163.388 J lOn 4.16 6.55 5-5 y

5F°-g5F 5533.46 V (3) 4.19 6.43 3-3 5487.16 V 4.40 6.65 3-3 5165.433 J (4) 4.30 6.59 4-4 (1089) •5600.343 V IlJ 4.34 6.45 1-1 5433.950 u (2n) 4.43 6.70 3-3 5136.218 T (l) 4.34 6.65 3-3 5473.730 V (1) 4.19 6.45 3-1 5615.18 p G 4.35 6.55 4-5 5073.077 K (l) 4.36 6.70 3-3 5076.388 T (3) 4.38 6.71 1-1 5588.07 p 4.19 6.40 3-3 -3po_e5p 5441.331 u

15! 4.39 6.56 5-4 z50°-h5D

5075.17 P G 4.16 6.59 5-4 5646.70 p G 4.34 6.43 1-3 (1109) 5466.404 J 4.35 6.61 4-3 (1144) 5051.39 P G 4.30 6.65 4-3 5724.445 u

(la) 4.37 6.43 0-1 5446.58 p 4.40 6.66 3-3 5016.48 P G 4.34 6.70 3-3 5517.08 w 4.19 6.43 3-3 5470.17 w (i) 4.43 6.68 3-1 5355.68 P G 4.30 6.55 4-5 5661.97 p G 4.34 6.43 1-1 5530.19 p GT 4.43 6.66 3-3 i 5343 . 798 V I 1 ) 4.34 6.59 3-4 5184.393 u (3n) 4.36 6.65 3-3 5037.785 T (-) 4.19 6.65 3-3 -,3po_g

5F 5455.433 K (5) 4.30 6.56 6-6 z5 o_f

5a

5109.663 V (3) 4.38 6.70 1-3 5035.08 P G 4.34 6.70 1-3 (1110) m5404.13 p Fe 4.39 6.58 5-5 (1145) 5041 . 33 P G 4.37 6.71 0-1 5400.509 J w 4.35 6.64 4-4 5137.388 J 6n 4.16 6.56 5-4 y5F°_h5D 4933.18 P G 4.19 6.70 3-3 5389.461 E 5 4.40 6.69 3-3 5135.130 J 6n 4.30 6.61 4-3 (1090) 4993.80 P G 4.34 6.71 1-1 5398.385 V (l) 4.43 6.71 3-3 5090.787 K (6n)

(1) 4.34 6.66 3-3 5422.15 p G 4.30 6.58 6-5 5104.47 P 4.36 6.68 3-1 4993.687 u

i ; l 4.19 6.66 3-3 -3po_n5D 5265.43 p G 4.39 6.64 5-4 •5339.857 J 5n 4.30 6.56 4-4 5056.856 u 4.34 6.68 1-1 (11U) 5337.86 p GT 4.40 6.71 3-3 5303.37 T w 8

4.34 6.61 3-3 •4953.646 V (in) 4.19 6.68 3-1 5437.19 p G 4.39 6.56 5-6 5148.061 V 4.36 6.66 3-3 5546.512 V

i-i 4.35 6.58 4-5 •5143.541 J (3w) 4.38 6.68 1-1 5305.31 p G 4.34 6.61 1-3 z3p

o_f5p 5505.893 T 4.40 6.64 3-4 5004.034 T (1) 4.19 6.66 3-1 (1113) 5461.54 W (in) 4.43 6.69 3-3 5338.408 V (in) 4.30 6.56 4-3 y5F0_f5p 5196.100 V 3w 4.34 6.61 3-3 (1091) 4945.65 w (1) 4.19 6.69 2-3 -3 po_f5(j 5484.073 45n 4.30 6.58 6-7 z5 o_e

5H

5159.066 V (ad 4.36 6.66 3-1 4995.41 p G 4.34 6.71 1-2 (1113) 5383.374 35n 4.39 6.59 5-6 (1146) 5308.71 p G 4.34 6.56 3-3 4893.70 p G 4.19 6.71 2-3 5369.965 35n 4.35 6.65 4-5 5355.76 p G 4.36 6.61 2-2 5367.470 30n 4.40 6.70 3-4 " 5197.93 p G 4.38 6.66 1-1 473a. 56 p GT 4.19 6.81 3-3 2

3pe_f3F (11141

z3po_e3p

5364.874

5401.37 P 15nG

4.43 4.30

6.73 6.59

3-3 6-6 5133.693 J 30n 4.16 6.56 5-6 y

5F

o_f

5G 4775.87 p 4.19 6.77 2-2 5336.38 P G 4.39 6.65 5-5 5195.471 K (8) 4.30 6.58 4-5 (1092) •4757.583 J (3) 4.34 6.84 1-1 (1115) 5367.38 P G 4.35 6.70 4-4 •5143.541 J (3w) 4.34 6.64 3-4 4665.34 p Q 4.19 6.84 2-1 5395.316 u (1) 4.40 6.73 3-3 5096.998 J 6) 4.36 6.69 3-3 4873.69 p G 4.34 6.77 1-2 5079.003 V in) 4.38 6.71 1-2 4801.63 p G 4.37 6.84 0-1 5390.79 p 4.30 6.63 6-5 -5 o_ e3 5104.31 (l) 4.16 6.58 5-5 zSpo.^jj

5184.17 p G 4.39 6.67 5-4 (1147) 5067.163 V Ml 4.30 6.64 4-4 4160.78 p G 4.19 7.16 2-2 5373.62 p G 4.39 6.63 5-5 •5040.903 Vp

(3)G

4.34 4.346.69

6.71

3-3

3-3 (U16) 5315.07 5326.793

w

T

i-i

4.35

4.40

6.67

6.71 4-4 4986.90 3-3 8356.07 p G 4.28 5.75 2-1 b

1 D-z3 S° 5409.125 V U> 4.35 6.63 4-5 5085.68 p G 4.16 6.59 5-6 ySF°-a5H (1117) 5040.25 p G 4.30 6.65 4-5 (1093) 7830.80 p G 4.38 5.85 2-2 blD-l" 5406.77 P G 4.35 6.64 4-3 r

5,jo_f

3D

5031.60 p G 4.34 6.70 3-4 (1118) 5417.03 W (1) 4.40 6.67 3-3 (1148) 5013.68 p G 4.36 6.73 3-3 5512.40 P G 4.40 6.64 3-3 4954.30 p G 4.16 6.65 5-5 5489.85 P G 4.43 6.67 3-3 4866.77 p GT 4.16 6.70 5-4 6756.56 p G 4.38 6.10 2-2 blD-wSF*

(1130) blD-v3 0° 5262.61 P G 4.30 6.65 6-6 z 5 G°-e3H

4987.62 p G 4.16 6.63 5-5 y^-e^ 6571.33 u (1) 4.38 6.15 3-3 5130.91 P G 4.39 6.70 5-5 (1149) 4991.86 p C 4.20 6.67 4-4 (1094) (1131) blD-zlD"

5056.00 w (1) 4.39 6.73 5-4 4985.98 p G 4.24 6.71 3-3, 6736.56 p G 4.38 6.11 2-2 5245.62 p G 4.39 6.65 5-6 5074.757 j lOn 4.20 6.63 4-5 (1122) b-D-zlF

5259 . 09 p G 4.35 6.70 4-5 5065.020 j 6n 4.24 6.67 3-4 6367.845 u (1) 4.38 6.34 3-3 5277.31 p G 4.40 6.73 3-4 •5040.903 V (3) 4.26 6.71 3-3 (1123) blD-t5 5883.06 p G? 4.38 6.37 3-2 D° 5023.476 T (-) 4.39 6.75 5-4 z

5 0»-f3F 5073.690 T (1) 4.30 6.64 4-3 y

5F°-f3D (1134)

b

1 D-v3F° 5031.901 R 8 4.35 6.81 4-3 (1150) 5064.35 P e 4.34 6.67 3-3 (1095) 6035.34 p GT 4.38 6.33 2-2 •5057.49 W (1) 4.40 6.84 3-3 5033.226 T H 4.36 6.73 3-1 5976.18 p G 4.28 6.34 2-3 (1125) 5146.30 P G 4.35 6.75 4-4 5148.334 U (3 4.34 6.64 3-3 5123.28 P G 4.40 6.81 3-3 5131.646 V 3n) 4.36 6.67 2-2 5180.89 P G 4.43 6.84 3-3 •5060.079 T (D 4.38 6.73 1-1 5816.07 p GT 4.28 6.40 2-3 blD-u3 a° 5241.90 P (1) 4.40 6.75 3-4 5306.80 P G 4.36 6.64 2-3 (1127) 5159.95 P G 4.38 6.67 1-2 5856.084 V (3) 4.28 6.38 2-2 blD-yln° 4618.568 V (3w) 4.39 6.97 5-5 z5 0°-l

(1128) ^D-x^D

(1151)

z 4973.39 P (1) 4.16 6.64 5-5 5 0°-3 y

5F°-g7 D 5837.709 V (1) 4.26 6.39 2-2 4631 . 49 w (1) 4.35 7.03 4-4 4893.59 PP G

G

4.16

4.30

6.68 6.73

5-4

4-3

(1096) 5539.831 u M 4.28 6.50 2-2

(1129). blD-t3 D° (1153)

z 3G°-e5F 4906.80 5698.37 w (2) 4.28 6.44 2-1 (1130) 8598 . 79 4 4.37 5.80 5-5 4963.564 U (1) 4.16 6.65 5-6 y

5F

o_ e

3H 8610.62 p G 4.43 5.85 4-4 (1153) 4943.59 P G 4.34 6.73 3-4 (1097) 5469.09 p G 4.28 6.53 2-2 blD-v3P° 8562.13 p G 4.45 5.90 3-3 4872.91 P G 4.30 6.73 4-4 (1131) b-D-zlp

8331.941 E 200 4.37 5.85 5-4 5376.849 u (3) 4.26 6.57 2-1 8339.431 E 80 4.43 5.90 4-3 4749.25 P G 4.34 6.84 3-2 y

5F

o_f

3F (1133) blD-wlD°

8360.822 E 8 4.45 5.93 3-3 4842.71 P G 4.20 6.75 4-4 (1098) 4734.100 J (1) 4.28 6.88 2-2 8896.00 P G 4.43 5.80 4-5 •4807.843 3 (-) 4.24 6.81 3-3 (1133) bln-wlF" 8848.25 P 4.45 5.85 3-4 4799.06 P G 4.36 6.84 2-2 4735.94 V (in) 4.28 6.89 2-3 4911.52 P G 4.34 6.75 3-4 (1134)

b-D-t-'F 7945.878 E 600 4.37 5.93 5-4 z 3 G°-e3F 4858.27 P G 4.26 6.81 2-3 4333.06 p Q 4.26 7.13 2-2 7832.224 E 400 4.43 5.99 4-3 (1154) •4832.734 J (3) 4.28 6.84 1-2 (1135) 7780.586

8198.951

E

E 30080 4.454.43 6.045.92

3-3

4-4 4465.33 P (1) 4.30 6.97 4-5 y

5F°-l 8330.406 E 1500 4.30 5.80 6-5 z5a

o_ e5F 8028.341 E 50 4.45 5.99 3-3

(1099) y

5F°-3

7937.166 E 700 4.29 5.85 5-4 (1136) 8414.08 P G 4.45 5.92 3-4 4460.55 P G7 4.30 6.97 4- 7998.973 E 700 4.35 5.90 4-3

(1100) y=F°-38046.073 E 600 4.40 5.93 3-2 6681.34 P G 4.37 6.21 5-6 z 3G°-e7F

4384.13 P ©7 4.20 7.03 4-4 8085.300 E 500 4.43 5.95 2-1 6635.68 P G 4.42 6.28 4-5 (1155) (1101) y=F°-l5D

8179.03 (1) 4.29 5.80 5-5 6615.03 P © 4.45 6.32 3-4 4235.71 P G 4.20 7.13 4-4 8348.151 E 30 4.35 5.85 4-4 4256.79 U (1) 4.34 7.14 3-3 (1103) 8333.347 E 50 4.40 5.90 3-3 6665.42 P G 4.37 6.22 5-5 z 3 G°-f7D 4278.01 P G 4.34 7.13 3-4 8307.767 E 40 4.43 5.93 2-2 m6646.90

6700.89

6787.61

P

PP

Fe©

G

4.42

4.45

4.45

6.27 6.30

6.27

4-4

3-3

3-4

(1156)
REVISED UULTIPLET TABLE 63

1 Laboratory E P J Multlplet

(No) Laboratory E P J Ifultlplet

(Ho) Laboratory E P J Hultlplet

(No) I A Ref Int Low High I A Ref Int Low High I A Ref [nt Low High

'e I continued Fe I continued Fe I continued

5623.41 P © 4.37 6.23 5-4 z3(j«>_ e7p 5816. 3S- V (3d)

(1) 4.53 6.65 4-5 y3F<>_e5H 6100.29 P, (1) ,4.54 6.56 3-4 ySpO-h5"

5735.00 P © 4.42 6.35 4-3 (1157) 5855.136 V 4.59 6.70 3-4 (1179) 6100.23 P> U.59 6.61 2-3 (1199) 5879.51 P © 4.45 6.35 3-3 5891.16 P © 4.63 6.73 3-3 •5958.33 P W 4.54 6.61 3-3 5696.10 P © 4.53 6.70 4-4 5947.50 P (l) 4.59 6.66 2-2 3438.775 U (1) 4.42 6.33 4-3 Z3G<>-e3 D 5769.31 P (1) 4.59 6.73 3-3 5978.17 P © 4.62 6.68 1-1

3653 889 U (lw)

(3) 4.37 6.55 5-5

(1158)

z3G°-g5F 5863.357 K 8 4.53 6.63 4-5 y

3F°-e3 a 6098.38 P © 4.54 6.56 3-3 y

5po_f5p

5631.73 u 4.45 6.65 3-3 (1159) •5914.16 V 8 4.59 6.67 3-4 (1180) 6091.74 P © 4.59 6.61 2-2 (1300) 3549.55 p © 4.37 6.59 5-4 5930.173 K 8 4.63 6.71 3-3 5950.13 P © 4.54 6.61 3-2 5499.60 p © 4.45 6.70 3-3 5753.043 J

fit 4.53 6.67 4-4

5780.83 V (1) 4.42 6.55 4-5 5806.737 V 4.59 6.71 3-3 5880.00 V (3wd) 4.54 6.64 3-4 y5po_f

5 5650.31 P © 4.53 6.71 4-3 5879 . 49 P © 4.59 6.69 3-3 (1301) 5634.056 V (1) 4.37 6.56 5-4 z 3 0°-h5D 5893.46 P © 4.62 6.71 1-3 5589.00 p ©T 4.45 6.66 3-3 (1160) 5859.608 K 5 4.53 6.64 4-3 y

3F°-f3D 5749.65 p © 4.43 6.56 4-4 •5914.16 V 8 4.59 6.67 3-3 (1181) 5640.46 w (in) 4.54 6.73 3-3 y

5pi_ e 5H

5733.66 p (1) 4.45 6.61 3-3 5905.673 K 3n 4.63 6.73 3-1 (1202)

y5po_f 5887.46 p © 4.54 6.64 3-3 3D 5619.60 V

\l) 4.37 6.56 5-6 z 3 G°-f5 G 5686.533 V W 4.53 6.70 4-5 y

3F

o_e 3H 5867.01 p © 4.62 6.72 1-1 (1303) 5708.109 V 4.43 6.58 4-5 (1161) 5747.95 V 1 4.59 6.73 3-4 (1183) 5778.81 p © 4.54 6.67 3-2 5651.47 p © 4.45 6.64 3-4 5594.661 V (s) 4.53 6.73 4-4 5553.586 V (1) 4.43 6.64 4-4 •5759.57 p E9

4.54 6.68 3-4 y

5 P°-g7 D 5528.89 p © 4.45 6.69 3-3 5554.895 I 4 4.53 6.75 4-4 y3F

o_f

3F 5737.75 u 4.59 6.74 2-3 (1304) 5436.399 u (1) 4.37 6.64 5-4 5565.708 I 4 4.59 6.81 3-3 (1183) 5435.17 p © 4.43 6.69 4-3 5598.303 5431.85

J

p

4©4.63 4.536.84

6.81

2-2

4-3 •5630.04 w (i) 4.54 6.73 3-4 y5po_ e

3 H

(1305) 5563.13 p © 4.37 6.59 5-6 z

3 G°-e5H 5488.14 p © 4.59 6.84 3-3 4776.34 V (in) 4.54 7.12 3-4 y5po-l5D

5531.28 p G 4.43 6.65 4-5 (1163) 5705.988 V

il! 4.59 6.75 3-4 4839.77 p © 4.59 7.14 2-3 (1306) 5505.75 p © 4.45 6.70 3-4 5679.033 V 4.63 6.81 3-3 4749.93 V (1) 4.54 7.14 3-3 5405.35 p C 4.37 6.65 5-5 4803 . 53 p © 4.59 7.16 2-2 5412.80 p © 4.43 6.70 4-4 5643.75 p © 4.59 6.77 3-3 y3Fo_e3 p 4714.074 V (in) 4.54 7.16 3-2 5439 . 83 p © 4.45 6.73 3-3 5759.370 u (i) 4.63 6.77 3-3 (1184) 5301.33 p © 4.37 6.70 5-4 4661.538 J (3n) 4.54 7.19 3-2 y

5P°-4

5339.40 pJ

©

15n

4.43 4.376.73

6.63

4-3

5-5 z

3 G

o_e3G

5057.83 p © 4.53 6.97 4- y

3F°-2

(1185) 10333.24 p 4-4

(1307) 5445.045 e 4.57 5.77 d

3 F-u5 D° 5463.383 J lOn 4.43 6.67 4-4 (1163) 6930.35 p © 4.54 6.33 3-4 y5po_e

7F 10307.48 p © 4.57 5.77 4-3 (1308) 5463.970 J

ili 4.45 6.71 3-3 •7145.317 V 5 4.59 6.31 3-3 (1186) 5349 . 742 T 4.37 6.67 5-4 •6951.361 I 25 4.54 6.31 3-3 10156.50 p © 4.57 5.79 4-4 d

3F-x3F°

.5371.43 P Fe 4.43 6.71 4-3 7053.48 p 4.59 6.34 3-3 9881.51 p i 4.56 5.81 3-3 (1309) 5563.713 V (3) 4.43 6.63 4-5 6864.31 p © 4.54 6.34 3-3 9747.34 F 2 4.56 5.83 3-2 5557.954 V (1) 4.45 6.67 3-4 7115.35 p ©T 4.59 6.33 3-1 9950.70

10084.43

P

P ©©

4.57 4.565.81 5.79

4-3 3-4 5560 . 330 V (1) 4.43 6.64 4-3 z

3 o°-f3 D 7130.01 p © 4.54 6.37 3-4 y

5po_f

7 D 5557.90 p © 4.45 6.67 3-2 (1164) 7395.00

7356.81

V

p

1©

4.59 4.636.28 6.303-3

1-3

(1187) 9937.10 P © 4.57 5.83 4-4 d3F-z 3H° (1310) 5415.301 I 35n 4.37 6.65 5-6 z d3 F-w3 D° 3G

6-e3H •7333.88 V (1) 4.59 6.30 2-3 10036.10 P 4.57 5.80 4-3 5404.144 I 30n 4.43 6.70 4-5 (1165) 7330.16 p © 4.63 6.30 1-1 9839 . 38 F 1 4.56 5.82 3-3 (1211) 5410.913 I I5n 4.45 6.73 3-4 7034.649 V lOn 4.54 6.30 3-3 9771.06 P © 4.56 5.84 3-1 5293.03 p © 4.37 6.70 5-5 9955.85 P © 4.56 5.80 3-3

5331 . 106 V (1) 4.43 6.73 4-4 *7330.694{ L 5n 4.54 6.33 3-4 y

5po_r5D 5313.35 p © 4.37 6.73 5-4 7473.56 7361.54 V

(1)3n 4.59 4.54 6.34

6.34

3-3

3-3

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4. 77 4.81

4.71

6.67 6.72

6.67

2-2

1-1 3-2

(1258) 7361.39

7312.47

7127.58

pV

p

c

in G

4.89 4.93

4.97

6.59 6.65

6.70

4-4

3-3

2-2

9980.55

10117.81

F

P 3n©

5.01

5.01 6.35

6.33

4-3

4-4

(1395)

;.io

13.44

V

p (in) 4n

in

4.77 4.77

4.81

6.72 3-1 6997.13 p G 4.93 6.70 3-2 9738.684 E 300 4.97 6.34 5-6 x

5F°-e5 6.64 6.67

3-3

1-3 7062.80 p © 4.97 6.71 2-1 9889.082 E 40 5.01 6.26 4-5 (1396) 9861.793 E 30 5.04 6.39 3-4 6055.967

%.496

:..178 5898.312

1

Y.1U

4

4r. UJ

4.71

4.77

4.81

4.71

6.75

6.81 6.84

6.81

3-4 3-3

1-3 3-3

y

3 3«_f3F (1359)

7389.34 7363.96

7278.48

7383.39 7181.93

p

pV

V

in G

In

in

4.89

4.93

4.97

4.99 4.89

6.56

6.61 6.66

6.68

6.61

4-4

3-3 2-2

1-1 4-3

(1374) 9800.335

9763.450

9569.960

9626.562 9634.22

EE

E

E

F

30

1540n

30n

5

5.06

5.08 4.97

5.01 5.04

6.33

6.34

6.36

6.39 6.33

3-3

1-3 5-5 4-4

3-3 7143.533 V 4n 4.93 6.66 3-2 9657.30 F 4 5.06 6.34 3-3 7191.66 (1) 4.97 6.68 2-1 9409.55 P © 5.01 6.33 4-3 7583.15 p G 4.93 6.56 3-4 7508.53 p G 4.97 6.61 2-3
REVISED MULTIPLET TABLE 35

Wi ii Laboratory E P J Multlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E p J Multlplet

(No) *>) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

ft I continued Fe I continued Fe I continued

-f5

) 11333.94 F 3 4.97 6.29 5-6 X

5F°-e7 G 5732.39 P G 4.97 7.13 5-4 x

5F°-l5D 10353.85 P (2n) 5.37 6.56 4-4 w

5 D°-h5D

1) 1401.09 F lOn 5.01 6.32 4-5 (1297) 5805.76 P (l) 5.01 7.14 4-3 (1313) 10388.73 P G 5.42 6.61 3-3 (1346) 1537.73 P 1 5.04 £.34 3-4 5835.41 P G 5.04 7.16 3-3 10283.87 P G 5.48 6.68 1-1

>573 . 65 P G 5.06 6.35 3-3 5845.37 P G 5.01 7.12 4-4 9951.15 P G 5.37 6.61 4-3

1113.35 P G 4.97 6.32 5-5 5890 . 48 P G 5.04 7.14 3-3 9953.45 P G 5.43 6.66 3-3

«f r>307.94 F 2 5.01 6.34 4-4 5953.19 P G 5.06 7.14 2-3

5) HIS. 04 P 5.04 6.35 3-3

x

5F°-g5 G 10348.16 F 4n 5.37 6.56 4-3 w5D°-f5p

3034.78 P G 4.97 6.34 5-4 5633.970 V (2) 4.97 7.16 5-6 10364.13 P G 5.43 6.61 3-2 (1347) •5655.506 V 4 5.01 7.19 4-5 (1314) 3317.54 F 5n 4.97 6.31 5-5 x

5F°-f5F 5655.179 V (3) 5.04 7.22 3-4 10153.30 P 5.43 6.64 3-4 w5 D°-f5 9199.53 F 3n 5.01 6.35 4-4 (1298) 5650.71 V 1 5.06 7.25 2-3 10019.77 P G 5.45 6.69 3-3 (1348)

9389 . 39 P G 5.04 6.37 3-3 5650.01 V (l) 5.08 7.26 1-3 10032.84 P G 5.48 6.71 1-2 9410.15 P in 5.08 6.39 1-1 5549 . 66 P G 4.97 7.19 5-5 9764.40 P G 5.43 6.69 3-3

=

;[,3933.66 P G 4.97 6.35 5-4 5577.03 P G 5.01 7.22 4-4

7)1 3080.48 F 3n 5.01 6.37 4-3 5595.06 p G 5.04 7.25 3-3 6943.67 P GT 5.37 7.15 4-5 w5 D°-h7 D 3303.10 P G 5.04 6.38 3-3 5614.39 p G 5.06 7.26 3-3 (1349) 3513.34 E lOn 5.01 6.31 4-5 5474.09 p G 4.97 7.22 5-4

-[1-3414.14 F 20n 5.04 6.35 3-4 5518.57 p G 5.01 7.25 4-3 10925.80 D 1 5.46 6.59 5-4 „5F

o_ g

5F (1350) *5f°-15D

|

i 3443.98 9454.34 7

F

lOn

4n 5.06

5.08 6.376.38

3-3

1-3 7430.73 (1) 5.46 7.12 5-4 11479.87 p GT 5.00 6.08 3-3 a.1 F-Y3 D (1351)

v3D°-l5D 9699. 70 F 6n 5.04 6.31 3-2 x

5F

e-e5S (1315) aiF-y3H° 7526.72 P G 5.48 7.12 4-4 9868 . 09 F 3 5.06 6.31 2-2 (1299) 10875.00 p G 5.00 6.14 3-4 7537.97 P G 5.50 7.14 3-3 (1353) x

5F°-e3 D

(1316) aiF-xlO°

7461.28 P G 5.48 7.14 4-3

:| 9343.40 g 3 5.01 6.33 4-3 9917.93 F 3 5.00 6.25 3-4 7448.00 P G 5.50 7.16 3-2 9173.63 P 4nd 5.04 6.39 3-2 (1300) (1317) 9070.43 F 2 5.06 6.43 2-1 8853.30 P GT 5.00 6.40 3-3 alF-u5F°

if 1 9334. 07 (1) 5.06 6.39 2-2 (1318)

aiF-t5 9433.07 P Q 5.08 6.39 1-2 9483.83 P GT 5.00 6.31 3-4 D° x

JF°-g5D (1319)

1 9013.098 E 30 4.97 6.34 5-4 8959 . 88 P GT 5.00 6.38 3-3 a*F-u5P°

pi: 8945. 304 E 30 5.01 6.39 4-3 (1301) (1320)

a

I F-t3D° Additions to Multiplete of F e I 8919.95 F 10 5.04 6.43 3-2 8559.98 w (1) 5.00 6.45 3-3 8939.04 r 5 5.06 6.45 2-1 (1321) aiF-w3H° 4233.724 V 1 0.11 3.99 1-2 a

5 D-z 7 P*

i 8984.87 F 3 5.08 6.45 1-0 8171.30 p G 5.00 6.51 3-4

! 9394.66 F 3 5.01 6.34 4-4 (1322) a5 D-z 3F° aI F-s 3 D° m3l99.50 P Fe 0.11 3.97 1-3

| 9147.800 E 5n 5.04 6.39 3-3 7846.47 p GT 5.00 6.58 3-3

a5p_u=D« . 9063.34 F 3 5.06 6.43 2-2 (1323) alF-t3G° 3418.507 G 10 3.21 5.83 1-0 9019.84 F 3 5.08 6.45 1-1 7107.30 p G 5.00 6.74 3-3 (81) 9155.67 P 1 5.08 6.43 1-3 (1324)

a

I F-w1 6553.77 w (2) 5.00 6.89 3-3 F° 8893.13 P G 5.01 6.40 4-3 x

5F°-e5P (1325) aiF-U3F° Strongest Uncla sslf led Lines of Fe._I 8905.99 P G 5.04 6.43 3-3 (1302) 6134.08 p G 5.00 7.03 3-2

(1326)

aiF-v1 G° 9666.59 F 2 V 7807.97 P G 4.97 6.55 5-5 x5F°-g5F 6089 . 566 L (1) 5.00 7.03 3-4 9637.55 F 2 V 7810.81 P G 5.01 6.59 4-4 (1303) (1327)

alF_r

3(}o 9529.31 F 2n V 7551.10 P G 5.06 6.70 3-2 5041.33 P G 5.00 7.45 3-3 9430.08 E 3 IV* 7553.79

7453.08

P

P G

G

5.01 5.04

6.65 6.704-3

3-2

(1328) 8145.47 4 V 7964.93 P G 5.04 6.59 3-4 9008.37 F 3 5.05 6.43 3-3 X-U3 D° 8024.50 3n V 7803 . 49 P G 5.06 6.65 2-3 (1339) 7994.473 E 20 IV

8814.50 P 3 5.05 6.45 3-3 X-t3 D° 7808.04 6n V 7751.18 5n 4.97 6.56 5-4 x

5F°-h5D 8689.83 P G 5.08 6.50 2-2 (1330) 7573.53 2n V 7719.05 P G 5.01 6.61 4-3 (1304) 8464.03 P G 5.05 6.50 3-2 7546.177 L 4 IV

7617.19 P G 5.04 6.66 3-2

7959.31 (1) 5.01 6.56 4-4 8300.01 P G 5.05 6.53 3-3 X-v3 P° •7376.434{ R 3n V 7730.68 p G 5.06 6.66 2-3 / (1331) 7254.649 V 2 IV* 7689 . 10 p G 5.08 6.68 1-1 8374.38 6 5.05 6.54 3-3 X-s3 D° 6975.46 V 3n V 7980.04 p G7 5.06 6.61 3-3 8264.27 M 3 5.08 6.58 2-3 (1332) 6902.80

6881.46

VM

3n

1 VV 7955.81 (1) 5.01 6.56 4-3 x

5pe_f5p 6700.90 P G 5.05 6.89 3-3 X-w1 F° 7855.41 p 4n 5.04 6.61 3-2 (1305) 6841.65 P G 5.08 6.89 3-3 (1333) 6838.86 V 3n V 7745.48 p G 5.06 6.66 2-1 6793.62 II 1 V 7965.53 p G 5.06 6.61 2-2 6406.42 W (1) 5.08 7.01 2-3 X-u3F° 6755.609 V 3 IV* 7813.63 p G 5.08 6.66 1-1 (1334) 6736.78 D (3) 6217.288 V (1) 5.05 7.03 3-4 X-vlG« 6609.56 V 1 V 7743.71 7879.75 p

4n

1 4.97 5.01 6.56

6.58

5-6

4-5 x

5F

o_f

5 (1306)

(1335) 6538.53 V 2 V

' 7733.68 p G 5.04 6.64 3-4 10013.15 P G 5.05 6.38 3-1 z 5S°-f5D 6501.681 V 4 IV

7547.89 p G 5.08 6.71 1-2 (1336) z5s°-e5 6043.093 J 2 V 7588.30 p G 5.01 6.64 4-4 9683.57 F 1 5.05 6.33 2-3 5036.394 R 6 7505.98 p G 5.04 6.69 3-3 (1337)

z 5S°-f5F 4553.544 J (3) 7484.38 p G 5.06 6.71 2-2 9335.37 P G 5.05 6.37 2-3 7398.98 p G 4.97 6.64 5-4 9248.13 P G 5.05 6.38 2-2 (1338) 4237.162 4100.17

J

w

2(3) V 7538.15 p G 5.01 6.65 4-5 x

5F°-e5H •7148.69 R (-) 5.05 6.77 2-2 r. 5S°-e3P 3851.58 w (4) 7463.38 p G 5.04 6.70 3-4 (1307) (1339)

z 5 S°-l5 D 3739.527 J 3 IV 7420.30 p G 5.06 6.73 2-3 5853.48 P GT 5.05 7.16 3-2 3681.774 V 1 IV 7341.78 7194.03

p

p GG

4.97

5.01 6.656.73

5-5

4-3

(1340) 3680.801 V 1 IV 10890.13 P GT 5.29 6.43 2-1 x

5 P°-e3D 3656.227 V 3n IV 7415.19 p G 4.97 6.63 5-5 x5F°-e3o 11542.96 P GT 5.33 6.39 1-2 (1341) 3634.698 G 4n IV 7384.96 p G

3n

5.04

5.01

6.71 6.63

3-3 4-5

(1308) 3617.317 3616.573

J

J

23n IV 7605.33 IV 7559.68 in 5.04 6.67 3-4 9233.15 P

i!) 5!30 6.63 5-5 y5G°-e3 G

7483.30 p G 5.06 6.71 2-3 9052.56 P 5.31 6.67 4-4 (1342) 3614.550 G 2n IV 3587.753 J 3 IV 7443.36 p s 5.06 6.73 2-1 x

5F

o_f

3 D 6671.36 W (3) 5.30 7.15 5-5 y

5 G°-h7 D 3506.40 W

$ 3 \ 7746.56 p G 5.04 6.64 3-3 (1309) (1343) y

5G°-g5 G

3438.306 V (3w) 7661.46 p G 5.06 P 67 2-2 6450.99 V

iii 5.31 7.33 4-4 3262.284 V 4 IV 6402.43 P 5.33 7.36 2-2? (1344) 7359.95 p

p G

G

4.97

5.01 6.656.70

5-6 4-5 x=F°-e3H

(1310) 3179.538

3139.908

V

V

34n IV 7313.05 V 7160.85 p G 5-01 6.73 4-4 10555.63 P c 5.42 6.59 3-4 w

5D°-g5F 3136.17 w (3) 10362.73 P G 5.45 6.65 2-3 (1345) 3126.175 G 8n IV •7323.88 V (1) 5.04 6.75 3-4 x

5F°-f3F 10070.58 P G 5.49 6.71 0-1 3102.71 W (4) •7086.76 V 3 5.06 6.81 2-3 (1311) 10023.34 9676.43

P

F G1 5.48 5.37

6.71 6.65

1-1 4-3 3991.632 G 5n IV 6027.76 p G 4.97 7.02 5-4 x

5F°-3

6153.83 p GT 5.01 7.03 4-4 (1312)
REVISED MULTIPLE! TABLE

Laboratory

I A Ref Int

E P Low High

Multlplet

(NoT

fe II I P 16.16 Anal A List A July 1941

Laboratory

I A Ref Int

Fe II continued

E P

Low High

3277.347

3302.861 3312.707 3313.996

3255.884

3281.293 3295.814

3303.466

3234.923

3264.76 3285.425 2953.774

2970.510

•2979.349 2975.938 2961.272

3969.40

3969.38

3981.61 3938.289

3945.21 3966.43

3914.480

3930.31 3475.74

3487.990

3508.213 3463.974 3479.914

3503.474

3456.00

3475.25

3485.582 3381.36

3364.23

3358.78

3338.19

3316.18

•3227.732} 3213.311

3210.449

3192.917 3186.740

3193.809 3166.670

3170.337

3196.070

3183.115

3185.315

3163.091

•3161. 945f 3142.220

2984.831 3965.036

2964.639 3002.650

2985.545

4430.75

4484.93

4381.79 4445.36

4525.75 3521.64

3533.05

3458.13 3483.05

3587.95

4818.26

4169.98 4251.49 4158.45

4344.53

4151.79

4018.49 4041.84

3957.66 3783.347

3821.93

3746.56

3798.36

3733.93 3741.56

3766.37 3712.39 3494.673

3507.387

3443.83 3478.55

3416.031

4691.59

4691.38

4734.07

M96.ll

94

(1)

18

76

4

(3)

1110

8

5

5

1313

10

9

11

114

6

10

8

5

5

(5)

1510

913

13

0.98

1.04

1.07

1.09 0.98

1.04

1.07 1.09 0.98

1.04 1.07

1.66 5.31 2i 1.69 5.33 U -3-. 1.73 5.33 -1< 1.66 5.33 zi -3< 1.69 5.33 u -1< 1.73 5.34 - J 1.66 5.33 -1-J 1.69 5.34 U - I

1.66

1.69 1.73

1.66

1.69 1.66

1.96 3.03

1.96 3.03

2.02

1.96 2.02

1.96 3.03

3.03

2.37 3.33

3.37

3.37 3.33

3.37 3.33

3.37

3.37

3.33 3.37

5.58

3.37 4.83

3.37 5.33

2.33 5.33 3.37 5.33

3.33 5.34

3.37 5.34

5.34

5.39

5.39

5.57 5.59

5.59 5.80

5.85

5.85

5.88

5.88

5.18

5.30

5.30

5.31 5.18

a*P-tDF°

(4)

a*P-sDP°

(5)

4„. a*P-l*F

(7)

2i-2i a

4P-i4P

e t l|-l| (8)

a

2 0-r6

D°

(9)

a3 G-t*F°

(10)

.(111

ll-3± a

3P-r6F°

a^P-i ?" (13)

a

2P-i4 D» (14)

a

d H-z°r»

(17)

4603.75

4583.13 4515.19

4558.58

4399.86

4480.46 4337.04

4177.70

4358.35

4119.53

4311.80 4075.95

4183.30 4124.793 4305.48

4070.03 4168.66

4035.54

3779.58

3833.03

3730.17

3798.60

3896.11

5607.13 5664.54

6031.18

5545.36

5611.93 5966.54

5498.19 5779.65 4670.170

4871.37

5000.73 4648.933

4855.54

4991 . 11 4634.60

4846.47 4580.055

4665.80 4713.18 4461.43

4583.99 4386.57 4333.167 4351.764

4416.817

4173.450

4303.166

4385.381 4136.735

4273.317

4176.855

4296.567 4369.404

4133.638

4358.155 4087.37

3834.913 3908.54

3964. 57 m3764.09

3873.76

3974.160 4003.073

4835.71

4833.31 4840.00

4847.61 4867.73

4868.83

4870.71 4903.85

4899.90

4743.38

4644.09

4773.77

4384.33

•4314. 389J 4378.138

4413.600

4338.70

4439.13

2.63 4.80 li-2i a

2 D-l6D»

(18)

6239.36

6339.34

6219.54 6217.95

5171.63

5178.71 5180.53 5178.95

5133.67 5146.13

5154.40 5161.18

4373.23 P 4332.88 P 4397.37 P

TO

119

788

73

3

86

34

3

Fe

4

(1)

3.53

3.53

3.53 3.63

3.53 3.63

3.53

3.53

3.63

3.53 3.63

3.53 3.63

3.53 3.63

3.53

3.63 3.53

S.31 5.33

5.37 5.34

5.34

5.39

5.39

Multlplet

(HoT

3n_«6«

Laboratory

I A Ref Int Fe II oontlnued

3.57

3.69 3.77

3.57

3.69 3.57

3.57

3.69

3.77 3.57

3.69 2.77

3.57

3.69 5.58 3.57 5.53 b*P-iV

3.69 5.57 lJ (38) 3.77 5.59 -1-j 3.57 5.57 3-J 3.69 5.59 lJr-lJ 3.57 5.59 r-lJ 3.57

3.69 3.77

3.57

3.69

3.69 3.77

5.80

5.85

5.88 5.85

5.88

5.80

5.85

-3+ b*P-i*Pe -l| (39)

2.62 5.18 6ik5i a*H-s6F° 3.65 5.30 5JM« (30) 3.66 5.31 4J 3.68 5.23 3i t-2i 3.65 5.18 Si f_5i 3.66 5.30 4Jt-4j 3.68 5.31 3jt-3* 3.66 5.18 4Jf_5i 3.68 5.30 3j—4j 3.66

3.68 3.68

5.37

5.34

5.37 2.65 5.46

3.66 5.53

3.68 5.57

3.66 5.46 3.66 5.53

3.68 5.46

3.86 5.49 3.68 5.53

3.68 5.49

i-34 a

4H-i6P» i-4 (31)

a

4H-i4F°

(33)

a4H-r4B«

(33)

3.79 4.77 4j 3.83 4.80 34 3.83 4.83 2\ 3.84 4.83 lJ 3.79

3.83 3.83

3.84 3.79

3.83

3.63

3.84

b

4F-E6

D° t (34)

(35)

5100.66 5130.34

5136.788

5150.93

4639.336

4555.890

4515.337

4491.401 4530.335

4489.185

4473.921 4666.750 4563.835

4534. 166 4563.839

4549.467 4533.634

4508.383

4630.513

4576.331 4541.533 4648.33

4595.68

4136.40 4088.75 4064.75

4160.62

4104.18

•4731. 439{ 4656.974 4601.34

4663.700 4337.14

4153.98

6044.53

6139.71 6150.10

6141.01 5991.383

6084.11 6113.33 6116.04

6185.34

6196.71 6178.13

5933.05

5793.16

5691.38 5363.864

5316.777

5264.801 5414.089

5337.713 5435.79

5316.609 5275.994

5334.630

5197.569

5435.369

5325.559 5254.93

5477.67 5346.56

4763.79

4780.60 4685.95

5738.74

5605.91 5990.59

5263.48 5519.83

5191.58

5470.81 5148.19

4993.355 A

4693.780 A

•5036.93 5 B

4730.15

4886.93

4637.86

4831.11 4577.78

6516.053 B

6433.654 B

6369.45 B

5384.092 A

5356.89 P

5238.58 P 5169.030 A

5018.434 A

4933.931 A

PP

P

P

B

BBP

P

P

PP

P

PA

AAA

A

PA

A

AA

AA

P

P

P

P

P

P

5181.97 P 5445.97 P

5126.19 P

tr

1On

2

78

7

5

74

3

3

33

11109

8

34

4

E P

Low High

3.79 5.31 3.83 5.33

2.83 5.33 3.84 5.34

30 3.88 4.77

6 3.88 4.80

4 3.88 4.83

3 3.88 5.31

1 3.88 5.33

2.68 5.33

13 3.88 5.37

12 2.88 5.34

13 3.88 5.39

3.88 5.49 3.88 5.53

3.88 5.56

3.88 5.53

3.88

3.88

5.80 5.85

3.14 5.18

3.19 5.30

3.31 5.31 3.33 5.33

10 3.14 5.30

5 3.19 5.31

3 3.31 5.33

3.33 5.23

3.19 5.16

3.31 5.30

3.33 5.31 3.19 5.37

3.31 5.34 3.33 5.39

5 3.19 5.49

4 3.31 5.53

3 3.33 5.56

3 3.31 5.49

3.33 5.53

3.33 5.49

8 3.14 5.46

7 3.19 5.53

7 3.31 5.57

6 3.33 5.59

3 3.19 5.16

3 3.31 5.52

3.33 5.57

3.31 5.46

1 3.33 5.53

3.31 5.60

3.33 5.80

3.33 5.85

Multiple;

(No)

b^-E6!* oont

b

4F-zsP° (36)

b

4F-£4F°

(37)

b

4r-x4D»

(38)

h*T-z*f t (39)

a^B-i^V

(40)

af-af (4i)

2$-3i a

6S-l6P° in! (42)

34-3* a

6S-l4D° af-a* (43)

3$-3*. a

85-iV

,.(44) 34-3*. a

6S-Z*P° aj-if (45)

* a

4Q-E6F«

(46)

3.18 3.18 3.33

.18

,33 1832

18 3.18 3.32

3.18

3.18 3.32

3.18 3.32

3.18

5.59

a

40-seP» t (47)

a

40-r4D»

(48)

a4Q-i:4J»

(49)

a

40-is4P

o (60)

b3p-£6P*

(51)

b

3?-*4!) (53)

(54)
Laboratory

I A Ref Int

fd II continued ^5534.860 A 4 5432.96 P

5591.38 P 6535.14 P

5909.38 5834.93

6733.73 5735.95

5637.49 5657.93 5835.43

5834.40

5733.56

5737.68 5941.36 3031.407 3965.395

3984.89 3998.855 3971.616

3991.344

3964.131

3337.63 3377.853

3307.67

3366.938 3389.347

3349.16

3146.748 3193.85

3155.950

3185.095

3184.43

3985.39

3013.59 3978.850

3004.349 3970.683

3000.059 3969.934

3983.339

9403.36

9314.85

9113.95

9061.33

7841.40

7479.70

7389.05

7181.31 7533.43

7301.57

7179.16

7711.71 7463.38

•7307.97 t 7334.61

7515.88 •7330.70 i 7333.39

7665.47 7449.34 7310.34 6456.376

6347.563

•6147.7351 6416.905

6338.375

6149.338

6407.30

6339.95

3456.988

3338.533

3369.349 3445.58

3335.90

3369.80

3443.79 3336.34

3968.738 A

'3980.963 A

3954.050 A

A

A

3154.301 A

3167.853 A

3130.561 A

3193.059 A

3070.693 A

3075.338 A

3106.559 A

3535.638 A

3533.69 P

3633.19 P

1311

33

3 Pe+

3

1

15

30

50

136

40

8

16

6

300

80

30? 3030

30

1

311

E P

Low High

3.35 5.49

3.37

3.41

3.80

3.80

3.75

3.79

3.75

3.80

3.80 3.75

3.80

3.80

3.80

3.80

3.80

3.89

3.87

3.87

3.87

3.87

3.87 3.87

3.87

3.87

5.49

5.53 5.53 5.56

5.49

7.53 7.55

7.55

7.54 7.54

7.53

7.53

7.53 7.55

7.55 7.66

7.69

7.69 7.66

7.67 7.66

7.66

7.67

7.67

7.95 7.94

5.80 5.85

5.88 5.80

5.85

5.88 5.80

5.85

7.37

7.37 7.37

Uultlplet

(Ho)

b

3H-z4F°

(55)

4*-3i b

3 H-z4

D<> (56) a

3r-z4F>

(57)

4n. a°F-z*D

(58)

3i-3± a

aF-y4P

c 3f-ll (59) 3j-4i a

3F-z4G° 3f-3| (60)

a

3P-r*H°

(61)

3i-3i a

3F-raD°

3£-3| (63)

3*-3* b

30-i*Pe J63)

3$-4$ ^0-1*0°

4i-5i b

2^**^ 4-4 (65)

t^O-^G

(66)

b

3G-y*F°

(67)

b

3 0-x4

D° (68)

t^G-yS

(69)

b

3a-x

3F•

(70)

b

4D-r6P° t (71)

(73)

5.49 1-3* b

4!)-!4!! 5.53 f-3* (73) 5.56 1-J f— If 5.58 '~ t 5.53 t-3f 5.56 h-lf 5.58 lJt— 4- 5.49 (— 4 5.53 ij1—39 5.56 l-lf

-if b*D-z48° -if (75)

(76)

REVISED KULTIP. LET TABLE

Laboratory

I A Ref Int Te II oontlnued

3388.134

3358.253 3376.34

3353.40 3350.34

3365.413

3249.911 3363.764

3305.634

3193.76 3163.86

3177.65

3303.509 3166.33

3177.360

"3295.340 5 3191.374

3164.26

3259.048 3258.773

3247.171 3237.815

3268.92 3249.657

3237.403 3259.75

3239.87

3177.531 3135.360 3114.395

3105.548

3144.751

•3116.5908 •3105.166 3167.94

3133.048 3114.680

3070.591 3047.60

3025.99

3034. 712 3038.777

3023.859 3997.749

7838.09 7534.83 3519.73 3386.453

3496.67

3470.343 3430.15

3453.33 3430.184

3443.339

3448.433 3406.76

3438.64

3436.113

3397.888 3414.144

3333.066

3376.606

•3396.8364 3314.80 3304.433

3335.013

3395.06

3315.53 3384.996 3357.358

3330.496

3177.61 3196.63

3158.33 3311.072 3139.013

3130.033

3097.415

3115.493

3096.396

3065.315 3083.034 B3078.44

3044.843

3003.330 3037.38

3367.035 A

3331.703 A

3341.685 A

3989.01 P 2989.367 A

2986.91 P 3969.731 A

3987.37 P

T3

3

3

53

10

109

8

45

10

9

7

5

56

54

4

3

1 tr d

tr

la

1

13

1

56

3Fe

5

5

E P Low High

3.89

3.87 3.89

3.87

3.87

3.87 3.87

3.87

3.89

3.87 3.87

3.87

3.89

3.87 3.87

3.87

3.87

3.87

Uultlplet

(No)

(77) b

4 D_z2

D° (78)

b*D-y*D°

(79)

3.89

3.87

3.89

7.77

7.66 b

4D-z30°

(80)

b

4D-y4F° (81)

7.67

7.68 b^D-x^D"

(83)

tr 3.89 7.91 3f-3f b

4E

3.89 8.00

3.87

3.87

3.87

3.87

3.87

3.93

3.95

3.93 3.95

3.95

3.93

3.93

3.95

3.93

3.95

3.93 3.95

3.93

8.00

8.00 8.00

8.00

8.00

3f-4f b

4D-y30°

2±-l£ b

4D-z3P8 If- f (86) 14-1*

5.53

5.57

7.53

7.55

7.55

7.66

7.69 7.69

7.67 7.66

7.66

7.67

7.67

7.68

3f-3f b

3F-z4Fc t 3f-2f (87)

3f-2f t^F-y4?

8 3f-lf (88)

3f-4f b

3F-z40° 3|-3| (89)

3$-4f bSp-z4^ i& (90)

3f-3f b

3F-z2

D° 2f-lf (91)

3.95 7.74

3.95 7.77

3.93 7.81 3.95 7.81 3.93 7.83 3.93 7.77

3.95

3.93

8.00 8.04

3.93 8.00

b

3F-»30°

(93)

(93)

3f-2f t^F-y4^

3f-3f l^F-x^D" 34-3* (95)

b

2F-y4G°

(96)

b

3F-z3F°

(97)

3f-4f b^-^O

3|_3| (98) ^ (99)

Laboratory

I A Ref Int

Fe II continued •3979.096 A 3

3603.60 3583.54

3607.05 3511.35

3493.34

3489.17

3486.08

3481.93 3495.16

3436,

3418.

3398.

3360. m3356.

3403.

3330.

3131,

3077,

3063,

3080. 3056

3049, 3060

8103

355

103

34

32835

719

168 234

405

803

18033 3020.001

3680.98

3661.17

3656.50 3641.32

3636.61 3639.99

3645.78 3636.90

3633.393

3614.873 3610.33

3555.08 3568.97

3564.54

3387.468

3383.40 3379.649

3373.499

3369.773

3368.513

3134.17

3118.74

3071.653

3040.839

3039.681 3013.803

4370.39 4347.43

3873.98

3841.35

3860.13

3837.67

3846.31

3493.468 A

3468.680 A

3464.497 A

3497.73 P

•3484.348} A

3499.877 A

3495.616 A

3434.17 P 3391.303 A

3357.965 A

3395.336 A

3343.733 A

3232.791 A

3247.393 A

3187.394 A

3163.799 A

3159.32 P

3190.84 P

3079.356 A

3068.757 A

•3105.166 A

4046.81 P 4012.467 A

4032.946 A

4024.553 A

m3845.18 P

•3863.953 A

4004.15 P

4

3 Fe+

4

10

9

3

5

TO

108

3

1

3

5 Fe

1

E P Low High

3.95 8.09

4.48 4.46 4.48

4.46

4.48

4.48 4.46

4.48 4.46

4.48 4.46

4.48

4.46

4.48

67 Uultlplet

(No)

3f-4f b

2 F-z2H° (100)

(101)

4 T»

4.06 8.15

a

a I-z*r

(103)

5f-4f a

2 I-z2 G° (103) 5f-4f a2 I-y4F

e (104)

2 I-z 2 I» (105)

5f-4f a

2 I-y4G° (106) 5f-4f a3l-y2o»

a3l-z2H°

(108)

a

3 I-x4G° (109)

5i-4* a

2 I-x4F° (no)

7.53 7.54

7.54 7.54

7.67

7.67 7.54

7.66

7.67

7.67

7.68

7.68

c2G-y4H° (124)

2f-3f b

2 D-z4

G° lf-3f (136)

2t"2?

3f-2f b

3 D-z2 D° lf-lf (127)

b"D-y*F°

(138)
68

Laboratory

I A Ref Int

Fe II continued

7834.81 3781.510

7725.304 3745.36

1633.66

7699.90 3655.77

3673.77

3644.19

33497.81

3465.736 3483.39

3 3 55.447 3318.863

3318.63

7292.89 a3351.34

3309.603

3043.31 3013.38

3034.93

3003.09 3031.63

4147.36

4199.09 4015.30

3810.31 3796.55

7621.373

7624.890

465C.04

4660.93 4495.53

4234.36

4183.69

4176.44

4167.69

4160.28 4151.60

4138.31 4031.456

4084.58 7863.412 •863.552

3566.148 A

3532.647 A

3548.55 P

2566.053

.55 3446.25

3472.

•3179.5044

164', 2175.077

30e5.2 65

2372.763

3997.398 A 2982.059 A

2993 . 366 A

4350.03 P 4ie0.97 P

4172.20 P 4763.61 P

79 A

:21 A

.82 P •2748. 489J A

7753.460 A

3755.563 A

17 A

28 A

r

•2572.',

Fe

1

Fe

1

7

8In

1 tr n

3n

InIn

E P Low High

Jlultlplet

(No) REUSED IIULTIPLET TABLE

Laboratory E P J

4.48 7.69 3|-3j b

2 D-z2 G°

(131)

4.48 7.94 Z\ 4.46 7.95 lj 4.48 7.95 3j 4.48 8.00 2\ 4.46 8.00 14 4.46 8.00 l| 4.48 8.14 2\ 4.46 6.18 l4

4.48 4.46

4.48

4.46

4.46

4.60

4.60

4.60

4.60

4.71 4.72

4.71 4.73

8.53 8.56

8.56

8.57

8.53

8.59

8.60

8.60

4.60 7.67 4.60

4.60 8.00

8.00

4.60 8.18

7.46

7.57

7.66

7.67 7.67

7.68

7.68

4.71 7.69 7.77

7.74

3.61 9.69

3.61 5.66

9.69 9.73

3.73

b^D-zT

(132)

b^D-z^P"

(133)

b

2 D-x4 G° bSD-z^S"

(135) b

2D-x4F° (136)

b

2 D-y2 D° (137) b

2 D-x4P° (138)

(139)

a

2 S-z4S° (140)

(141)

o 2 9_T 2 n»

a2 S-z2P

c (144)

(145)

(146)

c2 D-y*P°t

(147)

(148)

c2 D-z2 G°

(150)

c 2 D-y4 D° (151)

c2 D-y40° (152)

c2 &-z2 F° (153)

4.71 8.00 ; 4.72 8.00 : 4.73 8.00 : 4.72 8.18 ! 4.71 8.27 ; 4.72 8.30 1 4.72 6.27 14-24

4.71 8.59 24-3+

4.72 8.60 li-34

4.71 8.60 2|-2|

4.71 8.71 2$_3i

c2 D-z2 P° (154)

c2 D-z2 S°

o

2 D-y2 D° (156)

ts

(159)

z»D°-eDD (160)

I A Ref Int

Fe II continued

6199.16 B 2 6179.378 A

5813.67 B 3184.94 P 5823.17

5747.88

5797.81 5834.06

5829.12

5804.91 5800.02 5773.75

5544.76 5160.824

5127.866 5124.05

5164.69 5019.478

4953.979 4810.760

4760.15

4738.53

4661.19

4658.03

4629.90

4626.78

4610.59 m4526.58

4474.194

4529.56

4048.831 m4044.01

4041.64

4051.21 3935.943

3906.037 3673.35

3604.31

3610.38

3608.49

3632.81

3606.18 3557.548 m3554.50

3366.960

3381.003

3368.626

3257.894

3226.378 3324.86

3359.44

3045.313 3046.675

2959.841 •2979.096

2961.119

3078.698

3076.455

3071.141 3036.986

3049.011 3055.368

•3010. 220{ 3033.445

5952.55

5835.50

5836.13

5856.45

5451.60 5304.36

5408.842 5278.955

5382.52

6213.35 C°F-Z*H°

(161)

4111.902 4069.883

4131.17

4081.42 4143.07 4061.787

4007.72

5272.413 A

5100.840 A

5173.003 A

4635.328 A

4549.214 A 4635.911 A 4446.248 A

A 1 A 1 P

P

A

P

P

P

PP

P

P

P Fe A On

P

3 Fe

3Fe A 3 A 4 A

1

4

3tr

8n

6n

4n

5n

5n

4n

13n

1On

24n

54

1

Low High

5.54 7.54 3^-2^ 5.54 7.54 l\-Z\ 5.55 7.67 24-14 5.55 7.54 24-3*

Uultlplet

(No)

5.54 7.66 5.55 7.69 5.54 7.67

5.55 7.66 5.54 7.66 5.55 7.67 5.54 7.67 5.55 7.68 5.54 7.77 3^-3^

5.54

5.55 5.54

5.55

5.54

5.55

5.55

5.54

5.55

5.54

5.55

5.54

5.55 5.54

5.55

5.55

5.80 5.85

5.93 5.89

5.89

5.93

5.89

5.93

5.89 5.93

5.93

8.00

8.04

8.15

8.19

8.19

8.21

8.31 8.22 8.37

8.30

8.37 8.59

8.60 8.60

8.59

8.68

8.71 5.54 8.90

5.54 8.97

5.55 8.96

5.54 8.96

5.55 8.95

5.55 8.97

9.01 9.03

9.31 9.20

9.21 9.33

9.37

9.37 9.33

9.90

9.93

8.00

8.00

8.00

8.19

8.21 8.21

8.22

8.32

8.37 8.30

8.37

8.59

8.60

8.60

c"F-z*G

( 162i

c3F-z3 D" (163)

c

2F-y4F° (165)

c2 F-x4D° (166) . c

3F-z3F°

(167)

c

2F-y2G° (168)

c

2F-x4G° (169)

c2F-x4F°

(170)

,3F_y3Do (171)

e2F-y2F°

(173)

cSp-j^G

(173)

c2F-w4D° (175)

c F-x°F°

(176)

c2F-x3 D° (177)

c3F-w3F°

(178)

c2 F-v2F°

(179)

c2 F-w2D° (180)

d^D-z^P' 2po

(182)

8.04 3£_3i d

2 D-y2G° (183) dSD-x^F

(184)

d

2 D-y2D

(185)

d

2 D-y2 F° (186)

5.93 8.71 2$-3| d

2 D-x2 G° 5.93 8.93 34-3* d2 D-w4F

e 5.89 8.92 14-34 (188)

Laboratory

I A Ref Int

Fe II continued

4003.549

3938.969

3996.36 3975.029

3918.51 3762.894 m3737.04

3778.37 3711.974

3637.168

3331.491 3334.838

3365.640

3361.509

3303.741

7287.36

7364.99

7193.33

7134.99 6966.9 6483.305

6446.43 6331.969 6433.85

4444.563 4359.13

4355.03

4349.28 4364.89

4346.50

6487.43 6386.75

5519.73

5497.70 5074.063

5093.470

4830.40

4750.49

•3451. 614J 3390.083

3451.338 3515.818

7334.66

7435.13 6677.33

6637.38

5891.36

5795.87 3960.895 4057.457

4354.358

4507.195

4066.338

5785.0 4366.165

6061.04

4913.366

4598.528

4628.821 4631.895

4635.549

4652.280

8.97 8.96 d'D-w*D«

(189)

5081.920

4493.579 4449.663 4431.636

B4508.36

6305.318 B 6175.158 B 6103.54 B 6045.497 B

4313.034 A

4319.717 A

4331.341 A 4318.216 A

5 Fe

1

1

1

1

1

6

10

8

5

1 20

12

315

15

8

6

84n

2nOn

T3

5N

tr

3n

InOn

On

tr

tr

In

In

in ON

tr

inin

inFe+

E P

Low High

5.93

5.89

5.93

5.93 9.31

5.89 9.30

5.93 9.30

5.89 9.31

5.93 9.33

5.93 9.65

5.89 9.60

5.93 9.60

5.93 9.71

5.93 9.78

6.19 7.89 6.20 7.89 6.19 7.91 6.18 7.91 6.18 7.95 6.19 8.10 6.30 8.11

6.19 8.14

6.19 8.11

6.19

6.20 6.19 6.18

8.15

8.19

8.21 8.23

6.19 8.97

6.19 9.03

6.20 9.03

6.19 9.03

6.20 9.03

6.19 9.03

6.78 8.68

6.77 8.71

6.78

6.77

6.78 6.77

6.78

6.77

9.01 9.03

9.21 9.20

6.78 10.35

6.77 10.41 6.78 10.35 6.77 10.38

7.34

7.24

8.92 8.90

9.09

9.10 7.24 9.33

7.34 9.37

7.34 10.35 7.34 10.28

7.62 10.45 7.74 10.48

7.67 10.70

7.67 9.81

7.67 10.50

7.77 9.81

7.83 10.35

7.77 10.45

7.81 10.48

7.83 10.50

7.85 10.51 7.85 10.50

7.77 10.63

7.81 10.67

7.83 10.69 7.85 10.70

7.91 10.33

7.89 10.63

7.89 10.67

7.91 10.69

7.89 10.63

Uultlplet

(No)

-34 d

2D-x2F° -3* (190)

| (191)

-2\ d

2 D-x2 D

e -1* (192)

2i-3i d

2 D-w2F°

! , 4 193* 3£-3i d3D-v3Fc 14-34 (194)

d

2 D-w2D°

d

2 D-wV

(196)

c4F-yV

(197)

(198) c*F-x*Gc (199)

c^-x4!* (300)

44-4* c4F-w4F°

(301) c^P-wV

(302)

d

2 F-x3 # (203) d

3F-x3F«

(304) d

3F-x3D* (205) d

2F-w2Fc (206) d

2F-v3D« (307) d

2F-vaO° (208)

d

2G-x2H° (309)

dStt-w2^

(210) dSQ-w^F*

(211) d30-v30°

(313)

y

4D

c-f*D

(313)

l|-l£ r3 D°-e*F

(314) 4-3^ y^-e4!) (315)

2$-ii y*F -f4I> (216) 3*-3i x

4D°-e*D

(317) l£-3£ x4D°-32

i3i8

x4D°-f4D K

24-24 (219) 14-14

x

4D°-e4F

(320)

3£-3i? y*0°-30

, , „< 3311 4-4* jr40°-«lr

(323)
R E V I S E D M JLTIPLET TABLE 69

E P J Liultlplet

(No) Laboratory E P J liultlplet

(No) Laboratory E P J Uultlplet

(Ho)

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Fe II oontlnued . 8 III CO itlnued Fe III continued

3987 . 543 A In 8.00 13.13 *J-5j y

2 G°-e4H 3198.81 A 5 10.17 14.03 3-4 c3 D-z 5 G° 4323.81 B 2 11.17 14.02 3-3 d

3 F-z 5 G° ,(321

(33) d3 F-z6F°

(34)

d3 F-z5n°

(35)

(333) 3204.76 A 6 10.17 14.02 2-3 (6) 4-4 3215.60 A 8 10.18 14.02 1-2 4057.51 B 4 11.17 14.21 5539.940 A 3 8.18 10.41 f-li z2 s o_e6p 3201.90 A 1 10.17 14.02 3-3

(224) 3206.98 A 4 10.17 14.02 3-2 3773.80 B tr 11.17 14.44 3-2

5303.419

5315.618 AA

On

On

8.15 10.48 8.19 10.52 3|-4*

x

4F°-e4G

(225) 3366.88 A 20 10.26 14.04 5-6 a

5F-z5G° •3697.4566 3845.68

B

B

3

1 11.17 14.51

11.16 14.37 3-4

2-2 5378.365 A On 8.31 10.55 3i-3{ 3276.08

3288.81

A

A 1515 10.27 14.03 10.38 14.03 4-5 3-4

(7) 3586.12 A 9 11.17 14.61 4-4 d

3 F-z 3 F° (36) 3117.505 A 8.19 13.15 3^-4| x

4F°-e4H 3305.22 A 10 10.39 14.02 2-3 3600.93 A 10 11.17 14.60 3-3

(226) 3339.36 A 10 10.33 14.02 1-2 3603.88 A 9 11.16 14.59

11.17 14.60

2-2

4-3 •3273.53 5 A 6 10.26 14.03 5-5

•3140. 6935 3138.307 A 1 8.20 13.13 5i-5|

4f-4f

y

4H°-e4H 3280.58 A 6 10.27 14.03 4-4 3611.72 A 3 11.17 14.59 3-2 A In 8.33 13.15 (227) •3292.0456 3307.53

3278.04

A

A

B

8

5Id

10.28 14.02

10.29 14.02

10.26 14.03

3-3 2-2

5-4

3587.53

3593.15 AA

3

4 11.17 14.61 11.16 14.60

3-4

2-3

d

3F-y5 F° 3300.056 (37) A tr 8.40 13.13 4|-5|Ty2H -e4H 3283.75 A 2 10.27 14.02 4-3 3250.27

3294. e5

B

B

1

1 11.17 14.97

11.17 14.92

3-4 3-2 3109.32 B 1 10.26 14.23 5-5 a5F-z5 H° 3302.19 B 1 11.16 14.90 2-1 Strongest Unclas slfled Lines of Fe II •3139.04 6 3111.609

BA

5

8 10.27 14.21 10.27 14.23

4-47 4-5

(8) 3176.00 A 10 11.17 15.05 4-5 d3 F-z3 G° '7376.46 6 7067.44

6586.69

6517.01 6506.33

B

B

B

3030

5

5070.957 5061.794

5035.773

A

A

A

2

13

3164.67 3013.135

A

A

3

20

10.29 14.19 10.26 14.36

2-3

5-5 a5F-z5F° t

3178.03

3174.09 3176.86

A

A

B

10

10

2

11.17 15.05

11.16 15.05

11.17 15.05

3-4

2-3

4-4

(38)

B 5 5033.794 A 1 3001.589 A 12 10.37 14.38 4-4 (9) 3180.17 P 11.17 15.05 3-3

B 5 •5030.74065 A 3 3003.99 A 5 10.33 14.44 1-1 3179.08 B 1 11.17 15.05 4-3 3015.230 A 7 10.27 14.36 4-5

d

3 F-z 3 D° 6493.05 (39) 6491.38

6443.97

BB

B

84

6

5023.874

5004.264

4948.848

A

AA

13

1

3008.506

3000.836

A

B

5

tr

10.28 14.38

10.27 14.38

3-4

4-3 a

5F-z 5 D° t

3136.43

3110.052

D13083.68

A

A

P

10

10 Fe I

11.17 15.10

11.17 15.14

11.16 15.16

4-3 3-2

3-1 6385.473

6383.753

B

B

515 4579.523

4480.687 AA

11 3012.847 3037.46

3055.55

BA

A

2

3

5

10.38 14.37

10.39 14.37 10.33 14.37

3-2

2-1

1-0

(10) 3089.649 3084.09

BA16 11.17 15.16

11.17 15.17

4-3

3-2

d

3 F-y5 D° (40) 6375.96

6348.916 6333.53

B

B

B

4n

4

3

4455.258 4451.545

4403.875

4368 . 363

A

A

A

A

34

2

1

3007.802 3023.85 3054.134

3018.744

A

A

AA

6

8

7

6

10.38 14.38 10.29 14.37 10.33 14.37

10.39 14.38

3-3 2-2

1-1 2-3

•3004.109 3009.998

3004.490

BB

B

3

1

1

11.17 15.28

11.17 15.27 11.16 15.27

4-3 3-2 2-2

d

3 F-x5 P°

(41)

B 30N 4361.249 A 2 3050.463 A 5 10.33 14.37 1-2

5-5 5963 .

aiH-z 5^

5956.5 B 4N 4357.574

4331.529

4286.311

AA

A

4

3

1 •3419.49 3421.97

3 10. 42 14.02 2-3 c

3 F-z5G° (42) 5903.6

5891.9

B

B 8N

3 A 3 10.42 14.02 2-3 (U)

4927.56 A 2 11.53 14.03 4-5 e

3 F-z 5 G° 5835.61 5567.815

BB

3n

10 4263.895

3860.915 AA

13 3108.85 A 3 10.39 14.36 4-5 c

3 F-z5F° ,(131

c

3 F-Z5 D° (13)

4226.14 B 2 11.53 14.45 2-3

(43)

e 3 F-z5F° 5506.368 A 3 3822.737 A 3 3143.36 A 2 10.45 14.38 3-3 m4005.04 P Fe I 11.53 14.61 4-4

,( 441 e-F-z3 F° •5503.3975 A 1 3725.901 A 72 4022.36 A 4 11.53 14.60 3-3 (45) •5466.94 5 5466.031

BA

30

2

3652.748 3624.688

•3482. 426{ {

A

A

A

12

2 3283.30 3294.50

A

A

24 10.85 14.61 10.85 14.60

3-4

3-3 blF-z3F°

(14) 4039.12 4021.75

4035.82

A

P

P

3 11.53 14.59

11.53 14.60

11.53 14.59

2-2

4-3

3-2 3-4 5437.833 2-3 5403.113

BA

30

2 •3473.8255) 3453.595 A

A

2

2 4003.41 A 4 10.95 14.03 4-4 b3 H-Z5 G° (15) b

3 H-z5 D°

(16) b3 H-z3F°

(17) b3H-z3H°

(18)

4005.64

4035.67

P

P 11.53 14.61 11.53 14.60 5387.136

5318.367 A

A

3 3451.318 3386.724 AA

22 3464.27 B 1 10.95 14.51 4-4 3990.81 B tr 11.53 14.62 3-3 e 3F-y5P

c ,U6)

e

3 F-z 3 P°

e 3 F-z 3 G° (18)

5318.035 5348.038

5169.733 5159.93

5156.10

5149.538

AA

A

BBA

1

2

146

3

3356.365 A

•3329.0705 A

•3399.77165 A

•3328.6005 A

3223.444 A

2

2

1

73

1

3367.54

3396.71 3347.70

3339.89

3373.51

•3333.37

A

A

AA

AA

3

78

72

3

10.95 14.61 10.98 14.61

10.95 14.64 10.95 14.65

10.98 14.64

10.95 14.65

4-4

6-6

5-5 4-4 6-5

5-4

3800.43

3500.29

•3501.75 3506.93

3501.32 3504.40

3503.96

BA

A

A

PA

P

1

7

8

5

2

11.53 14.78

11.53 15.05

11.53 15.05

11.53 15.05

11.53 15.05

11.53 15.05

11.53 15.05

3-27

4-5 3-4

2-3

4-4

3-3

4-3 5147.09

5117.107

BA

3 3171.016

3165.957 A

A

13n 3357.07 B tr 10.95 14.62 4-3 b

3 H-y5P° J 19} b3 H-y5F° J20

l b3H-z3 G°

m3452.31 P Fe I 11.53 15.10 4-3 e

3 F-z3 D° 5101.48 5100.95 5100.704

BBA

2N

15

3 3123.715

3119.660 A

A

1 71 3090.773 3036.985

B

A

1

'6

10.95 14.94

10.98 15.05

4-3 6-5

•3419.49

3301.09

A

B

3

tr

11.53 15.14

11.53 15.27

3—2

2-2

(49)

e 3 F-x5 P° ,(50)

e 3 F-y3 F° (51) 5097.375

5093.646

5089.378

AA

A

?1

1 3115.352 3071.270

AA

2

2

m3006.95

3006.133

•3004.109

PA

3

Fe III

4

3

10.95 15.05

10.95 15.05

10.95 15.05

5-4

4-3 4-4

(31) •3118.75 6 3100.31 3098.93

A

P

P

5 11.53 15.49

11.53 15.51 11.53 15.51

4-4

3-3 2-2 5087.35 BA

3

1 •3063.81455 A

2968.906 A

2963.897 A

123n 4305.93

4184.09 A

A

5-5

4-5

4-3 4-4

4-3

'2 —

c3g_z 5 G

o (22) 4590.68 BB 4-5

4-3 4 11.10 14.03

11.08 14.03

11.08 14.03

11.08 14.21

11.08 14.45

11.07 14.44

5075.839

tr

1 11.54 14.23

11.54 14.19 c^z5 ^

(52)

Fe III 3069.335

I P3C

B

.48

4

Anal B List

6.21 10.33

A June 1942

4-4 b

3 F-z7 P°

4196.69 •3947.10

3663.98

3664.98

BA

B

B

1

4

tr

1

c

3 G-z5H°

(23)

c 3 G-z5F°

(24)

4025.07

3515.57

3516.58 3519.25

A

A

PB

3

5

1

11.54 14.61

11.54 15.05 11.54 15.05

11.54 15.05

4-4

4-5

4-4

4-3

clG-z3 F°

(53)

c

1 G-z 3 G°

(54) 3120.34

•3143.33 5 BB

12 6.31 10.16 6.20 10.12

3-3 3-2 Ul

3630.27 A 3 11.10 14.51 5-4 c 3G-z 5 D° ,(25)

c 3 G-z 3 F°

(26)

3189.74 A 3 11.54 15.41 4-3 c

1 G-y3 D° 3071.338 BB

5

1 6.31 10.33 6.30 10.16 3-4

2-3 3514.87 3513.34

3511.93

A

P

B

2

tr

11.10 11.61 11.08 14.60

11.07 14.59

5-4

4-3

3-27 5532.65 B 3-4

(55) 3109.59

1 11.98 14.21 c

1 F-z 5H°

(56)

c

1 F-z3 F°

c

l F_y 5p°

5163.74 B 1 7.84 10.23 4-47 a

5 3-z7 P°

(2) 3499.57 •3501.75 A

A

7

8 11.08 14.61

11.07 14.60

11.07 14.61

4-4 3-3

3-4 4714.53 B 1 11.98 14.60 3-3

a5p-z7p°

(3)

3489.07 P 4671.25 B tr 11.98 14.62 3-3 6103.59

6333.98

6487.48

P

P

P

8.31 10.23 8.21 10.16 8.22 10.12

3-4

2-3 1-3 3514.29

3474.41 3448.63

P

P

P

11.10 14.61 11.08 14.64

11.07 14.65

5-6

4-5

c

3 G-z3 H°

(27) 3519.85 B 1 11.98 15.49 3-4

(58)

c lF-y3F°

(59) 6399.74 P 8.21 10.16 3-3 6458.68 P 8.21 10.12 3-2 3489.48 P 11.10 14.34

4-4 5-4 A 3 13.07 16.58 2-2 d

3 D-x3 P° 6434.44 P 8.21 10.12 3-2 3458.91 •3473.83 5 B

B

2

5 11.08 14.65

11.10 14.65 3488.92 A 3 13.07 16.61 1-1 (60) 4419.59

4383.31 AB

10

1 8.21 11.00 8.21 11.03

3-3 3-3

a5p_,5pe

(4) 3167.54 B 1 11.10 15.00 5-5 3G_y

5 F

o (28)

c

3 G-z3 G° (29)

3403.51 3406.18 AA

22 13.07 16.70

13.08 16.70

2-3

3-3

d

3 D-x3 D° (61) 4365.56

4371.10

4353.70 4430.95

B

BBA

3

1

4

7

8.23 11.05

8.21 11.03

8.21 11.05

8.21 11.00

1-1 3-3

3-1 3-3

•3130.03 5 3108.78

3103.55

A

P

P

3 11.10 15.05

11.08 15.05

11.07 15.05

5-5

4-4

3-3

•3410.74 •3410.74

AA

3

3

13.07 16.69

13.08 16.70

2-1 3-4 d

3 D-y5 G° ,(82)

d

3 D-w3 D° (63) 4395.78 A

A

6 8.22 11.03. 1-3

b

5 D-z5 P°

3120.84

3110.85 3107.950

3100.48

AA

A

P

2

38

11.10 15.05

11.08 15.05

11.08 15.05

11.07 15.05

4-3 4-5

3-4

•3357.40

3270.33

•3239.0456

AA

A

43n

2

13.08 16.75

13.07 16.85

13.08 16.89

3-3

1-1 3-2 5156.0 4 8.60 11.00 4-3 •5137.33 B 6 8.62 11.03 3-2 (5)

c3 G-z3 D°

(30) 3363.04 A 1 13.07 16.85 1-2 d

3 D-w3 F° 5086.69

5193.89

B

B

34 8.62 11.05 8.62 11.00

2-1 3-3 3070.072 3035.802AA

5

3 11.08 15.10

11.07 15.14

4-3 3—2 3238.74

3264.22

A

A

2

2 13.08 16.89

13.07 16.85

3-3 3-2

(64) •5137.33 5073.78

5194.43

B

B

B

6

3

4

8.63 11.03 8.63 11.05 8.62 11.00

3-2

1-1 2-3 3011.060 B 1 11.07 15.17 3-3 o

3 o-y5 D°

(31) 3096.86

3099.05

AA2 13.07 17.06 2-3

3 3 d

3 D-x3 G° (65) 5114.10 B

B

12 8.62 11.03 8.61 11.05

1-2 5063.30 0-1
70 REVISED MULTIPLE! TABLE

Laboratory

I A Ref Int E P Low High

Fe III continued

4570.34 A 4 13.53 16.33 3432.97 A 3 13.53 17.12

5573.3

5485.6

5460.8 3976.88 m3953.76

•3947.10 3945.08 •3828.44 m3747.40

3793.52 3786.94

3382.19 3360.84

3358.74

3359.18 •3357.40 3331.62

3306.94 3315.80

•3333.27 3362.44

3256.54

3022.00 3045.877

3135.80

3087.659

3046.399 3094.156

4569.83

3753.18 3700.14

3690.60

3454.35

3218.34

3446.77 3452.55

3474.94

3487.11 3043.067

3043.439

3046.714

3060.163

•3838.44 3777.43

3324.72 3300.30

3274.95

•3399.77 ( 3255.49 3274.65

3377.77

4051.08

4053.59 3711.32

3458.18

3484.16

3238.31 B 3047.119 B

3086.880 B

3003.282 B

3624.25 B 3660.85 B 3688.71 B 3140.08 B 3168.21 B

14.11 16.33

14.13 16.37 14.12 16.38

Fe

4 14.11 17.22

III 14.12 17.34

4 14.13 17.34

3 14.13 17.34

tr

1

tr

tr

1 tr

13 tr

3

1

tr

tr

1

3-3

3-1

5-6

4-5 3-4

5-5

4-4

3-3

4-3

Multlplet

(No)

(66) clD-zlP

(67) d3Q-y3HO

(68)

d

3 G-w3 0°

(69)

Fe II

34

14.13 17.34 4-3 d

3 G-ylF°

, (701 d3G-v3F°

(71) 14.11 17.41

14.13 17.37

14.13 17.38

14.11 17.76

14.13 17.79

14.13 17.79

14.11 17.79

14.13 17.79

14.11 17.82

14.13 17.85

14.13 17.84

14.13 17.83

14.11 17.90

14.13 17.91

14.11 18.30

14.12 18.17

5-4

4-3 3-3 5-5

4-4

3-3 5-4

4-3

5-4

4-3 3-2 4-4

5-4

5-5

4-4

d

3 3-v3&»

(72)

d

3 Q-t3F°

(73)

d

3 0-x1 0° .(74)

d3 Q-xlF°

3 (75J . d

3 G-u30°

(76)

14.26 18.19 6-5 z5H°-e7 D 14.19 18.19 3-4 (77)

14.38 18.43 14.44 18.43

4-3 *

5F°-e7S 2-3? (78)

14.37 18.18

14.38 18.43

2-3

3-3

14.43 18.43 2-3

14.56 17.26

14.56 17.85

14.56 17.90

14.56 17.91 14.56 18.13

14.56 18.40

14.61 18.19

14.61 18.18

14.60 18.71

4-4

4-5 4-4

4-3

4-3 4-4

4-5

4-3

z

5 D -e7 D J 79 ),

z

5D°-e7s

(80)

z BS -e7 S (81) dio-yio"

(82) diG-yiH

(83) . diQ-xiQ

(84) dlQ-xlF

,(85)

(86) dlG-wl&°

(87)

z 3F°-e7D

(88)

14.64 18.19

14.65 18.19

14.65 18.71 14.65 18.71

14.66 18.71 14.67 18.71

3-3 z3po_e5Dt

(89) 5-4

4-5

z 3H°-e7D

(90) 4-4

4-3

z

3 H°-e5 D

(91)

2-3

1-2 y5pe_e 5 D

(92)

14.78 18.18

14.81 18.18 14.84 18.18

14.78 18.71

14.81 18.71

14.97 18.19 14.93 18.18

15.00 18.71

14.97 18.71 14.94 18.71

14.97 18.71 14.93 18.71 14.94 18.71

2-1 z3P°-e7 D 1-3 (93) 0-1 3-3 z3P

c-e5D

1-3 (94)

4-5 y

5F°-e7 D 2-2 (95) 5-4 y5F8_e 5n 4-3 (96) 3-3

4-4 2-2

3-4

15.05 18.71 4-4 z

3 0°-e5D

(97) 15.14 18.18 2-3 z

3 D<>-e 7D

15.14 18.18 3-3 (98) 15.10 18.43 3-3 z

3D°-e 7 s (99) 15.14 18.71 3-3 2

3 D

o_ e5D

15.16 18.71 1-3 (100)

Laboratory

I A Ref Int

Fe III continued

4098 .54 B 1 3788.91 B tr 3496.39 A

•3483.36 § B 3491.16 B

4337.31 B

'4338. 78{ i B 4311.51 B 3598.22 3572.46

4462.90

4467.36

4100.52

4621.39 4616.95

4636.53

4634.43 3831.75

3860.46

5436.80 B 5386.74 B 5443.88 B 4908.74 B

5369.15 B

5343.3

5383.1 5306.6

•5335.3 •5376.3 5303.5

5329.57

5373.0

5399.9

5833.65

5891 .

5

5939.5

5953.65 5930.0

5901.0

3007.3

6033.30

5999.30

5978.90

4164.79

4137.93

4130.97 4166.86

4139.37

4133.06

4168.41

4140.51 4132.98

4081.19 4053.28

4035.54

•3954.38 3968.78

3978.43 •3954.38 m3969.43

3979.42

3980.14

44d

2

E P

Low High

15.17 18.18

15.17 18.43

15.18 18.71 15.16 18.71 15.17 18.71

Multlplet

(No)

3-2 y

5D°-e7 D 3-3 y5n°-e7 S 4-4 y5D°_e5D

3-4 (103) 2-3

15.27 18.18 15.27 18.18

15.25 18.18

15.38 18.71 15.25 18.71

x

&P°-e7 D

• (104)

15.42 18.18

15.42 18.18

15.42 18.43

3

1

1 tr

tr

1

1 tr

3

10

74

5

76

3

35

10

6

5

3-2

2-1

1-2

3-3 x

5P°-e5 D

1-2 (105)

2-3? y3De-e7o

3-1? (106) 2-3 y

3 D°-e7 8 (107) 15.51 18.18

15.51 18.18

15.51 18.18

15.51 18.18 15.49 18.71 15.51 18.71

15.91 18.18 15.85 18.18

15.91 18.18

2-3

3-2

2-1 2-3

4-3

3-3

2-3

0-1

3-1

15.91 18.43 3-3

16.37 18.71 5-4

18.19 30.54

18.19 30.53

18.18 30.51

18.19 30.54

18.18 20.53

18.18 20.51

18.18 30.54

18.18 30.53

18.18 30.51

18.43 30.54

18.43 30.52

18.43 20.51

5-4

4-3

3-2 4-4

3-3 2-2

3-4

2-3

1-3

3-4

3-3

3-3

y

3F°-e7 D

(108)

y3F°-e5 D (109)

y3p°-e7 D (110)

y

3P"-e7 S (111) r'HO-eSD

(113)

e

7 D-y7Pe (113)

e7 S-y7 P° (114)

7w

3

18.71 30.78

18.71 30.79

18.71 30.80

SOwn 18.71 33.81

7

55n

18.73 30.78

18.73 30.79

18.73 30.80

4-3 e5D-w5p°

-3 (115) -1 eSD-wSF

(116) 3-3 e5S-w5p«

3-3 (117) 3-1

20

10

8

9

20.54 23.51 30.53 23.51

20.51 23.50 20.54 33.51 30.53 23.51

20.51 23.50 20.54 23.51 20.53 23.50

30.51 33.50 20.54 23.57

20.52 23.57

20.51 23.57

y

7P°-f7 D (118) 4-5

3-4

2-3

4-4 3-3

2-2

4-3 3-2

2-1 4-3 y

7P°-f7S 3-3 (119) 2-3

12

8

412 Fe I 5

3

20.78 23.90

20.79 23.90

20.80 23.90

20.78 23.90

30.79 33.90

20.80 23.90

30.80 33.90

3-4 3-3

1-3 3-3 3-3

1-1 1-0

wSp'-fSD

(130)

4310.37 A 13n 33 .77 35.63 6-7 z

7F°-e7 4304.81 A lOn 32 .77 35.63 5-6 (131) 4296.86 A lOn 33 .76 35.63 4-5 4286.13 A lOn 22 .75 35.63 3-4

4273.43 A

A

7n 22 .75 35.63 3-3

4373.4 SOwn 22 .81 35.63 w5F°-e5 (133) Strongest Uncle eslfled Lines of Fe III (Some possibly Fe II) 6185.1 B 5 5353.78 B 5 5875.6 B 5 5340.93 B 5 5854.1 B 5 5339.93 B 7 5587.9 B 5 5391.78 B 5 5466.46 B 5 5284.85 B 5 5430.14 B 5 5273.86 B 6 5403.37 B 5 5360.35 B 10 5387.35 B 5 5337.53 B 6 5375.68 B 5 5316.99 B 8 5363.80 B 6 5177.73 B 5

Laboratory

I A Ref Int

Fe III continued

5149.33 5100.706

•5030.755 5003.03 4948.54

4596.09 4573.14

4559.09

4535.50

4371.47

4366.88 4255.20

4349.95

4343.85 4335.54

4333.39

4230.32 4310.87

4300.38

4300.06

4189.10

4179.35

4174.37

4154.98 4145.74

7 10

6

8

5

5

56

5

5

5

7

810

8

5

10

6

6

7

5 10

E P Low High

4143.87

4131.31 4113.45

4113.33

4109.95

4008.81

3964.11 3743.40

3653.65

3589.77

3367.03 3338.73

3309.40

3304.31

•3295. 24 ft 3190.81 3151.86

3123.18

3121.08

3086.311 3044.438

Multiple'

(No)

76

9

6

8

5. 10

10

6

5

C° I I P 7.84 Anal A List B Feb 1942 4233

4339

4361

4361 4190

4353

4385

4303

•4109

4179

4339.

4368,

.996

.13 .913

.031 .713

,303

,783 335

,706 90955

033

4059.331

4088.291 4108.488 3956.370

4011.089 4054.618

4198.425

4189.50

4177.59 3909.933

3979.518 4037.033

4057.195 3993.014

3536.847

3575.361 3594.870

3603.079

•3474.018 3530.075

3550.593

3631.390

3653.541 3647.658

3465.793

3513.478

3539.033 3533.356

3415.519 3456.934

3483.80

3413.633

3431.583

3443.918

3455.337 3510.436 3503.63

3491.316

3584.801 3552.720

E

PA

cAA

A

A

EPA

CaA

FA

AA

CHH

A

A

AA

aAA

A

A

FA

A

A

A

AA

A

A

AA

A

A

CA

A

A

A

A

A

CA

a

4F-z6F°

(1)

a4F-r6D°

(3)

a4F-z60° t (3)

a4F-i4F°

(4)

3153.693 E 3133.318 A

3337.038 A

3191.397 A

3136.736 3319.150

3186.350

3381.585

3337.752 3131.415

3139.947

3149.310

•3159.663 3303.036

3199.333

3189.753 m3364.83

3341.05
REVISED MOLTIPLET TABLE 71

Laboratory

I A Ref Int

Co I continued

3083.614

3158.773

31*7.060

3137.338

"3079.394 3089.596 3098.194

3013.593

3043.481 3044.004

3061.833

3073.341

3086.777 3987.166

3017.548

3048.888 3131.566 3118.349

3110.831 3063.199

3034.433 3118.636

3071.957 3158.393

4966.

5071.

5091.

5085.

4907.

4953.

4987.

5007.

4796.

4855.

4913.

4959.

581

40383 695

135

179 853

386

378 335

399

683 4737.936

4733.051

4588.730 4638.908

4677.538 4880.35

4857.938 4837.948 4030.898

4058.183 4076.134

4083.593

3953.336

3987.117

4019.388 4130.538

i 4150.439

3941.738 3978.650 3991.684

3994.543

•3876.831 3906.387

3933.918

3808.103 3850.945

3873.130

3873.953

3881.869 3894.976

3974.736

3957.938

3940.887

•4063.174 H4019.30

3543.976

3496.681 3417.795

3637.806

3564.947 3531.567

3490.736

3605.370

3558.773

3677.980

3608.307

3503.378

3506.310

3513.640 3533.433

3585.154

3574.967

3560.891 3656.963 3634.965

3453.514/

3539.8161 3509.843

3495.683

3449.441 3443.644

3449.170

3367.111

3365.319

3989.590 A

3000.545 A

3064. 370 A

3054.734 C

A

P

aa

oA

AA

A

A

A

AA

A

A

A

PH

a

aA

A

A

A

CA

A

EAAA

AA

A

A

AA

A

AA

A

A

A

A

A

A

PE

C

CA

A

A

A

AT

CAA

A

AA

A

A

A

A

A

AA

AA

CA

A

1ST

13I5r

10

51010

8830R

30r

15r

I5r I5r

15r I3r

10

5

5

56

16

(1) 15r

75

4

1

13

33

(3)

1(1)

1(1)

3

(5)

1l)

l)3)

l)3) 30

8

338

6

5

(in)

330

106

6

30

10

6

10

460

40

3530

10

15

13

(0) Co

315635r

35r

30r

1030r

13

(1)3 100R 80R

60R

35r 35R

35r

30r

78 300R

80R

60r

50r 60R

80R

60R

30r

35r

E P

Low High

0.00

0.10

0.17 0.33

0.00

0.10

0.17

0.00 0.10

0.00 0.10

0.10

0.17

0.17 0.33

0.33

0.00

0.10

0.10

0.17

0.43

0.51 0.58

0.63

0.43

0.51 0.58

0.63

0.43

0.51 0.58

0.63 0.43

0.51

0.43

0.51 0.58

0.51 0.58

0.63

0.43

0.51 0.58 0.63

0.58

0.43

0.51 0.58

0.63

0.51 0.58

0.63

0.58 0.63

0.43

0.51 0.43

0.51 0.58

0.43

0.51 0.58 0.63

0.51 0.58

0.63

0.58

0.63

3.91 3.94

3.10

3.05 3.94

3.00 3.05

3.09 3.00

3.05

3.09

3.11

3.50

3.55

Multlplet

(No)

a

4F-y4G°

(10)

Laboratory

I A Ref Int E PLow High

Co I continued

a

4F-z3D° (13)

4-44 a*F-y3G°t

1-3* (13)

3.63

3.70 3.76

3.80

3.63 3.70

3.76

3.63 3.70

b4F-r6F°

(14)

b

4F-z6D

e (15)

bV-zV

(16)

b

4F-z40°

(17)

b^-t3^

(19)

0.43 3.93 A-i \--& b*T~z3T* 0.51 4.05 3-. *-3* (30) 0.51 3.93 3J—3*

0.58 4.06 Z\1—3* 0.58 3.93 3j —3*

0.63 4.05 t\[-3$ b

4J

,-y4D»

(31)

5* b

4r-y4 #

4jf (33)

3405.130

3409.177 3417.154

3433.045

3334.146 3354.374

•3388.1638 3483.410

•3474.018 3463.804

3137.353

3105.939 3193.164

•3159.663 3349.995

3198.660

4580.139

4699 . 180 4484.513

4619.339

4411 . 786

3995.306

4045.386 3885.375

3965.011 3811.065 3935.964

3997.901 3841.458 3933.755

3884.601

6450.330

6383.636 6330.968

6189.005

6093.144

6116.994

6005.030

5984.093 5530.780

•5365.533 5483.354

5369.591 5331.456

5301.043 5330.310

5347.931 5165.156

5149.796

3736.653

3760.401 3813.470 3548.438

3577.360

3636.030

3546.707 3578.903

3679.039 3634.337 3377.060

3433.900

3463.499 3394.916 3430.474 H3443.98

3400.471

3409.646 C 3370.333 A

3474.530 A

•3531.731 C 3337.171 A

3333.388 A

3413.339 C 3395.370 A

4131.318 A

4118.774 A

3953.917 C 4093.386 A

4110.533 A

3945.336 A

4370.437 A

4066.365 A

4133.155 C 3965.336 A

3843.047 A

3861 . 164 A

3998.554 E

3845.468 A

3894.073 A

3745.491 A

3569.370 A

3587.186 A

3460.719 C 3704.060 A

3489.399 A

3518.340 A

3618.010 A

AA

CA

A

A

AA

A

FA

AA

AA

A

A

A

A

A

A

A

A

A

CcA

A

A

C

cA

PA

150R 60r

50r

60R

30r

3030r 30r

100R 60r

(3) 10

6

5

81080R

40r

7

3510

6

5

4

(0)

(3) tl)

60

5035

35

35

15

(in)

15

4360

30

6

15

3040

5

7 10

3030

(in) 60

603580R

TOR

43560r

50R

4

80

40

1010

10

6

(3)3

10

(1)

4030

15

1535

15

34

54

4

7

3

366

65

5

4

3

35

Co

1

Multlplet

(No)

(33)

Laboratory

I A Ref Int

E P Low High

0.51 0.58

0.58 0.63

0.43

0.51

0.51 0.58

0.43

0.51

0.51 0.58

0.58

0.63

4. 13 34-34 4.34 2+-14

4.13 3*-3§

4.13 l|-3| 4.13 44-44

4.31 34-34 4.13 34-44

4.31 34-34

3 D° t

0.93

1.04

1.04 0.93

1.04 0.93

0.93

1.04 0.93

1.04 0.93

1.04 1.04

0.93 3.61 1.04 3.67 0.93 3.67

1.04 3.73 0.93 3.73

0.93 3.91 1.04 4.04 0.93 4.04 0;93 3.93 1.04 4.05 0.93 4.05

1.04 3.93. 0.93 3.95

1.04 4.03 0.93 4.03 0.93 4.01 1.04 4.10 0.93 4.10

1.04 4.16 0.93 4.16 0.93 4.05

1.04 4.13 0.93 4.13

1.04 4.19

1.04 4.33

4.13

4.34

4.13

4.13

4.31 4.31

1.70 3.63

1.73 3.70

1.78 3.76

1.70 3.70

1.73 3.76

1.78 3.80

1.70 3.76

1.73 3.80

1.70 3.93

1.70 4.05

1.70 3.95

1.73 4.03

1.78 4.09

1.70 4.03

1.73 4.09

1.78 4.13

1.70 4.09

1.73 4.13

1.70 5.01

1.73 5.01

1/78 6.01

b*F-z

(34)

b

4F-y30°

(35)

b^-j^F"

(36)

a

3F-z4G°

(37)

4-44 a

3F-z3G° Hi (38>

4-3± a

3F-z3F°

4-8$ a

3F-z3D°

(33)

3F-y30°

-3* (35) -3*

a4P-*4D° (37)

1K

a4P-t48°

(40)

a4P-e4P°

(41)

a^-w4"* (43)

Co I continued 3336.564 C •3314.073 A

3387.837 C 3375.66 A

3359.384 A

3401.617 C 3373.969 A

3318.398 A

3346.310 C 3319.561 C 3345.146 E 3387.47 A

3386.545 C •3336.37 A

3358.035 A

3364.71ft E 3383.333 C 3339.356 E 3343.579 C 3383.777 C 3303.881 A

3103.983 C 3136.999 C 3113.473 A

3131.839 A

3173.140 A

3107.044 C 3095.716 A

3137.755 A

3103.405 A

3114.118 A

•3079.394 A

3040.813 A

3109.506 A

3086.393 A

3063.35 A

3145.033 A

3050.933 C 3073.530 A

3039.563 A

•3034.400 A

3061.983 E 3096.403 A

7354.579 A

7437.16 C 7478.77 C 7134.47 C 7350.13 C 7084.974 A

7053.873 A

7016.603 A

6771.040 A

6814.950 A

6873.33 A

6551.466 A

6678.818 A

5935.391 A

5933.365 C 5469.305 C 5381.105 C •5651.734 C 4781 . 433 A

4737.769 A

4608.908 A

4930.373 A

4834.359

4086.300 A

4068.541 A

4058.600 A

3973.144 A

3990.399 A

4013.943 A

3898.485 A

3947.135 A

3930.076

4033.399 A

4093.848 C 3856.796 A

3946.633 A

3568.436 C 3645.190 A

3733.390 A

3814.457 A

3878.750 A

3730.476 A

3816.318 A

3816.458 A

•3876.831 A

3535.873 C 3654.441 A

3600.803 A

3711.646 A

1.70 5.41 34-34

1.73 5.46 l|-3f

1.70 5.46 34-34

1.73 5.50 lj-lj

1.70 5.38 34-34

1.73 5.36 14-34

1.70 5.36 3t-2i

1.70 5.43 34-34

1.73 5.43 l4-l4 1.70 5.43 34-14

1.73 5.43 14-34 1.78 5.42 |-l|

1.73 5.49 l4- 4

Kultlplet

(No)

a

4P-w4F»

(43)

a

4P-x3r°

(44)

1.70 5.68 34-3J 1.73 5.67 l4-l} 1.70 5.67 2i-U

1.73 5.67 14- \ 1.78 5.67 i-U

1.70 5.76 34-34

1.73 5.70 14-14

1.70 5.70 34-14

1.73 5.76 14-34

1.78 5.70 |-l£

1.70 5.75 34-14 1.73 5.75 l£-l|

1.70 5.76 34-14 1.73 5.81 14- 4 1.73 5.76 14-14 1.78 5.76 4-14

1.87 1.95

1.95

1.87 1.95 3.00

1.87

1.95

1.87

1.95

3.55

3.61 3.65

3.61 3.65

3.63

3.70 3.76

3.70 3.76

3.80 3.76

3.80 3.95

4.03

5.18 5.18

5.37 5.33

5.37 5.33

a

4P-x4P°

(48)

a*P-v4D°

(49)

a4p_T3 D

o (50)

a

4P-y4S»

(51) a4p_y3f»

(53)

b

4 P-z4D°

(54)

4.89

4.98 5.04

4.98 5.04

5.07 5.04

5.07

5.01

5.01

5.01 5.07

5.07

34-34 b

4P-y4

D° l|-3f (55) 34-34 b

4P-z3D° l|_li (56) 14-34

b

4P-x4D° (58)

3i_l4 b

4P-z4S° ll_ll (59)

34-34 b

4P-3° ll-3| (60) 34-34 b4P-x4G° l|-3| (61) b

4P-z4P» 1*-1* (63)

34-14 b4P-z3P° t l|- 4 (63) 1*-1*
73 Laboratory

I A Ref I

3 I continued

3174.905 A 3287.193 A

3334.633 A •3335.533 A

m3333.41 P 3173.56

3193.330

3334.119

3235.783

3278.843 3154.794 A

3161.652 A

3182.118 A

3103.735 A

m3139.98 P 3152.707 A 3082.844 C 3111.339 C 3120.10 A 3188.377 A

3129.481 A

3099.667

3140.715

3015.686 3086.83 T 3036.373

3060.048

3090.351 3005.766

3050.496

3087.806

3996.549

3048.108

3017.354

03044.04

7809.24

•7996.80

15

10

2

7

6

35(0)

8

1

76

6

2

(0)

4

1

(0)

3 13

7

72

10

(1)5

6

1

1

4

74

6 Co

(1)

3

1(2)6

10

5

75 Co

6

22

(3)

73

2

2

3(IT)

6

5

4

3

3

3

12

3 Co

Low

E PHigh

6563.403 A 6450.09 P 6146.38 D 6910.84 C 6490.344 A

6439.913 A

6839.93 D 5890.487 A

5915.551 A

5659.131 A

6168.86 D

40

Co

6

4(1)

f*t

b4P-v4D° (70)

1.87 5.76 34-34 ^P-^D"

1.95 5.70 li-1* (71) 1.87 5.70 ai-lt

1.95 5.76 li-3i

3.00 5.70 4-1+

1.87 5.76 24_lJ 1.95 5.81 it- I 1.95 5.76 1+-1J 2.00 5.81 t- i 3.00 5.76 i-Xi

b*P-

(73)

1.87 1.95 3.00

1.87 1.95 3.00

1.87 1.95

5.79 5.85

5.88 5.85

5.88

5.91 5.88

5.91 1.87 5.83 2+-3J 1.95 5.82 li-2i 1.87 5.83 2|_3| 1.95 3.00

1.87

1.95

1.87

1.95

3.00

1.87 1.95

2.00

1.87 1.95

1.87

1.95

2.03

3.13

5.93

5.93 5.97

5.93 5.95

5.98

5.99 5.98

5.99 6.00

5.99 6.00

5.96

6.00

3.03 3.91 2.13 4.04

2.03 4.04

2.13 3.91 3.03 3.93

2.13 4.05

2.13 3.93

^P-^F

(74)

b^P-x^S

(75) b

4P-x3 P° t (76) b

4P-t4D°

(77)

b^-v^o

(78)

a3 0-z4 0" (79) a

3 0-z3a

o (80)

a

20-r3FO

(81)

REVISED HULTIPLET TABLS

Multlplet

(No) Laboratory A Ref Int

5266.506

5235.188

3712.177

3843.693

3651.354

3707.01

I 3 3.03 4.13

10 3.13 4.31

3 3.03 4.31

(1) 3.13 4.13

25 3.03 4.38

15 3.13 4.48

6 3.03 5.36

4 3.13 5.34

4 3.03 5.41 — 3.13 5.46

Co I continued

3690.715 A

3816.876 A

3438.713

3586.082 3381.498 C 3503.717 C

3.03

3.13

2.03 3.13

3.03 3.13

5.38 5.36

5.63

5.57

5.68 5.65

44-34 a

3 0-w4D«' 3J-34 (84) 44-34 aSd-w4?* t 3}-3j (85) 44-34 a. zO-jfif

3$-3{ (86) 44-54 a

20-z2H

. 4-4 (87) 44-44 a

30-xaO» 3*-»J (88)

7987.36

7417.38

7590.57 7154.688

7315.73

7004.81 5991.890

5590.744

5688.593

5883.431 m5354.01

5034.06

5113.233

AA

CA

CcA

A

CA

P

H

C 5176.085 A

4899.530 A

4974.47 5094.955 A

4371.130

4187.346

4193.856

4139.453 3735.938 C 3749.930 A

3693.476 A

3755.447

3734.139

3777.543

3731.368

3774.599 3707.465

3693.106 A 3605.015 C 3645.440 E 3559.597 E 3733.483 A

3708.833 A

3751 . 635 A

3683.047 A

3643.181 A

3684.479 C 3641.784 A

3585.808

•3531.731 3458.038 C m3334.13 P 3368.67

3431.638 A

3430.790 A

3396.457 C 3433.318 C 3390.396 A

3434.500 A

3348.113 A

3355.940 A

3356.464

•3333.198 3343.734 C 3364.843 A

3308.688 E 3331.913

3333.874

3365.352

3310.319 3180.390 3383.466 A

3360.814 A

3393.861 C 3168.060 C 3154.678 C 3137.454 E 3169.766

3110.031

6946.31

6633.438 6417.334

5647.334 A

5533.310 A

5408.119 C 3915.503 A

3977.184 A

3917.115 A

3835.497

3893.067

3663.158 A

3611.701 A

3563.097 A

3630.433 A

3684.960 A

3633.340 A

3677.835 a

10

7

6

3

8

6

5

3

1

13

13

5

30

9

10

4

5

3 Co

(1)

3

7

13510

8

3

6

8

6

5

(1)

3

(9)35

3

9

9

3

6

5

3

9

5

(3) 15

15

13

8

3

(3)3

8

(3)3

1310

6

53

3

(1)

E P

Low High

3.07

3.03

3.07 3.03

3.07

3.03

510

38

(3)

3 30

10

3

(3)

Co 3.07 4.38

(3) 3.03 4.48

6 3.07 4.48

30 3.07 4.46

3 3.03 4.55

(l) 3.07 4.55

8 3.03 4.46

Multlplet

(No)

a

3 D-z4D°

(89)

a3D-z3D°

(90)

3.07 4.89 3.03 4.98

a

3D-x4D° t (93)

(2N) 3.07 5.01

3 3.03 5.01

13 3.07 5.37

9 3.03 5.38

8 3.03 5.37

3.07 3.03

3.07

3.03

3.07

3.03

5.36

5.34

5.34

5.34 5.34

5.36

5.41 5.46

5.46

5.50

2.07 5.38 24-34

3.03 5.36 l|-3j 3.07 5.36 3|-3| 3.07 5.43 3*-34

2.03 5.43 ll-l*

2.07 5.43 sl-li

3.03 5.43 list

a^D-x^F"

(98)

a

a D-xd D

(99)

3.07 5.51 3.03 5.54

34-14 a

3D-y4P t i|- 4 c -

(100) 3.07 5.64 24-34 a

3 D-w3D° 3.03 5.73 l|-l| (101) 3.07 5.73 3|-l|

3.03 5.64 l|-3* 3.07 5.68 34-34 3.03 5.67 ll-l| 3.07 5.67 2|-l|

3.03 5.67 li- +

a3D-x4P° (103)

3.07 5.68 34-34 aSC-i^D 1 3.03 5.73 l4-3| (103) 3.03 5.71 l*_l| 34-14 a

aD-y43° l4-l| (104)

3.37

3.33

4.13

4.34

3D-vaF° (109)

3.37 4.05 l4_34 a

3P-z3F

e

, , i xl0X 14-34 a

3 P-z3 D° l-l| (111) a

3P-y3

D

(113)

i3P-x3D° (113)

i3P-»3S»

(114)

Laboratory

I A Ref Int

Co I continued

3578.076

3637.319 3556.130

3534.769

3647.081 3596.510

3431.039

3387.061 3478.555

3378.736 A

3433.35 A

3373.336 A

3417.673 C 3338.519 C 3403.064 C •3358.003 A

3383.071 E

3.37 4.46 14-34 3.33 4.55 l-lt 3.37 4.55 l{_l| 3.37 5.43 14-34 3.33 5.43 4-l4

3.37 5.43 l4-l| 3.37

3.33

5.49

5.49 ti

3.37 5.68 l4_34 a

3P_x4P° 3.33 5.67 L.li (116) 3.37 5.67 lL.ll 3.33 S.67 4- 4

3363.313

3336.986 3072.664

3107.540

7712.661 7610.34 7217.34 4266.446

4404.932 3969.116 A

3960.997 A

3851.848 A

3870.534

3991.831 3819.908 A

4003.596 A

3892.118 A

3817.940 A

3863.607 C 3759.684 A

3935.151 A

3754.346 A

3631.948

3738.840

3591.746 A

3614.34 A

3686.477 A

3504.738 A

3503.998 E 3417.353 E m3594.87 P

64

(1)4

5

5

(1)

1

5

(1)

75

14

324

4

(1)

1

6

2

(3)

3

3

86

3

4

(3)

4

3

3

(4)3

3

3

3

3

4

(1)3

E P Low High

3.37 3.33

3.37

3.37

3.37

5.88

5.91

Multiple

(No)

\\ a

3P-v4D"

(117)

aSp-v3!) 1 (118)

a

3P-u4D ' B (119) 3.37 5.83

3.37 3.33

3.37

3.33

5.93

5.93 5.93

5.93

i

l±-3* a3P-w3F* I

14- 4 a3P-y3s° 4- 4 (131) 14- 4 a

3P-xaS°

3.37 5.97

3.33 5.95 3.37 5.95

3.33 5.97

li

133) [j l4_i4 a^-xSp" 1 8 4- f

(133)

3.27

3.33 3.37

3.33

6.05 6.14

6.39

6.39

l4-l4 aSp-w3?' 4- 4 (134) l4_l4 a3p_v3po s 4- 4 (135)

3.53 4.13 l] 3.63 4.34 I 3.53 4.34 it 3.53

3.63 5.43

5.43

3.53 5.64 l4 3.63 5.73 I 3.53 5.73 l| 3.53 5.73 l4 3.63 5.71 4 3.53 5.76 l4 3.63 5.70 4

3.53 5.70 l4

b

3P-z3D

e (136)

^P-xSd"

(137) bSp-^D

(138)

l^P-v4^

(139) bSp-T^D

(130)

3.53 5.76 l4-l4

3.63 5.81 4- 4

3.53 5.81 i4- 4

3.63 5.76 4-i4

3.53 5.83

3.53

3.63

5.93

5.93

b

3P-y3P«

(131)

li-34 ^P-w2!*

(133) bSp-xSs9 (133) 3.53 5.97 14 3.53 5.95 14 3.63 5.97

(134)

Co88

3.53 6.05 l4-l4 ^P-w3?* 3.63 6.14 4- 4 (135) 3.53 6.14 U

2.62 6.05 4-U

3496.070

3604.469 3469.683

3553.161

34

(3n)

2

3.69

3.77

3.69

3.77

6.33

6.30

6.35 6.35

54-54 a

3K-yfH°

3174.140 A

•3335.533 A

3345.750 A

7388.689 A

7586.72 C 6937.81 C

2 2.69 6.58

6 2.77 6.59

(1) 2.77 6.58

7054.042

7385.36

4634.561 5004.187

4904.173

5 3.71 4.38

(4) 3.86 4.48

4 3.71 4.48

10 3.71 4.46

4 3.86 4.55

13

3.71 5.37 3.86 5.33

3.86 5.37 4543.810 A

4815.900 A

4545.985 A

m4813.45 P

6 3.71 5.43

1 3.86 5.43

1 3.71 5.43

Co 3.86 5.43

4375.540 4431.608

4158.430

4179.336

3676.553 A

3703.337 A

3699.017 C 3649.339

3634.713

3633.839

3609.753

3341.341 3339.15

•3333.196

•3314.073

3

3

4

3 13

132n

8

7

74

3.86 5.68 3.86 5.65

3.86 5.83 3.86 5.83 3.86 6.33 3.86 6.30 3.86 6.30

(136) a3H-w30«

(137) a^-vSo*

-34 (138)

34-34 b

2D-y3F°

l4-3+ (139) 34-34

34-34 t^D-y^t

l4-l4 (140) 34-14 b

3D-z3P» if- 4 (141) i4-i4 34-34 ^D-x3!)* l4-l4 (143)

4-44 b

30-x30» 4-34 (143) i-34 b

a0-w^r»

4-2* (144) \-5$ D3d-y3K»

\-4 (145)

3.86 3.86

3.86 3.86

3.86

3.86

6.34 6.36

6.36 6.38

6.58

6.59

44-34 t^O-uSF H-ai (U6)

44-54 b^aAlM

34-44 (147)

(148) 44-44 bSo-TSo* t 3J-34 (149)

!i

rt:

ii;

Kl

m

';

:(!

ill

1-1

ft

in

il!,

k
Laboratory

I A Ref Int

!o I continued

.949 .547

.861 .550

.319 .918

.337 .918

.568

.398

.711 .596

.578

.658 .985

.094

.530

.11 .76 .015

.138 .843

.60

.68 .108 .073

.358

.838

.359

.403

.361 .190

.389

.919

.380

.030

.390

.870

.353 .476

.855

.979

.311 .935

.390 .704

.454

.966

1496.794 1471.383

'1477.836 1476.360

1447.381 1473.196

991 C 663 A

198 C 405 c 656 A

63 A

36 A

313 C 013 A

345 C 730 A

536 A

A

PAA

A

AA

E

A

CA

A

AA

CA

CA

CA

3339.780 A

3319.156 C 5308.483 A

5361 . 553 A

5398.811 A

5401.913 C

5564.115 A

1533.856 E

1491.987 C

4468.973 A

1505.133 A

1473.707

(453.18 A

30

15

105

4

34

34

5430

15

10

74

(0)

(l)

(3)

13

(1)8

33

is)

3)

4)3)4

3

3

3

3

4

3

Co

(6)85

418

8

4

3

33

3(5w)

(3) (9)

2(4)

106

5

3

15

13

96

3

3

1), 3N)

1)

5?

3(3n)

3535

3015

10

6

3

3

3

3

3

4A

3

3

is?

6

745n

3

1

E P

Low High

3.91 5.64 3.94 5.71 3.00 5.77

3.05 5.81

3.09 5.85

3.11 5.87

3.91 5.71 3.94 5.77

3.00 5.81 3.05 5.85

3.09 5.87 3.94 5.64

3.00 5.71

3.05 5.77

3.09 5.81 3.11 5.85

3.91 6.61 3.94 6.69

3.93 6.69 3.94 6.61

3.00 6.69

3.05 6.73

3.09 6.81

3.91 6.63 3.94 6.71

3.00 6.78

3.05 6.83

3.91 6.71 3.94 6.78

3.00 6.83

3.94 6.63

3.00 6.71

3.05 6.78

3.09 6.83

3.11 6.86

3.91 6.63 3.94 6.71

3.00 6.78

3.05 6.84

3.94 6.63

3.00 6.71

3.05 6.78

3.09 6.84

3.05 6.71

3.11 6.84

3.91 3.94

3.00 3.05

3.09

3.11

3.91 3.00

3.05

3.09 3.94 3.94

3.00

3.05

3.04

3.13

3.18 3.33 3.34

3.04

3.13

3.18 3.33 3.34

3.04

3.13

3.18

3.33

3.10 5.64

3.16 5.71 3.30 5.77 3.34 5.81 3.37 5.85

3.38 5.87

3.16 5.64

3.30 5.71

3.34 5.77

3.37 5.81 3.38 5.85 3.16 6.63

3.30 6.71 3.34 6.77

3.37 6.83

3.10 6.63

3.16 6.71

3.30 6.78

6.63

6.71 6.75

6.79

6.85

6.85

6.71 6.79 6.85

6.85

6.79 6.64 44 6.73 34 6.78 24

3.04 6.71 44 3.13 6.75 34 3.33 6.85 14

llultlplet

(No)

L6p

o_e6p

(150)

z°F« -«*0

(151)

-tfy

(153)

(153)

z6F°-e6G- (154)

zPr»-eeP

(155)

z°D°-ebF

(156)

z

6D"-e6at

(157)

6 63 6j 6 71 5j 6 75 4J 6 79 3i 6 85 »

6 85 ljkl|

r6 o_f6p t (160)

t60°-e6Gt

(161)

REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int

Co I continued

3485.368 3461.173

3446.088 3437.680

3448.358

6908.08

7398.73

6901 . 53 7406.33 6086.663

6474.558 5495.683 5558.835

5310.043 5368.904

4331.331

4494. 746

6083.431 6133.640

•6000.668

5946.484. 5965.040

5846.575

5836.399

5313.699 5146.753

5136.301

5133.767

5333.653 5366.786

5319.008

5483.963 5477.089 5470.460

5453.305 5387.574

5336.347

4594.633 4635.767 4596.903

4536.794

4570.034

4704. 386

7037.797

7134.390

5135.715

5108.903 4746.115

4767.143

5311.833

5077.410

4795.853 4785.070

4778.333

3973.506 A

3938.856 A

3951.717 A

3904.790 E

5353.046 A

5380.631 A

5366.303 A

5368.498 A

4035.543 A

3991.538 A

3978.864 C B3973.53 P

6454.998 A

6595.869 A

6477.861 A

6395.158 A

5133.467 A

5156.366 A

4756.733 A

7743.37 C sua. 13 D 7553.970 A

7634.50 C

5354.653 A

5387.785 A

5330.363

5310.834 A

1515

136n

(5)

(3)

(l)

7

•(3)

33

3

(3)

3

3

30

30

10108

4

4

Co

40

13

10

8

1054

3

3

3

4

3

5

3

3

(3)

6

5

15

10

(1)7

10

ill

if!4

(5)

3

3

(1)3

8

5

(1)

3

E P • Low High

3.10 6.64

3.16 6.73

3.30 6.78

3.34 6.83

llultlplwt

(No)

z60»-^6Ht

(163)

3.34 6.83 34-34 z6G»-3

(163)

15

8

5

5

(3)3

(3) 35

15

10

8

54

3

6 3.50 6.61

3 3.55 6.69

(in) 3.61 6.73 3*

3 3.65 6.81 14-34

: 2 D-X3D

# t (165) 3V-^W t (166)

24j.o_.4j. t (169)

z4F»_r

4P t (170)

3.56 5.87 54 3.61 5.95 4* 3.67 6.01 3* 3.73 6.06 3| 3.56 6.63

3.61 6.71

3.67 6.77

3.73 6.83 34

3.63 5.53 3.70 5.57 3.76 5.66 14 3.80 5.73 *-U

3.63

3.63

3.70

3.63

3.70

3.63

3.70

3.91 4.04

5.87

5.95

6.01 6.06

5.95

6.01 6.30

6.37

6.30

6.43

6.33 6.33

5.67

5.77 £

3.91 6.33

4.04 6.43

3.91 6.51

3.91 3.916.33 6.33

3.91 6.51 4.04 6.63

3.93 5.53 34 4.05 5.57 34 3.93 5.57 34 4.05 5.66 34

-f*0

z^-f^t

(173)

z40°-f*H

(173)

z4D°-e4F t (174)

z4n,-rtF t (175)

(176)

z4D°-e4Pt

(177)

z4D°-g4F t (178)

z2 G°-e2F t (179) -54 z2 G»-e4H -4 d80)

-54- z30»-e40t -# (18D

-34 z2G°-g3F

-3| (183)

-44 z2F°-e4F

-34 (183)

3.93 6.30 34-3* zaF°-e4D

3.93 6.36 3£-3£ (184) 3.93 6.51 3^-3£ z3F°-e4H

3.93 4.05

3.95

4.03

4.09

4.13

6.51 6.63

6.30

6.37 6.45

6.50

(186)

y

4D°-e4Dt

(187)

Laboratory

I A Ref Int

Co I oontlnued 5357.631 5158.854

8093.933 A

7908.679 A

7869.668 A 7871.370 A

5342.703 A

5343.383 A

5276.183 A

5250.003 A

5333.647 A

5334.621 A

5336.163 A

5344.570 A

5545.937 A

5335.376 A

5316.773 A

5534.990 A

5407.530 A

10

3

8

6

3

3

5030

8

75

6

3(in)

2

10

74

5

8373.79

•8589.78 8379.44

8308.57

8151.95 8055.996 8043.306

(10)

(3) (3)

(8)

(6)3

3 5453.338 A

5359.300 A 5335.949 A

5454.573 A

5637.734 A

5515^990 A

5403.000 A

5444.585 A

5381.776 A

5425.621 A

5347.499 A

5310.319 A

5313.650

5134.718

5353.500

5363.781 5341.338

5339.528

6347.843 6351.448

5984.253

6049.110

6617.126 6591.834

8819.11 8750.13

(1)6

4

30

3

(1)

3

30

6

(3)4(in)

8

2

25

15

10

3

6n

(1)

10060

E P Low High

4.00

4.01 4.10 4.16

4.00

4.01 4.10 4.16

4.00

4.00

4.01 4.10

4.16

5.53 54-4J 5.57 44-33 5.66 34-33 5.73 34-l3

6.33 54-4J

6 . 32 44-3-1 6.33 44-4* 6.32 3|-3| 6.32 54-5J 6.33 44-43 6.33 34-41 6.44 34-3<

4.05

4.13

4.19

4.19 4.22

6.32 44-5J 6.43 34-43 6.51 2|-3j 6.32 44-4J 6.32 34-33 6.43 24-33 6.51 14- U

6.51 6.63

6.43 6.53

6.44

6.53

4.38

4.48

4.46

4.55

6.32

6.43

6.44 6.53

6.32

6.42

5.13 6.53

5.22 6.63

73

llultlplet

(No)

y

4D°-e4 Pt

(188)

y

40°-e4F t (189)

y^o-e^t

(190)

y

4G°-g4F t (191)

y

4Q°-e4Gt

(192)

y4po_e

4F t (193)

y

4F°-e4H

(194)

y

4F°-g4F t (195)

y

4F°-e4 0t

(196)

y4F

o_ g

2j. t (197)

44-54 y

2 G°-e2H 34-4 (198) 44-44 y

2 G°-e2Gt

3f-3| (199)

3-4-34 y

2F°-g4Ft

2|-2j (300) 34-44 y

2 F°-e2G 24-3£ (301)

y2n°-e2P

(202)

J-4^ x

4G°-_4Ft

(203)

Strongest Unclassified Lines of Co I 3443.203 3177.266 HIT

III

Co II I P 17.1 Anal C List A Mar 1942 3621.22 3578.03

3555.93

3545.03 3517.48

3514.31 3501.73

3446.40 3433.85

3415.78 •3388.16 8 3387.73

3358.59

3353.80 3370.94

100

30

1035

10

5 200

10075

75

5060

1030

50

2.19

2.23

2.26 2.19

2.23

2.26

2.19

3.23

2.26

3.19 2.23

2.26

2.19 2.23

2.26

5.60

5.68 5.73

5.68

5.73

5.78

.72

.81 .87

.81 .87

.91 .87 5.91 5.92

3-4

2-3

1-2 3-3

2-2

1-1

3-4

2-3

1-2

3-3

2-2

1-1 3-2

2-1

1-0

4s 5P-4p5F°

(1)

4s 5P-4p5 D°

(2)

Measures Inadequate for preparation of list of stronger unclassified lines of Co II -
74 REVISED HULTIPLET TABLE

Laboratory

I A Ref Int

E P

Low High

Uultlplet

(No)

Kl I I P 7.61 Anal A List B March 1943

3946.18 3749.045

3833.873 3885.87

4093.63 3634.733

3739.339 3793.337

3561.751

3669.341

3730.751 3498.19 3611.54

3503.

3603. 3437.

3507.

3577.

3351,

3467.

•3548.

3670.

3664.

3793.

3391.

3571.

3519.

3409, 3413,

3551,

3688,

,595

,381 ,380

,694

,340

,06 503

,185

,437

,095 608

,050

.869 ,766

,578

,478 ,534

,415 3369.573

3500.853

3483.774

3537.983

3613.741

3641.641 3233.963

3371.993 3380.885 3336.984

3383.696

3145.121

3330.357

3430.741

3031.870

3145.719

3184.367 3019.143

3097.118

3159.521 3335.753

3984.131 3045.006

3105.469 3107.714

3139.314

3195.573

3331.653 B 3366.168 B 3469.486 B

3913.979

3889.671 3778.063

3811.33

•3674.06 3693.933 3773.530

3587.931 3609.314

3661.951 3523.444

3553.483

3461.653 3453.890

•3513. 9331 3374.331 3413.939

3485.888 3337.014

3387.466

3534.541 3492.956

3510.338

3610.462

3597.705

3723.484

3349.440 B

3099.115 B •2991.095 B

3414.765// B 3515.054 B 3458.474 B 3433.558 B 3361.556 B 3386.946 B

15

10

5

10

13

4

81530R

e3

1330r

30

30

850R 50R 30R

835R

81580R

25R 25R

1530R

435R

15r

15r

5

lOr

30R

1530R

5

6lOr

8

820R

I5r

3

412R

lOr

15r

4

7

12r

4

5 15

5

(2) 10

8

6

1215

810

7 135R 40R

15I5r 13r

10

4

3 200R

150R 80R

60R

50R

15 150R

150R

125R

70R 30R

8

0.16 0.00

0.16

0.37 0.16

0.00 0.16

0.27 0.00 0-16

0.37

0.00 0.16

0.00 0.16

0.37

0.16

0.37

0.37

0.16

0.27

0.00

0.16

0.37 0.16

0.27

0.37

0.00

0.16

0.37

0.00

0.16

0.00

0.00 0.16

0.37

0.16

0.37

0.00

0.16

0.37

0.00

0.16

0.16

0.27

0.00

0.16

0.27 0.16

0.37

0.37 0.16

0.37

0.03

0.31 0.03

0.21 0.03

0.11

0.21 0.03

0.11

0.21 0.03

0.11 0.03

0.11

0.21 0.03

0.11 0.21 0.03

0.11

0.03

0.11 0.21

0.11

0.31

0.31 0.03

0.11

0.31 0.03

0.11 0.03

3.39 3.39

3.38 3.45

3.18 3.40

3.47

3.53

3.47 3.53

3.58 3.53

3.58

3.53

3.59 3.59

3.68 3.73

3.68 3.73

3.75

3.53 3.64

3.53 3.64

3.63

3.78 3.63

3.78 3.64

3.63 3.66

3.69

3.82 3.66

3.69 3.66

3.83

3.82

3.93

3.83 3.93

3.93

3.83

3.83 3.83

3.88

3.88

4.07 4.09 4.15

4.09

4.15

4.07

4.09 4.14

4.23

4.35 4.14

4.33 4.14

3.18

3.38

3.39

3.45

3.38

3.45

3.48

3.47 3.53

3.58 3.53

3.58 3.59

3.68 3.73

3.68 3.73

3.75

3.73 3.75

3.53

3.64

3.73

3.53

3.64 3.53 3.64

3.63

3.78 3.63

3.78 3.78

3-3

4-3

3-3

3-1 3-4

4-5

3-4

2-3 4-4

3-3 2-3

4-3

3-3 4-5 3-4

4-4

3-3 2-3

4-3

3-3

3-1

3-3

2-1 3-3

4-4

3-3 3-3

4-3

3-3

3-4 3-3

4-3

3-3

3-1 3-3

2-2

2-3

4-5 3-4

3-3 4-4

3-3

4-3

4-3 3-3

2-3

3-3

3-3 0.37 4.07 3-1 4-4

3-3 3-3

4-3

3-3 3-4

3-3

4-3

3-3

3-1 3-3

3-3

3-3 4.15 3-4 4.40 3-3

3-4

1-3 3-3

1-1 3-3

3-1

1-0 3-4

3-3

1-3 3-3 2-3

3-4

3-3

1-3 3-3 3-3

1-1 3-3

3-1

3-3

3-1

1-0 3-3

1-1 1-3 3-4

2-3

1-2 3-3 3-3

3-3

a3F-z5 D°

(1)

a

3F-z5a°

(2)

a3F-z5F°

(3)

a

3F-z3 P°

(4)

a

3F-z3F°

(5)

a3F-z3 D°

(6)

a

3F-z3 3°

(7)

a

3F-z1F°

(8)

a

3F-z1 D°

(9) a3F-zl P°

10i

,(10,

(11)

bPf-tSw

(12)

a

3F-zlo° ,U3 ) a3F_ylf-0 f (14) a^D-zSD

(15)

»3 D-z50°

(16)

a

3 D-z5F°

(17)

a

3D-z 3 P°

(18)

a

3 D-z3F°

(19)

Laboratory

I A Ref Int

Nl I continued

3392.993

3446.363

3433.711 3367.893 3338.714

3472.545

•3548.185 3248.457

3334.649

3165.508 3343.058

3315.663

3300.433

3371.118

3363.806 3114.134

3197.113

3050.819 3101.554

3134.108 3037.935

3054.316 3993.595

3003.491

3003.639 3057.638

3981.651

3064.633 3080.755 3994.460

4398.

4164.

4074.

3973. 3904,

3783.

3736. 3705.

3973.

3831.

3858. •3674.

3807.

3775,

3634.

3523,

3619.

3566,

3380.

3365. 3310,

3333,

3350.

3335.

3101,

3013,

6138,

6007.

5935,

6643,

6356.

6337.

5847.

6191.

6108,

5748,

5709.

5578.

5137.

5103. 4976.

5003.

4843.

4786.

4519.

4331.

3435.

3336.

767

,636 897

,171

,64

,530

,813

.13

.563

,690

.301

,15

,144

,573 941 074

,393

,373

,574

,766

,303

,310

.743

.030

,879

,004

,990

,313

,81

,641 ,365

,603

,010

,186

,131 343

,559

.734

.075

,971 ,345

,751 ,165

,393

,986

,645

,469

,758

100R

100R 50R

8

570R

30r

8lOr

335R

30R

510

630R

lOr

B 100R

B 100R

B 60R

B 60R

B 50R B 30R

100R 60R

50R

30R

35R

30R

35R

(2)

1210

30r

15

35

3040r

1535r

30r

13

4 150R

100R 80R

15r

515r

9lOr 40R

75R

(3)

3

30

15

5

(3)

138

3

13

5

8

It]3

3

3

4

13

3

3

E P

Low High

0.03

0.11

0.31 0.03

0.11 0.11

0.31 0.03

0.11 0.03

0.03

0.11 0.03

0.11

0.31 0.11

0.21 0.03

0.11 0.21 0.03

0.11 0.03

0.03

0.11

0.31 0.11

0.11 0.31

0.43

0.43

0.43 0.42

0.42

0.43

0.43 0.43

0.43

0.43 0.43

0.43 0.43

0.42

0.43

0.43

0.43

0.43

0.43 0.43 0.43

0.43 0.43

0.43

0.43

0.43

1.67

1.67

1.67

1.67 1.67

1.67

1.67

1.67

1.67 1.67

1.67

1.67

1.67

1.67

1.67

1.67 1.67 1.67

1.67

1.67

1.67

1.67

3.66

3.69 3.83

3.69 3.83 3.66

3.69

3.83 3.92

3.92

3.83

3.83 3.88 3.88

3.88 4.07

4.07

4.07

4.09 4.15

4.09 4.15

4.15 4.14

4.33

4.35

4.35 4.14

4.33 0.03 4.15

3.39

3.38 3.45

3.53

3.58 3.68

3.73

3.75

3.53 3.64

3.63 3.78 3.66

3.69

3.83

3.93

3.83 3.88

4.07

4.09 4.15 4.14

4.33

4.35

4.40

4.53

3.68 3.73 3.75

3.53 3.64

3.63

3.78 3.66

3.69 3.83

3.83

3.88

4.07 4.09

4.15

4.14

4.33

4.35

4.40 4.53

5.36

5.37

Uultlplet

(No)

3-3 a

3 D-z3 D° 3-3 (30) 1-1 3-3

3-1 3-3

1-3 3-4 a

3 D-z3o°

2-3 (31) 3-3

3-3 a

3 D-Z lFe 3-3 (33) 3-3 a

3 D-z1 D° 3-3 (33) 1-3

3-3 2-3

3-3 3-3

3-1 3-3

3-1 3-3 3-3

a

3 D-zx P

(24) 3-1 1-1 3-4 a

3 D-y3F°

3-3 (35) 1-3

3-3 3-3

3-3

3-3 a

3 D-y3 D° t 3-3 (36) 1-1

3-1 3-3

1-2 3-4 a

3D-zla°

(37) 3-3 a

1 D-z5D° 3-3 (38) 3-1

a

1 D-z50°

(39) a

1 D-z5F°

(30)

(31)

(32) 3-3 alD-z3D° 3-3 (33) 3-1 3-3 a

1 D-z3<J» (34

1 a

1 D-zlp»

.05)

a

1 D-zlD°

.(36) a

1 D-zlp°

alD-y3F°

(38) alD-y3D°

(39)

L D-ylF°

,(40) 3-3 alD-ylD

(41) bln_z5F°

3-3 3-3

3-1

3-3 3-3

3-3 3-3

3-1 3-3 a

:

(43) 3-3 3-3

3-1 3-3 blD-z3 po 3-1 (43) 3-3 blD-z3F» 3-3 (44) 3-3 blD-z3D

3-2 (45) 3-1 3-3 blD-zlF

.(46) 3-3 blD-zlp"

(47) 3-1 blD-zlp"

,(48) 2-3 blD-y3F" 2-a (49) 2-3 blD-y3D°

2-2 (50) 3-1 2-3 bln-ylp

.(51) 2-2 ^D-y1 .(52) 2-3 blp-x3D° 3-1.(51)

yl D

.(52) D-X3l (53) blD-ylpo

(64)

Laboratory

I A Ref Int

HI I continued

3287.221 B 2 •3039.397 B 3

6767.778 C 6177.358 B 5476.906 B 5079.961 B

7038.95

6938.53

7714.37 7361.94

7197.07

6914.563 7788.95

7414.51

7391 . 48 7110.91 7063.97

7001 . 57 6586.338

6533.891

6314.666

6364.597

5587.865 5424.654

5435.871 5388.350

5353.415

4763.637

4791.00 4019.055

3564.67 3696.65 3713.336

3696.29 3713.696

3539.635 3545.16

3181.740

3183.351 3183.038 3170.715 3154.585

3164.166 •3991.095

4401. 4459

4470

4463. 4436.

4364.

4335.

4359, 4384,

4161. 4331. 4385.

547 037

483

460

981 683

607

585

543 34

696

19

•6180.093 B 6483.811 B

5754.675 B 5796.078 B 5893.878 C 5711.905 B

5593.383 B 5553.693 B

3643.387 B

3176.393 B

11196.70 P 8770.68 A

8703.49 A

7385.34 B 4837.65 P

4389.870 B 4574.03 E

4443.441 B

4414.30 P 4410.516 B 4565.13 P

4367.36 P

E P

Low High

1.67 5.42

1.67 5.74

3

3

550

2

3

(8)

6)

4)

4)6

(3)

(in)

5

15

(1)

1.93

1.93 1.93

1.94

10 1.93

(3)FeT 1.94

13 1.98

58

3

5

45

(3)3

3

(1)

(3)

(3)

1

3

IS

1.93 1.94

1.93

1.93 1.94

1.98

1.93 1.94

1.93 1.94

1.93

1.93

1.93 1.94

1.93 1.94

1.93 1.94

1.93 1.94

1.98

1.93 1.94 1.94

1.93

10

6

1

3030

1510

56

6

10

5

(3)

(1)

30 1.82 3.64

(3) 1.83 3.83

50 1.83 4.07

(3) 1.83 4.35

3-3

3-3

0-1

0-1

0-1

blD-x3! (56)

(58) als-zip

1.93

1.94

1.93 1.94

1.93 1.94 1.94

1.98

3.68

3.73

3.53 3.64

3.64

3.73

3.53 3.64

0-1 als-y3I (60) 3-3 a^P-lh

1-3 (61) 3-3 a3P-z3l 1-1 (63) 3-1

1-0 1-3 0-1

1.93 3.63 3-3

,93

,94

,93 .94

,93

3.66

3.69

3.69 3.83

3.83

3-3

1-3 3-3

1-1

3-1

3.93 3-3

3.83 3-3 3.88

3.88 4.07

,07 07

09

15

15 4.14

4.33

4.35

4.33

4.35

4.53 4.53

5.00

5.39 5.37

5.37 5.37

5.37

3-3

1-3

3-1

1-1 0-1

3-3

1-3 3-3

3-3

1-3 0-1 3-3

1-1 3-3

1-3 3-3

3-3

3-3

1-1 3-1 1-3

(64)

a

3P-z3O

t

i ,(65)

a

3P-z1F' ,(66) aSp-zlp

(67) a^P-z1 ?

1 (68)

a

3P-3»

,(731

(74)

1.98 5.37 0-1

5.43

5.43 3-3

1-3

,(75)

i3P-xll

(76) 1.94 5.83 1-lt a

3P-X3P"; ,(77) ! 3P-v3D°i (78) 5.81 5.83

5.85

5.83

5.85

3-3

1-3

0-1 3-3

1-1 5.84 6.05

1-3 3-3

3.73 3.83

3.73 4.14

3.73 4.15

3.73 4.40 3.73 5.38

a3P-4°

,(79) a

3P-6°

(80) 4-3 alQ-zlFe

3.18

3.39

3.18 3.39

3.38

5.98 6.06 6.15

6.33

6.36

6.06 6.15

6.33

6.36 6.15

6.33

6.36

3.45 6.36

3.38 6.08

3.48 6.36

3.39 6.09

3.39 6.09

3.38 6.09

3.4S 6.28

4-3 4-3

4-5

3-4

3-3

1-3 0-1 4-4

3-3

3-3

1-1 4-3 3-3

3-1

1-1 3-3

0-1

3-3

3-4 3-3

1-2

.(84)

&1q-w3d'

ess)

(86>
Laboratory

I A Ref Int

L I continued

B

BBP

337.393

393.674

377.33

413.47 317.830 333.174

'398.03

„ 333. 534

^ 193. 75 331.343

314.059

316.831

. 306.953

1319.811 333.534

118.56

'384.433 367.39

116.714 B

(3)5

(4)

18

8

45n3n

75

554n

3

3

(1) PEP

B (3 E (l E (13

Nl

4n)

I)

(3)313

(i)

5

44n

4

34

15105

5

4

HI

10

64n

46

HI

(1)8

83n

E P Low High

3.39

3.39

3.38

3.45 3.39

3.38 3.45

3.38

3.18

3.39

3.38 3.45

3.48 3.18

3.39

3.39 3.18

3.39

3.18

3.39 3.38

3.45

3.48

3.18

3.39

3.38

3.47

3.53

3.58

3.53

3.58

3.37 3.40

3.47

3.53

3.58

3.40

3.47 3.53

3.58

3.47

3.53 3.58

3.37

3.47 3.53

3.47

3.53 3.58

3.58 3.53

3.58

40

47

47 3.40 3.47

3.47

3.53

3.53

3.58

3.40

3.47

3.53 3.40

3.40

3.47

3.47

3.53 3.37

3.40

3.47

3.53

3.58

3.40

3.47 3.53

3.37 3.40

3.47 3.53

3.58 3.40

3.47

3.53 3.40

3.47 3.58

6.33

6.33

6.33

6.43

7.00

7.13

7.33

7.00

7.01

7.11 7.33

7.33

7.33

7.01 7.16

7.01 7.03

7.13

7.03 7.14

7.33

7.38

7.31 7.14

7.05

7.05

5.36

5.38 5.45 5.36

5.38

5.98 6.06 6.15

6.33 6.36

5.98 6.06

6.15

6.33

5.98

6.06 6.15

6.07

6.07 6.36

6.07

6.07 6.36

6.36

6.08

6.09

6.09

6.09

6.09 6.33

6.33

6.33

6.33

6.33

6.33

3-3 3-4

2-3

1-3 3-3

3-1

1-0 3-3

4-3

3-3

3-1

1-1 0-1 4-4

3-3 3-4

4-4

3-3 4-5

3-4

3-3

1-3 0-1 4-4

3.18 7.14 4-5

3-3 3-3

4-3 3-3

3-1 3-3

3-3 6-5

5-4

4-3

3-3

3-1 5-5 4-4

3-3

3-3

4-5 3-4

3-3

6-5

4-4

3-3 4-5

3-4 3-3

3-1

3-3 3-3

5-4

4-3 4-4

5-4 4-3

4-4

3-3

3-4 3-3

llultlplet

(Ho)

-f3F

(89)

z

5 D°-f3 P

(90)

z5D°-e5 P

(91)

z5D°-l3F

(93)

z

5D°-e5D t (93)

z5D°-f5F

(94)

z

5 D°-e5

5

( I

5)

3 z=D°-l D

(96)

z50°-e3 D

(97)

z

5 0°-e5F

(98)

z5Q°-e3 G

(99)

z5(jo_f

3D

(100)

z

50°-e3F

(101)

z=0«_f3F

(103)

3.53 6.36 3-4 z5

Qie-e1 a 1103),

(104)

250°-g3 (105)

6.99

7.13 7.33

7.13

7.01 7.13

7.01 7.13

7.03

7.13

7.33

7.39

7.31 7.33 7.03

7.14

7.33

7.38

7.31 7.03 7.14 7.33

7.03 7.14

7.37 7.34

7.30

7.37 7.34

7.30 7.03

7.14

7.34

5-6

4-5 3-4

5-4

5-5 4-4

4-5

3-4

6-7

5-6 4-5 3-4

3-3

5-5 6-5

5-4

4-3 3-3

3-1 5-5

4-4 3-3

6-6

5-5

4-4

3-3 3-3

5-4

4-3 3-3 5-6

4-5

3-3

z

5(}o_e5H

(106)

z5a°-t5T

(107)

ZS0°-6 (J (108)

REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int HI I continued

6938.35

5017.

4998. 5013.

4953.

4913.

4866.

4831.

4873,

4857. 5157.

5193.

5096. 5010.

591 333 464

304

030

367

183

437

383 993

534

874

045 4849.13 4976.155

4980.161 5168.660 4873.37 4953.334

5138.03

4863.931 m5143.98

5316.513

4918.713

4808.53 4941.930

4760.33 4937.337

5131.770

4836.37 5330.307

4890.45 4559.945

4501.693

4675.639

4655.661

4845.17

4738.43 4617.94

4335.361 4531.934

3908.931 4035.44

3543.00

3611.418 3537.634

3483.73 3483.63

•3606.853

3575.953

3431.343 3396.184

3433.878

3444.351 3337.36

3405.50 3516.334

•3480.183 3476.63 3467.733

3467.13

3415.67 3438.43

3573.37 3517.03 3518.634 3477.864

3443.559 3511.94

•3480.183 m3413.46

3471.63

7133.34

7533.78 7183.00

7030.06

6843.07

6433.06 6370.383

6773.36

3559.930 B 3496.350 B 3485.110 B

3396.50 P

3530.595 B 3488.393 B 3599.530 D m3634.73 P

3191.875 B

10

7)

4)

4)

7)

3)1)

(3)

10

3

3

3

310

104

3

(3)3

3

(3)

(in) 136

3n) HI

3

(3)

ill

4

3

(1)3

3

(1)8n

(1H)

353n

iil

iil

4

3

4

3

(1) HI

76

4

5

843n

4

(1)

8

34n

(1)4 HI

100

38

38

(1)

(*)5

E P Low High

3.59

3.68

3.73

3.68

3.73 3.75

3.73

B 3) 3.53

D 1) 3.68

B 3 3.59

B 3) 3.68

E 1 3.68

E 1 3.73

E ,1) 3.75

3.59

3.73

3.59

3.68

3.53

3.59

3.68

3.59

3.68 3.53

3.59

3.59 3.73

3.53

3.59 3.68

3.73 3.75

3.53

3.68 3.68

3.73

3.53

3.59

3.68

3.73 3.75

3.53

3.68

5.36

5.38 5.45

5.36

5.38

5.45

5.36

4-3

3-3

3-1

3-3 3-3

1-1 3-3

llultlplet

(Ho)

z°FO_e

i D (109)

3.68 5.46 3-3 z5F°-e1 D 1110)

z 5F°-e=F

(111) 3.53

3.59

3.68 3.73 3.75

3.53

3.59

3.68

3.73

3.59

3.68 3.73

3.75

3.53

3.59

3.59 3.68

3.73

3.59 3.68

3.73

3.68

3.73 3.75

3.53 3.59

3.68

3.59

3.68

3.73

3.73 3.75

5.98 6.06

6.15

6.33 6.36

6.06 6.15

6.33

6.36

5.98 6.06

6.15

6.33

6.07

6.07

6.07 6.07

6.36

6.08

6.09 6.36

6.08

6.09

6.36

6.09

6.09

6.38

6.09 6.09

6.38

6.09

6.38

6.33

6.43

6.33

6.33

6.33

6.33

6.42

6.44 6.45

6.75

6.75

3.53 6.99

3.59 7.13 3.68 7.33

3.59 7.33

7.01

7.01

7.01 7.13

7.33 7.01 7.13

7.03

7.13 7.03

7.13

7.13 7.33

7.39

7.31 7.39

7.31 7.03 7.14

7.33

7.38

7.31 7.14

7.38 7.14

7.33

3.53 3.64

3.73

3.53 3.64

3.53 3.53 3.64

5-5 4-4

3-3 3-3

1-1 5-4

4-3 3-3

3-1

4-5 3-4

3-3

1-3 5-5 z5F°-e3 4-4 (113) 4-5

3-4

3-3

4-3

3-3

3-1 3-3

3-3

1-1 5-4

4-3 3-3 4-4

3-3

3-3

3-3

1-3 5-4

3-3 4-4

3-3 3-4

3-3

1-3

4-3

3-3 4-5

3-4

5-6 4-5

3-4 4-4

5-4

4-4

5-5

4-4

3-3 4-5

3-4

5-4

4-3 4-4

3-3

5-6 4-5

3-4

3-3

4-4

3-3 5-5

4-4

3-3 3-3

1-1 5-4

3-3

3-4

3-3 5-6

4-5

3-4

3-3

1-3 5-5 3-3

3.53 7.39 5-5

5.46

5.46

3-3

1-3 0-1

3-3

1-1 3-1

3-3

1-3

zOpe-fD

(113)

z5F

o_e3F

(114)

z=F°-fJ (115)

z5F"-^V

(U6T

z

5 F°-f3G

(117)

z5F°-e3H

(118)

z5F°-l3F

(119)

z5p

o_g3(j (130)

z°F -e°D

(131)

z

aF

e -e°H

(133)

z5T'-t5T

(133)

zsF°-e°0

(134)

z5F°-g5F

(135)

z3po_e3D

(136)

z

3P°-elD

(137)

Laboratory

I A Ref Int HI I continued 4713.84 P 4795.84 E 4864.363 B 4705.93 E 4904.413 B 5139.355 B 5338.70 P

1)3n)

1)

E P

Low High

3.53 6.15

3.64 6.33

3.73 6.36

3.64 6.36

10

3

4855.414 5083.354

4853.560

4811.999

5085.479 4839.038

5043.195 4870.845

4815.93 4713.069

4513.90

4753.

4913.

4506.

4703.

•4490.

4553.

4331.

4390. 4353.

3844. 3987.

.436 .970 303

.808

.541

,175

,040

,333 107

,376

,090 3701.63

7617.00

7433.30

7409.39

7535.14 6690.80

7337.67 5365.748 5058.03

5099.333 4866.993

5067.83

4935.578 4754.768

4967.551

15

(4)2n) 3

| (3)

154

3

ill

4

3

(1)4

(3)

(3)

5(3n)

(a)

(3H)

(3)

3.53

3.64

3.73

3.53

3.64

3.53

3.64

3.64 3.53

3.64

3.73

3.53

3.64 3.53 3.64

3.73

3.53 3.64

6.04

6.04 6.04

6.07

6.07

6.07

6.31 6.07 6.08

6.09

6.36

6.09 6.36

6.36

6.34

6.34

6.37

6.37

3.53 6.38

3.64 6.35

3.53 6.44

3.64 6.45

3.73 6.63

3.53 6.74

3.64 6.74

3-3

1-3 0-1

1-1

2-1

1-1 0-1 3-3

1-1 3-1

1-0

1-3

3-3

1-2 0-1

2-3

1-1

3-1

1-1 0-1

3-3

1-3 2-3

1-0

2-3

1-3 0-1

3-1

1-1

75

llultlplet

(No)

z

3P°-e5F

(128)

t Opo_ eOg

(129)

z

Jpo_e°P

(130)

z 3P°-f3 D

(131)

z 3p°_e lp

(132)

z3po_f

l D (133)

z3 P°-e1 F

(134)

t3 P°-«1 S

515

8

3

1155),

z3 P°-g3 D (136)

z3po_f

3

s (137) 3.53 6.86 3-3 z 3P°-f1 F

(138) z3F°_e3D

(139) 3.64

3.63

3.78 3.63

18

IS

5IS

3

3

(1)

3.64

3.63 3.64

3.63

3.78

3.64 3.63

3.78

5.36

5.38

5.45

5.36

5.46 5.46

5.98 6.06

6.06

6.15

6.33

6.15

6.32 6.26

4-3 3-2

2-1 3^3 3-2

2-2 4-5

3-4

4-4

3-3 2-2

4-3

3-2

2-1

z^o-e^D

(140)

t

3 Fo_e5p

(141)

5039.359 B (3r) 3.63 6.07 3-3 z 3F°-e3P {!«)

5080.533 z3F°-e3 G 5035.374

4984.136

5076.331 4681.05

5051 . 537 B 4996.850 B 5010.961 B 5035.961 5000.335

4945.458 4646.94

4995.65

5347.71 4763.950

4547.334

4666.994

4580.619 4400.36

4737.851 4833.704

4664.33

4965.14

4647.43

4946.037

30

1310

(3)

3N

3n

3n

(3N) 4

3

3.64

3.63

3.78 3.64

3.63

6.07

6.07

6.36

6.07 6.36

3.64 6.08

3.62 6.09

3.62 6.08

4400.870 B 4355.911 B

4330.730 B 4370.041 B 4038.37 4009.984

3958.60

4035.96

4330.39 3970.503 B

3944. 136 B 3913.310 B 3511.613

3651.67 3537.343

3538.891 m3533.47

3494.703

(1)

is]

33

3

(3)

(3)

lOn

13n8n

(1)

(3) HI

(1)

3.64

3.63

3.78

3.63

3^63 3.78 3.64

3.63

3.78 3.64

3.63

3.63 3.78

3.63

3.78

3.63

3.78 3.64

3.63 3.78

3.63 3.64

3.63

3.78 3.64

3.78 3.64

3.63

3.78

6.09 6.09

6.38

6.38 6.09

6.09

6.33

6.33 6.43

6.33 6.43

6.33

6.33

6.37 6.37 6.38

6.38 6.44

6.45

6.63 6.44

6.70

6.76

6.90 6.70

6.70

6.75 6.75

6.93

4-5

3-4

3-3 4-4

3-3

4-3 3-3

3-3

4-4

3-3

3-3

3-3 3-4

3-3 4-4

3-3 3-3

4-3

3-3 3-4

3-3

3-3

2-2

3-3 2-3

4-3

3-2

3-1 3-3

4-4

3-3 3-3

4-3 3-3

4-5 3-4

3-3

(143)

2

3F

o_f

3D

(144)

z3F

o_e3F

(145)

z 3F

o_f

3F

(146)

z oF

o_ fi D

(147)

z

3F°-e1 F

(148)

z3F°-g3 D (149)

z 3F°-g3F

(150)

z 3F°-f3Q

(151)

3.63 7.13 3-4? 3.64 7.03 3.64 7.13 3.64 7.14

3.78 7.38

3.78 7.31

4-4

4-3 4-4

3-3

3-1 3536.640 B 3.64 7.14 4-5

z3F°-g3 G

(153T z3F°-e5D

(153)

z 3F°-f6F

(154)

z

3F°-e5 (155)
-t- REV I 3 E D M U L T I P L E T TABLE

Laboratory

I A Ref Int

E LowPHigh

J Multlplet

(No) Laboratory

I A Ref Int

E LowPHigh

J Multlplet

(No) Laboratory

I A Ref Int

E Low P

High J Multiple

(Ho)

Ml I continued Nl I continued Nl I continued

7737.66

7748.93

7574.08

7619.21 7028.60

B do) 3.66 5.36 3-3 z

3 D°-e3 D 3734.827 B 4 3.83 7.13 5-6 z

3 G°-e5H 6452.77 G (1) 4.07 5.98 4-5 y3po_e5y

g 10) 3.69 5.38 3-3 (156) 3629.906 B 5 3.82 7.32 4-5 (183) 6258.591 B 2 4.09 6.06 3-4 (226)

B

Bp

* 7 ( i 7(9) 3.83

3.66

3.69

5.45 5.38

5.45

1-1 3-2

3-1

3668.316

3723.38

BP

3 3.92 3.82

7.39 7.14

3-4

4-5 z

3 0°-e5 G

6183.898

6204.640

5998.86

D

BG

(1)3

ill

4.15 4.07

4.09

6.15 6.06

6.15

2-3 4-4

3-3

7861.10 B («) 3.69 5.36 3-3 3715.499 B 3 3.83 7.14 5-5 (183) 5973.66 G 4.15 6.33 2-2 8417.24 B U) 3.82 5.38 1-3 3734.36

3657.698

P

D 3 3.92 3.93

7.34

7.30

3-3 3-3 6330.115 B 3 4.09 6.07 3-2 y

3F°-e3

r 6850.48 B (2) 3.66 5.46 3-3 z 3 D°-e 1 D

z

3 G°-h3 G

6434.905 B (3n) 4.15 6.07 2-1 (227) 6955.06 B 3 3.69 5.46 3-3 (157) •3333.174 B 4 3.83 7.63 5-5 y

3F°-e3

C 7488. 73 B (2) 3.82 5.46 1-3 {184)

z 3(j">_f

3H

6176.813 C 13 4.07 6.07 4-5

3321.273 B 5 3.63 7.65 5-67 6333.994 B 3 4.09 6.07 3-4 (238) 5148.65 £

E jjj 3.66

3.69 6.06

6.15

3-4 3-3

z 3 D°-e5F

(158) (185)

z

1 F°-e3 D

5857.755

•6170.568

BB

7

!l)Fe

4.15

4.07 6.36

6.07

3-3

4-4 5036.50

4686.735 B (3) 3.69 6.33 3-3 8637.04 A 15 3.83 5.26 3-3 5691.53 G 7 4.09 6.36 3-3

5041.077 B (3) 3.82 6.26 1-1 8501.81 a (3) 3.83 5.38 3-2 (186) 4874.83 P 3.66 6.23 3-3 6133.948 H (In) 4.07 6.08 4-3 y3F»_f3r 4793.47 £ (1) 3.69 6.36 2-1 7555.60 B 5 3.83 5.46 3-2 z1F°-e1 D

(187) jIfo-c^F

6165.18 6186.740P

B 2 4.094.09 6.096.08 3-33-3

(329)

5129.383 B 5 3.66 6.07 3-2 z3 D°-e3 P 5537.11 a (1) 3.63 6.06 3-4 6360.798 B (5) 4.15 6.09 2-2 5184.585 B 4 3.69 6.07 2-1 (159) 5175.78 p 3.83 6.33 3-3 (188) 5162.93 P 3.83 6.31 1-0 6111.06 B 2n 4.07 6.09 4-4 y3F»_e3l 5187.86 £

111 3.69 6.07 2-3 5514.80 a (1) 3.83 6.07 3-2 z lF°-e3 P •6170.568 B

i'i

4.09 6.09 3-3 (330) 5475.57 r 3.83 6.07 1-1 (189)

zlF°-e3 G

6118.06 G 4.07 6.09 4-3 5510.001 B 4 3.83 6.07 3-4 5641.113 D (1) 4.09 6.38 3-3

5135.211 B 4 3.66 6.07 3-4 z

3 D°-e3 G 5088.534 B (2) 3.83 6.36 3-3 (190) 6163.42 B 5n 4.09 6.09 3-4

4808.864 B (3) 3.69 6.36 3-3 (160)

r

1 F°-f3 D 6366.483 B 4 4.15 6.09 3-3 5480.693 B (3) 3.83 6.08 3-3 5099.946 B 10 3.66 6.08 3-3 z 3 D°-f3 D (191),

ziF°-e3F

5715.086 B 6 4.07 6.33 4-4 y3p»_f3, 5143.771 B 10 3.69 6.09 3-3 (161) 5462.487 B 4 3.83 6.09 3-4 5494.890 B 3 4.09 6.33 3-3 (231) 5048.083 B w 3.83 6.36 1-1 5468.101 B (3) 3.83 6.09 3-3 (192) m5424.56 P HI 4.15 6.43 3-3

4799.83 £ M 3.69 6.26 3-1 5453.255 B

ilt 4.07 6.33 4-3 5438.85 £ \i) 3.82 6.09 1-3 4930.831 D M 3.83 6.33 3-3 z lF"_r3r 5281.692 B 4.09 6.43 3-3 4758.43 E (l) 3.83 6.43 3-2 (19 3 ) 5760.847 B 4 4.09 6.33 3-4

5064.081 B 15 3.66 6.09 3-4 z 3 D°-e3F 5649.697 B 2 4.15 6.33 3-3 5146.478 B 13 3.69 6.09 3-3 (163) 5081.111 B 35 3.83 6.26 3-4 z

1 F°-e1 G 5018.294 B 3 3.82 6.38 1-3 (194)

zlF _eiF

5682.304 B 8 4.09 6.36 3-4 y3F°-elC 5088.956 B

5 31 3.66 6.09 3-3 5048.851 B 4 3.83 6.38 3-3 (333)

4772. e9 E h) 3.69 6.28 3-3 (195) y3F°-fll zlF -*1!) (1967

z lF°-flF

(197) .

5666.78 P 4.09 6.27 3-3

4723.37 P 3.66 6.28 3-2 4399.607 B 3 3.83 6.64 3-2 •5831.634 B 2 4.15 6.37 2-2 (333) 4806.996 3 4 3.66 6.33 3-4 z

3 D°-f3F 4073.913 B (3) 3.83 6.86 3-3 5641.880 B (4) 4.09 6.28 3-3 ySpo-el! 4667.766 B 3 3.69 6.33 2-3 (163) 5805.333 B 5 4.15 6.28 3-3 (334) 4731.809 B 3 3.82 6.42 1-3 3974.650 B 10n 3.83 6.94 3-4 z lF°_flG

4620.38 £ (198)

S l) 3.66 6.33 3-3 4701.536 B 3 4.07 6.70 4-4

4512.995 B (3) 3.69 6.43 2-3 3963.13 B 3n 3.83 6.95 3-3 zlF°-g (335) 1F

(199) 4739.291 B i 2

\ 4.09 6.70 3-3

P 3.69 6.34 2-1 z 3 D°-elP •4490.541

4698.408 B

3.3) 4.15 4.076.90 6.703-3

4841.67 4-3

5094.416 B (3) 3.82 6.34 1-1 (164) 8954.65 A 3 3.88 5.26 2-3 z

1 D°-e3 D 4732.465 B 3 4.09 6.70 3-4

8809.47 A 30 3.88 5.38 2-2 (300) 4843.53 P 4.15 6.70 3-3

4752.124 B (3) 3.66 6.36 3-4 z 3 D

e-e1 G 1165)

z

3 D°-flD

•7890.33 B (3) 3.88 5.45 3-1

4450.301 B ! 2 ? 4.09 6.86 3-3 ySpo-f1 ! 4741.34 P 3.66 6.37 3-3 7797.63 B 3 3.88 5.46 2-2 zlD"-e1D 4551.236 B Is) 4.15 6.86 3-3 (336) 5038.599 B (4) 3.82 6.27 1-3 (166) (301) 5388.31 P 3.88 6.33 3-2 z*D°-e5F 4236.372 B

ill 4.09 7.00 3-3 y

3F°-f3l 4723.88 P

S 1} 3.66 6.28 3-3 z

3 D°-elF 5179.136 B (3) 3.88 6.26 2-1 (303) 4138.52 F 4.15 7.13 3-1 (337) 4773.412 B (3) 3.69 6.28 3-3 (167) 5642.660 B

i:i 3.88 6.07 3-3 zln°-e3P 4201.723 B 5 4.07 7.01 4-4 y3F°-l3j

4437.570 B 3 3.66 6.44 3-3 z

3 D°-g3 D (168) 5638.83 o 3.88 6.07 3-1 (303) •4022.052 B (3) 4.09 7.16 3-3 (338) 4466.394 B (3) 3.69 6.45 2-2 3995.83 P 4.15 7.34 3-3

4386.461 B (2n) 3.82 6.63 1-1 5197.165 B 3 3.88 6.36 2-3 z

1 D

e -e3G

4423.000 B (3) 3.66 6.45 3-2 (304) 4195.531 B 4 4.07 7.01 4-5 y3F°-g3C (339) 4481.23 E (3n) 3.69 6.44 2-3 5607.05 (1) 3.68 6.08 3-3 z lD°-f3D 4051.18 P 4.09 7.13 3-4

5589.384 B 2 3.66 6.09 3-3 (305) 4049.71 P 3.69 6.74 2-1 z 3 D°-f38 5186.593 B (3) 3.88 6.36 2-1 4025.114 B (3) 4.07 7.14 4-4 y3po_f5j

4225.02 P 3.83 6.74 1-1 (169) 3924.18 P 4.09 7.33 3-3 (340)

z3 D°-h3 D 5593.735 B 4 3.88 6.09 3-3 z

1 D -e3T 3938.76 P 4.15 7.38 3-3 3993.952 B 3n 3.66 6.75 3-3 5155.140 B 4 3.86 6.38 2-2 (306) 4023.99 D (in) 3.69 6.76 2-37 (170) •4022.052 B (3) 4.07 7.14 4-5 y3F°-e5fl 4039.32 P 3.69 6.75 3-3 5033.748 B (in) 3.68 6.33 2-3 z

1 D°-f3F (341) 4853.30 P 3.88 6.43 2-2 (307) 3984.140 4017.56

3941.86

BDE

8n

6n

(1)

3.66

3.69 3.82

6.76

6.76

6.95

3-4 3-3

1-3

z3 D°-h3 F

(171) 5335.45 E 3 3.88 6.24 2-1 z

1 D°-e1P

(308)

(209)

10979.87 11588.73

10302.61

A

PA

5

30

4.14

4.22

4.25

5.36

5.38

5.45

3-3

2-2

1-1

(343)

3006.913 B 3 3.66 7.00 3-3 z3 n°_f3p

(173) z3n»_i3p

5176.565 B 5 3.88 6.27 2-2 10762.24

10048.60 A

A

3

LO 4.14

4.22

5.38 5.45

3-2

2-1 3689.305 B 2 3.66 7.01 3-4 5155.764 B 9 3.88 6.28 2-3 z lno_e

l F

(311?

zlD°-f1 F

(313)

11927.89 P 4.35 5.28 1-2

•3606.852

3478.292

B

B

43 3.82

3.69 7.24

7.24

1-3 3-3

(173) 4480.570 B (3) 3.88 6.64 2-2 9898.90

10145.37 A 40 A 30 4.22 4.25

5.46 5.46

2-2

1-2 y3B»_el|J (343) 3643.941 B 2n 3.66 7.05 3-3 z 30»_i3n

(174)

4143.184 B (3) 3.88 6.86 3-3 6414.603 B 5j 4.14 6.06 3-4 y3D°-e5F 6272.650 (344) 6142.047

6177.49 6119.780

D

DE

B

S121.44 5504.120 B ill 3.82

3.83 6.06

6.06

4-4 5-4

z

3 0°_e5r

(175)

10193.25 8982.35 A

A

100

3 4.07

4.07 5.28

5.45

1-3

1-1 zipO-eSD

(313)

1)1)

1)3)

4.25 4.14

4.22 4.25

6.22 6.15

6.22 6.26

1-3 3-3

3-3

1-1

S49'< 5749.28

P3 111 3.83

3.92 6.07

6.07

4-5

3-4

z3 Q°-e3 Q

(176)

8863 . 59 5638.347

A

B

100

(3)

4.07

4.07

5.46

6.26

1-2

1-1 Z ip°-e5F 6759.41 a 1) 4.33 6.04 3-1 y

3D°-e3B (345), y3D»_e3p (346) 5115.397

363

BB

8

4 3.83

3.83 6.33

6.33

5-4

4-3 (177) 6366.615 B 3 4.07 6.04 1-1 (315)

zlpo_e38

(316)

zi P°-«3j> (317)

6384.697

6661.39 I 1 5n)

?!

5

3

4.14

4.32

6.07 6.07

3-3

3-1

.830 5130.389

5131.070

BD

B

P it!

3.93

3.83 3.93

3.92

6.42

6.33

6.33 6.33

3-3

4-4

3-3 3-4

•6180.093 6175.424

5780.77

B

Ba

(in) 8

(1)

4.07 4.07

4.07

6.07

6.07

6.21

1-3

1-1 1-0

6300.363

6378.263

6053.680

D I B

B

4.25

4.14

4.22

6.21 6.07

6.26

1-0 3-4

2-3 y3D°-e30

(347) 4388.005

42^5.888

BB

15

8 3.82

3.62 6.70

6.70

5-4

4-3

z3 ._g3»

(178)

•6116.181 5637.131

B

B 6n

3 4.07 4.07

6.09 6.26

1-2

1-1

z lpo_f

3 n

(318) 6339.148

6592.472

B

D

7

?!lgT)

4.14

4.22 6.08

6.09

3-3

2-3 y3D°-f3D

(348)

366 4398.515

B

B (3n) k

3.93

3.83 6.90

8.70

3-3

4-4 5600.038 B (4) 4.07 6.28 1-2 zip<>_e3r

319) tlpo-pip

(330)

t,-P -f 1 D

(331) tlp°-els

(333)

zlpo_f

3 a

6130.174

6316.61

B

1 4.25 4.14

6.26

6.09

1-1 3-3

4450.13 T 3.93 6.70 3-3 5694.998 B 6 4.07 6.34 1-1 6039.313 6617.14 H

P

in) 4.33

4.22 6.266.08

3-1 3-3

4064.^74

42C •3609. 66

BB

P

3(2)

11

3.83

3.93

3.83

6.86 6.86

6.99

4-3 3-3

5-6

z 3o

,-f1 r

(179)

»3 ,-«3H

5635.336

5411.337

B

B

44

4.07

4.07

6.37 6.35

1-3 1-0

6700.90 m6314.67 6598.594

( P 1 B (

1)

[14)

4.35

4.14 4.33

6.09

6.09 6.09

1-2 3-4

3-3 y

3De-e3T

(349) '744.562

-.782

BB

53n 3.83

3.92 7.13

7.33

4-5 3-4

(180) 4639.98 P 4.07 6.74 1-1 6086.390

6322.165

B

B < 5n

3) 4.25 4.14

6.28

6.09

1-3

3-3

363' P 3.83

3.83

3.82 3.83

3.83

3.93

7.33

7.01 7.13

7.13

7.01 7.13

4-4

5-5

4-4

5-4 4-5

3-4

(333) 5996.74 B

P ! BB ( B! !

3n

113

3)S

1!

4.22 4.14

4.33 4.35

4.14

4.33

6.28

6.23 6.33

6.42

6.33 6.42

3-3

3-4 3-37

1-3

3-3 2-2

.60 c.se

B

BPr

T B

(!)

z

3 0»-g3 deiT

10378.63 10330.23 9530.06

10530.53

10891.35

AA

A

A

A

100

50

100

30

3

4.07

4.09 4.16

4.09 4.15

5.36

5.28 S.45

5.26

5.28

4-3

3-3

3-1 3-3

3-3

y^-e^

(334) n5892.76

•5831.624 5669.945

5614.790

5593.146

y3jjo_f3F (350)

8965.94 9385.03 AA

60

10

4. OS 4.16

6.46 6.46

3-3

3-2 (326)

5393.371 4.14 6.43 3-2
REVISED MULTIPLE? TABLE

Laboratory

I A Ref Int E P

Low High

HI I continued 6025.73

•6£l6.181 5997.610

5863.97 4821.143

4976.71 4657.38 4817.847

-i-.15.982 4103.74

4235.54

4357.85

6451.580

6421.507

5323.930

5643.099

4843.01

4838.651 4546.930 4424.84

7863,

7173.

] 7063.

7024.

! 5664.

! 5268.

4971.

.11

.33

.13

.32

79

73

5786

017

348 354

7657.

7033.

7433.

8877.07 9710.21

7401.13

7458.92 7567.35

.49 B

.15 B

.33 B

.45 A

.40 B

.50 B

30 B

16

48 B

7735.99

7170.14 B 7531.09 a 7501.81 a 'M41.62 B 7409.17 P m7401.l7 P 6576.95 P

386.21 B 7481.49 7552.52 P 7290.87 B 7419.35 B 7545.69 d 6813.598 B 7037.37 B 7266.83 B

8095.93

(1)6n

2n

(3)

(3)

ili

(3)

(1)

4.33

4.35

4.33

4.25

4.14

4.33 4.35 4.14

4.14

4.33 4.14

4.33

III

(1)

3

5

(1)

(1)

(3)

(3)

(l)

(5)

(3)

(3)

3

3

2

3

(1)

6.27

6.27 6.28

6.35 6.70

6.70

6.90

6.70

7.13

7.23 7.05

7.05

(3)FeT 4.15 6.06

(5n) 4.15 6.07

4.15 6.23

4.15 6.33

4.15 6.70

4.15 6.70

4.15 6.86

4.15 6.94

30

10

10

1

30

5

(1)

4)

1)1)

5.32 5.47 5.47

5.59 5.32

5.47

5.59 5.32

5.47

5.59 5.32

5.47

5.59

(2)Fe? 4.40 6.08

3 4.40 6.36

(3n) 4.40 6.28

4.52 6.08

4.52 6.09

4.52 6.26

4.52 6.09

4.52 6.24

4.52 6.27

4.52 6.28

4.52 6.70

4.52 6.86

4.52 7.00

10 5.26 6.70

(4)PeT 5.26 7.00

(2) 5.26 7.01

(3) 5.39 7.00

(1) 5.26 7.01

(3) 5.39 7.05

(2) 5.28 7.00

(2) 5.49 7.13

(1) 5.57 7.22

(l) 5.28 7.01

5.49 7.16

Nl 5.57 7.24

5.28 7.16

6.70

6.70

6.86

6.86

6.99

7.12

7.22

7.01 7.13

7.23 7.13

7.22

7.39

3-2

1-3 3-3

1-0 3-4

3-3

1-3 3-3

3-4 3-3

3-3

3-3

4-4

4-5 4-4

4-3 4-4

4-3 4-3 4-4

3-3 3-4

3-3

4.53 6.07 3-1

3-3 3-3

3-1 3-3

3-1

2-3 2-3

2-3. 2-3

2-37

3-4

3-3 3-4

3-3 4-5

3-3

llultlplet

(NO)

y3D0_f

l D

(351) y

3 D°-e1 F

(252) y

3 D°-elS

(353) y3D«_g3F

(354)

y

3D°-g3Q

(355) y

3 D°-l3D (256)

zlo°_e5P

(357)

2 l(j»_e3o (258)

2 l(j»_f3F (259) zl&°-B3F

(260)

z

1 a°-f1 F

(361)

(363) ylFO_f3D

(363) ylF'-elQ

(364) ylF^-elF

(365) ylD°-e3p

(366) ylD°-f3D

(367)

ylD°-e3F

(368) ylD°-elP

(369)

jr*D,-f1 D

(370) ylD°-elF

(371), ylD°-g3F

(372T ylD°-fiF

(273) ylD°-f3P

(374) x

3D°-g3F

(275),

(276)

s3d°- 1?F

5.27 6.86 2-3

3-2

2-1 1-0 3-4

2-3

1-2 3-3

(377) x

3F°-f3 P 1376),

x

3F°-g3G

(379) x3 F°-l3 D (380)

y

3P°-f1 F

(381) w

3 D°-f3 P (383)

f3d°-13F

(383)

5-4 ySo6 4-3 (284) 4-3 y

3 G

e-f1 F

3-3 (285) 5-6 y

3 G°-e3 H

4-5 (286) 3-4

5-5 y

3 0°-g3 4-4 (287) 3-3

5-6 y

3 G°-e5H

4-5 (288) 3-4

5.34 6.70 4-4 w'f'-^F

5.50 6.70 3-3 (289) 5.61 7.13 2-1 w^-f3 ? 5.34 7.01 5.50 7.16

5.61 7.24

4-4 3-3 2-2

(290) »3F°-

(391)

l3 F

Laboratory

I A Ref Int HI I oontlnued

7381.94

7559.63

7634.75 6861.34

7397.75

7330.79

9689.35

8586.30

ill

(3)

E P Low High

5.34 7.01 5.50 7.13

5.61 7.33 5.34 7.14

5.61 7.30 5.34 7.05

5.43 6.70

5.43 6.86

Multlplet

(No)

4-5 w

3F°-g3 G

3-4 (292) 3-3 4-5 w

3F°-e5G

3-3 (393) 4-3 w3f°-13 D

(394) 3-3 x1 D°-g3F

(395) 3-3 xin'-flF

(396) Strongest Unclassified Lines of HI I 10395.05 9396.57

6363.414

6013.351

4594.908

4143.330

4006.136 3763.618

3665.924

3647.71 3335.59 3332.180

3309.428

3368.064 3364.44

3333.88 E

3199.343 B 3151.359 B

530

5n)

(4)3

(3)333n6n

2n

4n2n

2Sn

4n

III

IIVV

V

V

V

V

V

V

Nl II I P 18.4 Anal C List A Apr 1943 •3513.9335 3454.16

3373.98

3350.43 3374.90

3390.69

3308.91 3033.44

3063.93

3769.455

3576.763

3471.35

3608.7 3465.63

3407.30 3495.6

3401.76 3390.54

3988.05

3087.07

3397.83

4363.10

4244.80

4384.6

4192.07 4067.051 3849.58

4071.0 4015.50

b

2 D-z4D°

(1)

2.85 6.70 3f-3i b3l>-z 4G

(3) 3.85 6.93 3f-3| b3D-z*F°

3.94

5

3

3

18

3

1?

5

30

3.09 6.84 2f-3i a

4P-z4F°

(5) 3.09 7.22 2i-2i a

4P-z2F°

*

( 64 3.09 7.09 2f-2* a

4P-z2D°

(7) 3.59 7.22 li-24 a

2 P-z2F°

(8) 4.01 4.01 6.84 4j-3 6.92 3-|-2 a

2 G-z4F°

(9) 4.01 6.83 4f-4i a

2 G-z2 G° 4.01 6.96 3§-3$ (10)

4.01 7.09 3f-2i a

2 G-z2 D° (13) 3881.93

Measures stronger

C 1 8.33 11.40 2f-3| z*P°-e4F

(13) Inadequate for preparation of list of unclassified lines of Nl II

Cu I I P 7.69 Anal A List D Apr 1942

3247.540// A 1000 3273.957 A 600

5105.541 A 300 5782.133 A 300 5700.340 A 30 3093.989 A 40 3208.231 A 60 3010.838 A 100 3194.099 A 100

0.00

0.00

3.80

3.77 A-l4 4

2S-42P°

3063.411 3997.364

3036.101

80

80 100

1.38 3.80 1.64 3.77 1.64 3.80

1.38 5.37

1.64 5.48

1.38 5.48 1.64 5.50

1.64 5.66

1.64 5.75

1.64 5.70

Laboratory

I A Ref Int

Cu I continued 8092.634

7933.130

300

160 5318.303 A 80 5153.335 A 100 5330.070 A 35

E P Low High

3.80 5.33

3.77 5.33

3.80 6.17

3.77 6.16

3.80 6.16

77

J llultlplet

*

4530.785

4480.350

110

100 3.803.77 6.52

6.52

(No)

4

2P°-52 S

(6) ll_2i 4

2P°-42 D 1-4 w

lj-lj

if- * 4

2P°-62 S !- ! (e)

Cu II I P 20.18 Anal A List D May 1942 4555.922 4832.236

4505.997

4758.421 4889.690

5060.635

3686.555

4043.502

4671.686 A

4681.990 A

4673.555 A

4909 . 726 A

4931.653 A

4918.373 A

4985.503 A

5088.260 A

4937.196 A

5051.778 A

5012.611 A

5067.082 A

4812.940 A

4953.733 A

5006.787 A

5065.448 A

(100) 30

(75) 30

30

30

(100)

8.20 10.91 8.38 10.94 8.20 10.94

8.38 10.98 8.38 10.91 8.50 10.94

8.45 11.80

75

40

50

30

100

100

30

40

3020

60

20

30

40

50

8.75 11.80

14.14 16.78

14.14 16.77

14.14 16.78

14.27 16.78

14.28 16.78 14.54 17.05

14.33 16.81 14.37 16.79

14.56 17.06

14.37 16.81 14.36 16.82

14.63 17.07

14.47 17.04

2-2 4p3 P°-82 3P

1-1 (1) 3-1 1-0

1-3

0-1

3-4 4p3F°-s2 !Q

(3) 3-4 4p 3 D°-82 !Q

(3) 1-2 4d3 S-4f3 P° 1-1 (4) 1-0

5-6 4d3 G-4f3H° t 4-5 (5) 3-4

3-4 4d3 D-4f3F° t 3-3 (6) 1-3

4-5 4d3F-4f3 0° t 3-4 (7) 2-3

1-2 4d1 P-4f1 D°

(8) 14.55 17.04 4-5

30 14.59 17.05

40 14.63 17.06

2-3 3-4

4d1 0-4f1 H°

(9) 4d1 D-4f1 F"

(10) 4d*F-4flG-° (ID

Zn I I P 9.35 Anal A List B 3075.901 A 90 0.00 4.01

4810.534 A

4723.159 A

4680.136 A

4292.885

3345.020

3303.588

3282.333 3345.572

3302.941 3345.934 3072.062 A

3035.781 A

3018.352 A

6362.347 A

5181.995 A

4629.814 A

4113.210 A

6928.319 A

6938.472 A

6943.202 A

65

75

45

8

150

150 100

100

12530

70

35

30

100

30

12

12

106

2

4.06

4.01 3.99

6.63 6.63

6.63

4.01 6.89

4.06

4.01

3.99 4.06

4.01 4.06

4.06

4.01 3.99

7.75

7.75

7.75

7.75 7.75

7.75 8.08

8.08

8.08

5.77 7.71 5.77 8.15

5.77 8.44

5.77 8.77

6.63 8.41 6.63 8.40

6.63 8.40

May 1942

0-1 4

1 S-43 P°

(1) 2-1 4

3 P°-53 S 1-1 (2) 0-1

1-0 4

3P°-5ls

( 3 ) 2-3 4

3 P°-43 D 1-2 (4) 0-1 2-2

1-1 3-1

2-1 4

3 P°-63 S 1-1 (5) 0-1

1-3 4!p°-4lD

(6) 1-0 41P -6!S

, (7)1 1-3 4

1 P°-5lD

, (8)1 1-2 4lP°-6lD

(9) 1-3 5

3 S-63 P° 1-1 (10) 1-0

Zn II I P 17.89 Anal A List C May 1942 7478.79

5894.351 6314.58

-3i4a2 2D-4s4p4D°t7588.48

-2* (3) 7732.50

4911.664

il-lJis2 2D-4s4p2P°t 4924. 043

2 ' (4) li-244s 2 2 D-484p3D t lj-l! (5)

20

20

12

15

10

2530

5.09 5.98 6.09

10.93

10.92

11.96

11.97

7.74 8.08

8.08

li-2i 4

2 P°-d9 s 2 2 D if-i*

13.54

12.51

52 S-52P°

(2)

14.48

14.48 2i-3| 42 D-42F°

(3)
7B REVISED HULTIPLET TABLE

Labor*torj

I A Ref Int

E P Low High (No}

q, I I P 5.97 Anal A List B May 1943

10R 0.10 3.06 if- * 4

3 P°-538 10R 0.00 3.06 f- | (l)

I A Ref " Int Low High

Br II See Introduction

(No)

4173.043/ A

4033.975 A

0> ii See introduction

Kr I See Introduction

Kr II See Introduction

q, i i p 8.09 Anal A List B June 1943 Rb I I P 4.16 Anal A List C

3134.817

3369-. 494

(30) 0.88 4.83

(40) 0.88 4.65

3-3 3-1

3039.064 B (60) 0.88 4.94 3-1

4685.837 B (30) 3.03 4.65

4336.570 B (50) 3.03 4.94

3067.133 B (10) 3.03 6.04

11135.38 A 35 10947.51 A 30 10734.14 A 35

4.83 5.94 4.65 5.78

4.63 5.77

10405.05 9635.73

4035 4.83 4.65 6.03

5.94

0-1

0-1 0-1

3-3

1-3 0-1

3-3

1-1

4plD-583 P°

(1)

4F 1 D-5§lPe (3) 4p l8-5s3P°

( 3 > ,

S-4d3 D°

(5)

58 3P°-5p3Dt

(6)

5e3 P°-5p3Pt

(7)

7800.337/' A

7947.60 A

10R 0.00 1.58 10R 0.00 1.55

4301.851 4315.556 8R

7R

0.00 3.94 0.00 3.93

Uay 1943

53S-53P

(1)

5aS-63P°

(3)

(3) 4pis4plS.

Rb II See Introduction

Sr I I P 5.67 Anal A List C 6893.585 A 300 0.00 1.79 4607.331/ A 600R 0.00 3.68

May 1943 0-1

0-1

Q< II I P 15.9 Anal A List B Uay 1943

7070.071 A 3000 1.84 3.58 6878.313 A 1000 1.79 3.58 6791.033 A 500 1.77 3.58

5893.43

•6031.09

4814.80

4743.00

4834.30

35

30

B (300) B (50 B (10)

9.80 13.36 9.75 13.36 9.80 13.36

As I I P 10 Anal B List B Hay 1943

4963.363

4873.493

•4833.075 4967.944

4676.06 4971.668

4811.881 4784.330

4876.335

•4833.075 4733.378 4741.933

3033.85

3075.33 3119.60 9933.03

10033.98 9833.76

8654.16

8564.71 8541.65

9836.69

9367.39

8831.76 9597.94

8869.69 8438.94

9300.63

8305.63

40

30

50

(150)

(100)

(80) 100 100

50

(140) 35 150

(100) 100

100

50

50

2.30

3.24

3.30

4p2 P -5s4Pt

(1)

4438.044 A

4361.710 A

4336.445 A

6.53

6.37

6.36 6.53

6.37

6.36

6.37

6.53 6.36

6.53

6.37

7.66

7.93 7.73 7.86

7.86

3i-3| 5s*P-5p3D°t M| (4)

5a4P-5p48°

(5)

As II I P 19.78 Anal B List C June 1943 6170.47

6033.81

5651.53

5558.31

1010

10

10 5331.54 A 10 4985.60 A 8 4730.93 A 10 5105.80

4553.37

10

8

9.77 11.77 9.72 11.77 10.06 13.35 9.77 11.99 10.06 13.38 9.77 13.34 9.77 13.38 10.06 13.48 9.77 13.48

3351.346

3333.331 3366.333

3339.988

3307.534 3301.734

6408.463

6503.989 6617.366

6546.791

6643 . 536 5480.865 5504.184

5531.765 5534.794

5540.051 5450.836

5466.136 4891.980

4868,700

i-i se^P'-spip 4855.045

0-1 (1) 3-3 .5i 3 P°-5p3 Dt 5156.040

1-3 (3) 3-3 5s3 P°-5p3 Pt 6550.344

1-1 (3) 1-3

3-1 5s3 P

c-5p3 8

1

1-1 (4)

40

40

50

30

15

340

30

30

50

30

30

35

30

8

150

30

50

3050n

50

10080

50

3030

40

30

35

15

15

15

1535

30

30

60

1.84

1.79

1.77 1.84

1.79 1.84

1.84

1.79 1.84

1.79 1.79

1.77 1.84

1.79

1.77 1.84

1.79 1.84

1.79

1.79 1.77

2.36 3.35

3.34

3.36

3.25

5l8-53P» sis-sip*

(3) 3-1 5

3P°-638 1-1 (3) 0-1

3-3 5

3P»-53D

1-3 (4) 0-1

3-2

1-1 3-1 4.40

4.37 4.37 4.34

4.40

4.37 4.63

4.63

4.62

5.53

5.51

5.51 5.50

5.53

5.51

3-3

1-1 3-1

1-0

1-3 0-1

2-1

1-1 0-1

2-3

1-1 3-1 1-0

1-3 0-1

4.19 4.15

4.11 4.15

4.11

3-4

3-3

1-3 3-3 2-2

3-3

3-3

1-1 3-3

2-1 3-3

1-3 2.26 3.35

3.34

3.49

3.68

4. 78 3-4 4

3 D-43F°

4.78 3-3 (10) 4.78 1-8

Sr II I P 10.98 Anal B List A Uay 1942

6110.30 A 10 5107.60 A 10 4352.25 A 10

10.33 12.24

10.22 12.64

10.22 13.06

P 9.71 Anal B List C June 1942

1-1 5«lp°-5p3Pt 4077.714/ A 400r

(5) 4315.534 A 300r

1-3 5slP°-5plD

(6) 1-0 Sslp^-SplB 10337.314 A 1000

(7) 10914.877 A 300 10036.658 A 300

4305.447 4161.796

4030

0.00

0.00

1.83

1.80 1.80

3.03

3.93

3.03

3.93 tt

li 5

a B-52P°

(1)

3.03 3*-l* 4

3 D-53P° 3.93 l|- | (3) 3.03 14-1*

5.89

5.89

10337.30 A

10366.45 A 10307.60 A

35

15

10

5.95 5.95

5.95

6.30

6.30

6.30

7.33 7.33

7.31

7.49 7.48

7.49

2-3 2-2

2-1

1-2

1-1 1-0

5

5 8»-55 P

(1)

5

3 S°-53 P

(3)

if- * 5

3 P°-63 S \- I (3) 3464.457 A

3380.711 A

3474.887 A

50

50

10

3.03 6.59 3.93 6.58

3.03 6.58 1

Y_I I P 6.5 Anal A List C June 1943

9* II Bee Introduction

Br I See Introduction

6584.89 6657.40

6793.71

6687.57 8933.55

530

8080

6

Laboratory

I A Ref Int Y I continued 6435.03

6191.73 6403.005

6333.59 6138.44

6033.41 4674.84

4643.69

4760.98

4128.31 4143.86

4335.94

4039.83 4174.14

4047.64

4083.71 4103.38

4077.38

4167.53 3630.95

3593.93

3553.70 3031.74

3996.94

3045.36

3005.36 2984.35

3974.59 3033.38

3964.96

3995.36

A 500 A 100? B 50 A 507

E P Low High

0.07 1.98 2i-2$ 0.00 1.99 l|wlj 0.07 1.99 3|-14 0.00 1.98 l|-3|

15T 307 A 135 A 150 A 40 A 300 A 300 A 100 A 60 A 100 A 80 A 100 A 350 A 300 A 100

5

3P°-5p3 3P

(5")

53po_73g

(6)

5

3P»-4da 3p

(7)

43&- 4d5p3F»

(8)

4

3D-4d5p3D°

(9) '

5466.46/ A

5537.54 A

5581.87 A

5630.14 A

4839.87 4845.67

4853.69 4859.84

4906. 11 4893.44

4781.04

4799.30 4819.64

4537.35

4537.80 4505.95

4487.47

4475.72

4487.38 4477.45

4513.58 4581.32

6845.24

6950.32

400 300

40

1520

20

1350

35

1330

10

300 250

150

10060

50

50

40

66

10

15

1080

50

5040

3030

35

0.07 0.00

0.07

0.00

0.07

0.07 0.00

0.07

0.00

0.07

0.00 0.00

0.07 0.00

0.00

0.07

0.00

0.07 0.07

0.07

3.71 3.66

3.66

3.05

3.98

3.98

3.05

3.47

4.33

4.19

3.68 4J-5J 3.63 3+-4J 3.58 3|-3J 3.54 1*-3J

4.63

4.59

llultlp: (No)

a

3 D-«;3' (3)'

a

3D-»3|

(4)

a3D-y3T

(5)'

a3D-y3f

(7)

aan_x3p

(8)

a3o-y*D

(9)

i3D-x3r

(10)

a

3D-x3p

(11)

a*P-«4

(13)

a^-y4*" (13)

a4r-y*D" (U)

3f-3| a3F-y4p< 3f-l| (15)

10

8 3.36 4.17 3.35 4.13

»4P»-e4I (16)

Strongest Unclassified Lines of Y I

4.88 3-3 4

1 D-41 Pe (11) 4.56 1-3 S^o-Sp3 *D

(I 3)

3587.75 3434.16

3378.43 3091.70

30

7

515

III IIIA IIIA

III

Y II I P 13.3 Anal A List A

4304.69 A 10 0.00 2.94

3633.13 A 300 0.00 3.40 3496.08 A 80 0.00 3.53 3113.05 A 4 0.00 3.97

June

0-1

0-1 0-1

0-1

4309.63

4398.03

4433.59 4335.73

4358.73 4199.37

4047.88

3983.59 3950.35 3710.30/

3774.33

3788.70

3832.89 3818.34

3878.38 3776.56

3747.55

5050

40

.30 30

5

150 200

500

300 200

10060

20

75

40

0.18

0.13 0.10

0.18

0.13

0.18

0.13 0.10

3.23

3.23

3.23

3.51 3.40

3.40

3.40

3-2

3-1

1-0 3-3

1-1 1-3 3-3

3-3

1-3 3-4

2-3

1-2

3-3 2-2

3-3

3-1

1-1

1943 alS-l3P° aiS-slP"

< 31 a

1 S-s3D°

< 3i ais-ySp

(4) a3n_j3po

(5)

a3n_ilD»

(6)

a

3D-£3F*

(7)

»3B-*lp«

(8)
REV I S E D U U L T I P L E T TABLE 79 Laboratory E P J Multiples

(No) Laboratory E P J Hultlplet

(No) Laboratory E P J Multlplet

I A Ref Int (No) Low High I A Ref Int Low High I A Ref Int Low High 1 II continued Y II continued Y II continued 3600.74 A 300 0.18 3.61 3-3 a3 D-z3D° 3461.0 A 20nl 3.33 6.79 2-3 z

1 D°-e3 D 3457.088 C 4nl 3.99 7.56 2-1 y

3 P°-f3S 3611.06 A 200 0.13 3.55 2-2 0) 3470.18 C 5nl 3.33 6.78 2-1 (40) 3429.42 C 3n 3.96 7.56 0-1 (77) 3601.93 A 100 0.10 3.53 1-1 3664.63 A 150 0.18 3.55 3-2 3380.114 C 5nl 3.23 6.88 2-2 z l])0_ e

l D 3093.76 A lOn 3.99 7.97 2-2 y3p«_f3p

3628.71 A 100 0.13 3.53 3-1 ,(41). •3110.65 A 2n 3.97 7.93 1-1 (78) 3549.02 A 100 0.13 3.61 2-3 3086.858 C 30nl 3.33 7.23 2-3 z

1 D°-e 1 F ,3.99 7.93 2-1 3584.53 A 100 0.10 3.55 1-3 ,(43), •3126.16 A 4n l 3.97 7.91 1-0 3069.36 A 5n 3.33 7.25 3-1 z

1 D°-f3 D 3078.64 A 4n 3.97 7.97 1-2 3243.30 A 150 0.18 3.99 3-2 a3 D-y3 P° (43) 3103.3 A 2n 3.96 7.93 0-1 3316.70 A 100 0.13 3.97 3-1 (10) 3036.47 C lOnl 3.23 7.31 2-3 zlD°-e3 3303.33 A 60 0.10 3.96 1-0 ,(44), 3030.214 C 4n 3.99 8.06 2-3 y

3 P°-g3 D

(79) 3200.38 A 50 0.13 3.99 3-3 3978.18 A 3n 3.23 7.37 3-1 ziD'-ei-P 3023.50 A 2n 3.97 8.05 1-2 3J95.63 A

A

50

10 0.10 0.10

3.97 3.991-1 1-3

(45) 3179.43

3668.489 C 50nl 3.51 6.87 4-3 23 F

o_e

3 D 4607.94 A 4.13 6.79 3-3 T zlF°_e3 D 3135.17 A 5 0.18 4.13 3-3 a.z J>-i l F' 3635.334 C 30nl 3.40 6.79 3-2 (46) (80) 3095.88 A 5 0.13 4.13 2-3 (U) 3605.46 C lOnl 3.36 6.78 2-1 4465.4 A lOnl 4.12 6.88 3-3 zlF°-elD 3556.083 C 5nl 3.40 6.87 3-3 3967.69 15nl 4.12 7.23 3-3

,(81), zlpo_e

l F 4683.33 A 20 0.41 3.04 2-2 alD-i3po 3507.964 c 8nl 3.36 6.88 2-2 z 3F°-e1 D (82) 4881.44 A 2 0.41 3.94 2-1 (12) 3193.48 A 3nl 3.36 7.33 3-3 z^-eiF

3846.516 C 3n 4.12 7.32 3-3 zlF°-f3 D

.(83) 4374.94 A 300 0.41 3.33 2-3 aiD-zJ-D alD-z3F° 3332.00 A 3n 3.51 7.33 4-3 7 (48)

. z

3F°-f3 D 3675.64 C 5nl 4.13 7.47 3-3 z

1 F°-f1 D (84) 4434.91 A 15 0.41 3.40 3-3 3182.42 A 3nl 3.40 7.38 3-2 (49) 3330.880 c 20nl 4.13 7.82 3-4 zlFO-eiQ 4177.54 A 125 0.41 3.36 2-2 (14) 3144.37 •3114.45 A

A

3n

lOn 3.403.36

7.33

7.33

3-3

3-3T

(85) 4137.57 A 2 0.41 3.40 2-1 alD-zlP°

(15) alD-z3D° •3110.65 A 3n 3.40 7.37 3-3T z3F°-e3P 3896.804 c lOnl 5.50 8.67 1-3 yip'-hlD

(86) 3857.26 P 0.41 3.61 2-3 3081.600 C 3n 3.36 7.37 3-3 (50) 3930.66 A 15 0.41 3.55 2-2 (16) Strongest Unclassified Lines of Y_ II 3951.59 A 5 0.41 3.53 3-1 3173.07

3129.933 A

C lOOnl40nl

3.51 3.407.39 7.34

4-5 3-4

z3F°-e3 (51) 8429.36 A lOn 3448.82 A 10 0.41 3.99 2-2 alD-y3p 3128.789 C 30nl 3.36 7.31 2-3 4734.53 A 5n 3467.88 A 5 0.41 3.97 2-1 (17) 3407.7 A 3n A 100 0.41 4.13 2-3 a

1 D-z 1F° 3077.14 A 4n 3.36 7.37 3-1 z 3F°-elp

3327.89 ,(52)

A 3.23 3-2

(18) a3 F-zlD°

3001 . 42 2980.69

A

C

330nl3.36

3.51

7.47 7.65

2-2

4-4

z

3F°_flD

(53)

z 5610.36 2 1.03 3F°-e3F t Zr I I P 6. 32 Anal A List C June 1942 5509.91 A 301 0.99 3.23 2-3 (19) 3006.0 A 3nl 3.51 7.61 4-3 (54) A 1001 1.08 3.51 4-4 a3F-z3F° 6833.93

6763.38 A

A

1230 0.07 0.001.88

1.83

3-3 3-3

a

3F-i5G° t 5087.42 (1) 5305.73 A 80 1.03 3.40 3-3 (80) 3643.4 A 3nl 3.40 6.78 1-1 z

1 P°-e3 D 5200.42 A 60 0.99 3.36 3-3 ,(55) 6137.49 A 200 0.15 2.17 4-4- a

3F-z3F° 5320.78 A 41 1.08 3.40 4-3 3544.001 C 3nl 3.40 6.88 1-2 z

1 ?°-e^T) 6143.33 A 150 0.07 2.08 3-3 (2) 5289.82 A 51 1.03 3.36 3-3 ,(56), 6134.58 A 135 0.00 2.01 3-3 4982.13 A 151 1.03 3.51 3-4 3109.3 A 1 3.40 7.37 1-2 zlpe_e3p 6407.03 A 4 0.15 2.08 4-3 5119.13 A 201 0.99 3.40 3-3 3160.60 A In 3.40 7.30 1-1 (57) 6357.10

5885.61

PA 8 0.07

0.07

2.01 2.17

3-3

3-4 5123.21 A 501 0.99 3.40 3-1 a^T-z^P"

a3F-z3 D°

•3114.45 A lOn 3.40 7.36 1-OT zlpe_e lS

(58) 5935.23 A 10 0.00 2.08 3-3 4883.69 A 300 1.08 3.61 4-3 3104.82 A 4n 3.40 7.37 1-1 zlP°-elP 6063.88 A 13 0.07 2.11 3-2 a3F-z5F» t 4900.13 A 150 1.03 3.55 3-3 (33) ,(59), 5955.37 A 12 0.00 2.07 2-1 C5) 4854.87 A 150 0.99 3.53 3-1 3027.75 A 3 3.40 7.47 1-2 zlp°-flD

4786.58 A

A

20

30 1.03 0.99

3.61 3.55

3-3

3-3

(60) 5879.79 5797.76 AA

4025 0.15

0.07

2.25

2.20

4-3 3-2

a

3F-z3D° t 4823.31 (4) 4713.26 B (1) 0.99 3.61 3-3 3788.302 3800.883

C

C 50nl

15nl

3.61 3.556.87

6.79

3-3 2-2

z

3 De -e3D

(61) 5735.70 A 20 0.00 2.15 2-1 4173.76 A T 1.03 3.99 3-3 a

3F-y3p° 3798.56 c lOnl 3.53 6.78 1-1 4688.45 A 40 0.15 2.79 4-5 a3F-z3 t}° t a

3F-z1 F° 3872.308 c 5nl 3.61 6.79 3-2 4633.99 A 50 0.07 2.73 3-4 (5) 4064.99 A 2 1.08 4.13 4-3 3812.18 c 5nl 3.55 6.78 2-1 4575.53 A 40 0.00 2.70 2-3 3997.43 A 1 1.03 4.12 3-3 (34) 3714.3 A 5nl 3.55 6.87 2-3 3946.21 A 3 0.99 4.13 3-3 3916.64 A 10 0.15 3.30 4-5 a3 F-y5(}

3703". 333 3684.903

c

c 5nl5nl 3.55

3.53

6.88

6.88 2-21-3

z

3 D

e-e!D

(62) 3879.04

3849.36 AA

1030 0.07 0.003.35

3.21 3-4

2-3

(6) 7450.33 A 5 1.74 3.40 3-1 a

3P-z1 P° 3900.51 A (10) 0.00 3.16 2-2 7406.23 A 3 1.73 3.40 1-1 (35) 3409.87 c 4nl 3.61 7.33 3-3 z 3D°-e1 F 3989.39 A 7 0.07 3.16 3-2 7333.97 A 3 1.71 3.40 0-1 ,(63), 3319.78 c 15nl 3.61 7.33 3-3 z

3 D°-f3 D 3968.35 A 80 0.15 3.26 4-5 a3F-y3 G° t 6613.74 A 30 1.74 3.61 3-3 a

3 P-z3 D° 3308.4 A 30nl 3.55 7.28 2-2 (64) •3939.536 A 150 0.07 3.21 3-4 (7) •6795.41 A 30 ,1.73 4.71

3.55 1-3 (86) 3318.6 A 4nl 3.53 7.25 1-1 3885.41 A 100 0.00 3.18 2-3 3.53 0-1 3333.606 C 3n 3.55 7.35 2-1 6833.49 A 4 1.74 3.55 3-3 3393.9 A 3n 3.53 7.38 1-2

3890.33 A 135 0.15 3.33 4-4 a3F-x3F° 6858.25 A 5 1.73 3.53 1-1 3863.88 A 100 0.07 3.26 3-3 (8) 6896.00 A 10 1.74 3.53 3-1 3383.51 A 3 3.61 7.37 3-2 z3D°-e3 P 3835.96 A 100 0.00 3.22 2-2 3386.71 A 3n 3.55 7.30 2-1 (65) 3966.65 A 50 0.15 3.26 4-3 5497.43 A 50 1.74 3.99 3-3 a3p_y3po 3313.39 C 4nl 3.53 7.36 1-0 3931.80 A 100 0.07 3.22 3-2 •5521.56 8 P 30 1.73 3.97 1-1 (37) 3331.30 A 3n 3.55 7.37 2-2 3791.39 A 80 0.07 3.33 3-4 5546.02 A 101 1.74 3.97 3-1 3780.53 A 100 0.00 3.26 2-3 •5544.61 ( A 101 1.73 3.96 1-0 3304.01 C 3n 3.61 7.34 3-4 z 3 D°-e3 5473.40 A 301 1.73 3.99 1-2 3336.35 c 4nl 3.61 7.31 3-3 (66) 3896.53 A 10 0.07 3.24 3-3 a3 F-x1 F° t 5480.75 A 151 1.71 3.97 0-1 3312.40 A 5nl 3.53 7.37 1-1 z a3F-x3 D° 3D°-e1P 3864.33 A 40 0.15 3.35 4-3 5196.43 A 101 1.74 4.13 3-3 a3P-zlF° J*7 K

3847.01 A 30 0.07 3.28 3-2 (10) ,(38) a3p_yip° 3055.3 A 50nl 3.61 7.65 3-4 z3n«-e3F 3832.41 A 40 0.00 3.23 2-1 3280.91 A T Ag 1.74 5.50 3-1 3036.59 C 35nl 3.55 7.61 2-3 (68) 3766.71 A 60 0.07 3.35 3-3

(39) 3053.37 3083.16

CA15nl

3n

3.53

3.61

7.57

7.61

1-2

3-3 3764.38 A 80 0.00 3.28 2-3

8835.85 A T 1.83 3.33 3-2 blD-zlD° 3066.03 A 4n 3.55 7.57 3-3 3891.39 A 100 0.15 3.32 4-4 «3F_zlo» t

8066.20 A T 1.83 3.36 2-2

«( 30} b!D-z3F° 3050.5 A in 3.53 7.58 1-0 Z

3 D°-flS 3663.64 A 300 0.15 3.52 4-4 ,("i *3F-w3F° A 10 1.83 3.40 2-1

(31) blD-zip°(69) 3623.87

3586.28 A

A

300

100 0.070.00

3.48 3.44

3-3

2-3

(13) 7881.90

,( 33} blD-z3 D° 4379.3 A 5nl 3.99 6.87 3-3 y

3 P°-e3 D 3714.13 A 30 0.15 3.48 4-3 6951.68 A 3 1.83 3.61 2-3 4364.01 A T 3.97 6.79 1-3 (70) 3661.20 A 30 0.07 3.44 3-3

''193.74 A 1 1.83 3.55 2-2 133) 4364.17 A T 3.96 6.78 0-1 3575.79 A 100 0.07 3.52 3-4 7864.19 A 10 1.83 3.53 2-1 4364.88 A In 3.99 6.88 3-3 y

3 P°-elD

3550.46 A 30 0.00 3.48 3-3

5738.91 A 101 1.83 3.99 3-3 ^D-J^P ,(71), 3601.18 A 400 0.15 3.58 4-5 a3F-x3 G° t 5781.69 A 51 1.83 3.97 3-1 (34) 3848.194 C 8nl 3.99 7.19 3-1 y

3 P°-e3 S 3547.69 A 100 0.07 3.55 3-4 (13) 3834.78 C 5nl 3.97. 7.19 1-1 (72) 3519.60 A 135 0.00 3.51 2-3 5402.78 A 501 1.83 4.12 3-3 blD-zlF°

(35) blD-ylP"

3813.8 A 3nl 3.96 7.19 0-1 3533.22 A 60 0.15 3.65 4-5 a

3F-y5F° t 3362.00 A 30nl 1.83 5.50 3-1 3808.7 A In 3.99 7.23 3-3 y

3 P°-elF 3501.33 A 15 0.07 3.60 3-4 (14) (36) 3696.6 A 35nl 3.99 7.33 2-3

(73) y3p°_f3D 3566.10 A 100 0.15 3.61 4-3 a3F-v3 D° t 7388.46 A 1 1.94 3.61 4-3 ala-z3 D° 3737.09 C 20nl 3.97 7.28 1-3 (74) 3509.32 A 100 0.07 3.59 3-2 (15) ,(37) alQ-zlF°

3758.9 A 3nl 3.97 7.35 1-1 •3471.18 8 A 100 0.00 3.56 2-1 5663.95 A 300 1.94 4.12 4-3

(38) 3650.45

•3731.3988 A

C 3n

4 3.993.99

7.37

7.30

3-3

3-1

y

3 P°-e3P

(75) 3447.36 A 100 0.00 3.58 2-1 a3F-z!p°

(16) a3F-x5 3225.17 A 5nl 3.04 6.87 3-3 z

3 P°-e3 D 3689.3 A 3n 3.96 7.30 0-1 3430.29 A 8 0.15 3.75 4-4 D° t 3198.42 C 3n 3.94 6.79 1-3 (39) 3465.63 A 10 0.15 3.71 4-3 (17) 3716.91 C 7nl 3.99 7.31 3-3 y3po_e3o

(76) •3414.66 8 3368.63 A

A

30

5 0.07

0.00

3.68

3.66 3-2

2-1
80 Laboratory

I A Ref Int

Zr I continued

3353.65

3334.13

3313.03

3191.33

3383.73

•3350.42} 3085.34

3014.44 3039.53

3011.73 3985.36

7111.71

7439.89 7554.73

7336.03 6140.50

6193.96

6130.86

•6304.35 6313.06

6134.86

5630.16

•5680.93

5385.14

5133.43

5377.40

5311.43

5334.94

5363.56

494e.77 4604.43

4535.75 4360.80

4507.11

4553.01 4043.57

4108.39 4121.45 3613.70

3269.66

3360.11 3045.83

3094.79 •3157.83

•3063.58} 3095.83 3130.74 3133.06

3131.11 3113.50

3148.81 3130.05

3005.36

3108.36

9015.16

9376.89 9547.26

9622.20

10084.70 8070.12 8133.00

8313.59

B305.94 8369.42

e370.2l 8414.00

B464.6S 6438.44

7849.38 7944.65

BO63.10

B301.73 7870.00

7956.89

7169.14

4667.80

4772. J2 4611.62

4788. €9

20

100

100

100

1535

13

15

300

250

200

A 20

A 10 A 5 A 4

15

5

ill

8

5

1515

40 A 6 A 8 A 6 A 6 A 6 A 2 A 8

A 30

15301330

1530

15

40

10

15

50

813 135

5035

835

8

40

10

B 20

B 25

B 25

B 30

B 12

(35)

(30)

18) (15)

(8 (10

(7 (10)

(lO)

15) (15)

(10)

(10)

(12

A 150

A 150

A 80

A 40

A 30

150

100

100

eo60

815

13

12(3)2

(4)

E P Low High

0.15 3.83 4-4

0.15

0.07 0.00

0.15

0.07

0.52 0.54

0.53 0.54

0.53

0.53

0.54

0.53

0.54

0.53

0.52

0.52 0.54

0.54

0.52

3.97

3.91 3.87

3.91 3.87

4-5

3-4

3-3 4-4

3-3

Multlplet

(No)

(18) a3 F-w3 0°

(19)

0.07 4.07 0.00 4.09 0.15 4.33 0.07 4.17 0.00 4.13

3-3 a

3 F-T3F°

,( 20) 2-3 a3 F-u3F° t

0.53 2.35 0.54 3.30 0.53 2.15 0.53 2.30

53

5353

5053

53 3.71

3.71

0.54 0.52

0.53 0.54

0.73

0.68

0.65

0.63

0.60

0.73 0.68

0.65 0.63

0.60

0.73

0.68

0.65

0.63

0.68 0.65

0.63 0.60

0.68 0.65

0.63

0.73

0.68 0.85

0.82 0.60

0.73

0.68 0.65

0.63

0.60 0.73

0.68

0.65

0.63

0.73

0.68

0.65

4-3

3-3

3-1

2-3

1-2 0-1

3-3 3-3

1-1

2-1

1-0

1-3 0-1

3-1

1-1 0.53 2.81 3-3

0.53 3.01 0.53 3.30

0.53 3.34

2-3

1-3 0-1

3-3

1-1

3-3

J21)

a3F-u3 D°

(22)

a3 P-z3 D° t (23)

a3p_2 3po

(24)

a

3 P-z33° t (25) a3 P-y1 D° ,(36)

a

3 P-y3 D° t (37)

aSp-yiF

J 281

a3 P-z5P° t (29) a3 P-x1 F°

a

3 P-x3 D° t (31)

a3p_x

3po f (33)

0.52 3.93 3-1 a

3P-y3 3°t J 33 l a3p_y5pO t ,(34)

a3 P-wiD° t (35) a3p_v

3po

(36)

3.35

3.38 3.33

3.57 3.54

3.53

3-3

1-3 0-1

3-3

1-1 1-0

0.53 4.29 3-3 0.53 4.30

4.57 4.50

4.45

4.57

4.50

4.47

4.48 4.46

4.48

4.46

4.46

4.63

4.51

3.10

3.01

1.94

1.88 1.83 3.36

3.20 2.15

3.11 3.07 3.30

3.15

3.11 3.07

3.36

3.30 3.15

2.11

2.35

3.20

3.15 3.45

3.43

3.39

3.36

3.34 3.36

3.30

3.25

3-3

2-3

3-1 1-0

1-3 0-1 3-3

1-3 0-1

2-2

1-1 3-1

2-3

1-0

5-6 4-5

3-4

2-3

1-3 5-5

4-4

3-3 2-3

1-1 5-4

4-3

3-2

2-1 4-5

3-4

3-3

1-3

a

3 P-t3 D°

(37)

a3p_u

3po t (38)

» 5F-z50°

(39)

a5F_r5P

o (40)

4-3 a

5F-z3 D* T 3-3 (41) 3-1

a=F-z°D° t (43)

3.21 3.16

3.30

2.35

3.31 3.16

3.35

3.31 3.18

5-4

4-3

3-3

3-1

1-0

5-6 aSf-ySQ*

4-5 (43) 3-4

3-3

1-3 5-5

4-4 3-3

2-2 5-4

4-3

3-3

REVISED

Laboratory

I A Rer Int

Zr I continued

MULTIPLBT TABLE

J

4866.07

4883.61 4881.35 4784.94

4815.05

4828.05

4337.

4339.

4241.

4241.

4240.

4303.

4394.

•4383. 4368.

4166.

4187.

4301.

4313.

4081.

4073.

4064.

4055.

4044.

4033.

4034.

4037. 4030.

3977,

•3988.

4003.

76

31682035

887830 { 01

37

56

4586

22

711603

57

.99 .93

,30

,03 ,32

,68 ,55

5664.55

4733.34

4542.23

4135.68

4183.31 3530.22 3360.45

3090.44

3136.95

•3157.82 3139.79

6445.76

3877.60

3535.16 3005.50

4341.13

4366.45

4394.94 4413.04

4420.45

4431.48

5046.61 5064.92 5078.28

4683.43

4707.78

4711.91 4657.64

•4644.82

6313.05

6470.25

6489.68

4753.06

4719.13

4762.78

5

5

413

1210 300

15080

5050

1520

3020

20

2020

15

100

100

10060

25

30

40

4030

310

8

25

1530

10

10

1535

630

50

30

A 10 A 40 A 30 A 60

30

15

81313

10

101530

15

4

8

78

A 50 A 15 A 35

3

10

E P Low High

0.73 0.68

0.65

0.68

0.65

0.63

0.73

0.68 0.65

0.63

0.60

0.73

0.68 0.65

0.62

0.68 0.65

0.63

0.60

0.73

0.68

65 0.60

0.68

0.65

0.63 0.60

0.65

0.63 0.60

0.63

0.63

0.63

0.63

0.63

0.63

0.63

0.63

0.63 0.63

0.63

1.52

1.48

3391.96 // 3438.23

3496.18

3573.47

3505.67

3551.94

3613.08 3873.65

3419.10

3478.29 3434.83 3305.15

3388.39

100

100

5030

1318

13

3

54

715

15 3373.04 A 75 3279.36 A 65 3306.27 A 35 3357.36 A 15

3.36

3.31

3.18

3.36

3.31

3.18 3.65

3.60 3.56

3.53

3.51 3.60

3.56

3.53

3.51 3.65

3.60 3.56

3.53

3.75

3.71 3.68 3.66

3.65

3.75

3.71

3.68 3.66 3.75

3.71 3.68

3.81 3.34

3.35

3.61 3.58

4.13 4.30

4.63 4.56 4.54

4.56

0.99 3.91 0.99 4.18 0.99 4.49

0.99 5.10

1.39 4.33

1.36 4.19 1.34 4.15

1.39 4.19 1.36 4.15

1.34 4.13

1.53 3.97

1.48 3.91

1.44 3.87

4.16

4.10

1.52 4.14

1.48 4.13 1.44 4.09

1.58 3.53

1.58 3.48

1.54 3.45

5-5 4-4

3-3 4-5

3-4

3-3

5-5

4-4

3-3

2-3

1-1 5-4

4-3 3-3

3-1 4-5 3-4

3-3

1-2 5-4

4-3

3-3

3-1 1-0 4-4

3-3 3-3

1-1 3-4

3-3

1-2

3-2 3-3

3-3

3-3

3-1 3-3

3-3

3-3

3-1 3-3

3-3

4-3 4-5

4-4

4-4

3-4

3-3

1-3 3-3

3-3

1-1

4-4

3-3

4-4

3-3

3-3

1.87 4.46

1.85 4.47

1.83 4.42

6-7 5-6

4-5

Zr II I P 13.97 Anal A List

Haltlplet

(No)

a5F_y3 3° t (44)

a5p_y5f»

(45)

a5F-x5D

c (46)

alD-y^D*

(47) alD-xl?" ,U8l

a

1 D-x3D° t (49) alD-v3"* t alD-zipo

.(511 atV-vpF* t (53) alD-wiD"

,(53) alD-u3p

(54) alD-wlp*

(55) a1 D-v30« (56) alQ-y3j»

.(57) a^L^H

,(58)

(59)

al<J-wlQ (60) a

5P-w5D

o t (61)

4-5 b

3F-w3 0* t 3-4 (63) 3-3

b

3F-v3r» f (63) b3F_u3K» f (64)

5-6 a

30-z3H» t 4-5 (65) 3-4

a

oH-zo I (66)

July 1943

0.16 3.93

0.09 3.86 0.04 3.77 3i 0.00 3.68 l|_lJ

*F-x4r«

(3)

Laboratory

I A Ref Int Zr II continued

3340.55 A 15 3356.08 A 18 3393.13 A 10 3314.19 A 40 3331.69 A 30 3373.31 A 8 •3388.81 A 10 3319.03 A 8 3341.01 A 35 3384.73 A 30 3308.33 A 4 3165.98 A 10 3138.66 A 35 3139.76 A 13 3125.93 A 12 3110.87 A 8 3095.07 A 13 3099.33 A 10 3068.03 A 3 3065.30 A 3 3061.33 A 3 3060.11 A 3 3019.84 A 3 3030.91 A 10 3991.40 A 5

3697.49

3766.83

3843.03 3934.14 3833.94

3903.77 3984.76

3739.74

3814.97

3667.06 3756.96

•3613.43 3711.95

3556.61 3576.88

3614.79

3674.74 3636.46

3668.46

3718.86

3499.58

3535.81 3573.09

3588.33

3630.03 3536.94

3587.98

3497.00

3430.53 3410.36

3404.84 3399.36

3377.45

3363.81

3367.81 3331.90

3337.67

3375.15

3387.31 3340.85

3998.34

3968.95

2978.07

3979.18

3334.63 3371.13

4096.63 A

4211.88 A

4358.05 A

3836.76 A

3958.24 A

3998.98 A

3738.13 A

3800.73 A

3838.38 A

3915.94 A

3955.83 P 3750.65 A

3817.59 A

3855.43 A

3714.77 A

3530.87 A

m3556.54 P 3457.56 A

3479.03 A

3510.46 A

3183.86 A

3139.16 A

3157.00 A

36

10

10

Multlpl

(No)

0.46

0.41 0.41 0.36

0.38

0.33

0.46

0.41 0.36

0.33

0.33

0.41

0.36 0.36

0.33

0.33

0.56

0.52

0.56

0.56

0.53 0.56

0.56

0.53 0.56

0.53

0.56

0.56

0.53 0.56

0.53

0.56

0.56

4.13 -3i

4.07 _i4

4.13 24

-3*

4.07 i|-lX

4.13 ii-3*

3.77 4I3J, b*F-i3f

3.64 3+-2-J (e) 3.77 3I-3J 3.64 34-3-3 3.77 34—s4 3.64 l|~2J 3.93 3.86

3.77 3.68 3.86

3.77 3.68

3.93

3.86

3.77

3.85 3.76

3.85

3.76

3.85

4.06

4.03

3.98 3.95 4.06

4.03

3.98 4.06

4.03

(10)

3*-3* b^-y3 !)6 lj-ij (13) '

0.33 4.43 l*-l| b

4F-X3P* 4.63 b^-y***

4.55

4.50

(14)

3.77 3.64 3.64

3.86

3.77

3.77

3.68

3.68

4.06 4.03 0.56 4.13 0.53 4.07 0.56 4.07 0.56 4.36

0.53 4.30 0.56 4.43 0.53 4.47 0.53 4.43

24-3* a

3D-«40° l4-3$ (15) 3f-S| 34-3* a3 D-z3F* 1$-3| (16) 3*-3*

24-3* a2D-z2 D

« lf-li (18) 34-1*

if-3i 3*-3* a3D-l 4 D

» 3j-3i (19) 3*-3* a3D_y3D*

lf-l{ (30)

3*-3* a3 D_i3<jo (31) if- * a2D-r39

»

-,(221 -1± a

3 D-z3P»

(33)
REVISED MULTIPLE! TABLE

Laboratory

I A Hef Int

Zr II oontlnued

3881.03 so^.so

3086.44

3111.15

3135.31 3036.39 3064.64

3089.00

3003.73

3030.45 3C44.13

3013.33 3990.10

4373.53

4090.52 4156.34

4334.27

3773.06

3767.89

3833.73

3807.41

3483.54

3437.16

3318.68 3318.53

3276.37

3395.03

3300.67

3088.28 3128.79 3091.30

3031.97 3010.38

4377.37

4317.33 4454.80

4496.96 4149.32

4208.99

4339.56

4029.68 3936.07

3921.02 4,34.10

4031.35

4150.97 4161.20

4048.68

4050.32 3934.80

3782.24

3721.69

3F.33.41 3771.98

3683.67

3709.27

3671.28 •3613.43 3481.14

3479.39 3568.14

3314.48

3166.39 3181.94

3338.81 3313.85

3356.53 3155.95

3191.93

3.1.64.33 3337.54 3130.73

3133.61 3054.39 3013.66

3660.92 A

3667.40 A

3?.30.29 P

12

72

24

15

3

1

15

54

8

3

10

15

3 3991.14 A 40 4045.63 A 15 4110.05 A 3

12

10 3354.39 A 7 3280.75 A 3 3333.99 A 10 3311.34 A 4

12wl

A 4 A 12 A 10 A 15 A 75 A 30 A 3 A 20

5

31020

25

1520

4

2

3

2360

20

3 A 35 A 30 A 4

10

8

7

15

6

1

1

1220

1 Zr

13

E P

Low High

0.56

0.52 0.53

0.56

0.53

issr

0.56

0.53 0.56

0.56

0.53

0.56

0.56

0.53

0.75

0.71 0.75

0.71 0.75

0.71 0.75

0.75

0.75

0.71 0.75

0.71

0.80

0.71 0.80

0.71 0.80

0.71 0.80

0.71 0.80

0.71

0.71 0.80

0.71 0.80

0.71

0.71 0.80

0.71

0.71 0.80

0.71 0.«0

0.80

0.71 0.80

0.71 0.80

0.71

4.62

4.55 4.55

4.65

4.65

0.75 3.64

-3* a2D-y*F°

-2* (25)

-34 a2 D-y3F°

-3i (26)

l4-34 a3P-E3F"

-,(28) -2* a

2P-z4F° -1* (39) -1?

-2* a

2P-z2 D° -1* (30) -i4

0.75 4.59 0.75 4.47

0.71 4.47 0.75 4.50 0.75 4.61 4.75

4.70

4.70

3.68 3* 3.57 3$ 3.57 34 3.45 2-1

l4 a

2P-z2 P° I (34)

a3 P-y4D

«' (35)

a2p_y2F

«

(38)

a2P-x4D° (39)

a

2 F-z40°

(40)

a

3F-z4F°

(42)

3.85

3.76

3.85

4.06

4.03 4.03

3.98 4.06

4.13

4.07 4.13 4.34

4.26

4.26 0.71 4.43

-34 efiF-^D"

-l| (45)

a.a?-z2 a' (46)

34-1* a

2F-z2 P° 3F_y4D»

(48)

Laboratory

I A Ref Ht

Zr II continued

4443.50 A 3

4.75

4.75 0.80 4.89

a3F-z*P°

(51) 34-34 a

2F-x4D°

_ (53)

4024.45

4018.38 4040.24

4071.09 4077.05

4085.68

4131.31 4123.38

3941.92 3692.60

3588.80

3518.67

3485.31 3334.85

3396.34

3432.41 3433.90

3458.93

3480.40

•3497.90 3507.66

3403.69

3431.57

3454.57 3469.94

3481.44 m3520.91

3362.70

3376.35

3413.39

3374.71

3336.41 3313.70

3385.89

•3288.81 3272.30

3324.03

3396.41

3351.46

3364.81 3106.58

3133.49

3155.68 3165.45

3178.10

3181.58

3310.98 3304.36

3975.16

3009.85

3048.43

4816.47

4461.33

4613.95 4399.44

4315.76 4401.35

4386.51 4034.84

3698.17

3751.60

3796.47 3655.56

3344.80

3408.09 3309.90

•3414.65 ( 3443.57 3378.30

3373.43

3387.87 3337.93 3115.73

3054.84

3038.05

3057.33 3035.70

3976.61

4854.65 4359.74

4370.96 4403.35

4414.54

4440.45

•4457.43 { 4485.44

4495.44

13

104

4

35

1

1

33

5

10

778

10

5134

4

4

2Zr+

4

75

15

10

84

10

35. 35

10

715

8

34

12

E P

Low High

0.99 3.77 0.99 0.96

0.93

0.99 0.96

0.93

0.99 0.96

JIultlplet

(Wo)

24-3| a4P-z2F°

4P-Z4T

Laboratory

I A Ref Int E P Low High

0.99 0.96 0.93

0.99 0.96

0.93

0.99 0.96

0.96 0.93

3i_3i a^-^F"

lf-24 (60) 2£-2|

a4p_2 4s

o (61)

a4P-z4 P° (62)

a

4P-x4 D° (63)

5.10

5.03

a

4 P-y3p° t (64) 0.99 5.04 24-34 a^-y3^

(65) 1.01 3.57 44-34 a

20-z4<J° .(661

a

2G-z2F°

Zr II oontlnued

4222.41 4266.73

3853.07 3819.84

3792.32

3717.02

3561.11 3690.98

3607 . 39 3578.23

3554.09

3506.04

3531.38

3506.48

3549.51

3539.99 3478.50

•3497.90 3303.66

3343.81 3369.37

3394.63

3403.53 3434.64

3008.13 3015.67 m3036.33

3035.16

2987.80

3998.49

5134.98

4379.78 4442.99

4308.94

3874.37

3505.47 3463.03

3459.95

3326.81 3359.96

3403.87

3385.77 3375.65

6100.04

6114.78

5418.01 5191.60

5112.28

5311.78

5000.91 4445.88

4186.70 4210.62

4383.10

4396.74

4264.91 4342.23 4231.64

4179.81 4312.23

3833.87

3813.98 3923.92

3678.91 3663.14

3582.08 3633.49

3565.41 3661.33 3539.05

3527.42

3396.66 m3483.59

3222-48

3161.01 3236.17 3183.26

3074.55

3110.52

•6106.47 4761.67

4894.43

4925.90

4191.50 4335.64

310

5

3 1371

4

3

3

1

3

1 Zr+3w

5

3

925

4

1535

3

1512

7

3

12

5

1

15

3

2

1

10

5

4

4

76Zr+

15

2

1

75

.66

,66

,75 66

.75

,75 66

75

81 Multlplet

(No)

b

4P-y2 D° (80)

b4P-z2 P° (81)

b

4P-y4D° (82)

b4P-z 4S° (83)

b

4P-z 4P° (84)

b

4 P-x4 D° (85)

23 5.33 34-24 b

4 P_y4 20 5.30 l4-l| (86)

23 5.30 af.i4

20 5.28 if- 4

20 5.33 l4-34

18 5.30 4-i+

53 3.93

53 4.34

48 4.34

48 4.66

5.05

5.04

5.05

48 5.25

3.77

3.68

a^H-z^F J87)

a

2 H-z 20° (88)

a

2 H-y2 F° a-H-y2 G° (90)

a

2H-z2H°

(91)

a

2 H-x2 F° (92)

b

2 D-z 4 F°

(93)

66 4.43 l4-l|

75 4.70

66 4.59

66 4.47

4.03 24-24 b

2 D-z4 C° (94)

b

2 D-y2 D° (95)

b

2 D-z 2 P°

b

2 D-y4D°

(97)

b

2 D-y4 F°

(98)

b

2 D-y2 F°

(99)

b

2 D-x4 D° (100)

(101)

b

2 D-x2 D° (103)

(103)

b

2 D-w2 D° (104)

(105)

4.63 4.55

4.50

4.66

4.61

4.61 4.97

4.89

4.89

75 5. 10 66 5.03

66 5.10

75 5.15

66 5.12

75 5.13

66 5.15

5.35

5.29

5.29

5.58

5.56

5.56

5.63

5.67 5.63

75 3.77 4|-34 b

2G-z2F° 1106) b2o-z2 G° (107)

b

20-y4D° (108)
83 Laboratory

I A Hef Int

Zr II continued

4301.81 4383.95 4336.56

4393.14

3818.78

3745.97 3731.36

3749.55

3737.73

5350.10

5350.36

5477.83 4719.80

4565.43 4634.86

4389.18

4404.81 4439.34 4336.36

4337.63 3757.80

3783.73

3837.51 3710.47

3679.64

3651.50

3599.91 3500.15 3511.55

3550.11

3543.65 A 3611.90 A

3639.13 A

3530.85 A

•3471.14 ! A

3514.64 A

3383.84 A

•3350.44 { A

3336.61 A

9048.38

1033.00

3076. 55

3243.18

3159.13

3197.08 3015.86

6346.54

6678.03

4661.78

4685.19

4494.41 4553.98 4483.04

4333.38

•42e2.31 ( 4367.30

4348.64

4305.91

Teei.97

3914. 36

€767.15

6313.57 6038.64

1703.03 4734.94

4841.98

(601.97 4629.07

4574.49

4674.il 4388.50

.

3332.01 A

t '. A

>S A

3933.36 A

4035

1035

15

1

1330

4

3

5

3

8

13

15

6

E P

Low High

75

7-1

1.75 1.74

1.83

1.77 1.63

1.77

1.83

1.77

1.83

1.83

3.40

3.41 3.40

3.41 3.40

3.41

3.40

'3.41

4.63

4.55

4.66

4.61

1.74 4.97

5.35

5.39 5.35

llultlplet

(No)

44-34 ^a-y^F*

34-3$ (109) 44-34 b

2 0-y2F° 3|-3| (110) 3^-3$ b

3 0-x*D° 44-44 b3o-y2a°

34-3+ (113)

b

3Q-z3H°

(113)

b

3 a_x2F°

(114)

4.13 4.07

4.07

1.83 4.70

5.10

5.03

c3 D-y3D° (115)

c3D-z2 P° (116)

o

3 D-y4D°

c3 D-y*F°

(118)

^D-y2?"

1.83 5.04 3^-3£

5.35

5.39

5.33 5.30

5.58 5.56

5.58

5.63

5.67

5.63

1.83 5.91

4.34

4.36

5.05 5.04

2.40 5.15

3.40 5.33

5.58

5.56

3.48 4.30

2.48 4.43

3.43 4.47 3.48 4.50

3.48 5.10

2.42 5.03 3.48 5.03 3.43 5.10

5.39 5.33

(134)

o2 D-x3 P° (136)

c2 V)-ii2F

(137)

b^F-y2!! (139)

b2F-x3 D° (130)

b

3F-z3 H° 1131) i^F-x3?"

(133)

b^F-y4 P°

i l33X b2F-w2D° (134)

b^P-z^S

£ 1351 b2 P-z2 P° (136)

i 137l (138)

b

3 P-x2 D° (139)

b3p_x

3F

o (140) b2p_y4po

b^P-wano

(143)

3.48 5.63 1^-lJ

b3p-ir3po (144)

REVISED MULTIPLET TABLE

Low High

Laboratory

I A Ref Int E P J llultlplet

(No) Zr II continued

4908.67 A 1 3.11 5.63 $-1$ a2S-x3 P

3613.34

3650.73

3036.18

3018.53

3000.59 3034.73

3988.74

3966.37

3339.73

3378.89

3.11 6.53

3.11 6.49

£l45l 4-1+ aas-wV

f- I (146)

3wl

3w3w

3w

3.93 8.01 3.86 7.95 3.77

3.77

7.88 7.85

z*F°

(147)e*Ft

4w3w 4.13 8.35 34-34; y

3 D°-e3D 4.07 8.33 lf-lf (148)

11

3 4.43 4.47

8.35

8.33

14-34 z3P°- 4-l| (149e°D

Strongest Unclassified Lines of Zr II 3837.37 3433.83

3068.33

•3063.63 i 3038.59 3018.08

3994.05

131

3w

3wl

33w

4w

Cb I I P T Anal C List D July 1943 4058

4079 4100

4133

4137 4139

4153 4164

4163

4168

933// A

736 A

918 813

090

703

575

661 658

133 3791.309

3834.883

3713.018 3739.80

3759 . 556 3790.138 3803.938

3798.137

3787.064 3697.850

3736.335

3743.393 3580.377 A

3575.850 A

•3535.304 A

SOOOw

lOOOw 600w

400 300

400w

500

300 350 350w 300r

100 300r

300r 300r

300r

400r

300r

150 300

350 300r

400r 300

400w

a

6D-y6

(1) F°t

a

6D-y6D°

(3) a

6D-x6

(3) D°t

0.00

0.13 3.58 0.09 3.54 0.09 3.58

a6u_y6po t (4)

Cb II IP? Anal C List C 3094.173// 3130.780

3163.403

3194.983 3335.478 3191.096

3315.595

3336.403

3354.070

3038.436 A

3076.864 A

3099.180 A

2983.100 A

3000wR

1500wR 1000R

700R 500wR

300w 300wr

300r 300r

300w 300

100

100

3413.934

3408.678

3409.191

3540.961 3619.514

3651.183 3145.405

3180.390

3306.350

3333.333

3347.478

3440.589 3479.567

3515.431

3435.433

3436.563

3478.79

4367.966 4579.446

4537.648

A 150 A 100 A 100

300

300 300

SOOrs

400 300rs

100 I50w

300

150 300w

300w 350w

100

0.39

0.51 0.44

0.37

0.33 0.44

0.37

0.32

0.37

0.90

0.76

0.69

1.03 0.98 0.93

1.03 0.98

0.93

1.03 0.98

4.50

4.38

4.38

4.19 4.13

4.38 4.38

4.19

4.13

4.51 4.39

4.31

4.51

July 1943

5-6 a

5F-250° t 4-5 (1) 3-4

3-3

1-3

5-5 4-4

3-3

3-3

4-3

3-2

3-1 3-3

4.51 3-3

4.39 1-3 4.31 0-1

4.51 4.39

4.31

4.78

4-3

3-3

3-1 4-5

3-4

3-3

4-4

3-3

36

3127

36

31

A lOOn

A 150n A 50n

1.37

1.69 1.69

1.58

95

66

78

97

91

81

5-5

4-4

3-3 5-4

4-3 3-3

4.51 4-3 4.39 3-3

4.31 3-1

j5F_z 3 D

o t (3)

a

3 P-z3D° t (3)

a

3 F-z3 D° t (4)

a

3F-z3 o

t (5)

a

3 Q-z3 o t (6)

a3(j_r

3F

€> t (7)

b

3F~z3D° t (8)

Laboratory

I A Ref Int E Low

PHigh J Multiple

(No) Cb II continued

3781.379 3898.393

3863.056

A

AA

300

300

150

1.69

1.69

1.58

4.95

4.86

4.78

4-5 3-4

3-3

b

3F-z3

H»

(9)

3763.13 3831.840

3818.863

3953.367

A

AA

A

8n

300

300

lOOn

1.69

1.69 1.58

1.69

4.97

4.91

4.81

4.81

4-4

3-3 3-3

3-3

b

3F-z3l*

(10)

Strongest Unclassified Lines of Cb II 3717.06

3659.603

3510.363

3433.708

3383.463 3363.365

A 300 A 300 A 400 A 400 A 400 A 300 3360.564 A 350w 3137.536 A 500 3064.530 A 350r

3034.95 A 300wR

3033.767 A 400rs 3994.735 A 300w

Mo I I P 7.06 Anal C List D July 1943 3798.359// A

3864.115 A

3903.968 A

3113.135 A

3158.156 A

3306.838 A

3133.591

3170.333

3193.969

5506.51

5533.01 5570.46

6030.66

5888.33 5791.86

5858.38

5751.41 5689.33 4636.467

4663.767 4661.933

4534. 344 4576.500

4595.160

50R

50R

50R

5n5R

lOn 10R

10R 10R

0.00 3.35

0.00 3.19 0.00 3;16 0.00 3.97 0.00 3.91 0.00 3.85 0.00 3.94 0.00 3.89 0.00 3.86

3-4

3-3

3-3

3-4

3-3

3-3 3-4

3-3 3-3

a

7S-z7P»

(1)

a

7S-z7 D*

(3)

a7 S-y7P»

(3)

40R 30R

35R

1.33 3.57

1.33 3.56

1.33 3.54

3-3 a

5S-z5p»

3-3 (4) 3-1

4377.346 A

4388.65 A

4393.338 A

3833.757

3838.883

3836.701 3833.987 3901.775

3886.335

3869.085

3847.353

3763.356

3770.517 3781.597 3405.934 A

3384.617 A

3358.130 A

3344.750 A

3337.308 A 3361.371 3389.016

4013.51 4063.09

4084.391 4107.477

4103.158

4056.037

9

6

6

76

710

5

510

1010

135n

10lOn

1010

510

(3) 10

10

5

810

lOr

lOn

10

10lOr lOr

lOr

1.53 1.46

1.41 1.46

1.41

1.38

3.57

3.56 3.54

3.57

53

46

4146

4138 1.53

1.46

1.41

1.53 1.46

1.41 1.38

3.56 3.54

4.19

4.11 4.06

4.19

4.11 4.06

4.41 4.34

4.39 4.74

4.69 4.64

4.60

1.38 4.64

1.53 5.15

1.46 5.11

1.41 5.09

1.38 5.07

1.35 5.06

1.53 5.30

1.41 5.17

(1)5Nr

lOn8r

10

10

3.07 3.07

3.07 3.06

3.05 3.07

5.15

5.11 5.09

5.07

5.06

5.11

4-3 3-3

3-1 3-3 3-3

1-1 4-3

3-3

3-1 3-3

3-3

1-1 4-5 3-4

3-3 4-4

3-3 3-3

1-1 4-3

3-3

2-1

1-0 3-4

2-3 1-3 4-5 3-4

2-3

1-3 0-1

4-4

3-3

6-5

5-4

4-3

3-3

3-1 4-4

a

5D-z5P°

(5)

a5D-y5P°

(6)

a

5D-z5F°

(7)

a5D-z5D

' (8)

a5D_y5F

o

,

(9)

a

5D-8° t _(10) a

5D-7» t (11)

a

50_y5F°

1

(13)

Mo II I P T Anal D List D Aug 1943 3446.085

3534.646

3596.351

3670.668

3533.063

3585.91 3643.47 3448.543

3534.688 3633.850

3136.465 A

3187.593 A

3350.747 A
REVISED UULTIPLET TABLE 83 Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No) Ho II continued Ru II I P T Anal D Lis t C Sept 1943 Rh II continued

4350.689 A 10 3.13 6.03 34-34 4D- 4P°t 3690.033 A 80 3.39 5.74 34-4* 4D- 6D«t 3477.838 A 300 3.43 6.98 3-4 5p_ 5D

o 4363.644 A 10 3.10 5.93 3|-l4 (3) 3657.574 A 50 3.39 5.77 34-3* (1) 3093.481 A 300 3.47 7.46 3-3 (4) 4433.501 A 8 3.04 5.83 14— 4 3734.454 A 35 2.53 5.84 24-34 3096.740 A 150 3.59 7.57 1-3 4309.649 A 5 3.10 6.03 24-3* 3777.919 A 10 2.63 5.89 1-J— 1? 3063.301 A 100 3.43 7.46 3-3 4379.033 A 10 3.04 5.93 14—1* 3008.996 A 300 3.47 7.57 3-2 4377.765 A 10 3.01 5.83 1*. f 3177.060 A 100 3.39 6.38 34-44 4d_ 6po t 3047.160 A 300 3.59 7.64 1-1 3394.330 A 80 2.53 6.38 24—34 (3) 3979.383 A 3 3.43 7.57 3-3 3941.478 A 10 3.13 6.36 34-44 4D- 6D°t 3339.810 A 50 3.63 6.33 14-34 3963.167 A 75 3.47 7.64 3-1 3961.503 A 15 3.13 6.34 34-34 (4) 3369.395 A 35 3.67 6.34 4—14 3035.013 A 300 3.59 7.66 1-0 3986.301 A 6 3.10 6.30 3-J-14. 3175.317 A 10 2.39 6.28 34—34

3143.657 A 15 3.39 6.33 34-3? 3187.889 A 300 3.43 7.30 3-4 5p 5p© 3635.144 A 30 3.13 6.53 34-44 4n_ 4j.o t 3307.363 A 300 3.47 7.20 2-3 (5) 3688.307 A 15 3.10 6.45 34—34 (5) 3107.586 A 10 3.39 6.36 34-34 4n_ 6po t 3364.391 A 75 3.59 7.37 1-2 3693.645 A 10 3.04 6.39 14-34 3094.555 A 8 3.53 6.53 34-34 (3) 3166.948 A 300 3.47 7.37 2-2 3703.553 A 8 3.01 6.34 4-1* 3331.378 A 15 3.53 6.36 3|—3f 3173.678 A 100 3.59 7.48 1-1 3719.74 A 3 3.13 6.45 34—34 3081.585 A 100 3.47 7.48 2-1 3755.54 A

A

5

6 3.10 3.04

6.39 6.34

34-34 3976.593

3965.564 A

A

100 100 3.39 3.53 6.54

6.69 stisl

4n_ 4p«t

3743.34 (4) 3979.957 A 60 3.63 6.76 14—34 3387.480 A 350 3.93 7.69 5-4 30_ 3F°

3393.313 A 13 3.13 6.88 34-34 4]j_ 4D

o 3977.336 A 30 3.67 6.83 4-14 3340.516 A 150 4.03 7.83 4-3 (6) 3330.903 A 5 3.10 6.83 34—34 (6) 3311.947 A 150 4.18 8.02 3-3 3339.315 A

A

5

3 3.04

3.01 6.756.70 T1!

3979.736

3991.636 A

A

40

40 3.533.63

6.67 6.75 34-34

14-14

4n_ 4D

o t 3347.369 (5) 3346.403 A 4 3.13 6.83 34-3* 3998.896 A 30 3.67 6.79 ¥- 1 3815.013 A 100 4.33 7.46 2-3 3p 5po 3360.315 A

A

3

3 3.10

3.04 6.75

6.70

34-14 3754.13

3730.69

P

P 4.39 4.32

7.57 7.641-3 0-1

(7) 3379.763

3367.639 A 3 3.10 6.88 34-34 3359.007? A 30 3.75 6.54 3p3j

3p_ 4j.o t 3371.666 A 4 3.04 6.83 14-34 3060.353 A 8 2.66 6.69 (6) 3369.60 P 4.33 8.00 3-3 3p 3j)0 3397.684 A 3 3.01 6.75 |—1-J 3188.603 A 150 4.39 8.16 1-3 (8) 3331.978

3075.336 AA

30

6 3.75

3.66

6.58

6.67 tfcS

3F- 4D°t

(7) 3147.931 3140.373 AA

850 4.33

4.33 8.248.16

0-1

2-2

7.5 Anal C List D Aug 1943

3119.837 A 5 4.39 6.24 1-1

Ru I I F 3799.347 A M 0.00 3.35 5-4 a

5F-z5D° t Rh I I P 7.7 Ana] C List D Aug 1943

3798.901 A (e) 0.15 3.40 4-3 T (1) Pd I I P 8. 30 Anal A LlBl : Aug 1942 3693.357 A 50 0.00 3.34 44-34 a

4F-z4D° t 3738.030 A (10R)

ior) 0.00 3.31 5-5 a

5F-z5F° t 3657.987 A 50 0.19 3.56 34—3* (1) 3634.71 B 700R 0.81 4.21 3-2 5s 3 D-5p3P° 3736.936 A 0.15 3.46 4-4 (3) 3596.194 A 30 0.33 3.75 34-1* 3516.95 A 500r 0.96 4.47 2-1 (1) 3730.433 A 4 0.36 3.57 3-3 3613.470 A 15 0.43 3.85 l|— \

3571.16 A 200 1.35 4.70 1-0 3743.380 A 10 0.33 3.63 3-3 3799.17 B 75 0.96 4.31 2-2 3760.031 A (4) 0.38 3.67 1-1 3434.893// 3700.909 A

A

300R

30 0.000.19

3.59

3.53 stiff

a

4F-z40° t (3) 3833.31 B 75 1.35 4.47 1-1

3661 . 353 A (6) 0.15 3.53 4-5 a

5F-z3G° t 3507.316 A 30 0.33 3.84 24-34 3404.60 II A 1000R 0.81 4.44 3-4 5s 3D-5p3F° 3417.353 A 30 0.36 3.87 3-4 (3) 3474.780 A 30 0.43 3.98 14-24 3609.56 A 600R 0.96 4.38 2-3 (3) 3430.773 A (7) 0.33 3.93 3-3 3503.534 A 50 0.00 3.53 4-4 3481.17

3460.76 A

A

400r

300r

1.35

0.81

4.79 4.381-3

3-3

3498.943// A (50R) (30R) 0.00 3.53 5-6 a5F-z5G° t 3396.85 A 100R 0.00 3.63 44-44 a

4F-z4F"

3318.98 A 20 0.96 4.79 3-2 3436.737 A 0.15 3.74 4-5 (4) 3536.034 A 30 0.19 3.69 34-3* (3) 3596.179 A (30) 0.36 3.69 3-4 3463.040 A 30 0.33 3.89 24—24 3343.73 A 1000R 0.81 4.63 3-3 5s 3D-5p3D° 3593.033 A 130) 0.33 3.77 3-3 3470.657 A 30 0.43 3.98 14-14 3431.34 A 500 0.96 4.56 2-2 (3) 3589.315 A

I 5(8) 0.38 3.83 1-3 3583.098 A 10 0.19 3.63 34-44 3303.15 A 400 1.35 4.98 1-1 3301.587 A 0.00 3.74 5-5 3666.315 A 15 0.33 3.69 34—3? 3387.26 A 50 0.81 4.56 3-2 3333.093 A 50R 0.19 3.90 ua

4F-z30° t 3065.30

3373.02

A

A 100 300 0.96 0.96

4.98

4.62

2-1

3-3 4554.509 A (IOR)

(10

(8)

0.81 3.53 4-5 a

3F-z3 G° t 3383.573 A 30R 0.33 4.08 (4) 3718.92 B 100 1.35 4.56 1-3 4397.711 A

A

1.00

1.13 3.873.93 3-4

3-3

(5) 4410.036 3003.66 A 50 0.81 4.92 3-3 5e 3D-5p1 F° 3597.147 A 30 0.41 3.84 2|-3£ aaD-z4o» t 3114.05 A 200 0.96 4.92 3-3 (4) 4313.063 A (10) O.Bl 3.74 4-5 a

3F-z5a° t

< 5

1 4584.445 A 30 1.00 3.69 3-4 (6) 3478.906 A 15 0.41 3.96 34-3* a3D-z3D° 3037.93 A 100 0.96 5.03 3-2 5s 3 D-5p1 D° 4681.786 A 10 1.13 3.77 3-3 3543.948

3371.613 A

A

10

10 0.70

0.41

4.18

4.18 2T" 1f

(6) 3358.80 A 300 1.35 •5.03 1-3 (5) 4080.600 A IS)

(10)

0.81 3.83 4-3 a

3F-y5F° t 3788.474 A 15 0.70 3.96 l4-3| 3031.74 A 10 0.96 5.04 3-1 5s 3 D-5p1P° 4144.164 A

A

1.00 0.813.98 3.75

3-3

4-4

(7) a

3F-z3F° t 3856.515 A 34-44

3f-3|

a3F_z3a° t

3351.66 A 300 1.25 5.04 1-1 (6) 4199.903 10 0.70 3.90

5s 1 D-5p3F°

, < 8} a

3F-z3 D° t 3958.865 A 30 0.96 4.08 (7) 4313.95 B 300 1.45 4.38 3-3 3867.839 A (8) 0.81 4.00 4-3 3690.35 B 300 1.45 4.79 3-3 (7) 3984.858 A 88

1.00 4.10 3-3 (9) 3799.311 A 30 0.70 3.95 34—34 a

3F-z3F°

5s 1 D-5p3 4097.791 A 1.13 4.15 3-1 3833.363 A 15 0.96 4.19 34-34 (8) 3894.19 B 300 1.45 4.62 3-3 D° 4138.870

3538.143 A

A

30

4 0.96

0.70

3.95

4.19 a 3958.663489.79

BA300 300r1.45

1.45 4.564.98

3-2

3-1

(8) 5309.367 A 30 0.93 3.35 4-4 a

5 D-z5D° t 5636.335 A SsiD-SplF 35 1.06 3.35 3-4 (10) 3793.317 A 15 0.70 3.96 34-24 a

3F-z3 D° 3553.10 A 500r 1.45 4.92 3-3 5155.136 A 13 1.13 3.51 1-3 3833.889 A 10 0.96 4.18 4-4 (9) (9) 4131.683 A 15 0.96 3.96 3f-3? 3441.40 k 300 1.45 5.03 3-3 5s 1 D-5p1 D° 5171.038 A

A

40

8 0.931.06

3.31 3.46 4-5

3-4 aSD-z^o t (11) 3433.44 A 350 1.45 5.04 3-1

(10) 58lD-5plP° 5143.763 5040.744 A 6 1.13 3.57 3-3 (11) 4911.593 A

A

335 1.13 0.933.63

3.46

1-3 4869.153 4-4 Rh II I P T Anal C List D Nov 1943 4931.074 A 13 1.06 3.57 3-3 Pd II See Introduction

4907.888 A

A

8

8 1.13 0.93

3.63

3.57

3-3

4-3 3307.397

3038.608 AA

350

75 3.133.39 6.987.46 4-4

3-3

3F- 5 D° t 4669.977 (1) 3074.061 A 50 3.56 7.57 3-3 4757.841 A 30 0.93 3.53 4-5 a

5D-z30° t 3434.57 P 3.39 6.98 3-4

a

5D_z3F° t 3163.384 A 100 3.56 7.46 3-3 Aft I I P 7. 54 Anal A Lla1 May 1943 4373.308 A (10) 0.93 3.75 4-4

5

2 S-52P

e (13) 3159.354

3151.500 AA

300

75 3.133.39 7.047.30 4-5 3-4

3F- 5F* t (3) 338Q.683// 3383.890 A

A

1000R

1000R

0.00

0.00 3.76

3.65 H (1) 4709.484 A 35 1.13 3.75 4-4 b

3F-z3F° t (14) 3386.139 3333.334 A

A

3 350 3.56

3.39 7.30

7.30

3-3

3-3 3339.101 A 30 3.56 7.37 3-3 8373.519

7687.779

A

A

1000

500

3.76

3.65

5.25

5.25 ti 53po_6

3 3

(3) 3019.819 3988.367 A

A

15050 3.56

3.56

7.65

7.69

3-3 3-3

3F- 50° t (3) Ak II See Introduction
S4

E P

I A Ref Int Low High (No)

Cd I I P 8.96 Anal A List D Aug 1943

3361.050 A 10R 0.00 3.78 0-1 S^^P"

(1)

5085.834 A 100R 3.93 6.36 3-1 5

3 P°-63 S 4799.916 A lOOR 3.78 6.36 1-1 (3) 4678.160 A 50 3.73 6.36 0-1

6438.4696 3 100 5.39 7.31 1-2 5

1 P°-51 D

(3)

Cd II See introduction

In I IP 5.76 Anal A List D Aug 1943

4511.310// A 10 0.37 3.01 4101.764 A 10 0.00 3.01if- 4 5

2 P°-6a

S

In II See Introduction

Sn I P 7.30 Anal A List D Aug 1943

3009.136 A 700R

3175.046// A 2000R

3034.120 A 900R

0.31 4.31 0.43 4.31 0.31 4.28

3330.620

3601.022

500r 2000R

1-1 5p3P-6B3P° t 2-1 (1) 1-0

3-3 SpiD-es3 ? 3-1 (3) 3262.340 A 2500R

5631.707

4524.744

500

1000

1.06 4.77

1.06 4.31

1.06 4.85 2-1 SpiD-es 1 ?

(3) 3.13 4.31 0-1 5p 1 S-6s3 P°

, (4)1 2.12 4.85 0-1 SplS-esiP"

(5)

I P 14.57 6453.50

6644.05

3351.97

3263.21

70

25

60

50

7.02 8.93

7.02 6.83

Aug 1943 4-1+ 6

2 S-63 P" h I CD

7.34 11.02 7.26 11.02 ltl\

,2 3r

(3)

Sb I I P 6.64 Anal A List D Sept 1943 3347.10

3363.15

3637.63

3722.79 4033.55

-24 5p2 P°-6e 4 P -l! (1)

3232.52 A

3267.51 A 3504.46 A 3029.63 A

5 2.28 5.97

100 2.02 5.67

250 2.28 5.67 200r 2.03 5.34

200 2.28 5.34 600r 3.3e 6.10 l4-l4 5p2 P°-6s2p

700r 2.02 5.80 4- 4 (2) 50 2.26 5.80 l4- 4

500r 2.03 6.10 4-lf

Sb II See Introduction

Te I I P 6.96 Anal B List D June 1943 B722.88

1C.51.55

ioo9i. ia

100

50

25

5.46 6.73 5.46 6.69

5.46 6.69

2-3 6

5 S°-65 P 2-2 (1) 3-1

I I See Introduction

I II See Introduction

Xe I See Introduction

Xe II See Introduction

REVISED

Laboratory

HULTIPLET TABLE

E P J Uultlplet

(NoT Nov 1943

r2q fi3t

I A Ref Int Low High

Cs I I P 3.88 Anal A List D 8531.10 // A 4O00R 0.00 1.45 4-l4 6

2 S-63 P° 8943.50 A 2000R 0.00 1.38 4- 4 (l)

4555.421 B (3000R) 0.00 3.71 4-l4 6

2S-72 P° 4593.195 B ( lOOOR) 0.00 2.69 4- 4 (3)

Cs II See Introduction

Laboratory

I A Ref Int Ba II continued

E P Low HighHultlp

(No)

Ba I I P 5.19 Anal A List C 7911.338 A (200) 0.00 1.56

5535.484// A lOOOR 0.00 3.33 3501.107 A 300R 0.00 3.53 3071.583 A 100R 0.00 4.03

Nov 1943

0-1

0-1 0-1

0-1

6

1 S-63 P°

1 (1) 6

1 S-61 P°

, (3) 1

eJ-s-?!?

(4) 7059.941 7380.398

7673.093 7488.083

7780.479 6498.759

6537.313 6595.326

6693.843

6675.371 6341.683 6450.854

6110.784 6063.117

6019.470

5971.699

5997.088

3993.401 3935.717

3909.910

3995.656

3937.870

5777.632

5519.047

5434.551 5800.339

7905.751

7393.411 7195.335

A (3000) A (1000) A (600) A (200) A (400)

5013.00 4957.15

4309.33

4367.95

6378.91 6135.83 5981.35

5784.18

5999.85

4997.81 4847.14

4843 . 46 4708.94 4850.84

4405.23 4387.80

300r

250

300

7080

150

135 300r

300

100

100 10080

50

4030

30

400r

300

100 100 500

400

300

2.93

3.83 3.73

3.83

2.73

3.08

3.03

2.99 3.03

2.99

3.08 3.03

3-4 5

3D-5d6p3F» t 3-3 (5) 4325.73

1-3 4316.04

3-3 4339.63

3-3

18 3.30

14 3.17

13 3.17

14 3.30

13 3.17

18 4.38 14 4.37

13 4.37

18 4.27

14 4.37

3-3

3-3

1-1 3-3

3-1 3-3

1-3 3-3

3-1

1-0 2-3

1-1 3-4

3-3

1-3

3-3 2-2

5

3D-5d6p3D°

(65 La I I P 5.59 Anal A List C Nov 1943 6455.99

6578.51

7068.37

5

3 D-5d6p3P°t 5930.61

(7) 5930.68 6325.90

A 300 A 400 A 100 A (300) A (100) A 150

0.13 2.04

0.00 1.88 0.13 1.88 0.13 3.21

0.00 2.08

0.13 2.08 5455.14

5501.34

400

300 0.13

0.00

2.39 2.24

5"5 D-4-3 F°

(8)

1.67 3.80

1.56 3.80

1.51 3.79

1.67 3.80

1.67 3.33

1.56 3.33

1.51 3.33

3-3 6

3 P"-63 Dt

1-3 (9) 0-1

3-2

3-1 6

3 P°-73S 1-1 (10) 0-1

5371.18

4949 . 76 A

A

150 200 0.13 0.002.47

3.49 4380.37

4187.31

AA

AA

100

135 0.13

0.00

3.01 3.95

6709 . 49 7045.96

200

300d? 0.37

0.33

3.21 3.08 6349.92 // 6394.23

6410.98 6543.17

A

AA

A

500

600

300 500d

0.51 0.43 0.37

0.33

2.48

2.36

2.30

2.22

Ba II I P 9.96 Anal A List B Nov 1942

4554.033// A lOOOR 4934.086 B 700R

6141.718 A

6496.896 A

5853.675 A

4899.934

4524.928

600r

600r

200

3535

0.00 2.71 4-l4 6

3 S-62P° 0.00 2.50 f- 4 (l)

52 D-62 P°

(2)

l4- 4 62 P°-72S

(3) 4130.648 A 80 3891.781 A 50 4166.003 A 20

2.71 5.23

3.50 5.23

2.71 5.70 14-2-4 6

3 P°-62

D 2.50 5.67 4-l4 (4) 2.71 5.67 l4-l4

5791.32

5789 . 23 5769.33

5740.65

5211.85 5177.30

5145.42

5106.23

5234.27 4570.02

4567.90

4549 . 50 4494.71

400d?

250d? 80

100 300d

300d

200

150d 300d

250

20050

30

0.51 0.43

0.37

0.33

0.51 0.43

0.37 0.33

(1)

24-34 a2 D-y2I lf-3* < 2 ) 2^-2+ 24-34 ePv-yZl 4~4 (3)

2-4-14 aZv-y2} if- I (4) 24-34 a

3D-w2I 4-4 (5)

24-34 a*F-y2F l|-2| (6) 44-54 a4F-z4G 34-44 < 7 > 24-34

14-24 2.64 44-44 a4F-y4j 2.56 34-34 (8) 3.51 34-34

3.48 lf-1*

3.88 44-34 a4F_y4E

3.83 3f-34 (9) 3.77 34-14 3.75 14- 4

0.51 3.87 44-34 a

4F-l°

1

4F-x4F 34-34 (11) 34-34

i4-i4

8710.83 8737.74

5391.60 D 5361.35 D 5431.05 D 4336.74

4397.60

6874.09 6769.63

5480.30

5438.79

IS

do

[I

III

La II I P 11.38 Anal A List B 5.70

5.67

7.11 24-34

7.08 l|-2|

6

2 D-53F°

(5) 5.70 7.99 34-3-4 6

2 D-62F° 5.67 7.97 l4-34 (6) 5.70 7.97 34-34 5.70 8.55 34-34 6

3 D-72F

5.67 8.54 lf-3f (7)

5.99 7.78 34- 43 F°-52 5.96 7.78 3i- (8)

(3) 5.99 8.34 34-34 4

3 F°-83D

(2) 5.96 8.33 24-l| (9)

81

7283.36

7483.48 7066.34

6808.88 6954.54

6774.38

6834.07 5797.57

5805.77

5808.31 6146.53 6173.72

5493.45

5483.37

150

30 30030

30

100

30

150

13060

15

1030

40

0.34

0.13

0.00

0.13

0.00

1.94

1.77

1.75

1.94

1.77

4-4

3-3

2-2

3-4

2-3

Nov 1942

3 F-z3F

(1)

0.13 1.95 3-3 0.34 3.05 4-4 0.34

0.13

0.00

0.34 0.13

0.13

0.00

3.37

3.35

3.13 3.25

3.13

3.37 3.35

4-4

3-3 3-3

4-3

3-3 3-4

3-3

i"-zlF (3)

(3)

?_y3f« (4)
REVISED 1IULTIPLET TABLE

Laboratory

I A Ref Int

La II continued

6305.46 A 10 5390.83 A 50

E P Low HighUultlplet

(Ho) Laboratory

I~ A Ref Int

4931.60 4930.98

4899.93

5163.61 5156.74

5433.83

4860.90

4740.37

4663.51

4645.38

•4533.37 4435.84

4300.44

4086.73

4433.95

4076.71 3794.78 3790.83

3849.03

3663.08 3650.19

3530.67

3759.08 3871.64

3784.81 3936.33

3638.83 3735.05

3645.43 3510.00

3550.83 3108.46

3306.98 3104.58

6953.53

5936.33

6330.39

5713.39

5359.38

4738.41 4836.87 4986.83

4574.87

4691.17 4333.76

4333.51 3713.54

3846.00

4067.39

3939.33 3995.74

3840.73 3557.36

3735.85

3453.18 3143.76

3349 . 35 3345.13

6363.30

6390.48

6536.99

6671.41 6837.91 3859.03

300

300

300

40

40

480

130 300

100

400

1060

300

30? 40

400

300

100

30

80

8

300 300

1550

60

30 300

15

6

850

1030 300

30

50

100

30 100 300

50 500

100

10030

100 300

400

60

810

40

4080

150

300 300

30040

15

0.34 0.00

0.34 0.13

0.00 0.34

0.13 0.34 0.34

0.13 0.00

0.13

0.00 0.00

0.34

0.00

0.34

0.13 0.00

0.13 0.00

0.00 0.34

0.13 0.00

0.13

0.13 0.00

0.00

0.13

0.00

0.34

0.00

0.17

0.17

0.17

0.17

0.17

0.17 0.17

0.17

0.17

0.17

0.17 0.17

0.17

0.17

0.17

0.17

0.17

0.17

0.17

0.17

0.40

0.33 0.33

0.40

0.33

3.30

3.33 3.75

3.63

3.53

3.63

3.53

3.53 3.78

3.73 3.65

3.78

3.73

3.78 0.00 3.87 0.00 3.03

3.03

3.03 3.50

3.38

3.31 3.50

3.38 3.50

3.53

3.31 3.36

3.36

3.53

3.31

3.64

3.48

3.98

3.98

3.35

3.13 3.33

3.53

3.78 3.73

3.65

3.87

3.80

3.03

3.03

3.50

3.38

3.31 3.31 3.36

3.64

3.48

4.10

3.97

3.37 3.35

3.13

3.35 3.13

3-3 a5 ?

(5) '-z^D" t 4-5 3-4

3-3 4-4

3-3 4-3

4-3 3-3

3-1

3-3 3-3

3-3 3-3

3-3

4-3

3-3

4-3

3-3

3-1 3-3 3-3

3-3 4-4

3-3

3-3 3-3

3-4

3-3

3a F-z

l H3 0°

(7)

a3F-z3D°

(8)

a

3F-z3 P° t

a

3F-y^D°

J 10) a3F-yiF° t (U)

a

3F-y3D"> (13)

a

3F-x3 F°

(13)

3-3

3-1

3.39 3-1 a

3F-z1 P°

a3F-y3 P° (15)

a

3F-x3 P° ,(16)

3F_X1 (17)

0.00 3.97 3-1 4-3

3-3

-(16)

•SF-xiF t

0.17 1.95 3-3

3-3 3-3

3-3 3-3

3-3

3-3

3-1 3-3

3-1 3-3

3-3

3-3

3-3

3-1 3-3

3-3 0.17 3.39 3-1 3-3

3-1

3-3

3-1

0.17 3.98 2-3

3-4

3-3

1-3

3-3 3-3

alD-zlF°

,(18) alD_y3F°

(19) a

1 D-zlD°

(30) alD-z30° ,(31) alD-z3D

8 (33)

0.17 3.75 3-1 a

0.40 3.30 3-4

alD-z3 P

(33) alD-ylD°

(34) alD-ylF°

,(35)

alD-y3D°

(36)

alD-x3F°

(37) aiD-z 1 ?

(38) alD-^P"

(39) In-ylp"

,(30) alD-x3 P°

(31) aiD-xlF"

(33)

a

3 D-y3F°

(33)

a3D-s3H°

(34)

La II continued

4-4 a^-z3^ 5880.63 5183.43

5133.99 5114.55

5301.97 5303.54

4946.47

4999.46

4970.39 4809.00

4840.03 4804.04

4683.13 4713.93

4570.97

4439.90 4699.63

4558.46

3988.51 4031.68

4151.98

4141.73 4375.64

3886.37

3931 . 54 3949.10

4133.33 4077.35

4338.38

4196.55

4315.90

4035.87 3916.05

3808 . 79 3910.81 3715.53

3601.07

3513.93 3337.49

3380.91 3344.56

3365.67

3303.11

3193.03 3453.17

3376.33

6139.57 6100.37

6174.15

•6396.08 6358.13

6570.96

5874.00

6067.13

5893.66

5703.33

5737.39 5464.37

4536.13

4613.38

4834.05

4734.43

4935.61 5063.91

•4850.58

4830.51 4716.44

4605.78

4508 . 48 4396.05

4455.79

4559 . 38 4580.05

4304.03

4364.66 4143.77

4058.08

50 400 300

300

300

10050 300

100

100

3080

- 5

40

10 400

50 300

500

300 350

300

100

150 300

600 400

300

400 350

30

50 300

15101

5030nl

10 300

300 300 600

15035

5050

50

30

6 300

30

?

66

4 30

30

35 300

300

10040

1030

30

1080

100

10 300

50 100

150

100

100

15

5

E P Low High

0.33 3.33 1-3 0.40 0.33

0.33 0.40

0.33

0.33

0.40

0.33

0.33

0.40

0.33 0.40

0.33

0.33 0.40 0.33

0.32

0.33 0.40

0.33

0.33 0.33

0.40

0.33 0.33

0.33

0.33 0.40

0.33

0.33 0.33

0.33

0.33 0.40

0.33

0.77

0.71 0.65

0.77

0.71 0.77 0.77

0.77

0.71

0.71 0.65

0.77

0.71 0.65

0.77

0.71 0.77

0.77

0.71 0.77

0.71 0.65

3.78

3.73 3.65

3.73

3.65

3.73 3.87

3.80

3.80 3.87

3.80

3.87

3.03

3.03

3.03

3.03 3.03

3.50

3.38

3.31

3.38

3.31 3.50

3.38

3.53

3.31 3.36

3.31 3.36

3.26

3.64

3.48

3.64 3.75

3.75 4.10

3.97

3.93

4.10

3.97 4.10

3.98 3.98

3.78

3.73 3.65

3.73 3.65

3.65

3.87 3.80

3.80

3.87 3.80

3.50

3.38

3.21 3.38

3.21

3.21

3.31 3.26

3.64

3.48

3.48 3.40

3.64

3.48 3.75

3.75

3-3 3-3

3-3

3-3

1-1 3-3

3-1 3-3

1-3 3-4

3-3

1-3

3-3 3-3

3-3

2-1

1-1 3-3

3-1 3-3

3-1

1-1 3-3

3-1

1-0

3-3

1-1 1-3

3-3 3-3

2-3

1-3

0-1 3-3

1-1 3-1 3-3

3-1

1-0

1-3 0-1

3-3

1-3 0-1

3-3

1-1 3-1

3-3

1-3

3-1

1-1 0-1

3-3

1-1 3-1

1-0

1-2 0-1

3-1

1-1

Uultlplet

(No)

a

3 D-z1 D° t ,(35)

a

3 D-z3D°

Laboratory

I A Ref Int

3-3

3-3

1-1 3-3

3-1 1-3

3-3

3-1 1-0 3-3

1-1 1-2 3-3 a

3 D-yln°

3-3 (38) 1-3

(36)

a

3 D-z3 P° (37)

EL3 D-ylF°

(39)

(40)

a

3 B-x3F°

(41)

aSD-zip

(43)

(43)

a

3 D-ylpc (44)

a3D-x3 P° (45)

a

3 D-xlF°

(46)

a3 P-z3 D° (47)

a

3 P-z3 P° t (48)

0.77 3.03 3-3 a

3P-ylF°

(49) a3P-y3 D°

(50)

a

3 P-x3F°

(51)

a

3 P-z 1 P°

(53)

a

3P-y3P°

(53)

a

3P-ylP°

(54)

La II continued

3705.81 3780.67

3854.91

3835.09 3637.15

3714.87

9657.00

6636.53

5863.70

4796.67

4739.80

4748.73

4043.91

6958.11 5486.86

•6396.08 5971.09 6126.09

5769.06 5535.66

4934.83

4530.54

•4533.37

4386.97 4385.30

4693.50

4655.49 4743.08

4535.31 4437.53 4619.87

4703.37

4668.91 4369.50

4383.44

4647.50

4378.10 4334.96

4317.56 4193.35

4099 . 54 3994.50

4153.78

4349.99

4033.58

4671.83

5080.31 4540.71 4719.93

4663.76

4230.95

4363.59 4050.08

4859.18

5303.63

80

50? 30

50

40

40

5380.97 A 100 4991 .37 A 80 4354.40 A 300 4036.59 A 15d

30

5 80

35

15

150 300

100

5 300

850

6080

100

15 400

A 300 A 40 A 300 A 400 A 350

100

100 300

150 350

300

100

100

50 100 300

100 150

10 100

10040

300

40

10 150 300

150 300

300

5n

150

E P Low High

0.77 4.10

0.71 3.97 0.77 3.97

0.71 3.92

0.71 4.10 0.65 3.97

85 Uultlplet

0.91 3.31

0.91 3.39

0.91 3.75

0.91 3.97

0.93 3.30

0.93 3.78

0.93 3.03 0.93 3.50

0.93 3.53 0.93 3.53

0.93 3.98

1.25 3.50

1.25 3.21

1.25 3.31

1.25 3.26

1.94 4.83

1.77 4.59 1.75 4.38

1.94 4.59

1.77 4.38 1.94 4.67

1.77 4.56

1.75 4.42

1.94 4.56

1.77 4.43

1.77 4.67

1.75 4.56

1.94 4.59

1.77 4.59 1.75 4.59 1.94 4.86

1.77 4.72 1.75 4.76

1.77 4.86

1.75 4.72

1.94 4.84

1.77 4.84

1.95 4.59

1.95 4.38 1.95 4.67

1.95 4.56

1.95 4.59

1.95 4.86

1.95 4.84

1.95 4.99

(No)

3-3 a

3 P-x3 P° 1-1 (55) 3-1

1-0

1-3 0-1

0-1

0-1

0-1

0-1

4-4

4-3

4-3

4-3

4-4

4-5

4-3

1.35 3.02 2-3

2-3

3-1

2-3

2-3

1.25 3.39 2-1 1.35 3.48 2-1

1.35 3.75 2-1

1.35 3.97 3-1

1.35 3.. 98 3-3

3.05 4.59 3.05 4.38

4-5 3-4

3-3

4-4

3-3

4-4

3-3

2-2

4-3 3-2

3-4

3-3

4-3 3-3 3-3

4-3 3-3

3-1 3-3 3-3

4-4 3-4

3-4

3-3 3-4

3-3

3-3

3-3

3-4

3-3

4-4

4-3

a

1 S-y3D

c (56) als-zlP"

(57) als-ylp"

,(58)

al3_x3po

(59) aiQ-zSH

(60)

a

1 0-z3 D°

(61) aiG-ylF"

,(63)

(63) alG-x3F t (64) alG-zlH°

(65) aiG-xlF"

(66) biD-yiD"

,(67)

(68)

b

1 D-x3 F

<' (69)

b

1 D-z 1 P° (70) blD-y3p° t (71) blD-ylP"

(73) biD-x3 P° (73) blD-xiF"

(74)

z 3 F°-e3G

(75)

z

3 F°-e3 F

(76)

z

3F°-e 1 F

(77)

z

3F°-e3 Dt

(78)

z

3F°-elo

(79)

z lF°-e3 (} (60)

z lF°-e3Ft

(81)

z

1 F°-e 1 F

,(83),

z

1 F°-e3 D

(83)

zl F°_ e lG

(84) zlF°-elD

(85)

z

1 0°-e3 Ot

(86)
ee REVISED MULTIPLET TABLE

Laboratory E P J Itultlplet

(Ho) Laboratory E P J Jtultlplet

(No) Laboratory E P J Multiple

(No) I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

La II continued La II continued La II continued

4717.58 A 50 3.05 4.67 4-4 z

1 G

<> -e3F 3049.39 A 5 3.78 6.83 3-4 z

3 D°-f3F

t

•4600.59 A 5n ,3.64

l 3.48 6.33 2-3 y

3P

e-f3D

4911.34 A 10 3.05 4.56 4-3 (87) 3054.03 A 6 3.73 6.77 3-3 (115) 6.16 1-2 (148) 3081 . 43 A 6n 3.65 6.65 1-3 4850.58 A 30 3.05 4.59 4-3 z^d'-e1?

z 3 D°-glD

(116?

i

3 po_e3Dt

4538.87 A 8nl 3.64 6.36 2-2 y3po_fl D ,(88) 3033.36 A 5nl 3.73 6.81 3-3

( 149), y3p«_g3D

( l5°>, y3pe_e3p

4419.16 A 30 3.05 4.84 4-4 2

1 0°-e 1 G (89) 6188.09 A 3-3

4133.50

3767.05

A

A

lOnl

5n

3.64

3.64

6.63 6.93

3-3 1001 3.87 4.86 3-3

5048.04 A 301 3.37 4.83 4-5 y

3 F°-e3 U 6443.05 A 50 n 3.80 4.73 1-3 (117) 3885.09 A 4 3.64 6.83 2-1 (151) 5379.11 A

A

40

35 3.35

2-13

4.59

4.38 3-4

3-3

(90) 6307.35

6315.79 AA 30n

50 3.803.80

4.76

4.76 0-1

5480.73 1-1 5566.93 A 40 3.37 4.59 4-4 9346.69 A 15 3.53 4.84 5-4 zlH°-elo

5806.56 A 8 3.35 4.38 3-3 5808.63 A 8 3.87 4.99 3-3 z3P

c-e1 D

1118),

z

3P°-flF

(153)

5381.77 A 50 2.37 4.67 4-4 y

3F°-e3Ft 3460.31 A 51 3.87 6.44 3-3 4880.30 A lOn 4.10 6.63 3-3 x3po_g3i> U53),

x3 P«>_e38

5340.66 A 100 2.35 4.56 3-3 (91) • i"9),

z3p°-g3 D t (130) 5381.91 A 100 3.13 4.43 3-3 3383.95 A 8n 3.87 6.63 3-3 4503.16 A lOnl 3.97 6.71 1-1 3339.07 A 8 3.80 6.51 1-3

( 154), 4953.06 A 40 3.37 4.86 4-3 y3F°-e3Dt 3411.76 A 30nl 4.10 7.73 3-3 x3p»_f3p'

5003.13 A 40 2.35 4.73 3-3 (93) 3336.31 A 5 3.87 6.58 3-1 z3po_B lpt 3580.10 A 8n 4.10 7.55 3-1 (155) 4688.65 A 40 2.13 4.76 3-1

( 13l) , i3po_e

3 s t 3578.89 A 5n 3.97 7.43 1-0 3313.56 A 5 3.87 6.71 3-1 3394.44 A 10 3.97 7.73 1-3 4996.82 A

A

50

10

3.37

3.35

4.84

4.99

4-4

3-3

ySpe-elo

J93)

y

3F°-e 1 D 3933.53 A 3-2

(133) yln°-f3 Dt

3407.00

3317.13

A

A

8nl 8n3.93

4.10

7.55

7.94

O-l

4498.76 101 3.03 6.16 3-3 x3p»-g3p-

(94) (1567 3694.37 A 7n 3.03 6.36 2-3

(133) yln«_fln

3113.63 A 8n 3.97 7.94 1-3

5188.21 A 500 2.44 4.83 6-5 z3H°-e3G (134) ylD°-flF

3174.88 A lOnl 4.10 7.99 2-3 x3po_h

3D

- 5377.08 A 300 2.39 4.59 5-4 (95) 3613.34 A 50 3.02 6.44 3-3 3191.39 A lOn 4.10 7.97 3-2 (157) 5671.54 A

A

100

10 3.303.39 4.38 4.83

4-3 5-5 3420.54 A 5n 3.03 6.63 3-3

(135), ylD°-g3 D t (136), y

1 D°-f3 G

4891.43

5167.88 A 10 3.30 4.59 4-4 5173.83 A 251 3.98 6.36 3-3 xlF°-flD

3520.73 A 10 nl 3.03 6.53 3-3 (158) 5204.14 A 300 3.29 4.67 5-4 z

3 H°-e xlp'-flF 3F (137), ylD°-f3F 5014.45 A 30nl 3.98 6.44 3-3

5226.30 A 401 3.20 4.56 4-3 (96) 3397 . 77 A 40 nl 3.03 6.65 3-3 (159), xlF°-flO

A 150 3.30 4.59 4-3 z 3H°-e1F

,(97), 6718.68 A 3-3

(138) ylFc-e3 D t

4194.36 A 30n 3.98 6.93 3-4

5157.43

60 3.03 4.86

(160) 4843.39 A 5 3.39 4.84 5-4 z

3 H°-elG (139) ylFB -elG

(130) ylp'-elD

4563.5 A 5n 4.38 7.08 3-3 e3 G-l°

(98) 6801.38 A 5 3.03 4.84 3-4 5066.99 A 20n 4.83 7.35 5-4(161)

e3G-3°

5458.68 A 50 3.33 4.59 3-3 zlD°-elF 6373.76 A 100 3.03 4.99 3-3 (163) ,(99), (131), e3G-4° t ylF°-g3D

(133)

4341.30 A I5nl 4.59 7.50 4-4

5172.89 AA 201

301

3.33

3.33

4.73

4.76 2-33-1 z!De-e3 Dt

(100) 3437.57 A 8 3.03 6.63 3-3 5107.54 A 4-3

(163) 5090.56 6n 4.67 7.08 e3F-l°

4636.43 A 80 3.33 4.99 3-3 zlD°-elD 4363.05 A 501 3.50 6.33 3-3 y

3D°-f3 D (164)

e (101) 3F-5 t zlD°-flF

(103)

4443.94 A 30 nl 3.38 6.16 3-3 (133) 4304.11 A lOnl 4.67 7.53 4- 3007.33 A 5 3.33 6.44 2-3 4307.61 4634.95

4474.03

A

AA

101 351

10

3.31 3.50

3.38

6.14

6.16

6.14

1-1 3-3

3-1 4113.38 A 3-

(165) 401 4.59 7.59 elF-6°

5973.53 A

A 1301

300 2.752.63

4.83 4.59

5-5 4-4

z 3 0°-e3 Gt

(103) m4l93.37

4180.97

PA

La+ 131

3.38

3.31 6.33 6.16

3-3

1-3

(166) 6310.91 6642.79 A 100 3.53 4.38 3-3 4131.74 A 5n 4.86 7.85 3- e3D-7°

6714.08 A 80 2.75 4.59 5-4 3939.85 A 301 3.50 6.63 3-3 y3no_g3 D t

. (1347

(167) 5652.3 A 10 n 2.63 4.83 4-5 3816.35 A 10 n 3.31 6.44 1-1 3817.34 A -8n 4.73 7.95 2-3 e3 D-8°

(168) 6446.63 A 300 2.75 4.67 5-4 z 3 G*-e3Ft 3935.09 A 5 3.38 6.53 3-3 y3D°-f3G 6399.04 A 400 3.63 4.56 4-3 (104) (135), y

3 D°-f3 Ft

Strongest Unclassified Lines of La II 6498.19 A 350 3.53 4.43 3-3 3701.81 A 401 3.50 6.83 3-4 (Some may be La III) 3641.66 A 501 3.38 6.77 3-3 (136) 5948.30 A 30 3.53 4.59 3-3 z

30°-elF

(105)

z 3G°-e3 D

3581.68 A 30 nl 3.31 6.65 1-3 5317.83

4516.38 AA

lOn

5nl

5533.17 A 10 3.63 4.86 4-3 3731.43 A 8n 3.50 6.80 3-4 y

3 D

o_e

3H 4310.33 A 50nl

5610.53 A 30 2.52 4.73 3-3 (106) (137) 4301 . 50 4193.34 A

A

6n

5 5901.95 A 401 2.75 4.84 5-4 z

3 0°-elG 4411.31 A 35 nl 3.53 6.33 4-3 x3F°-f3 Dt

(107) 4337.78

4098.73 A

A

101

5 3.31

3.31 6.166.33

3-3

3-3

(138) 4161.94

4133.33 AA

8n

6nl

6830.83 A 6 3.78 4.59 3-4 z

3 D°-e3 Gt 4007.64 A 7n U08),

z 3 D°-e3 F 3981 . 36 A 101 3.36 6.36 3-3 x

3 F°-f1 D 3963.04 A 51

6554.18 A ? 3.78 4.67 3-4 U39),

x3F -g3D t (140), x3F°-f3Gt

3963.03 A 101

6732.80 A 40 3.73 4.56 3-3 (109) 3979.08 A 81 3.53 6.63 4-3

6968 . 78 A 35 3.65 4.43 1-2 3747.96 A 51

z3 D°-e 1 Ft

3864.49 A 1001 3.53 6.73 4-5 3665.33 A 101

6813.68 A 50 3.78 4.59 3-3 3773.13 A 1501 3.31 6.58 3-4 (141) 3610.35 A 301

( u0) , z3D°-e3 Dt

3780.53 A 50 7 3.36 6.53 3-3 3398.73 A 5n

5937.71 A 30 3.78 4.86 3-3 3308.13 A 6 6303.51 A 501 2.73 4.73 2-3 .(111) 3736.41 A 15 1 3.53 6.83 4-4 x3F°-f3F

t

5848.95 A 20 2.65 4.76 1-1 3570.10 A 30 nl 3.31 6.77 3-3 (143) 3018.95 A 6nl

6374.08 A 30 2.78 4.73 3-3 3004.68 A 5n

6085.43 A

A

10

10

2.73 2.73

4.76

4.99

2-1

2-2 z

3 D°-slDt

3474.84

3433.9

AA81

5

3.36

3.31

6.81 6.93

2-3

3-4

x

3F°-glDt

(1437

x3F°-flGt 5447.59 (113),

z 3 D°-f3 Dt

(144)

x3F°-h!D

La III I P IS1.1 Anal List A Nov i 3484.39 A 101 3.78 6.33 3-3 3985.43 A 5 3.36 7.39 3-3

3433.81 A 5 3.73 6.32 3-3 (113)

z

3 D°-g3 D t (114)

(145) 3171.68

3517.14 AA

300

300

1.68

1.68 5.575.19 fcl

6

3 S-62P°

(1) 3309. 13 A 6 2.78 6.63 3-3 4481.31 A 35 nl 3.39 6.14 1-1 z lp°-f3

D 1253.96 A 5 2.73 6.51 3-3 (146),

E lpo_f3p t 3253.41 A lOn 3.65 6.44 1-1 3059.91 A 8 3.39 7.43 1-0 Ce I No analysis Uay 1943 (Temperature Class)

(147)
Laboratory

I A Ref Int

E P Low High

Ce II IP? Anal B List B

J

Dec 1941

Multlplet

(No)

Group I 4186.599 4248.676

4306.734

4563.360

4538.473

4573.377 4638.160

4418.784

4383.167

4396.680

4460.313

4680.458

4560.959

4533.077

4151.970 4137.646

4239.913

4483.900

4450.733

•4309.4098 4198.734

3934.46 4144.493

•4133.800 4137.367

•4133.800 4073.477 4081.222

4101.772

» 388. 007

4606.402 4593.933

4198.669

4582.503

4560 . 280 4471.240

4844.87 1227.746

4144.995

4165.606

4142.398 4461.138

4385.366

4118.144

3993.833 •3918.376

5330.583 A

5075.304 C

5079.681 C 5187.453 C 5374.344 A

5353 . 534 A

5044.008 A

5032.871 C

4467.537 A

4714.83 A 4846.574 C 4773.943

4680.137 c 4429.370 c 4443.73 p 4078.331 A 4444.393 A 4491.10 P 4217.591 A

4497.849 A 4261.164 A

4463.410 A

4565.848 A 4423.678 A

A370.716 C 4119.784 A

4067.379 A 4133.488 C 4115.374 A 4161.175 A

6117.175 A 5365.710 A S409.324 A S668.901 A 5468.37 P 5473.397 C 5393.391 A 5513.085 C 3360.541 A 3334.455 A 3313.315 A 3335.339 A

600

300

100 400

150 350

500 300

300

300 400

(3) 60

135 300

400 300

10075

(35) 60

(10) 500

150

500 300

150 135

(8)

50 300

75

(10) 135

300

100

60 300

150

50

30 300

300 300

25

20

75

60

75

50

25

20

(5)

(8) 5025 100

6060

3025

(18) 60

50

(25) 50

(20) 50

(20) 150

(18)

15

1580

40 Ce 1 30 100

1507560

50

50

0.38

0.20 0.04

0.00

0.38

0.20 0.04

0.38

0.30 0.20

0.04

0.04

0.00

0.43 0.22

0.43

0.32 0.43

0.22

0.43 0.22

0.22

0.43 0.22

0.43

0.43

0.22

0.43

0.22

0.61 0.58

0.48

3.18 3.02

2.91 2.77

3.02

2.91 2.77

3.18

3.02

2.91

-7-4 a4H-z4I°

(1)

a

4H-z4H°

(3)

3.37

3.30

3.02

3.03

3.02 3.39

3.20

a

4H-z2 H°

(3)

a

4H-z40°

(4)

4-&4 a

4H-z2

I" |-5| (5)

4-64 a

2 H-z4

I° M| (6) 1-5+ a

2 H-z4H° Ml (7) 4-54 a

2H-z2H° h4 (8)

3.11 2.90

3.02

2.91 3.14

2.98

2.98 3.14

3.20 44-44 a

2H-z40°

3.39 54-64 a

3H-z2 I° 3.20 44-5* (10) 3.20 5J-5J

3.31 54-44 a

2 H-z2G° 3.21 4j-3f (11) 3.52 54-44 a^-^G"

3.37 44-3-J (13)

0.39 3.71 44-44 b

2 H-z4

I°

,( 131 0.55 3.98 54-44 b

2H-z2H°

(14)

0.48

0.61 0.48 3.34 34-1-4 a

4F-z4D°

(3°i . (31) 3*

a

4F-z4F°

(33)

0.93 3.33 0.77 3.11 0.63 3.90 0.53 3.71 0.93 3.18 0.77 3.03 0.63 3.91 0.53 3.77 0.93 4.59 0.77 4.47 0.63 4.35 0.53 4.34a*I-z*I"

(33)

a

4!-*4!! (34)

i4I-y4l«

(35)

REVISED

Laboratory

I A Ref Int

MULTIPLET TABLE

E P J

Low High

Ce II continued

5518.491 5610.257

4624.899

4148.901 4167.804

4110.381 4155.533

6035.487 6034.304

5975.830 6043.386

4893.968

5613.698 5768.895

4410.641 4339.317

4063.223

4117.013 4163.516

1020

60

(35)

(13) 60

(6) B30

60

15

(5) 30

30

3060

75

(30)

0.67

0.57

2.91

2.77

Multlplet

(Ho)

a

40-z4HO

(26)

0.64 3.31 34-44 a

2 F-z2 G° 0.61 3.58 34-3^ a

;3F-Z*D° 0.64 3.60

0.61 3.61 0.64 3.61

*F-z4f (39)

1.13 3.18 0.98 3.03 0.85 3.91 0.73 3.77 0.85 3.37

0.94

0.84

3.14

3.98

^H-z4^ t (30)

4*-3£ b^-^G

(31) 64-54 a

2 I-z2H° 5f-44 (33)

0.87 3.66 44-34 a^j^F

,(331 0.87

0.88

0.87

0.88

3.71 3.93

3.86

3.85

44-44 a

2 G-x2G

34-34 (34) £3 a^y2

!! (35)

Ce II Group II See Introduction

3563.091 4053.506

3848.597

4080.435

4233.599

A (6) A 100

C 150 B (5) A 300 3718.380 C 300 3803.097 A 300 3815.831 C 350 3942.151 B 125 3653.108

3668.719 3853.164

3709.886

3667.981 3709.933

3716.365

3764.117

3660.641 3927.383

3534.051 3545.603

3436.208 3485.054

3441.310 3393.920

3142.312

125

(12) 125

400

400

500 600

150

250

(4) 300

(3) 250

400 150

50

(35)

74 a

4H°-z4 It

(36)

a

4H°-z4Gt

(37)

.73) 54-44 a

4H°-z4F

.36) 34-34 (38) 3.30) 34-34 a

4H°-z2 G

, , 4

(39) 4 3.85) 64-64 a

4H°-z4Ht

3.73) 54-54 (40)

(0.00

(0.52

(0.36

(0.13 3.45

(0.00 3.33

(0.36 3.63) 54-54 a^-y2}! A41) (0.12 3.49) 44-3} a

4H°-116t

(42) (0.36 3.50) 54-44 a

4H°-x2H

(0.52 4.01) 64-54 a

4H°-y4G

(0.36 3.84) 54-44 (44) (0.13 3.73) 44-34

(0.00 3.54) 34-34

(0.36 3.94) 54-44 a

4H°-159

(45) 0.53 4.16) 64-6* a

4H°-z2 I 0.13 4.05) 44-5

3738.433 A

3788.753 A

4038.411 A

4399.363 B 3757.863

3878.373

4034.491 C 3834.556 B 3931.088 A

•3673.1668 B 3889.990 3795.356

3940.338

3922.005

3653.670

3769.046

3560.798

3577.458

3698.650

3786.638 3426.583 3507.945

3655.851

3898.873 3719.797

(46)

a4 I°-z4I

(47)

a

4 I°-z4G

(48)

a

4I°-z2 H

(49)

a

%I°-z*H

(50)

3718.190 B 3659.237

3530.533

3446.731

500

500

(5) 150

(4) 135 500

100

(15) 150

135. 150

(15)

0.67 4.14. 0.47 3.93' 0.32 3.69, 0.17 3.43 0.33 3.93 0.17 3.69, 0.33 3.69]

(0.47 3.63

(0.33 3.63

(0.17 3.49) 44-34 a

4I°-116

,(53) (0.17 3.55) 44-34 a

4I'-133

,(54)

(0.17 3.68) 44-34 a

4 ^* I°-133

(55) <0. 33 3.90) 54-44 a

4I°-156

(56)

Laboratory

I A Ref Int

Ce II continued 3942.746

4075.714 3999.242

4386.835 4296.786

4486.909

4242.723 4349.789

4087.297

3808.134

4133.873

4083.333 3913.434

4077.470

3919.813

3836.113

3931.369

3854.333

3854.187 3694.911

4407.378 3908.408 3646.965

3501.453

3379.843 3164.154

3146.407 3632.145

2990.873

3272.253

3169.183 3218.944

3201.714

87 E P J Multlplet Low High (No)

10060

(40) 135

300

60

135

300

300

10080 350

150 300

300

4117.388 A (30) 4353.356 A 50 4346.711 A (30) 3914.949 A (18) 4193.094 C 50 3334.374 C 300

3933

4046

4071

4391 4355

4398

4399

4119.877

3967

3960

4193,

4187.

3883,

3631.

4336.

4119.

.048 .914

,874

333 446

194

355 015

3733.759 A (13) (0.33

4098. S904. 981

340

3760,

3519, 694

077 3376.351 A (18) (0.33

3436.

3339. •3337. 3405

3189

3379.

3366.

3171.

304

363

1148 977

638

173 554 615

74 b

4H°-z4I 64 (57)

3.20) 44-34 b4H°-z2 (58) b4H°-z2H

(59)

b

4H"-z4H

(60)

b

4H°-y4H

(61)

(0.33 3.43) 34-34 b

4H°-113

(63) (0.39 3.63) 44-54 b

4 H°-y2 H J62 K (0.70 3.50) 54-44 b^'-^Ht

, , A6i K (0.85 4.01) 6J-54 b

4H°-y4G

(65) (0.39 3.68) 44-34 b

4HO-131

(0.33 3.76) 34-34 b

4H°-141

(67) (0.29 4.06) 44-34 b4H°-171

(0.29 4.19) 44-34 b

4H°-186t

,(69)

(0.29 4.22) 44-34 b

4 H°-188

(70) (0.85 4.26) 64-64 b

4H°-y2 I (71) (0.29 4.42) 44-44 b

4H°-209

,(72) (0.70 4.47) 54-44 b

4H°-213

„< 73) (0.70 4.59) 5^-44 b

4H°-331

, J 74 ' (0.85 4.69) 64-54 b

4H°-239

(75) (0.85 4.71) 64-54 b

4H°-333

(76) (0.74 3.73) 34-44 a^-z^

(0.46 3.36) l4-34 (77) (0.46 3.17) l4-li

(0.46 3.61) 14-24 a

4 D°-126

,(78) (0.74 3.68) 34-34 a

4D°-l32

(79) (0.36 4.08) 4-l4 a

4 D°-173

(80)

3.84) 44-54 a

4F°-Z4G

(81)

a

4 F°-z4Ft

(82)

(20) (0.33 3.32) 24-34 a

4F°-z4Ht

,(83) (0.33 3.44) 24-14 a

4F°-z2D

(0.32 3.44) l4-l4 (84) (0.55 3.49) 34-34 a

4F°-116

(85) (0.55 3.50) 34-44 a

4F°-x2H

,(86),

(0.32 3.50) 14- 4 a

4F°-z4D

(87) (0.33 3.73) 24-34 a4F°-y4o

(88) (0.70 3.55) 44-34 a

4F°-123

(0.55 3.55) 34-34 (89) 3.64) l4-l4 a

4F°-129

(90) 3.71) 44-34- a

4F°-136t

3.71) 34-34 (91) 3.83) 34-24 a4F°-148

3.83) 24-84 (92) 4.09) 24-24 a

4F°-175

,(93) (0.55 4.14) 34-24 a

4F°-180t

(0.38 4.14) 14-24 (94) (0.32 4.14) l4-l4 a

4F°-181

.(95) (0.55 4.17) 34-44 a

4F°-184

,(96) . (0.33 4.19) 84-34 a

4F°-186

,(97) (0.55 4.30) 34-44 a

4F°-187

(98) (0.55 4.33) 34-34 a

4F°-l88

(0.33 4.32) 34-34 (99)

100

135

(35)

(35) 75 135

50

(25)

(15)

(5)

(25)

(0.70

(0.55 (0.55

(0.33

300

100

(30) 100

150 300
Laboratory

I A Ref Int

Ce II continued

7417.450 A 135

E P Low High

J liultlplet

(No)

:-C36.735 3317.797

3304.836

3:?''. 137 3274.864

3083.304

3199.279

3017.195

1031.339 4539.755

4527.348 3760.404

4072.917

3613.701 4278.866

4289.938 3637.210

4131.099

4120.829 3628.247

•3952.573 3943.141 3508.470

3632.106

3838.542

3823.903 3832.745

3598.196

3554.993

3539. 086 3234.165

3145.283 3056.775

3008.789

4196.335

4257.121

•4544.961 3766.514 4165.334

4479.432

4320.723 4125.776

4309.739

3857.240

3908.543 3755.425

3792.326 3246.674

3423.653

3<7 C..842

3909.313 3971.684

S993.368 4375.91%

4176.080

•364.666 3798.038

4138.067

150

3060

(20)

150

(20)

(35) 80

150 200 200

(2) (20) 150

(0.70

(0.55

(0.70

(0.70 (0.55

(0.70

(0.55

(0.70

(0.70

0.32

0.33 0.32

(0.33

(0.33

4.31) 4^-4^

4.36) 3$-3$

4.43) 4^-4*

4.44) 4i-3i

4.44) 3j-3|

4.47) 4^-4$

4.55) 3j-3£

4.56) 4i-4j

4.79) 4^-3^

3.38

3.04 3.04

3.60)

3.36)

a*F°-l99

(100)

a

4 F°-205

(101) a4 F

c -209

(103)

a4F°-210

(103)

a

4 F°-313

(104)

a4 F°-317

(105) a4F

#-318

(106)

a

4F°-237

(107)

a

2 G°-z4 I (108)

a2 G

e-z4Gt

(109)

(0.32 3.73) 4^-4| a

3 G»_z4F

£ 110), a2 G°-Z2 G

a

2 G°-z2 H (U3)

a

2 G°-z4Ht

(113)

a2 0°-y4Q

(114)

(138)

A (30) (0.49 3.49) 3$-3* b3o°-U6

5* b2o»-x3H 4 (138)

3112.203 (15) 300

0.44

0.49

0.44

4.41 3.50 3.50

(5(1) 200

(13)

(0.49 (0.49

3.50) 3$-3|

3.55) 3j-4$

3.61) 3^-3$

b2(J»-il8 (139) b*0 -133

140) 0°-136

(141) J

B E V I S E D Laboratory

I A ««ef Int

Ce II continued

3782.524 B 75

ULTIPLET TABLE

E P J Low High

3687.803 3433.708

3390.515

3271.151

3314.731 3395^389 3385.334

3331.336

3137.530

3103.377

3110.378

4380.060

4104.996

4361. 4739.

4014.

3857, •4149.

4345,

3343,

4153.

3748, 3958,

4106,

4093,

661

49899 033

936

976

861 67

056

366

134 955 4169.773

4133, 3875,

4017.

3781.

3357.

3344.

3300.

3186.

3976.

330 036

596

630

315

761 153

136 905

4190.636

4437.613

4313.036

4373.401 4334.737

4443.743

4437.917

3801.539

3983.901

4085.333 4356.156

4396.069 4169.878

4090.947

3978.650

4359.746

•3956.901 •3953.573 3607.635

•3468.1130 3609.687 3051.975

3037.731 3353.483 3995.644

3051.934 3063.010

30

300

(30)

(18) 10080

135 300

80

135

100

(0.49 3.76) 3^-3$

(0.44 3.79) 4$-*£

(0.44 4.05) 4^-5£

(0.44 4.08) 44-3-J (0.44

(0.49

4.33) 4f-3|

4.33) 3|-3j

(0.49 4.34) 3f-3$

(0.49 4.35) 34-3J

(0.49 4.31) 3^-3$

(0.44 4.39) 4^-3j

(0.44 4.43) 4J-4J

(0.49 4.46) 3^-3^

Multlplet

(No)

b

2 0°-141 b2 0°-y3

b3G°-z2I (144) b30°-174

(145) t^o'-iss

(146)

4678.94 P 4696.13 P 4508.083 A (8) 4735.090 C 30

4495. 389 4654.386

b

30°-l93

(147) bS&°-193

(148) b3oe-300

149) G°-307 t 150) G°-309

151) G°-313

(153) b4F°-z4G

(153)

b

4F°-z4F (154) b4F°-z2D

(155) b4F°-137

(156)

o2 G»-z4Gt

(157)

c3G°-y4Ht

(158)

3(jo_x

3Ht

(159)

135 (0.83 3.94) 300

6 350

60» 80

3080

60*

400

0.67

(0.53

(0.89 (0.53

(0.53 (0.89

(0.67

(0.83

(0.89

4.09)

4.09)

4.31)

4.58)

4.60)

4.69)

4.79) 4.86)

4.93)

(175)

4G°-y3(j (176)

4J-4J a4 0°-l59

1 , 1 177) 3i-3| a4 c-175

3f-li

3^-li

3^-3^

5*~4*

(178)

a

4 G°-199

(179) a4 G°-330

(180) a4G°-333

(181)

a40°-339

a4(} -337

(183) a40°-244

(184) a40°-348

(185)

Laboratory

I A Bef Int

Ce II continued

4302.944 A 150 3488.553 A 75 4003.771 4135.443 3896.804

•4149.936 3934.644

3933.109

3912.191 4001.049

3980.895

3921.731 3442.380

3439.831 3341.868

•3386.0395 3349.967

3055.343

E P Low Highllultlpli (Ho)

100

(30) 100

60

60

135

(5)

(4) 100 100

75

60

100

(18)

(30) 150

3956.384

4373.818

4449.336

4314.041

4479.359 4146.334

3809.334

4270.189

3938.086

4292.767

4075.853

4275.561

4012.389

150

50 300

5050

75

(35) 60

ili I 125

(25) 300

(0.56

(0.87

(0.93

(0.56

(0.56

(0.71 (0.56

(0.56

(0.56

(0.71

(0.71

(0.71 (0.56

(0.56

(0.56

(0.56

(0.71 (0.56

(0.61 (0.56

(0.61

(0.61 (0.56

(0.56

(0.61 (0.56 0.56

0.56

(0.61 (0.56

(0.56

3.49)

4.41) 4.01 3.54

3.73

3.68)

3.70)

3.70)

3.71)

3.79)

3.81)

3.85) 4.14)

4.14)

4.35)

4.31)

4.39)

4.60)

4^-5£

3f-3$

3^-3* 3i-l£

3$-3|

2^-3|

3i-4

3^-3|

3^-3|

z\-z\

2f-l|

z\-z\

3|-2|

3^-3|

Z\-\\

b

4G°-ll< (186J , bfGO-xS]

(187) b

4G°-y*(

(186)

b4G°-13S

(189) b

4G°-134

(190) b4G°-13f

(191) b4G°-13e

(l93) b4 e-y3c

(193)

b4G°-14S

3.73)

3.38)

3.38) 3.53)

3.3l)

3.53)

3.85) 3.45)

3.69)

3.43)

3.63) 3.44)

3.63)

54-6J 4*_ 55

4*-54

b4G°-152

(195) b4G°-18C

(196)

(197) b4G°-l93

(198) b4G°-300

(199)

b4G°-307

(300)

b4G°-333

(301)

a

2 H°-z4IJ (202)

4L3-

4198.431 B (4) (0.56 3.50) 4^4^

3830.871

3765.044

•4197. 998J B 4130.706 A

3895.114

3531.880

3373.739 3377.137

3343.370

3331.171 3183.533 3194.635

3155.704

4037.665 A

3599.974 A

, (51 (13)

(5) 100

135 300

135 300 300

350

350

300

(30)

(35)

(10)

4353.733 B 76 4007.589 A (15) 3817.455 A (35) 3699.930 B 50

4336.836 A (15) 4380.141 A (15) 3993.913 A (15)

4368.334 4139.176

•5347.8068 4684.605

4789.68

8(5

(830

(0.61 (0.56

(0.61 (0.56

(0.61

(0.61 (0.56

(0.61 (0.56

(0.56 (0.56

(0.61 (0.56

(0.73

(0.58

(0.60 (0.60

(0.60

(0.63

(0.73

(0.73

(0.73

(0.90 (0.74

(0.74

(0.90

(0.74

3.84)

3.84) 3.55)

3.55)

3 .77) 5J-4J

4 .11) 5i-4|

4 .33) 4^-3|

4 .36) 5f-6£

4 .36) 4^-3|

4 39) 4j-3|

4 44) 4^-3^

a

2H°-zaH

(303)

a

2H°-l4H

(304)

a

3H°-y4H

(305) 1 a3H°-y2 H

(306)

a

2H°-x3H

(207) a3He-y4a

(308)

a2H°-l33

(309)

a

2H°-143

(310) a2 H -177

(311) a3H°-188

(313)

a2H°_y2l

(313) a3H°-305

(314) a2H°-307

4.47

4.47) %%

3.79) 3jw4|

4.01) Z\-i.\

3.43) 1^-3^

3.68) l^-l|

3.83) \\- i

3.97) 3J-3|

(315) a3Ho-310

(316) a3H°-313

(317)

T^Te-y2a

(318) b3F°-l67

(319) a2 D°-113

(330) a3 D°-130

(331) a3D°-147

3.58) l£-l|

3.61) 1^-2^

3.82) 1^-1^

3.73) 6+-64

3.73) 54-64

3.04) 5>-4|

3.53) &J-5^

3.31) 5| 4551.397 A (30) (0.74 3.45) 5^-4^ 3517.380

4469.850

3735.675 3590.598 3673.789

300

(4)

(40) 125

60

(0.90 (0.74 (0.74

(0.74

(0.90

4.41)

3.50)

4.05) 5|-5j

4.17) 5f-4|

4.36) 6^-Si

a*D -l61

(333)

a3p°-134

(324) a3p°-136

(325)

a2po_i46

(226)

a2 I»-z4 I (227)

a

2 I°-z2H

(228) a2 I°-z4H

(339) a2io_x2H

(230)

a

2 I<>-z3 I (231) a3 I°-184

(833) aSlo.yaj

(333)
REVISED UULTIPLET TABLE 89 Laboratory E P J Uultlplet

(No) Laboratory E P J Multlplet

(No) Laboratory E P J Uultlplet

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High (No) Ce II oontlnued Pr II I P ? Anal C Lis t B Deo 1941 Pr II continued

,3343.888 B 100 [0.79 3.93) 4|-5^ d

2 G°-y4H

(334) d2G°-186

4638.751 A 100 0.05 3.73 5-5 a5 I°-3 4354.430 A 20 0.63 3.53 7-7 a3 I°-z3 It "- 4535.931 A 60 0.00 3.72 4-5 (1) 4664.647 A 20 0.42 3.07 6-6 (27) •3633.837 B 300 [0.79 4.19) 4- 3971.164 A 40 0.43 3.53 6-7

(335) d2 Q-°-188 4517.595 A 40 0.05 2.79 5-5 a

5 I°-3 t 4339.415 A 35 0.33 3.07 5-6 3600.583 B 60 [0.79 4.33) 4 •4429.338 A 60 0.00 3.79 4-5 (2) (336)

d2 Q°-337

4008.714 A 75 0.63 3.71 7-7 a

3 I°-z5Ht

3083.670 C 100 [0.79 4.79) 44-3i 4744.935 A 40 0.20 3.80 6-6 a

5 I°-4 3983.063 A 150 0.43 3.53 6-6 (28)

A 3*-l£

(337)

c2F°-l34

4487.831

4100.746/^

AA30 1500.05

0.55

2.80 3.56

5-6 8-9

(3) a

5 I°-z5K

3963.445

4395.788

AA40

30

0.33

0.43

3.33

3.23

5-5 4440.883 (30) ,0.80 3.58) 6-5 a3 I°-l9

(338)

c°F°-y2(J (239)

o2F°-164

4143.136 A 150 0.37 3.35 7-8 (4) 4096.833 A 35 0.33 3.23 5-5 (29) 4364.370 A (10) 0.90 3.79) 3i-4i 4179.432 A 150 0.30 3.16 6-7 4333.98 A 150 0.05 2.98 5-6 4347 . 490 A 30 0.43 3.26 6-6 a

3 I°-22t

3989.444 B 30 0.90 3.99) 3|-3| 4408.844 A 200 0.00 3.80 4-5 4054.845 A 80 0.33 3.26 5-6 (30) (240)

c2F°-l86

4405.849 A 80 0.55 3.35 8-8 3741.737 A (10) ,0.90 4.19) 3i-3j •4439.338 A 100 0.37 3.16 7-7 4338.694 A 35 0.43 3.26 6-7 a

3 I°-23t

(341)

o2F°-188

4449.867 A 150 0.20 3.98 6-6 (31) 3716.930 A (10) ,0.90 4.33) 3 •4496.439 A 250 0.05 3.80 5-5 4303.100 A (60) 0.43 3.29 6-5 a3 I°-25

(242)

o2F°-305

4734.177 A 25 0.37 3.98 7-6 4015.389 A 40 0.33 3.39 5-5 (32) 3559.338 A (6) ,0.90 4.36) 3^3-J 4754.635 A (15) 0.20 2.80 6-5

(343) c3F°_317

4568.545 A (30) 0.63 3.33 7-6 a

3 I°-z3H 3373.455 C 100 ,0.90 4.55) 3 4707.541 A 20 0.20 2.83 6-5 a

5 I°-5 4243.538 A 30 0.43 3.33 6-6 (33) (344) 4454.383

4368.337 AA

30 150 0.05

0.00

2.83

3.83

5-5 4-5

(5) 3964.261 A 40 0.33 3.33 5-6 -4360.16 A (25) ,0.81 3.64) li-l| b2 D°-139 4403.605 A 35 0.63 3.43 7-8 a

3 I

e-30

B 50 [1.03 3.99) 2i-3i

(345) b2 D°-164 4651.517 A 75 0.20 2.86 6-6 a5 I°-6

E (6) (34) 4159.033

(246) b2 D°-216 4397.764 A 80 0.00 2.87 4-5 a5l°_7 5110.768 A 60 1.14 3.56 10-9 a5L°-z5jCt 3396.863 A 40 [0.81 4.55) li-3* K

< 7 U 5173.898 A 60 0.96 3.35 9-8 (35) (247) 4306.739

4189.518 AA

100

125 0.550.37

3.48

3.32

8-8

7-7

a

5 I°-z5 I (8) 5220.113

5259.743 A

A

50

80 0.790.63 3.163.98

8-7 7-6 •3918.376 C 300 ,0.89 4.04) 2 C4F°-169 4164.193 A 100 0.20 3.17 6-6 5322.778 A 60 0.48 2.80 6-5

(248)

c4F°-244

4118.481 A 200 0.05 3.05 5-5 3433.091 A 50 1.27 4.86) 3- 4335.337 A 150 0.00 3.92 4-4 4801.150 A 15 0.48 3.05 6-5 a

5 L°-z5lt

(249) 4458.336

4412.155 A

A

25

30 0.550.37

3.32

3.17 8-7

7-6

(36)

.4713.996 A 30 1.10 3.72) 5 4333.913 A 100 0.20 3.05 6-5 5034.415 A 20 1.11 3.56 9-9 a

5 K°-z 5 Kt

(350) b2H°-159 4305.763 A 100 0.05 2.92 5-4 5135.125 A 20 0.95 3.35 8-8 (37) 4345.963 A (6) 1.10 3.94) 5W 3966.573 A 80 0.37 3.48 7-8 5219.053 A 20 0.79. 3.16 7-7 £351)

(252)

3965.263 A 150 0.20 3.32 6-7 5292.630 A 30 0.65 2.98 6-6 4043.135

3984.675

CA

(8) 100

,1.10 0.954.16) 5-i-6i 4.05) 4£-5i 3964.825

4044.818 A

A

250

60 0.05 0.00

3.17

3.05

5-6

4-5 5381.262 A 60 0.51 2.80 5-5 5195.110 A 20 1.11 3.48 9-8 a5 K°-z5l 3907.289 A 125 1.10 4.26) H-si ^H'-y2 ! (253) 3953.516 A 135 0.55 3.67 8-8 a

5 I°-z3 Kt 5206.562 A 20 0.95 3.32 8-7 (38) 3997.054

4341.019 A

A

4060 0.37 0.553.46

3.46

7-7 8-7

(9) 5195.307 5129.520 AA

30

40 0.790.65

3.17

3.05

7-6 6-5 4363.427 A (40) 1.04 3.93) z\-z\ b

4 D°-158 5110.382 A 60 0.51 2.92 5-4 A (20) 0.97 4.09) 1^-3*

(254) b4 D°-175 4141.257

4578.139 A

A

80

25 0.550.37

3.53

3.07

8-7

7-6

a

5 I°-z3 I 3946.681 (10) b

5 I°-z5 (355) It

b4 D°-177 6025.723 A 20 1.43 3.48 8-8 4015.877 A (30) 1.04 4.11) 3-Mi 3908.033 A 150 0.55 3.71 8-7 a

5 I°-z5H 6305.262 A 4 1.36 3.32 7-7 (39) (256) 3918.856 A 150 0.37 3.52 7-6 (U) 6244.344 A 5 1.19 3.17 6-6 3679.434 A 50 1.01 4.36) 2 b4D°-205 3947.633 A 100 0.20 3.33 6-5 6161.194 A 50 1.05 3.05 5-5

(357)

b4 D°-238 3994.834 A 300 0.05 3.14 5-4 6165.945 A 60 0.92 2.92 4-4 3360.975 C 60 1.01 4.79) 3 3908.431 B 200 0.00 3.16 4-3

(358) 3699.953 3935.456 AA(12) 75 0.37

0.00

3.71 3.14

7-7

4-4 Strongest Unclasslfed Lines of Pr II 4394.779 A (30) 1.25 4.06) 2 e2F°-171

(259) 4191.615 A 20 0.20 3.15 6-5 a5 I°-l6 3880.466 B 100 V 3989.718 A 100 0.05 3.15 5-5 (12) 3877.225 B 200 V 3930.534 A 15 0.00 3.15 4-5 3865.458 B 100 V Strongest Unclassified Lines of Ce II 3854.905 B 100 V 4431.231 A 40 0.37 3.16 7-6 a

5 I°-l7 3852.805 B 150 V 6343.963 C 30 V 4173.373 A 50 0.30 3.16 6-6 (13) 4971.475 C 30 V 3973.164 A 100 0.05 3.16 5-6 3851.617 B 200 V 4883.462 C 40 V 3850.825 B 150 V 4757.842 C 15 V 4081.018 A 50 0.20 3.23 6-5 a

5 I°-l9 3846.605 B 135 V 4747.143 C 30 V 3889.330 A 75 0.05 3.23 5-5 (14) 3830.719 B 125 V 4737.383 c 60 V 3833.571 A (10) 0.00 3.23 4-5 3826.292 B 100 V

4669.503 c 30 V 4373.371 A 80 0.37 3.26 7-6 a

5 I°-22 3818.281 B 125 V 4444.704 c 75 V 4039.357 A 30 0.20 3.26 6-6 (15) 3816.166 B 135 V 4231.745 c 30 V

a

5 I°-z3H 3800.303 B 200 V

'4111.394 c 60 V 4171.834 A 40 0.37 3.33 7-6 3792.524 B 100 V 4070.094 c 15 V 3949.438 A 125 0.20 3.33 6-6 (16) 3772.854 B 100 V •3623.837 B 60 V 3769.695 A 30 0.05 3.33 5-6

3912.898 A 125 0.30 3.36 6-5 a

5 I°-36 3764.811

3761.867

B

B 125250 IV

V Jl7) 3739.193 B 100 IV 3885.190 A 75 0.30 3.38 6-6 a5 I°-37t 3687.039 B 125 IV

Ce III I PA19.5 An! 600il A

2.25

List

6.29)

3 Jan 1943 4-5 fs3 F

t, -fD3 G

•3711.099

4282.440

A

A

(If) 60

0.05 0.553.38 3.43

5-6

8-8

(18) a

5 I°-30

3668.830 B 150 IV

3055.585

3031.559 3443.609 A 500 2.00 6.07) 3-4 (1) 4033.857 A 75 0.37 3.43 7-8 (19) Nd I No ana Lysis May 1942 (Temperature Ulaee) A

A

150 4001.97 2.25

5.55) 6.07) 2-3 4-4

a

3 I°-z5 K

Nd II I P T Anal C List B Apr l! 3338.564 )42 3470.894 A 300 2.00 5.55) 3-3 4534.154 A 60 0.63 3.35 7-8 R, « 4510.160 A 100 0.43 3.16 6-7 (30) •4959.130$ A 60 0.06 2.55 4+-4-I a

b I-l° 3353.262 A 150 [2.25 5.93) 4-4 fs 3 F°-fp3 F 4468.713 A 150 0.33 2.98 5-6 4835.982 A 15 0.00 2.55 3f-4i\ (1) 3143.956 A 200 2.00 5.92) 3-3 (2) 4879.131 A (30) 0.63 3.16 7-7

r a

6 I-20830 3427.333 A 135 1.97 5.57) 2-2 4826.649 A (40) 0.43 2.98 6-6 4920.692 A 60 0.06 2.57 4-i-3< m3356.35 P Ce+ 2.35 5.93) 4-3 5251.738 A 13 0.63 3.98 7-6 4799.423 A 10 0.00 2.57 3£-3<\ U)

3454.368

3141.247 AA

150

250 2.002.00

5.57)

5.93) 3-2 3-4 4673.081 A 40 0.33 3.86 5-6 a3 I°-6t 4859.030 A 100 0.32 2.86 6*-5<

5*-4- <&-*

3±-2-

r a

6 I-z6H° 3131.548 A 400 1.97 5.92) 3-3 ,(31) 4825.482 A 150 0.18 2.74 (3) 4646.059 A 30 0.33 3.87 5-5 a

3 I°-7 4811.343 A 100 0.06 2.63

'3459.374 A 200 (3.35 5.81) 4-3 f

3 F°-fp1 F t ^ (23)

5 a

3 I°-z I •4706.542} A 100 0.00 2.62

(3) , 4333.551 A 25 0.63 3.48 7-8 4609.148 A (1) 0.18 2.86 5^-5- 3110.516 A 300 [3.35 6.31) 4-3 fs3F°-fp3 Dt 4361.796 A 15 0.43 3.33 6-7 (33) 4612.473 A 4 0.06 2.74 4*-4- r 3106.974 A 200 3.00 5.97) 3-3 (4) 4180.68 A (8) 0.33 3.17 5-6 4414.432 A 8 0.06 2.86

4f-5- r 3057.575 A 100 1.97 6.01) 3-1 4589.76 A (5d) 0.63 3.33 7-7 4505.75 A (8) 0.00 2.74 3|-4, r 3085.089 A 200 1.97 5.97) 3-3 4493.437 A 15 0.43 3.17 6-6 4351.849 A 50 0.32 3.05 5-5 4680.734 A 30 0.06 2.70 4^-3- h a6 I-2l871 3033.736 A 200 [3.35 6.33) 4-4 fs3 F°-fp1 G 4561.461 A (6) 0.22 3.93 5-4 R (4)

r a

6 I-3°

t (5) (5) , 4569.849 A 2 0.06 2.76 4}-3< 5393.10 A 60* 0.63 2.96 7-8 a

J I°-10 4465.075 A 10 0.00 2.76 3-J-3 3504.596 A 100 [3.39 5.81) 3-3 fs 1 F°-fp1 F -(34)

a

3 I°-ilt r a

6 I-4<' (6) 4859.038 A 12 0.42 2.96 6-6 4763.865 A 30 0.18 2.77 3147.05 A 300 (2.39 6.21) 3-3 fs 1 F°-fp3D •4496.439 A 250 0.33 2.96 5-6 (35) 4556.136 A 12 0.06 2.77 (6)

(7) a

3 I°-z3 K 4451.978 A 50 0.00 2.77 3057.314 A 200 (3.39 6.33) 3-4 fs1 F°-fp1 4056.543 A 80 0.63 3.67 7-8

i a

6

(8) 4063.817 A 125 0.43 3.46 6-7 (36) 4709.714 A 20 0.18 2.80 I-5°t

3056.556 A 135 (3.39 6.33) 3-3 fs^-fp^D 4413.765 A 50 0.33 3.01 5-6 4506.582 A 30 0.06 2.80 St!\ (7) (9) 4359.795

4763.737 AA

3020 0.63

0.43

3.46

3.01 7-7 6-6

Pr I No analysis May 1943 (Temperature Class)
90 REVISE D U U L T I P L E T TABLE

Laboratory E P J Uultlplet

(No) Laboratory E P J Uultlplet

(No) Laboratory E P J Multiple(No)

I A Ref Int Low High I A Ref Int Low High I A Ref Int Low High

Nd II continued Nd II continued Nd II continued

4411.053 A 150 0.18 3.98 54-5+ a

6 !-*6 !"

t

3338.370 A 80 0.00 3.71 3$-3$ a

6 I-30037 5708.280 A 40 0.86 3 .03 5$ a

6 K-z6Kr 4343.071 A 30 0.06 3.91 44—4$ (8) (40) 5804.020 A 60 0.74 2 .87 4$ cont 4375.039 A 30 0.00 3.83 34-34 3339.063 A 60 0.06 3.76 4$-3$ a6l_30453

3$-3$ (41) 5421.559 A 20 0.74 3 .03 4? 51 r 4333.378 A 150 0.06 3.98 4$— 5$ 3383.777 A 8 0.00 3.76

a

6 K-y6 I° 4347.367 A 300 0.00 3.91 3$—4$ 5302.279 A 6 1.41 3 .73 9$- 8$ 3334.471 A 50 0.18 3.88 5$-4$ a

6 I-25° •5356.976} A 15 1.36 3 .56 8$- 7$ (80) 4413.365

4314.511 A

A

30

50 0.06

0.00

3.86

3.86 na

6 I-23171

(9) •3331.3495 A (8) 0.06 3.88 4$-4$ (43) 5431.526

5311.461

5416.381

A

A

A

40

12

15

1.13 0.98

0.86

3

3

3

.39

.31 .13

7$- 6$

4013.250 A 300 0.63 3.70 8$-9$ a

6 I-z6 K° 5355.510 A 50 0.30 3.55 4$-4$ a

4 I-l<> 5250.816 A 8 0.74 3 .09 3$ 4061.085 A 300 0.47 3.51 7$—8$ (10) (43) 4109.455 A 300 0.33 3.33 64-7+ 5213.365 A 30 0.20 2.57 4$-3$ a

4 I-30830 5376.879 A 8 0.86 3 .19 5$-4$ a

6 K-17° 4156.083 A 250 0.18 3.15 54— 6-4

, , J

4i

l .(81) 4177.331 A 200 0.06 3.02 44-5-4 5603.651 A 5 0.38 2.58 5$-5$ a4l-2° 5474.734 A 10 0.98 3 .34 6$-6$ a

e K-18° 4303.573 A 400 0.00 3.87 34—44 •5191.448} A 100 0.30 2.58 4$-5$ (45) J82)

4384.518 A 100 0.63 3.51 84-84

6$-5$ a4l- Z6H

» 5455.815 A 20 0.98 3 .34 6$-5$ a

6 K-21° 4335.766 A 150 0.47 3.32 74—74 5361.174 A 3 0.56 3.86 J83)

4358.169 A 200 0.32 3.15 64-6-4 5338.437 A 6 0.38 3.74 5$-4$ (46) 5668.868 A 15 1.41 3 .58 9$-8$ a6K-3903' 4351.395

4400.828

A 40 0.18 3.02 54—54 5089.837 A 8 0.30 2.63 4$—3$ (84) A 100 0.06 2.87 4$-4$ •4867.839} A 3 0.20 3.74 4$-4iT •6385.196} A 150 1.16 3 .09 5$-5$tb6i-350l' 4647.759 A 3 0.30 3.86 4$— 5$ b

6I-y6lc 4368.632 A 60 0.06 2.89 3$-3$

a

6 I-6° •5630.63 } P 500 1.54 3 .73 8$.8$

4272.789 A 30 0.00 3.89 (U) 4830.336 A 30 0.20 3.76 44-3$ a

4I-3° 5718.130 A 12 1.40 3 .56 74- 7$ (86) 4

(47) 5843.391- A 8 1.38 3 .39 6f

• 6$ 4556.735 A 13 0.18 3.89 54-44 a6 I-7° 5093.797 A 30 0.38 2.80 O

-?*— &j SI x"-o T 5740.863 A 15 1.16 3 .31 5$

* 4366.315 A 13 0.06 3.89 4-4 (13) (48) 4$-5$ a4l-r6io 5891.538 A 15 1.04 3 .13 -4$ 4270.565 A 35 0.00 3.89 3$-4$ 4446.387 A 300 0.20 2.98 5706.306 A 15 0.93 3 .09 3? 3$ 4567.606 A 13 0.30 3.91 4-4 (49) 4465.601 4283.570

AA

10

15 0.18

0.06

3.95

3.95 na

6 1-8°

t

(13) 4715.589 A 35 0.20 2.83 5614.303 A (10) 1.04 3 .34 4$-4$ b

6I-l9°

(87) 4456.394 A 40 0.74 3.51 7$-8$ a

4 I-z6K° t 4346.879 A (10) 0.06 3.97

3?^4

a

6I-9° t 4463.985 A 350 0.56 3.33 64-7$ (50) 4156.365 A 30 0.00 3.97 (14) 4451 . 566 A 400 0.38 3.15 54-6$ Strongest Unclasslf le d Llnet Of I; II 4385.663 A 150 0.30 3.03 4$— 5$ 4374.933 A 30 0.18 3.00 54-44 a

6 I-l0° 5451.115 B 100 IV

4199.099 A 10 0.06 3.00 4-4 (15) 4597.013 A 30 0.20 2.89 4$-3$ a4l-6° 4633.276 B 30 III 4110.473 A 40 0.00 3.00 34-4$ 4914.385 A 15 0.38 3.89 5$-4$ a4l_7° 4$-4$ (52)

4542.603

4283.443

B

B 60

50 IV

IV 4173.379

4085.815 AA

830 0.06

0.00

3.03

3.03 3p3|

a

6 I-ll°

(16) 4594.447 A 6 0.30 3.89 •4135.335 B 50 IV 4501.808 A 50 0.30 3.95 4$-5$ a

4 I_8°t 4031.807 B 100 IV 4377.379 A 6 0.18 3.07 na

6 I-13° t „( 53 > 4033.003 B 80 IV 4109.073 A 100 0.06 3.07 (17) 4763.634

4463.407 AA

5 30 0.38

0.30

3.97

3.97 5$-4$ a

4I-9° 4$_4$ (54) 4013.704

4007.435

B

B 5050 IIIIV 4457.179 A (5) 0.33 3.09 *8 a

6I-35014 4004.010 B 60 III 4080.337 A 50 0.06 3.09 (16) 4703.576 A 15 0.38 3.00 5$-4$ a

4 I_lO° J55 ) 3994.684 B 80 III 3973.369 A 80 0.63 3.73 84-8-4 a

6 I-y6 I° 4381.390 A (10) 0.20 3.03 4$-3$ a4I-U° 3953.535 B 60 IV

3990.103 A 60 0.47 3.56 74-7* (19)

, , J

56i 7$-8$ a4l-y6l"

3934.833 B 50 IV

4020.872 A 60 0.33 3.39 64—64 4130.654 A 6 0.74 3.73 3930.965 B 100 III 3951.154 A 150 0.18 3.31 54-54 4106.583 A 8 0.56 3.56 64-74 (57) 3911.169 B 60 IV 4018.826 A 30 0.06 3.13 44-44 4100.240 A 15 0.38 3.39

3991.743 A 80 0.00 3.09 34—34 3979.479 A 60 0.30 3.31 44— 54 3905.886 B 100 III 4305.595 A 40 0.63 3.56 84-74 4371.069 A (10) 0.74 3.56 74-7$ 3901.850 B 50 IV

4227.719 A 30 0.47 3.39 74-64 4358.699 A 15 0.56 3.39 64-6$ 3900.226 B 60 III 4133.361 A 50 0.33 3.31 64—54 4317.282 A 5 0.38 3.31 5$—5$ 3890.940 B 60 III 4179.585 A 30 0.18 3.13 54—44 4311.386 A 40 0.20 3.13 44—4$ 3890.580 B 50 IV 4075.272 A 50 0.06 3.09 44—34

3780.391 A 20 0.47 3.73 74-84 4541.269 A 50 0.38 3.10 5$-5$ a

4 I-13° 4$-5$ (58) 3889.929 B 50 IV 3805.359 A 100 0.33 3.56 64-74 4266.716 A 30 0.20 3.10 3878.588 C 50 IV 3848.333 A 50 0.18 3.39 54—64 3848.524 B 80 IV 3807.237 A (15) 0.06 3.31 44-54 4356.339 A 8 0.20 3.10 4$-3$ a

4 I-35l38 3836.541 B 60 IV

•3937.575} A 5 0.00 3.13 34- 4$ 4797.157 A 30 0.56 3.13

(59) 6$-5$ a4l-l5°t

3814.735 B 60 III 4334.196 A 6 0.18 3.10 na6l-i3°t ,(60) 3808.773 B 30 III 4069.367 A 80 0.06 3.10 (30) 4144.553 A 30 0.30 3.18 4$-4$ a

4 I-16° 3803.474 B 40 III

(61) 3784.350 B 80 III •3976.836} A 60 0.00 3.10 3$-3$ a

6 I-35l38

.(21) 4075.116 A 60 0.20 3.23 4$-5$ a

4 I-36183t

(62) 3763.475

3758.944

B

B 60

40 IIIIII 4961.396 A 10 0.63 3.12 84-74

6$-7$

a

6 I-25235 4307.778 A 15 0.38 3.34 5$-5$ a4I_31° 4$-5$ (63) 4413.784 A (5) 0.33 3.13 (33) 4059.961 A 50 0.20 3.34 3741.437 B 50 III 3738.130 B 50 III 4034.013 A (4) 0.06 3.13 44-34 a

6 I- 14° 4000.493 A 30 0.20 3.39 4$-3$ a4 I_30° 3733.506 B 50 III 3953.195 A 100 0.00 3.13 34-3$ (33) 4123.-881 A 40 0.38 3.37

(64) 5$-6$ a4 I_22° 3685.804

3673.543

CC 60

50

IV

V

-' 4391.110 A 10 0.33 3.13 64—54 a

6 I-l5° (65) 4186.033 A 8 0.18 3.13 54-54 (34) 4051.145 A 60 0.38 3.43 5$-6$ a

4 I-37744t 3673.363 C 50 V 4034.785 A 30 0.06 3.13 44-5$ 3982.355 A 30 0.38 3.48

(66) 5$-4$ a4 I-28170

4$-4$ (67)

3665.180

3609.788

B

B 50

40 IV

III 4113.836

3958.001

AA

20

40 0.18

0.06

3.18

3.18 *

44a6l-i6°

(35) 3769.644 A 40 0.20 3.48 3593.595

3587.504

BB 60

50

IV

IV 4338.697 A 80 0.74 3.58 7$-8$ a

4 I-29027

(68) 3863.409 A 60 0.00 3.19 3$-3$ a6i_y6H

o 3543.353 B 50 IV

.(36) 3811.073 A 20 0.38 3.63 5$-4$ a

4 I-29398

4$-4$ (69) 3393.641 B 60 IV 3941.513

3863.327

A

A

150

20 0.06

0.00

3.19 3.19

44-4$

3$-4$

a

6 I-l7°t

(37) 3615.817 A 30 0.30 3.63 3364.950

3300.148

B

B 50

70

IVIV

- 3470.866 A 30 0.30 3.76 4$-3$ a

4 I-30453

(70) 3285.093 B 50 IV 3836.981 A 80 0.00 3.31 3$-2$ a6 I-36041

3894.527 A 40 0.06 3.23 4$-5$

.(38)

a

6 I-36l82 3533.044

3354.631 A

A

35

10 0.38 0.30

3.88

3.88 54-4$ a

4 I-25° 4$-4$ (71) 3275.218 3134.897

B

B 6050 IV

V 4040.796 A 100 0.18 3.24 54-6$

.(29)

a6 I-18° 3133.603

3116.141

B

B 10060 VV 4038.124 A 30 0.18 3.24 5$-4$

.(30)

a

6I-l9° 6357.834 A (35) 0.55 3.55 54-4$ a

6 L-l°

(73) 5$-4$ a6 L-4° J 73) 6$-5$ a

6 L-r6 I° 5$-4$ (74)

3115.173 B 100 V •3ee7.86et 3811.774

A

A

3030 0.06

0.00

3.24

3.24 3$l4$

(31) 5548.474 A 8 0.55 3.77 3098.476

3093.915

B

B 5060

V

V 5361.474 A 60 0.68 2.98 3075. 380 B 50d V 4220.358

4030.470 A

A

2025 0.33

0.18

3.34 3.34 itif

a6 I-21°

(32) 5334.195 A 50 0.55 2.91 3014.165

3007.975

B

B 60

50 V

V 3880.779 A 40 0.06 3.34 4$-5$ 5130.596

5193.631 A

A

4080

1.30

1.13 3.703.51 t0$-9$ a6 L-Z6K° t 9$_8$ (75) 3826.416 A 60 0.08 3.39 sfcij

a

6 I-80° 5349.585 A 100 0.97 3.33 84-7$ 3753.679 A 30 0.00 3.39 (33) 5393.168 A 100 0.82 3.15

. 045

a

6 I-33°

(34)

5373.431 A 50 0.68 3.03 6$— 5$ 8m I I P 5. 61 C Li 3t D Apr 1942

A

A

15

30 0.33

0.18

3.37

3.37 ifcef 5319.818 A 135 0.55 3.87 5$-4$ 6671.51 A 800 0.50 2. 35 6-7 a

7 F-z9 &

3851.748 3714.806

AA

BO 0.18 0.06

3.39

3.39 is a6 I-33°

(35)

5443.374

5165.140

A

A

40

10

0.68

0.68

3.95

3.07

6$-5$ a

6 L-8° J76)

64-5$ a

6 L-13°

6588.91

5659.86

A

B

500

400

0.39 0.10

3.

2.

36

38

5-6

3-1

(1)

a

7 F-38

4228.300 A

A

880 0.47

0.33

3.39

3.39 6$T7$

a

6 I-34° t (36) 5934.747 A

(77) 4$-3$ a6 K-z6i«

•5516.09

4841.701

B

B

500d

400

,0.04

^0.38 0.50

3.

3.

3.

87

5305

1-3

4-6-5

(3) 37°. 59°; (10) 0.74 2.82 103° -.850 A £.0 0.33 3.43 6$-6$ a

6 I-27744

(37)

a6 I-38170

5811.573

5703.344

A

A

1330 0.86 0.742.98

2.91 5$-5J

(78) 3935.316

•3756.411}

B

B 400 600 0.10

6.10

3.

3. 34

39 2-1 2-3

118° 127°

1 • 373 A (8) 0.06 3.48 4$-4$ 5371.935 A 30 1.41 3.70 9$-9$ a6K-l6K

o t 4396.743// B 300 0.50 3. 37 6-7 a

7 F-z7G"

4175.606 (3) A

A

5060 0.63

0.47

3.58

3.58 *8

-(38) 46 1-39037

(39)

5485.699

5594.435

5688.535

AAA

80

150 150

1.26

1.13 0.98

3.51 3.33 3.15

8$-8$ (79) 1.114
REVISED UULTIPLET TABLE

Laboratory

I A Ref Int E P Low High

Multlplet

(No) Laboratory A Ref Int E P Low High

3m II I 4704.397

4648.160

4>606.514 4092.366

3970.528 3941.874

Anal B List C Mar 1942

4777.846

4719.838 4687.183

4676.911 4533.037

3896.977 3792.025

3787.203

3739.197

3734.902 3708.410

3661.365

3634.938 3623.504

3^40.579 3354.377

3341.161

4791.584

4745.680

4669.396

4458.517 4345.858

4333.384

4337.663

4310.353

•4155.317

4149.831 4043.905

3976.270

3948.113

3943.239

3917.442 3880.766

3862.054

3830.293

3812.067 3805.626

3797.283 3793.971

3731.258

3688.418 3670.840

3627.971 3633.316

3631.339

5584.259

3511.227

3295.813

3231.528 3316.850

•3187.316

4815.808 4693.638

4674.599

4591.818

4511.839

•4178.019 4153.309 4113.903

4047.160

4019.983

3986.683

3946.511 3928.279 3890.080 3875.545

3871.778 3835.735 3834.175

•3760.694

•3743.868 3736.805

3710.869 3708.654

3645.290

3634.290

500

100

100 400

200

300 200d

1200

200 200d

400

A 200 A 300 A 400 A 500 A 150 A 300 A 150 A 200 A 300 A 200 A 600 A 150 A 100 A 200 A 200 A 300 A 1000 A 300

A 100 A 800 A 500 A 500

A 300 A 500 A 500 A 400 A 150 A 200 A 200 A 150 A 100 A 300 A 250 A 200 A 300

A 200 A 200

150 500

600

100 1000

A 400 A 150 A 600 A 100 A 200 A 600 A 400 A 200 A lOOd A 300 A lOOd A 300 A 100 A 80 A 80 A 150 A 200 A 400 A 200 A 300 A 300 A lOOd A 300 A 500 A 500

0.00

0.00

0.00 0.00

0.00

0.00

0.00 0.00

0.00

0.00

0.00

0.04

0.04 0.04

0.04

0.04

0.04 0.04

0.04

0.04

0.04 0.04

0.04

0.04

0.04

0.04

0.04

0.04

0.04 0.04

0.04

0.10 0.10

0.10

0.10

0.10

0.10

0.10

0.10

0.10

0.10

0.18

0.18

0.18 0.18

0.18

0.18

0.18

0.18

0.18

0.18

0.18

0.18

0.18 0.18

0.18

0.18 0.18

0.18

0.18 0.18

0.18

0.18

2.62 2.66

2.68

3.03

3.11

3.13

3.39 3.34

3.73

3.80 3.85

3.63

2.66

2.67

2.68

3.77

3.96

3.99

3.09

3.11 3.13

3.85

3.93 3.94

3.98

3.38

3.31

- 4 a°F-z°&

-1* (2) Z8 G°

- 4 134°

-14 129°

-1* 134°

a

dF-47°

(5) z8 0° 61°

z8(je

a

8 F-z80°

(6) 85°

86°

134°

133°

134°

ak-li a

8 F-134°

24-34(13) 139° 34-3* 141° 24-34 144°

-4£ a

8F-77°

- (18) 81°

-3* i°<Je

3m II continued

3601.693 3583.394

3530.600

3382.399 3320.155

3312.415

•3301.678 3285.664

3230.559 3187.006

3178.125

4615.690

4403.360

4225.'338 4041.675 3891.310

3799.542 3341.586

4938.100

4577.690

4552.659 4499.475

4360.720

4169.478

4129.231 4083.584

•4064.576 3966.045 3788.125

3762.588 3712.764

3711.543

3650.188 3214.135

4844.308

4669 . 650 4646.684

4473.015

4453.737 4334.153

4318.936

4285.496

4279.678

4244.702 4109.405

4066.737

3987.428 3935.764

3857.913 3851.880

3833.838

3800.887

3735.980

3693.331

•3667.933} 3637.014

3609.491

•3384.658 3368.568 3336.134

3310.661 3187.787 3169.875

4953.371 4566.306

4543.948

4430.526 4292.183

•4064.576 4035.110

3976.430

3947.838 3881.383

3847.511

3838.941 3764.370 3755.376

•3743.868

•3707.167} 3645.387 3369.455

3305.185

4854.365

4839.568

4643.335- 4593.544

4434.333 4431.138

4368.031

4347.801 4362.677

4356.393

4306.138

3983.138

3933.397 3780.937

3718.877

300

150 150

600 600d

400

100 200

400

300

200

300

100 400

300

100 300

100

100 250

150

125

150

200

100

100 300

150 400

300

300

300

200

150

A 300 A 500 A 200 A 150 A 250 A 400 A 50C A 300 A 200 A 300

150 300

80

150 100

150

300 400

500 150

150d

400 1200

300

200 A 200 A 500 A 200 A 350

A 150 A 300 A 350 A 300 A 150 A 300 A 350 A 300 A 100 A 100

150 300

300

300

500 lOOd

300

300

300

A 150 A 350 A 500 A 150 A 400

200 150d

400 300

400

100 200

800

150 500

0.18 0.18

0.18

0.18

0.18

0.18

0.35 0.35

0.35

0.35 0.35

0.25

0.35 0.25

0.25

0.25

0.25 0.35

0.35

0.25

0.25

0.25

0.28

0.28

0.28

0.28 0.38

0.28

0.28

0.28

0.38

0.38

0.38

0.38 0.38

0.38 0.38

0.38

0.38

0.38

0.38

0.38

0.38

0.38 0.28

0.28 0.28

0.28

0.28 0.28

0.28

0.33

0.33

0.33 0.33

0.33

0.33 0.33

0.33

0.33 0.33

0.33 0.33

0.33

0.33

0.38

0.38 0.38

0.38

0.38 0.38

0.38

0.38 0.38

0.38

2.92 2.93 3.04

3.06

3.16

Uultlplet

(No)

34-34 a

8 F-l07°

34-44(30) 110° 34-4* 118° 34-24 133° 3f-3| 136° 34-3+ a8 F-137°

34-44(21) 138° 34-34 141° 34-44 146° 34-44 149° 3f-4§ 151°

4-l4 a6F-13

}(22) 20° i-li 35°

53° 74°

-14 85°

-14 145°

14-24 a°F-95°

14-34(35) 99° 14-34 104° 14-14 105° 14-24 111 14-24 153°

3.83 44 3.93 44 3.93 44 3.04 44 3.05 4| 3.13 44 3.13 44 3.16 44 3.16 44 3.18 44

3.48 3.50

3.53

3.58

3.63 3.64

3.68 3.70

3.93 3.94

3.83 34 3.03 34 3.05 34 3.13 34 3.31 34. 3.37 24 3.39 34 3.44 34 3.46 24 3.51 3| 3.54 34 3.55 34 3.61 34 3.63 34 3.63 Z$ 3.66 34 3.73 34 3.99 34 4.07 34

-44 a

s F-58°

-44(38) 63° -44 77°

-54 83°

-54 91°

-3-4 a

8F-144°

-44(31) 146°

-54 155°

-54 157°

a°F-13°

-34 a

6F-l00°

-34(34) 103°

-34 107°

108° -3£ 111

-l4 a

6F-116°

-34(35) 133° -14 145° -34 150°

a°F-15°

(36)

Laboratory

I A Ref Int

Sm II continued

E P

Low High

3663.905 3592.603 3402.464

•3384.658 3354.185

3344.353

3331.179

3272.807 3253.943 3215.262

3196.182

•3187.316

4961. 4816.

4717.

4523,

4433.

4373.

4286. 4234.

4203.

4068,

3971.

3843.

3831. 3800.

•3774.

•3756. 3535.

3396.

397 500

501 370 294

411} 653

187

-44 a

8F-63°

-54(38) 91°

-54 98°

-54 113°

-54 s8Q°

4834.618

4595.391 4537.953

4424.339 4362.040

4350.465

4280.789 4123.956

3885.286

3767.358

3706.752

3649.527

3604.285

3568.271 3418.514

3347.298

•3306.388

•3301.678 3286.229

3276.747 3239.657

4948.627

4713.057

4615.441 4519.633

4454.639

•4230.659 4188.128

•4178.019

•4155.317 4107.387 4075.845

3979.300

3836.303 •3760.694

3650.998 3389.325

3371.209

3333.635 3338.784

4913.348 4847.760

4718.329 4467.342

4378.236

4236.745

4153.332

4118.551 4082.600

3728.469 3467.874

3440.502

7082.37 6862.82

6790.00

5116.700

•7039.23

7043.34 6856.03

936 A

012 A

718 A 912 A

885 A

463 A

640 A

573 A

051 A

334 A

300

1500 500 300

150 300

800

300

300 200

150

300

250

100 150

250 300

100

100 200

125

100 300

300

400

100 150 600

150 250

100

250

200

600

300 300d

400 150 1000

200 A 300 A 500 A 800 A 1500 A 500

150

500

100 300

200

300

A 150 A 150 A 150 A 300 A 300

300

200 lOOd

100 200 250

150

400

500

150 300

150

150 300

150 200

150

500

150 250

100

400 lOOd

400

100

100

A 400d A I50d

A 2O0d A lOOd

600d

500d

400d

0.38

0.38

0.38 0.38

0.38

0.38

0.38

0.38

0.38

0.38 0.38

0.38

0.43 0.43

0.43

0.43 0.43

0.43

0.43

0.43

0.43

0.43

0.48

0.48

0.48 0.48

0.48

0.48 0.48

0.48

0.48 0.48

0.48

0.48

0.48 0.48

0.48

0.48 0.48

0.54

0.54

0.54

0.54

0.54 0.54

0.54

0.54

0.54

0.54

0.54 0.54

0.54 0.54

0.54

0.54

0.54

0.54

0.54

0.66

0.66 0.66

0.66

0.66 0.66

0.66

0.66

0.66 0.66

0.66

0.66

0.88

0.88

0.93

0.93

1.07

1.07

3.75

3.81 4.00

4.02 4.06

4.07

2.92

2.99 3.05

3.16

3.22

3.54 3.64

3.65

3.68

3.70

3.72

3.92

4.07

3.04

3.16

3.22

3.27

3.31

3.57 3.64

3.77

3.83

3.93

3.63

3.68

3.75

3.34

0.99 3.75

3.63

3.87

91 Uultlplet

(No)

I a8 F-135° K39) z8 0°

\ 146°

\ 147°

149°

\ 151"

a8F-153°

54-54(40) 155° 54-54 157° -6£ 163°

164°

166°

34-44 a6F-15°

34-44(41) 31° 34-34 37° 34-44 43° 3|-4| 49°

3-4-34 a6F-54°

34-44(43) 63° 34-34 71°

3I- 3I z® °

34-34- a6F-l00°

34-34(43) 113° 34-44 114° 34-44 118°

3-4-34 133° 34-34 a

6 F-123°

34-34(44) 139° 34-24 150°

3.04 6-j 3.17 6J 3.20 6J 3.27 el 3.31 6J

3.32 6J 3.37 6J 3.48 6J 3.66 6\ 3.76 6-3

3.81 Si 3.76 6J 3.91 &i 3.94 6J 4.09 e\

-54 a8 F-25°

-64(45) 44° -64 46°

-54 56° -5| 64°

-74 a8 F-65°

-74(46) 75° -54 91°

-64 115° -e\ 126°

-64 a8F-z8&° -64(47) 126° -74 138° -74 z8 -5f 153°

a8 F-157° K48) 163°

163°

164°

166°

168°

44-54 a6 F-25c 44-44(49) 43° 44-44 49° 44-54 56° 4|-5| 64°

4-4-34 a

6F-z8 G° 44-34(50) 93° 44-44 94° 44-34 97° 4|-4f 101° 44-44 a

6F-103°

44-34(51) 113° 44-44 137° 44-44 173° 4J-4J 138° 44-34 a6F-159°

44-34(53) 161° 44-4 1 65° 44- 171°

a

b F-44° U53) 46°

56° 84°

91°

103°

a6F-llO°

}(54) 114Q -44 118°

143°

163°

165°

l4- 4 a8H-l°

lj-lj(55) 5°

24-24 a8H-8°

2£-l|-(56) z

8 G°

3-J-2J a8 H-8°

(57) 44-34 a

8tt-13c 4|~3j(58) 14°
REVISED UULTIPLET TABLE

Laboratory

I A Ref Int

II continued

E P Low High

7030 . 44 A 800d 6731.84 A 500d

6473.34 300d

8033.03 A 350d •7039.33 A 600d

6569.31 A lOOOd

8035.13 A 400

8510.90 A 300d 6348.58 A 150d 7837.37 A 400

7938.14 A 800

8485.99 A 400d

8048 . 70 A 400d 8026.33 A 500d

8063.46 800

8305.79 A 500d 7335.08 A 400d

1.16

1.16

1.37

1.41

1.41

1.49

1.51

1.59

1.59 1.59

1.60

1.68

1.74

1.74

1.74

1.79

1.79

3.93

2.99

J Multlplet

(No)

5^-4+ a

8 H-l5°

5J-4|(59) 31°

Laboratory

I A Ref Int E P Low High

Multlplet

(No)

3.28 7-M£ a

8 H-57°

(60) 3.94

3.16 34-3$ a

8 G-17» 3|-4j(6l) 43°

3.37 8*-7| a

8 H-75°

(63) 3.05 Zi-3± b

8F-37°

(63) 3.04 4*-54 b F-35°

3.06 4f-5+(64) 38° 3.16 4*-4l 43°

3.16 3|-4£ a

8P-43°

(65) 3.13 6|-5i a8 Q-38°

(66) 3.37 6*-5i b

8F-56°

3.38 6i-ei{67) 57°

3.37 4^w5i a

8 P-56°

(68) 3.38 7i-&J a

80-57°

3.37 7$-7£(69) 75°

Strongest Unclassified Lines of Sm II 4515.094

4478.557

4444.359

4353.101 4381.009 3963.995

3959.527

3903.417

3875.193

3854.209 3848.779

3797.730

3780.763 3778.136

3767.755

7758.968

3757.539

3741.288

3739.117

3737.141 3721.847

3713.109

3706.979

3700.922

3677.793 3670.677

3662.693

3656.221 3638.767 3631.126

3580.941 3566.836

3559.101 3418.151

3408.676

3365.863 3350.875

3348.683

3343.494 3325.258 3316.579

3307.017 3298.104

3273.483

3353.401 3236.638

3218.614

3211.734

3193.014 3163.916

3153.535

150

135 150 300

100 A 300d A 100 A 500 A 100 A 300

300d

600

200

400

150 200

300 300

300

200 400

100 200

150 300

150 300

300

400 400

300

150 300d

300

400

400

300 300

300

300

300

500 500

500

300 500

300

400

300

400

300

IIIIV

IVIV III

III

III

III III

IIIIV

III III

III III

III

III

III III

III

III

IIIIV

IV III

III

IVIV

IV

III

III

III

IIIrv

IV III

IVIV

IVIV

IVIV

III IIIIV

IVIV

IVIVIV

IV

Eu I I P 5.64 Anal A List D Apr 1943

4594.03// A 10000R 4637.33 A 8000R

4661 . 88 A 70O0R

0.00 3.69 0.00 3.67 0.00 3.65

3*-4i a

8S°-y8 P

(1)

Eu II I P 11.31 Anal B List C May 1943

3819.67// 4139.73 4305.05 3734.94

3688 . 43

A 6000R A 5000r A 6000r

4435.58

4533.59

3971.98

3930.50 3907.10 3097.45 3054.94

6645.11 7370.33

7436.57 6437.64

7194.81 7301.17 6303.41

7077.10 7217.55 6173.05

6049 . 51 5873.98

5966.07 5818.74

•3917.39 { 4017.58

4151.53

•3964.90 { 4113.04

3938.87

4085.38

3741.31 3761.13

3799.009 3674.634 3714.904

3765.93

3683.367 3743.556 3713.45

3508.853

3508.731 3646.75

3440.999

3461 . 38 3710.870

3611.57

3603.30 3391.989

3543.153

3633.54 3553.516

3369.055

3435.033

3331.857

4355.09 4011.69 3943.08

3380.35

3531.09 3301.95

3368.39

4000

1500 3991.33 A 300 3077.358 A 300 3173.607 A 100

3000

2000 4O00r 4000r

3000r

100

600

8000

3500

1500 4000

1500 3500

3000

3000

1500 A 3000 A 3000 A 500 A 1300 A 1000

60

1003060

30

15

40-

400

300

100

50 100 150

40 100

13520

10

358080

80

100

300

10080

150

100

20080

100

300

10040

100

100

150 300

0.00 0.00 0.00

0.00 0.00

0.00

0.00

0.00

0.31

0.31 0.31 0.31

0.31

0.31

0.31

1.37

1.31 1.37

1.31 1.37

1.34

1.37 1.34

1.33

1.31 1.27

1.34

1.34

1.33

37

,31 37

3734

24 1.33

1.37

1.31 1.37

1.31 1.37 1.34

1.34

1.33

3.33 3.99

3.93

3.33

3.99 3.93

3.33 3.99

3.93

3.31

3.35 4.13

4.01

3.89

3.99

3.93

3.31 3.35

3.36

4.19 4.35

3.33

3.99 3.93

3.33

3.99 3.93

3.33 3.99 3.93

3.31

3.31 3.35

3.31 3.35 4.53

4.39 4.35

4.39

4.35

4.39 4.35

4.67

60

53

67

60

5260 4.53

1.24 4.57

1.31

1.27

1.32 1.24

1.33

1.31 1.37

1.37 1.34

1.33 1.37

1.31

1.31 1.37

4.64

4.69 4.70

4.88

4.71 4.78

4.79

4.98

4.98

3-4 3-3 3-4

3-3 3-3 3-3

3-3

6-5 5-4

4-3

5-5 4-4

3-3

4-5 3-4

2-3 5-4

4-4

3-3 3-4

3-3 6-5

5-4

4-3 4-4

3-3 3-4

3-3 6-5

5-4

4-3

5-5 4-4

3-3

3-4

3-3 3-3

4.83 5-4

4.79 4-3

4.61 3-3

4.83 3-4

4.79 3-3 5-6 4-4

4-4 3-4

3-3

6-7

5-5

5-6 6-6

1.37 5.09 6-5

6.06

6.06

6.06

5-4

4-4

3-4

3.99 6.64 4-4 6.74

6.73

6.71

5-6 4-5

3-4

a

3S°-z5'P

(1) 4-5

4-4 4-3 4-4 a

9S°-z7P

4-3 (3) 4-5 a

9 S°-Z9D 4-4 (3) 4-3

a

7 S°-z9 P

(4) a

7 S°-z7P

(5)

a

7S°-103

7 (6) 9 a S°-y P t (?)

a

9 D<>-Z9P

(8)

a

9D°-z7Pt

(9)

a

9 D°-y9P t (10)

aV-^Pt

(U)

a

9D°-115

q (l3),

a

aD°-y7 P

(13)

a

9 D°-116 t Q (14) a

9 D°-131

t

Q

(15) a

9D°-132 t a

9D°-x7 P t (17) a

9D°-125 ode)

a

9D°-126 t ,(19)

a

9 D°-131

(30) a

9D»-134

(31)

z9 P-e9S°

(33)

Z9P-1° J33A

z9 P_e9D° t (34)

Laboratory

I A Ref Int Eu II continued

3531.151 3313.33 3373.77

3319.89

3377.78 3308.03

4485.15

4383.17 4464.97 3616.152

3673.19 3678.359

3396.58

60

400 400

80 600

300

100 300

300

100

80 100

300

E P Low High

3.33 5.73

3.99 6.71

3.93 6.71 3.99 6.71 3.93 6.70

5-5

4-4

3-3

4-3 3-3

Multlplet

(No)

z3P-ea D° t

3.99 6.73 4-5

3.31 6.06

3.31 6.13

3.36 6.13

3.31 6.73 3.35 6.71 3.36 6.73

3.31 6.95

4-3

3-3 4-5

3-3

3-1 4-5

(34) cont

z9P-e7 D° t (35)

z

7 P-e9S° t

7 (36)

z P-e7 S° t (37)

z7P-e9D° t (38)

Z

7 P-87 D° t

z

7 P-f7D° t (30) Strongest Unolasslfled Lines of Eu II 3861.18 3815.495

3738.08

3717.69

80

80

80

80 3687.78 A 80 3679.500 A 80 3390.783 A 80 3130.73 A 80

Sd I I P 6.16 Anal C List D June 1943 7168.37 7733.50

6730.73 6838.35

6916.57

6991.93

5856.33

5696.33

5643 . 34 5617.91 6114.07

5851.63 5633.35

5791.38 5701.35

3000

1500 A 1500 A 1500 A 3000 A 1500

4335.850^ A

4346.456 A

4313.845 A

4306.340 A

4000

8000

6000

4000

3000 5000

3500

4000

3500

3000

1500 2000

1500

0.31 0.13

0.13

0.07

0.03 0.00

0.13

0.07

0.03 0.00

0.31 0.13

0.00 0.07

0.03

1.93 1.73

1.96 1.87

1.81

1.77

a°D°

3.19

6-5

5-4

5-6

4-5

3-4

3-3

5-6

4-5

3-4

3-3 6-6

5-5

2-2

4-3 3-2

6-7 a

9 D -3rFt

(1) a

9 D

e-Z11F 1 (3)

a

sD°-z3Ft

(3)

4175.538 A 2000

4053.643 A 3500 4078.700 A 3000 4058.319 A 3500

5015.04

5103.45 5155.845

5197.768

5319.40 5355.805

5351 . 180 5283.076

5301.67

5307.30

5321 . 777 5303.76 5321.498

5346.67

5350.38 5353.26

5343.00

5333.30

1500 2000

1500

1200 2000

1500 2000

3000

4000

4000 4000

3000

3000

3000

4000 3000

3000

3000

0.31 0.13

0.07

0.03

1.05 0.98

0.93

0.88 0.84

0.81

.05

.98

.93

.88 .84

3.17

3.17 3.09

3.07

5-5

3-3

3-3 6-6 i 5-6

4-5 3-4

(4)

Sy'Dt

(5)

1.0.

0.

0.0.o.ei 0.79

0.79

1.54

1.46

1.39 1.34

3.51 3.40

3.33

3.35 3.30

3.16 3.40

3.33

3.35

3.30

3.16 3.14

3.11 3.09

allpe-zllQ

(6)

3.85

3.77

3.70

3.66

8-9

7-8 6-7

5-6

4-5 3-4

8-8

7-7 6-6

5-5 4-4

3-3

3-3

3-1

7-8 a

9F°-z9at

6-7 (7) 5-6

4-5

Qd II I P T Anal C List B Sept 1943 3763.00

3953.00 3993.213 3656.153

3871.54 3934.834 3587.186

3816.64

50 300

300

150080

300?

40 350 3894.696 A 3000

alOD»_zl°P

(1)
REV I S E D It U L T I P L E T 1 ABLE 93 Laboratory E P J Jlultlplet (No) Laboratory E P J Jlultlplet

(No) Laboratory E P J Jlultlplet

I A Ref Int Low High. I A Ref Int Low High I A Ref Int Low High (No)

Qd II continued Qd II continued Qd II continued

3433.466 A 10000 0.34 3.84 6i-7* a

l0 D°-z10F 4078.444 A 1300 0.60 3.63 &J--6-I

- a

8 D°-zl0F 3009.650 A 150 0.60 4.70 54-44 a

8 D

e-8t

3545.797 A 3000 0.14 3.63 54-64 (3) 4184.352 A 2000 0.49 3.44 44-5- (15) J37)

3671 . 20 A 1500 0.08 3.44 44-54 4212.001 A 800 0.43 3.35 34-* 2969 . 367 A 50 0.60 4.75 5^-54 a 3716.36 A 1000 0.03 3.35 34-44 4351 . 733 A 2000 0.38 3.28 24-3' (38) 3759.00 A 300 0.00 3.38 24-34 4380.490 A 1500 0.35 3.24 14-2' 2965.428 A 400 0.60 4.76 ; a8 D°-z8Ft

3646.19 A 3000 0.34 3.63 6 if:* l"fl 4343.179 A 1500 0.60 3.44 54-5- 3012.190 A 600 0.60 4.69 : (29) 3743.47

3768.39 AA

3000 3000 0.14

0.08

3.44

3.35 4I-*f

4310.981 4333.195 A

A

200

125 0.49

0.38

3.35 3.24

44-4-

24-2- 3796.37 A 3500 0.03 3.38 34-3+ •4337.1355 A 1500 0.35 3.20 14-1- 4510.380 A 30d? 0.43 3.16 34-44 a 3813.97 A 3000 0.00 3.34 24-2* 4478.795 A 250 0.60 3.35 54-* (30) „

t a8 S<>-z l0 3855.56 A 300 0.34 3.44 64-54 4419.032 A 800 0.49 3.28 4M P 34-244344.487 A 40 0.43 3.27 34-43 3844.579 A 500 0.14 3.35 54-4* 4387.674 A 300 0.42 3.24 4498 . 276 A 300 0.43 3.17 3}-3j 3850.69 A 800 0.08 3.38 44-3+ 4369.771 A 500 0.38 3.20 4-1?

3853.45 A 1000 0.03 3.34 34-24 4215.023 A 600 0.43 3.35 34-4{t a8 S

e-zl°F

3850.97 A 1300 0.00 3.30 Si-lf 4360.917 A 250 0.42 3.25 3^-4^ a°D°-3 4390.953 A 300 0.43 3.24 3|-2j (33) 3968.361 A 60 0.14 3.35 5i-4$ a

10D°-3 3843 . 80 A 35 0.60 3.81 54-4; - a8D°-z8Pt 4364.140 A 25 0.43 3.25 3^-44 a

8 S°-2

3887 . 157 A 40 0.08 3.35 44-44 (3) 4162.733 A 500 0.49 3.46 44-3- (17) .(33). 3831.80 A 100 0.03 3.35 3*—44 4188.099 A 60 0.43 3.37 34-3: 4073.195 A 400 0.43 3.46 34-34 a

B S°-z8 Pt

3719.53 A 300 0.49 3.81 44-4; 4191.067 A 800 0.43 3.37 3§-3$ (34) 3367.093 A 100 0.14 3.81 54-44 a

10Do_z8p 4070.390 A 300 0.43 3.46 34-34

" 3654.62 A 3000d 0.08 3.46 44-34 (4) 3645.63 A 300 0.43 3.81 34-4- •4170.1085 A 150 0.43 3.38 3^-34 a 3697.73 A 1000 0.03 3.37 34—24 4013.953 A 60 0.38 3.46 3£-3l .(35 .. 3308.517 A 80 0.08 3.81 44-44 3881.84 A 50 0.43 3.60 3i-3f a 3605.665 A 100 0.03 3.46 34-34 4167.159 A 40 0.43 3.38 3£-3| a' .:-" J36) a 3663.36 A 800 0.00 3.37 34-34 < 18),n 3760.71 A 200 0.43 3.71 34-4' r a

8 S°-z8D 3368.335 A 400 0.03 3.81 34-44 3833.17 A 80 0.60 3.83 54-6- - a

8 D°-z10Dt 3763.33 A 60 0.43 3.70 34-3' ! (37) 3571.933 A 300 0.00 3.46 2f-3l 3836.05

3902 . 398

AA300

1000 0.49 0.43

3.73

3.59

44-5; • (19) 3769.45 A 100 0.43 3.70 3J-3'[

: . 3733.45 A 100 0.08 3.38 44-34. a

l0D

e-3 3957.673 A 1000 0.60 3.73 &-S- 3512.219 A 800 0.43 3.94 3^-34 a - ,„(5) 3987.314 A 600 0.49 3.59 44-4-1 J za K 3524.196 A 1000 0.03 3.53' 34-34 a

10D°-4 3873.63 A 60 0.43 3.61 34-3 3441.790 A 400 0.43 4.01 34-3- t a

8 S°-z8Ft

3491.954 A 3000 0.00 3.53 3|-3j (6) •4130.373 A 3000 0.60 3.59 5|-4l 3469 . 307 A 100 0.43 3.98 3f-3-\ (39) 3439.990 A 6000 0.84 3.83 64-64

54-54

a

10Do_z10D 3916.508 A 3000 0.60 3.75 5J-5J - a

8 D°-z8Dt 3463.984 A 5000 0.43 3.99 34-4' > a

8 S°-y°P 3454.145 A 1500 0.14 3.72 (7) 3836.91 A 300 0.49 3.71 4|-4 (40) : (30) 3468.989 A 3000 0.43 3.98 34-3' 3518.633 A 30 0.08 3.59 44-44 3760.93 A 100 0.43 3.70 34-3-

34-2, 24-lj

3482.602 A 800 0.43 3.97 3J-3' t- 3449.616 A 800 0.03 3.61 34-34 3699 . 73 A 800 0.35 3.69

- •3433.93 5 A 1500 0.00 3.60 34-34 3969.393 A 300 0.60 3.71 3315.590 A 400 0.43 4.15 34-4-L a

8 S O_yl0p 3549.365 A 3000 0.24 3.73 64-54 3839.64 A 300 0.49 3.70 3358.434 A 300 0.43 4.10 3|-3-\ (41) 3584.963 A 3000 0.14 3.59 54—4$ 3767.04 A 500 0.43 3.70 3494.404 A 3000 0.08 3.51 4|—34 3730.84 A 1000 0.38 3.69 3010.899 A 250 0.43 4.52 34-44 a

a S°-ya D 3454.904 A 2000 0.03 3.60 34-34 3787.56 A 400 0.49 3.75 44-5-1 3993.038 A 500 0.43 4.55 3£-3* (43) 3350.474

3393.530 A

A

10000

2000 0.14

0.08

3.83 3.72 4p5|

3758.31 3713.70 AA

300 2000 0.43 0.38

3.71 3.70

34-4- 24-3: 3473.319 A 3000 0.03 3.59 34-44 3687.74 A 800 0.35 3.70 lJ-3- 4734.437 A 100 0.66 3.37 54-4-I a

10F«-z10Pt

3418.733 A 2000 0.00 3.61 3|-3i 4803.575 A 80 0.60 3.17 44-3- f (43) 3578.596 A 30 0.49 3.94 44-3- a

8 D°-z6Pt 4316.053 A 600 0.66 3.52 54-5- 3463.997 A 200 0.14 3.71 54-44 a

l0D°-z8 Dt 3409.397 A 500 0.43 4.04 34-3- (31) 4627.66 A 40 0.60 3.27 44-4- 3365.591 A 400 0.03 3.70 34-34 (8) 3331.348 A 30 0.38 4.10 24-1; 4719.040 A 60 0.55 3.-17 34-3' 3345.985 A 2000 0.00 3.69 34-14 3510.133 A 30 0.43 3.94 34-3- 4337.140 A 300 0.60 3.53 4|-5- t 3433.751 A 500 0.14 3.75 54-54 •3369.618 A 400 0.38 4.04 34-3;

r a

10F°-zl0 3401.067 A 300 0.08 3.71 44-44 3396.668 A 30 0.35 4.10 14-1^ 4073 - 759 A 1500 0.83 3.84 74-7' F t 3360.711 A 1000 0.03 3.70 34-34 3468.083 A 300 0.38 3.94 2i-3; •4363.0935 A 2500 0.73 3.53 64-6' r (44) 3336.180 A 3500 0.00 3.70 34—34 4438 . 366 A 150 0.66 3.44 54-5' 3363.333 A 10000 0.08 3.75 44-54 3481.375 A 5000 0.50 4.14 54-6J a

8D°-z8rt 4481.056 A 300 0.60 3.35 44-4' 3358.630 A 8000 0.03 3.71 34—44 3450.376 A 4000 0.49 4.07 44-5- (33) 4531 . 396 A 100 0.55 3.38 34-3-1 t 3331.363 A 4000 0.00 3.70 3l-3| 3416.948 A 2500 0.43 4.03 34-4- 4558.080 A 250 0.50 3.20 14-1' 3399.406 A 500 0.38 4.01 24-3- 4394.719 A 25 0.82 3.62 74-6' 3196.533 A 150 0.08 3.94 *i-3i

al°Dc-z6Pt 3399.991 A 1200 0.35 3.98 14-2- 4550.954 A 150 0.73 3.44 64-5' 3053.511 A 50 0.00 4.04 34-34 (9) 3557.053 A 1000 0.60 4.07 54-5- 4581.086 A 200 0.66 3.35 54-4-1 3133.094 A 150 0.00 3.94 3j-3i 3481.797 A 3000 0.49 4.03 44-4- •4597.91 5 A 500 0.60 3.38 44-3' 3439.784 A 1500 0.43 4.01 34-3^ 4601.05 A 500 0.55 3.34 34-3' 3161 . 369 A 3500. 0.24 4.14 64-64 a

l0D°-z8F 3434.593 A 1300 0.35 3.96 14-1, 4596.978 A 400 0.52 3.20 34-1' 3145.00 A 3500 0.14 4.07 54-5* (10) 3590.468 A 100 0.60 4.03 54-4- 3959 . 533 A 5007 0.73 3.84 64-7' j 3119.08 A 60 0.08 4.03 44-44 3505.513 A 3000 0.49 4.01 44-3- •4163.0925 A 250 0.66 3.62 54-6' 3101.911 A 350d 0.03 4.01 34—34 3467.367 A 3500 0.42 3.98 34-3^ 4344.300 A 100 0.60 3.44 44-5- 3098.899 A 300 0.00 3.98 34-34 3451.333 A 3000 0.38 3.96 34-11 4408.248 A 400 0.55 3.35 34-4-1 3333.740 A 10007 0.34 4.07 64-54 3433.994 A 1500 0.35 3.95 if- \ •4466.5475 A 500 0.52 3.28 34-3-1 3171.09 A 135 0.14 4.03 54—44 4506.333 A 200 0.50 3.34 l|-3< 3138.094 A 80 0.08 4.01 44—34 •3640.18 5 A 50 0.60 3.99 $i-M a^-ySp t 3134.350 A 150 0.03 3.98 34-34 3480 . 547 A 60 0.42 3.97 3f-3l - (33) 4757.791 A 80 0.66 3.35 5J-4$ ai uF°7

3 t 3119.336 A 35 0.00 3.96 34—14 3538.545 A 300 0.49 3.99 44-41 14,5) .

[ a

l0F°-z 3085.631 8 Pt A 60 0.14 4.14 oi-S-J 3466.953 A 600 0.42 3.98 34-3' 4331.110 A 200 0.60 3.46 44-3- 3093.846 A 25 0.08 4.07 4?-5j 3439 . 208 A 3000 0.38 3.97 34-3i 4383.061 A 60 0.55 3.37 34-2i • (46) 3083 . 350 A 300 0.03 4.03 3-f—44 •3461.9525 A 300 0.42 3.99 ssj

4253.366 A 800 0.55 3.46 34-3- 3076.935 A 3000 0.00 4.01 3|-3l 3425.930 A 600 0.38 3.98 4330 . 606 A 600 0.52 3.37 34-3- 3412.753 A 80 0.35 3.97 3791.73 A 30 0.55 3.81 34-4- •3160.69 { A 300 0.08 3.98 44-34 a

10D°-y Pt

- a

8 D°-yl0P

(34)

4304.857 A 300 0.52 3.46' 24-3- 3135.034 A 300 0.03 3.97 34-24 (11) 3407.61 A 1500? 0.60 4.23 54-5i 4396.076 A 1000 0.50 3.37 lJ-2- 3156.533 A 3000 0.08 3.99 44—44 3374.688 A 300 0.49 4.15 44-4J

t al0 3123.989 A 1000 0.03 3.98 34-34 3356.513 A 80 0.42 4.10 34-3J •4359.153 A 40 0.55 3.38 34-3- F°-3t

3119.941 A 800 0.03 3.99 3419.069 A 50 0.49 4.10 44-3J 4308 . 333 A 40 0.52 3.38 3i-3; t (47) 3098.644 A 800 0.00 3.98 2p3| 3309 . 582 A 60 0.49 4.33 44-5J 3313.731 A 600 0.43 4.15 34-4] 4140.450 A 100 0.55 3.53 34-2 - al°F°-4 1 3100.504 A 10000 0.34 4.33 64-5-4 al°D

o_y

10p 3318.055 A 100 0.38 4.10 3|-3J 4094.478 A 300 0.53 3.53 24-3- (48) 3081.993 A 8000 0.14 4.15 54-44 (13) a

8 D°-y8D t (35)

4063 . 59 A 300 0.50 3.53 lj-2l 3068.643 A 4000 0.08 4.10 44—34 3161.638 A 40 0.60 4.50 54-5-3 3027.602 A 8000 0.14 4.33 54-5-1 3003 . 583 A 150 0.42 4.53 34-3^ 4098 . 606 A 3000 0.83 3.83 74-6' - al0F°-z l0 Dt

3033.845 A 10000 0.08 64-5- 4.15 44-4-4 2960.936 A 500 0.38 4.55 34-3J •4130.372 A 3000 0.73 3.72 (49) 3034.051 A 8000 0.03 4.10 34-34 3143.131 A 400 0.60 4.53 54-4^ 4317.195 A 500 0.66 3.59 54-41 3980.154 A 6000 0.08 4.33 44—54 3053.570 A 600 0.49 4.53 44—3-3 4098.900 A 400 0.60 3.61 44-3' 3999 . 045 A 8000 0.03 4.15 34—4-4 3991 . 520 A 150 0.43 4.55 34-3J 4045.148 A 100 0.55 3.60 3*-2i 3010.139 A 8000 0.00 4.10 2I-3I 3077.077 A 800 0.49 4.50 44-5-3 3983.008 A 80 0.73 3.83 64-61 3009 . 366 2973.743 A

A

60

150 0.43

0.38

4.53 4.53

34-4J

3i-3] 4037.332

4132.275 AA

1500 3000

0.66

0.60

3.72

3.59

54-51

44-4i 4506.931 A 60 0.43 3.16 34-4* a

8D°-l

4037.897 A 1300 0.55 3:61 34-31 (13) 3038.981 A 300 0.60 4.67 5i-4i a

8D°-7

4001.857 A 600 0.53" 3.60 34-Si 4225.148 A 100 0.60 3.53 54-54 a8D»-zl0pt (36) 3959.436 A 3007 0.60 3.72 44-51 4446.487 A 250 0.49 3.37 44—4* (14) 4070.288 A 600 0.55 3.59 34-41 4494.853 A 25 0.42 3.17 34-34 3994.165 A 800 0.52 3.61 34-3-j 4341.283 A 600 0.43 3.37 3971.754 A 300 0.50 3.60 l|-3l 4426.151 A 80 0.38 3.17 3f-3f
94 REVISED MULTIPLE! TABL

Laboratory

I A Ref Int

Qd II continued

3593.445 A

3564.046 A

3554.803 A 3466.498 3193.174

3137.940 3089.204

3213.374

3163.764

3108.230 3040.34

3075.433

3058.119 3987.074

5860.73 5010.831 6049.50

5583.68 5956.48

5096.063 4805.817

5367.322

5176.285

•5469.73 { 5738.32

5371.631 5644.84 5856.96

6011.13

5616.31 4483.338 4551.455

5304.923 5357.790

5394.321 5470.53

4453.931 4711.975

5033 . 133 •5020.368} 5062.862

•4639.001

•4958.788} 4973.896

5031 . 562 4878.049

4910.838 4984.905

4582.53 4738.468

4791.150

4894.30 4654.986 4733.60

4801.05

4865.03

4786.908

4834.333

4873.339

6060

30

150 300

8030

50

25

30

15030

8080

1000 400

80 800

300

300

10040 800

800

60

40 300

15030

300 300

3035

50 125

50

6080

300

80

150 300

800

3080

30

50

60 400

300

40 600

100 600

500 400

150 300

150

E P Low High

0.73 3.75 0.66 3.71 0.60 3.70

0.55 3.70

0.53 3.69 0.60 3.71 0.55 3.70 0.53 3.70 0.50 3.69 0.60 3.75

0.52 3.70

0.50 3.70

0.83 4.14 0.50 3.95 0.73 4.14 0.60 4.03 0.55 4.01 0.50 3.96 0.66 4.14 0.60 4.07 0.55 4. 03 0.55 3.99 0.53 3.98 0.50 3.97 0.66 4.33

Multlplet

(No) Laboratory

I A Ref Int

Od II continued

1.06 3.16

1.06 3.35

a.10= iuF°-zB Dt 4437.606

(50)

It:

6 a10F

o-z8F t (51)

alOF e_y8p t (53)

il0f._y.l0pt

(53) il0p._y8_ t (54)

,10 -3. F°-6

, A

55 > -4$ alOFc-7 t

-4i alOF»__6p'

-3| (57)

-4j b

8 D°-lt

(58) -Si b

8D°-zl0P1

-3* (59) -4*

-3*

-64. b

8 D°-z10Ft

(60)

5i-4| b

8 D°-3

b

8 D°-_8 Pt

(63)

3i 34-34

b

8 D°-3 t (63) -6i b°D° rlOr (64)

b

8 D°-z8 Dt

(65)

3997.764

4154.863

4346.568

•4316. 366 4383.119

4359.636 4434.103

4400.18

4438.13

4368.731 4334.064

4380.642

•4316.366

•4359.153

3581.91 3600.963

3636.33

3639.51 3558.189 •3593.709 3608.753 3613.393

3635.36

3634.757 3650.95

3649.44

3413.583

•3451.914} 3388.065

3336.984

3374.584

3333.133 3436.343

3413,030

3403.081 3391.394

3390.498

3388.913

3390.878

•3369.618 3460.776

3300.976

3392.310 3339.345

3366.533

3330.438 3350.097 3380.515

3336.318

3336.106

3343.834

3349.747 »3363.515

3363.373 •3363.515 3389.150

3102.551 3133.853

3145.516

3146.878

3142.900

3101.407

3130.181 3138.560

3130.813 3139.955 3117.974

3131.760

3975.110

3973.17

3985.531 3983.060

3003.197 3003.710

5586.16

5871.81 5303.43

5330.397 5019.361 5107.406

60 300

350

150 150

150

30

40

3530

150

150 100

150

40 300

300

4080

400 1500d

300

150

60

100 100

80

60

35

40 300

50 1000

50 300

150

15030

100 300

400

30

60 800

400

50 300

400

300

1000

150

5040

80 13580

100 1000

1000 800

350

300

50

135 300

300

100

4080

30

100

10060

5060

10030

30 300

100

60

E P Low High

1.15 3.94

Multlplet

(No)

3i-3i b

8 D°-z6Pt

(66) 5i-6i b

8 D°-z8F t 4*- 5+

Laboratory

I A Ref Int

Qd II continued

E P

Low High

1.06 1.10

1.06

1.10

(67)

4|-4| b

8 D°-y8Pt

(68)

b

8 D°-y°D

(69)

4.67

4.67

1.06 4.70

4.75

4.75

b

8 D°-7 t (70) 5i-4i b

8D°-8t

(71) 5i-5i b

8D°-9 44-5$ (73) b

8D«_z6F t (73)

b

8 D°-x8P t (74)

5i-4i b

8 D°-z6Dt

-34 (75) 34-34

34-14

5i-6i -SD'-j^Ft

44-54 (76)

4583.38 4471.39 4433.635

4646.336

4530.070 4467.337 4554.989

4488 . 401 4374.343

4463 . 347 4731.373

4570.977

4509.083

3791.17 3807.65

3764.60

3755.56

3641.39 3613.490 3517.890

3513.496

3617.164

3610.76

•3593.709

3580.618

3579.549 •3567.116

3553.716

3438 . 467 3464.133 3503.306

3395.130 •3403.073 3407.56

3413.373

3417.330

3367.661 3379.756

3393.630

3405.038

3430.338 3437.363

3435.634

3357.073

3374.183

3381.607

3383.305

3379.539

3343 . 304

3355.819 3364.137

3370.515

3334.397

3338.631 3350.187

3359 . 350 3073.565 3089.954

3093.058 3101.185

3113.173

3108.360 3139.696

3118.600

5877.36

6634.36

6681.33 6846.60

5733.86

6305.15

5597.31 5951.60 6106.19

6737.83 6346.65

5164.543

5987.11

5749.41

5545.01

300

300

6040

15080

50

80 A 30 A 80 A 50

40

50 A 300 A 35 A 50 A 40 A 13580

60 600

300 300 1500d

4035

30

40 A 500 A 100? A 60

1000

1000

60OT 400

150

150 400

400

150

4080

50

100 300

300

400? 300

150 150

60

10060 300

300

350 1000 400

150

135 350

150

80

150

1000

1500

1000

1300

4000

1500 A 300 A 80 A 100

135

400 150

150

500 350

1.38 4.67

1.38 4.70

1.35 4.75

1-35

1.38

1.31 1.33 1.35 1.35

1.38

1.31 1.35

1.35

1.38

1.31 1.33

Multlplet

(No)

4i-3i a

6 D°-z6Pt

34-34 (83)

4i-5i a6D°-X8Ft

44-3} (83)

3i-3i a

6 . -*^

4|-3J (84) a6_«_y8D t 34-44 (85)

3$-4$ a

6D°-7t

. . fi (86) 3i-4$ a

6D°-8 4jw_i a

6D°-9

R

< 88)

fi a

6D -z6F t (89)

4* a

6 D«_„8pt

34-44 (90) 34-34 -44 a

6D°-z6D 34-34 (91) 34-34

1_-1.

5.03 [-5^ 1 a

6D°-ySpt

5.05 3J r (93) 5.07 Zit-3i 5.09 ul-3< 5.11 t-li 5.05

\ _4-J 5.07 1-3J 5.09 2

i--3-J 5.13 -_ J 5.07 -3-J 5.09 3J -2* 5.11 2i -lJ 5.13 H- \ 5.36

5.38

5.30

5.36

5.38 5.30

5.38

5.30

4i-3i a

6D

e-y6P t 34-34 (93)

1.42 3.63

1.37 3.44

1.43 3.44

1.31 3.53

,10 B

5i-6i alOp -zl°Ft

44-54 (95)

5i-4i a

10P»-3 34-4! (96) 5i-4i al°P°-_8Pt

34-3* (97) 34-34 3i-3i al0p«_4

(98)
REVISED MULTIPLET TABLE

Laboratory

I A Ref Int

Qd II continued

5135.56

•5252.14 { 5419.876

5372.216

5560.69 5500.43

5375.393

5393 . 659 5179.919

4406 . 67 4421.24

•4522.82 i 4514.505

4325.566

4347.310

3489.381 3414.207 3363.974

6610.04

6480.11 7172.26

7352.70

7394.90 7505.35

5721.99 6704.18 6622.28

6080.65

6004.57

5904.07 5655.34

5845.71 5884.59

5897.62

5840.47 5815.85

5830.99

5801 . 30 5807.05

.351

.91

.36 .937

.839 .030

.104

.337 .915

.035

.390

.878

.033 .930

.76 5310.488

5191.081

5199.311 5160.896

5160.105

5149.841 5130.38 5140.839

4003.850 A

3748.88 A

6360.31 A

•6180.43 ( A

6380.95 A

4936.155 A

4806.165 A

4893.11 A

A

A

A

A

A

400

500

150 300 600

600

100

100 125

40

80

30 300 400

200 250

200 200

400

30

50

4060

30

80

200 600

400

15080

200

60

50

40 300 600

300 500

800

300

80

30 200

200

250

200

40 100

300 600

500

400

100

50

50 100 350 300

50

350

300

300

30 300

300 250

60

10040

50 200

400

50

4030 300

400 300

10035

E P

Low High

65 3.53

65 3.81

61 3.46

59 3.46

61 3.59

73 3.73

65 3.59

73 3.75 65 3.71

61 3.70

59 3.70

58 3.69

65 3.75

61 3.71

59 3.70

58 3.70

57 3.69

58 3.70

56 3,69

57 4.10

Multlplet

(No)

a10po_z10 Dt

(99)

a10po_z8D t (100)

a

10 P

o_z8F t (101) al0pO_y8p t (103)

al0pO_yl0p t (103)

iOpO-ySDt

(104) 10po_6 i0po_~8p

iipo_y8F t (107)

5j-5i a8F°-zl0pt

i.108) _ 6j-6i a8F°-z10Ft

6*-5| (109) 5|-4i

3p3|

&J-4* a

8F°-z8Pt

44w3| (110)

44-4* a

8F°-z10D 6f-5| (111)

a

8F°-z8 D

(113)

l-i-l£?a8F°-z6Pt

-6i a8F°-z8F t -5| (114)

-4{ 34-3J

3.98 3.97

3.99 3.98

3.97 3.99

3.98

3.97 4.33

4.23

4.10

a

8Fo_y8p t (115)

a

8FO_yl0p t (116)

a

8Fo_y8D t (117)

Laboratory

I "A Ref Int Qd II continued

4341.376

4197.069 4153.510

4115.376

4141.017

4108.401

4059 . 370 A

3722.068 A

7908.06

6314.23

7197.08 6568.00

6996.76

6857.13 6930.63

7000.75

6900.73 6945.98

7051.00 6399.07

6494.11 4968.575

4916.78

4799 . 859 4888.542

4839.616

4933 . 578 4875.966

4664.272

•4337.5105 4335.390 4304.087

4292.747 3191.044

3172.169 3200.454

3177.490

3206.466

6753.67

7006.16

7118.86 7054.68

7085.53

7164.90 6718.14

6988.75

6959 . 34 6971.66

7058.02

7116.77

7146.13 6702.13

7141.17 5631.43

5510.58 4998.373

•4881.935 4831.955

4800.100

4772.728

4755.347

4540.016

4521.94

4486 . 352 4517.10 3287.193

3353.743

7017.73

7133.16

7343.34

7189.57

25 100

80

300 200

60

6030

30

200

150

10030

4030

A 60 A 100 A 60 A 800

E P Low High

Multlplet

(No)

a

8F°-y8 Dt

(117) cont

a8F°-z6F t a8F°-y8F t (119)

c8 D°-Z8D t

c8D°-z8F t (181)

c

8 D°-y10P

(123) 8n«_7

134)

cB D°-8

a 125 )*

c8 D°-z°F t (136)

c

8 D°-xB

i 137 K c8 D°-y8F t (138)

cSD'-wSp t (139)

7i-6i a

8 G°-z8Ft

6J-5J (130)

2.24 3.97

3.31 3.36

3.36 3.34

3.33 3.33

3.33

4.50

4.50

4.73

4.77

4.79

4.79

4.81 3.33 4.83

3i-2i a

8 G°-y8Pt

6i-5i a^QO-ySDt

4f.5| (133) 4iw3| a8 G

e-z6Ft

32-3* (133)

l£-3$ a

8 G°-x8Pt

, , _ 134)_ 7i-6i aBO^ySFt

(135)

5i-4$ a80°-w8Pt

4|~4£ (136)

3.35 4.01 24 2.25 3.98 34 2.35 3.96 34

Laboratory

I A Ref Int Od II continued

7385.97 A 80 5162.47 A 50d 4333.020 A 60

E P Low High

95 Multlplet

(No)

7748.37 A 40 4965.047 A 60 4608.030 A 40

8089.96

5441.17

•5178. 843J 5300.549 4726.725

•3402.073

60

40

10030

40

1000

2.34 2.34

2.34

3.40

2.40

3.40

2.46

2.46

2.46

2.46 2.46

3.46

4.01 2$-3t

4.73 2^-3i 5.26 2|-3£

3.99 4j-4|

4.88 4j-4^

5.07 4^-3i

3.99 3^-4|

4.73 3|-3|

4.85 3i-4i

4.84 3£-3$

5.07 3|-3i

6.09 3|-3|

Strongest Unclassified Lines of Gd II 8443.58

8316.38

7963.35

7930.35

7846.35

•7844.87 { 7334.89

7147.31 7135.73 7037.36

6985.89

•6980.86 J 6887.63 5913.55 •5911.45 § •5754.17 ( 5538.33

4397.51

4304 . 895 4397.173 4253.612

4238.782

4197.681 4137.104

4111.438 4063.390

4063.590

4053 . 394 4049.858 4033.333

4013.798

4008.913 3996.330

3895.791 3843.20

3801.29 3782.34

3770.69

3733.08 3719.45

3664.60

•3457.047}

3364.241 3330.340 3225.460

3084.007 3005.098

3002.860 2963.605

300

500

500 2000

3000

300

400

500

250 600 A 1500 A 350 A 300 A 800 A 500

250

300

300

400

400 A 800 A 500 A 800 A 500

A 500 A 1500 A 500 A 1000 A 8000 A 300 A 250 A 400 A 800 A 400 A 400

400

300 300

300

800 2000

300

500 800

600

250

300

1000

400

V

VVV

VV

VV

V

V

V

V

VV

V

VV

IV

V

V

V

V

V

V

V

IV

V

VIV

V

V

V. IV

VIV

V

V

VV

V

IV

V

VV

V

V

V

VV

3°-z8F

139) -zSFt

140) -y6p

141)

_j8.pt

142) -z6d

143) -ySFt

144) -ySpt

145) -z«F

146) -x6 ?

147) -ySpt

-_8.t

149)

3.35 3.97 3i-2i lo-y8?

. (138)

Tb I No analysis "May 1942 (Temperature Class)

Tb II No analysis May 1942 (Temperature Class)
.96 REVISED MULTIPLE! TABLE

Laboratory

I A Ref Int Low High (Nof

Dy I No analysis May 1943 (Temperature Class)

Py II No analysis May 1943 (Temperature Class)

Ho I No analysis May 1943 (Temperature Class)

Ho II No analysis May 1943 (Temperature Class)

Er Not separated May 1943

Tm I I P ? Anal D List D Jan 1943 4386.434 A

4359.939 A 3887.347 A

3949.375

3916.476

200

300

300

100 200

3r<>

1.08 4.31

1.08 4.33 fa3F°-15

(3) 16 Strongest Unclassified Lines of Tm I 5971.28 A 200 5895.646 A 300 5764.300 A 300 5675.853 A 400 5631.404 A 150 5307.121 A 200 4203.730 A 300 4187.616 A 500 4105.843 A 600 4094.188 A 700 3883.133 A 400 3751.812 A 100 3744.066 A 300 3717.915 A 500

Tm II I P T Anal B List B Jan 1942 4536.565

4481.273

4199.918

3958.101 3890.538

3848.023

3761.913

3761.331 3701.364

3668.088 3608.766

3536.576 3425.630

3397.499

3291.001

3276.811 3258.048 3241.530

3210.825

3133.886

4677.858 4529.376

4242.153

3995.586 3883.437

3795.759

3795.169 3734.124

3700.256

3566.472 3453.665

3425.082 3316.875 3303.454

3383.400

3366.633

3235.448

3173.828 3157.344

3098.597 3015.396

3900.790

3810.734

3756.860

3704.848

3665.812 3653.614

3557.796 3481.750

3265.609

3929.583 3838.198

3798.752

3783.561 3730.810

80 200

100 200

60

1000 600

800

250

130 200

80

150

100

120

50 150 200

50 250

A 40 A 80 A 300 A 80 A 200

A 600 A 80 A 300 A 300

A 100 A 200 A 300 A 60 A 150 A 50

8090

300

180 100

100

90

50 100

50

6080

60

30

60

100 200

80

60

40

0.00 0.00

0.00

0.00

0.00

0.00

0.00 0.00

0.00

0.00

0.00 0.00

0.00 0.00

0.00

0.00 0.00

0.00

0.00

0.00

0.03

0.03

0.03

0.03 0.03

0.03

0.03

0.03

0.03

0.03

0.03

0.03

0.03 0.03

0.03

0.03

0.03

0.03

0.03

0.03

0.03

1.08

1.08

1.08

1.08

1.08

1.08 1.08

1.08 1.08

2.67 2.75

2.94

3.12

3.17

3.21 3.38

3.28

3.33 3.36

3.42

3.49 3.60

3.63 3.75 3.77

3.79

3.81 3.84

3.94

4-4-4-4

4-4?

4-

4-4-4

4-3

4-4

4-4

a

JF°

(1)

(2) a F°-6

7

8

910

3 4-3 F°-11

4-3 (3) 13 4-4 13 4-3 14 4-4 15 4-4 a

3 F

c-16

4-3 (4) 17 4-4 18 4-4 30 4-4 32

3.67

2.75 2.94

3.12

3.31 3.38

3.38

3.33 3.36

3.49 3.60

3.63 3.75

3.77

3.79

3.81 3.84

3.93 3.94

4.01 4.13

3-

3-3-4

3-4?

3-

(5) a

JF°-l

3

3

46 3-4 a

3F°-7

3-3 (6) 8 3-4 9 3-4 10 3-3 13 3-4

3-3

3-4

3-4

3-3 3-4

3-4

3-3 3-4

3-3? 3-4

a3F°-13

(7) 1415

16

17

a

3F°-18

(8) 30

3133

34

37

4.35

4.33

4.37

4.41 4.45

4.46

4.55

4.63

4.84

2-2? a

3F°-33

3-3 (9) 37

3- 40 3-3 41

1.11

1.11 1.11

1.11

1.11

4.35

4.33 4.35

4.37

4.41

3-3

3-3

3-3 3-2 2-2

3-3? 3-2 3-3

3-3-3

a

3F°-44

(10) 4547

4856

a

xF°-33

(11) 37

3940

41

Laboratory

I A Ref Int E Low

PHigh J Multlplet

(No) Tm II continued

3678.863 3431.195

3399.951 3374.513

3337.578

A

A

A

A

A

80 100

70

10040

1.11

1.11

1.11

1.11

1.11

4.46

4.70 4.74

4.76

4.81

3-3 3-4

3-4? 3-3

3-

a1 F°-45

(13) 53

5354

55 3267.401 A 80 3236.806 A 150 3331.509 A 60

1.11 4.88 3-3 a^-S?

1.11 4.93 3-4 (13) 58

1.11 4.93 3-3 59

Strongest Unclassified Lines of Tm II 5782.356 5709.976

4636.565

3996.518 3817.395

3735.061

3535.533

3463.198

3441 . 505 3363.619

100 10080

300

100 B 300

B 100 B 300

B 300

B 300

3309 . 804 B 100 3340.330 B 135 3151.036 B 300 3131.357 B 400

VIV

IV

III

III III

III

III

III

IIIIVIV

IV

IV

Yb I I P 6.33 Anal B List D 5556.48 A 1500 0.00 3.23

3987.98// A 3000 0.00 3.09 0-1 6

7699.49

6799.61 6489.10

1500

1000 800

3.43

3.33

3.13

4.04

4.04 4.04

May 1943

0-1 6

1 S-63P°

(3) 3-1 6

3P°-73 S 1-1 (3) 0-1

Yb II I P 13.05 Anal D 3389.36 A 800

3694.19// A 1000 0.00 3.75 0.00 3.34

List D May 1943

63g_63po

(1)

Lu I I P 5? Anal B List D May 1943 6004.53

5736.55 5135.10 A

5403.57 A

4658.03 A

3841.17 A

4134.73 A

3567.84 A

10040

10050

50

100

10080

0.35

0.00

3.30

3.15 0.35 3.65

0.00 3.38 0.00 3.65

a

3D_ 3y<>7 t (1) a3n_ 3n»? t a

(s)

0.35 3.46 34-1* a

3D- 3P°? 0.00 3.99 if. 1 (3) 0.00 3.46 li-l|

Strongest Unclassified Lines of Lu I 5001.15 A 100 III 4518.58 A 300 II 3647.77 A 50 HI

Lu II I P ? 3507.39 A

Anal A List B May 1943

100 0.00 3.53

5476.69

6221.88

6463.11 4994.14

5983.90

4839.62 3876.65

3077.59

3397.07

3354.33

3473.48

4785.43

3633.98

4184.36

3554.43

300

300

300

130 lOOd 30d

100

150

15090

130

60

40 130 300

1.75 1.54

1.46

1.54

1.46 1.46

4.01 3.53

3.37

4.01 3.53

4.01

0-1 alS-z3P°

(1) 3-3 a3 D-z3 P° 3-1 (3) 1-0 3-3

1-1 1-3

1.54 4.73 3-1

54

46

75

54

5.55

5.09 5.55

5.09

3-3

1-3

3-3 3-3

a3 D-zlP°

a3D-z3 (4) F°t

3.14 4.73 3-1 aln_ilp» 3.14 5.55 3-3 alD-z iln_z3uF° 3.14 5.09 3-3 (6) 3.14 5.61 3-3 a1 D-t1 D°

(7)

Hf I I P T Anal D List D Dec 1943 5550.60 5181.86 3777.64

3683.35

3497.49 3473.38

50

40

50 300

150

100

0.00 0.00

0.00 0.00

0.00

0.00

3.33

3.38 3.37

3.35

3.53

3.55

3-3

3-3

3-1 3-3

3-3

3-1

a

3P- 2*

(1) 5» 17°

18° 34© 36°

Laboratory

I A Ref Int E P Low High

Multiple

(*0

Hf I continued l! 3333.73

3163.57

3073.88

3018.33 3980.82

300

80

300

80

100

4174.33 A 50 3533.02 A 60 3313.87 A 100 3131.81 A 150 -3080.84 A 80 3067.41 A 60 3030.54 A 100 3964.88 A 150

3830.74 A 50 3173.94 A 100 3156.68 A 50

0.00 0.00

0.00

0.00

0.00

0.29

0.39

0.39 0.39

0.39

0.29

0.39

0.39

0.56 0.56

0.56

3.70

3.90

4.03

4.09 4.14

3.35

3.79

4.03

4.33 4.30

4.31 4.38 4.45

3-3

3-3 2-3

3-2

3-3

3-3 3-4 3-3

3-3 3-4

3-3

3-3 3-4

a

3F- (3)

a3 F- (3)

a

3F- (4)

39° 1 33' 34'

, 35° ' 37'

3.79 4.45

4.47

4-4 a

3F- 4-4 (5) 4-3

16° 30° 34°

41°

43°

45»

48° 47°

30°

47°

48*

5719.18

5553.13

40

40

1.11 3.37 0.70 3.93

3-1 a

3P-l7»

(6) 3-3 alD-ll°

(7)

Hf II I P 14.8 Anal B List B Nov 1943 3353.70

3399.80

3793.37 3561.65

3193.53

3145.33

3479.39 3438.37

3000.09 3016.94

3317.99 3317.30

3013.90

3134.73

3353.06 3644.35

4060.44

4093.16

3933.65

4335.15

3139.67

3463.65 3880.63

3505.33

3569.03 3719.37

3918.10 3373.66

3394.58

3553.70

3136.37

3355.38 3176.85

3389.83 3054.53 3535.54

3379.98 3384.70

3975.89

3194.19

3109.11 3338.31 3495.75

3031.16

3035.39

3101.39 3968.83

4936.99 6379.84

6835.39

4373.85

4664.14

5040.83

5399.85

5809.50

5463.38 4367.90

4945.38

4363.73 4719.10

5075.93

4844.00

4934.46

4097.31

80

1506080

40

35

40

30

40

63035

100

150

80

60

60

15040

515

1540

15080

70

100

63540

635

0.38

0.00

0.38 0.00

3D-z4D»

1

(3)

A 50 A 70 A 15 80

3030

150

100 150

3030

130 A 30 A 100 A 130

AA

AA

A

A

AA

A

AA

AA

A

AA

830

5060

150

150

1030

1040

10

103030

1560

S

1.66 4.17 3- 1.66 3.63 3- 1.66 3.47 3

a4F_z3p«

(e)

a*F-z2D° t (9)

a4p-i4(jo t (10)

a4p_y3p» f a4F-«3|» f (13)

a*P-t*r* t (13)

,66 60

4860

4866

4.55 zi \ a4P-z*D»t

4.34 U-at (14) 3.93 -iJ

3.93 lJ~iJ

3.60 3.93 A<-$

1.66 4.49 34 1.60 4.09 14 1.60 4.49 1* 1.48 4.09 i

1.66 1.66

1.60

4.10 a* 4.31 34 4.10 l|

i4P-l3P»

(15)

a4P-z3D» f (16)

1.66 4.68 3*-li a*P-y3D»

(17)
Laboratory

I A Ref Int

f II continued

,699.73 A

.800.39 A

780.09 A

.883.77 A

933.91 A

624.00 A

665.35 A

984.03 A

.413.74 A

1349.17 A

1303.67

1605.79

5348.40

5767.18

(980.91 $348.95

35

57 30

40

1030

10

30

1530

300

100

10

30

30

81030 A 50 A 40 A 30

13

830

100

8

7 30

10

10

815

5030

40

4010

6 A 4 A 15 A 20

30

8

300

40

50 100

4030

20

10 150

40

30

6

40

5 30

3040

10

30

315

410

8

40

15

10

530

10 100

80

20

100

E P Low High

1.66

1.60

1.77 2.14

1.77 2.14

1.77

1.77 1.77

1.77

1.77

1.77 2.14

1.77 3.14

2.14

1.77

2.14

1.77 1.77 2.14

1.77 1.77

1.77 3.14

Multlplet

(No)

a

4P-z4P° (18)

1.66 4.76

5.38 5.38

1.66 5.52

34-34 a

4P-z3F°t

24-l4 a^P-ySpof

lf-l| (30) 24-34 a4P-y3F° t (31) aaF-i4F° t (33)

a

aF-84D

<> 24-2* (23)

(24)

(37) a3F_z4po t 2 (28

2 6 (39)

a

3F-ya F° t (31)

a

3F-y4D° t J 33} a

3F-z2 G°

(33) 1.77 3.63 l|-3i b2D-z 4F°t

(34) 4.34 b2D-z4D° t 3.92 3.60

4.49

4.09

4.49 4.21 4.10 2.14 4.75

4.68 5.16

5.00

4.84

4.84

5.11 4.76 3.14 5.48

5.38

5.31

5.38 5.52

5.43 5.63 5.74 6.33

3.30 4.49

1.88 4.09 3.30 4.09 3.20 4.10

1.88 4.21 3.30 4.31 2.20 5.16

1.88 4.68

(35)

b

2 D-z2 P°

(36)

b

2 D-z2 D° (37)

b

2 D-z4G°

b2 D-y3 D° (39)

b

2 D-z4P°

(40)

b

3D-z3F° t (41) b

2D-y4F° t (43) b2D_y

2po

(43)

t^D-ySF

(44) b2D-y4D° t (45) b

2 D-z2 8°

o< 46} t^D-y^P t (47) a3p_i3po t (48)

a

2 P-z2 D° t (49)

a2 P-z4G° J50

! a2 P-y2 D° t (51)

REVISED

Laboratory

1 A Ref Int Hf II continued

4319.51 A 8

HOLTIPLET TABLE

J

3867.32

4049

44 4008.46

3597.42 3964.96

3487.57

3199.99 3806.77

3055.43

4807.14

6223.81

5128.33 4050.67

3998.51

4809 . 18 4735.75

5801.71 4163.40

4790.73

3478.98 3701.15

3849.53 3661.73

3817.20 3705.40

3080.64

3394.99 3358.30 3011.34

6647.06

8336.13 6041.44

7338.64

7377.67

7861 . 32 8581 . 88 9743.28

6557.91

7030.33

7757.89

5969 . 38 •6156.25

7031.23

7663.09 4334.65

4817.22

5444.07 6230.84

5194.57

5929 . 35 6511.63

4632.71 5364.95

5057.03

4699.72 5079.65

4350.52 4245.84

4232.43

4703.62

4535.38

4466.41 4187.68

4640.14

4490.60

4336.66

4806.59 4071.23

3877.11 3806.07

3766.93

3737.88 3744.98

3917.47 3438.34

3318.30

3333.35

7561.08 6306.17

6563.86 6455.85

15

10

810

15

8304

9

30

10 A 30 A 7 A 6d A 6 A 10 A 1550

40

30

4035

3 30

15

100

30

30

A 100 A 10 A 6 A 30

50

85?

7 100

150

15

5

3d

30

30

3080

3030

6

5

6

10080

30

4060

150

3060

1030

30

A 30 A 20 A 300 A 80 A 6

40

4050

15

1530

15

830

10

510

30

E P Low High

Multlplet

(No)

1.88 4.74 4- 4 a

2 P-z4 P°t

(53) 3.30 5.39 l4-34 a2 P-y4F°

3.30 5.35 lf-lj (53) 3.30 5.38 l4-l4 a

2 P-y2 P°t

1.88 5.31 4- 4 (54) 3.30 5.31 l4- *

li- 4 a

2P-z38° i- I (55) l4-34 a

2P-x2 D° %-ii (56)

3.30 5.74

1.88 5.74 3.30 6.05

1.88 5.93

3.15

3.19

3.15

3.86

3.67 3.49

2.33

3.67

2.49

3.33

3.49 2.49

3.33

2.86

3.67

2.67

2.49 2.49

2.86

8.67

3.53

3.37

3.15 4.55

5.69

5.48

5.39

5.53

5.43

5.52 6.15

5.83

5.83

(57) a

2 0-z4D° t ,< 58

1 a

20-z40° t (59)

a

2Q-z2F° t (60) a

3 G-y4F° t (61)

a

2 Q-y2F°

(63)

3.19 6.38 3|-3| a

2 G-x2F° t (64) b4F-z4F°

(65)

b

4F-z 4D° t (66)

4.49

4.09

3.49 4.10 24"24 b

4F-z2 D" t J

6B

l b4F-z4G°

(69)

24- 24 b

4 F-y2 D°

(70)

b

4F-z2F° t (71)

b

4F-y4F° t (73) 2.86 5.69 2.49 5.39 2.33 5.2E 3.86 5.4£ 3.67 5.39 3.49 5.2E 3.33 5.38 l4-l4 b

4F-y2 P

c t (73)

3 44-34 b

4F-y2 F°

6.15

5.83

3.37 5.00

5.48 5.35

3.37 5.38

(74)

b4F-y4D° t (75)

b

4F-z2 G° t (76)

b

4F-x2 D° t (77) b4F-w2 D

c t (78) b

4F-w2F°

(79)

b

4P-z4P°

b

4 P-y4F° t (81)

b4p_y2pO J (82)

Laboratory

I A Ref Int

Hf II continued

4904.51

4848 . 46 5080.44

5164.56

5156.06

4765.78

4760.59

4570.70

4331.36

4368.10

4436-. 18 4141.84

4007.36

6997.83

6135.

6567,

6037,

6473,

4599, 5346. 5347.

4675. 4865.43

4125.

4453.

4133.

3810,

3979,

3864,

3763.51

4683.68

4047.96

4524.74

6719.40

7398.96

6550.01

7278.72 5673.58

5493.23

4179.55

3946.00

6584.53 A 7983.66 A

7016.99 A

30

20

10

8

5

12

20

30

30

5

9

5

10

30

20

60

30

30

40

40

60

10

510

10

10

40

20

40

56 5389.98 A 10 6542.80 A 50 5565.56 A 5

3900.64 A 4613.74 A 4433.76 A

2050

150

50

30

50

10

10

6

10

6

10

7n

E P Low High

97 Multlplet

(No)

3.33

3.33

3.53

3.33

3.47

3.51 3.47

3.51

3.47 3.51

3.51

3.51 3.47

3.47

3.82

3.94 3.94

3.83

3.94

3.94

3.94

3.94

3.82 3.94

3.82

3.83

3.94

5.92 5.93

3.52 6.32

3.37 6.22

3.33 6.22

6.31 6.31

3.52 6.60

3.47 5.33

5.48 5.39 5.52

5.42

4-1+ b

4P-x2 D°

(84) 4-l4 b4P-z4 S°

(85) 24-1 4 b4P-y4P° l4-l4 (86) !-l|

2i_li b

4P-w2 D° t $-lf (87)

24- 14 b4 P-x4 P° t (88) 44-44 b

2 G-z4 &° (89) 44-34 b2 0-y4F°t

34-34 (90) 44-34 b2 G-y2F° t 34-24 (3D

3.51 6.05 6.46

6.28

6.51 6.75

6.57

6.66

34-34 b2G-x2 D 44-34 b"=G-x2 F° 34-24 (94)

5.59

5>48

5.69 6.15

5.82 6.15

7.22

6.57

6.98

6.61

6.61 6.87 6.66

34-24 b

2 0-w2 D°

(95) 34-34 b2 G-x4 D°t

(96) 44-34 b2 G-w2F

<: (97) 44-34 b

2 G-y2 G° t (98) 5J-4I a2 H-y4F° 44-34 (99) 44-44

54-44 a

2 H-z2 G° 44-34 (100)

44-34 a2 H-x4 D° 44-3| a2H-w2 F°

i l02l 54-54 a2H-z2 H° t 44-44 (103) 54-44

54-44 a2 H-y2 G° t 44-34 (104)

6609.20 A 8 4.05 5.91

5110.61 A 7 4.05 6.46

4486.65 A 20 4.05 6.80 4241.93 A 7 4.05 6.96

3945.36 A lOn 4.05 7.17

24-24 c 2 D-y4 D° 24-34 c 2 D-x2F

e (106) 24-24 c

2 D-x4 P°

k 107 X 24-14 c

2 D-w2 P° 24-24 c 2 D-v2d

4.62 6.46

4.62 6.28

4.62 6.51 4.62 6.31

4.63 6.80

4.62 6.87

4.62 7.57

4.62 7.75

(109)

x

2 F

c

b2 F-w2 D° (111)

34-34 b2 F-xJ 24-2J (110)

SfcS

34-24 b2F-x4p<' t

k n2X 34-44 b2F-y2 G° t

24-14 b2F-u2D°

i 114l 34-24 b2F-v3F° t (115) Strongest Unclassified Lines of Hf II 7061.90

6850.07

6548.72

4519.02

4443.07

30?

60?

10lOn 20

Ta I I P ? Anal C List D Dec 1942

5402.51 5212.75

4574.32 3970.10

3077.24

5388-38 A

5037.65 A

2965.54 A

0.25

0.25 0.35

2.56 34-l4 a

4F-4°

2.70 24- 14 (3) 8

e 4.41 34-l4 63°
98 REVISED HULTIPLET TABLE

Laboratory

I A Ref Int

Ta I continued

5811.10 A 20d1

5461.31 A

3063.56 A

•6995.35

5776.76 5413.47

5349.08 5136.47

4921 . 29

E P Low High (No) Laboratory

I A Ref Int W II continued

0.49 2.61 34-24 a4F-6°

(3)

5419.19 A 5354.67 A

•5141.63 A

4926.02 A

5939.75

5944.01

5435.27

6045.38

7148.61

6430.78

4936.41

7346.37 6485.36

5997 . 24 5037.33

5404.95

1*- * a

4P?-14° l4-l* (6) 15° If- * 18° l4-l4 21°

3657.59

3361.11

3572.48

3024.51

3149.87

•3189.24 3177.22

3051.30

3021.98

120

100

800

300

500

1001

150 400

100

E P Low High

1.09 4.46

1.09 4.76

J Itultlplet

(No)

1-1"

(3)8°

1.31 4.76 if- 4 ,3-3«

(3) 1.40 5.48 34-34 3-7°

(4) 4-l|

# *rll'

(5) 1.63 5.54

1.66 1.66

1.66

1.66 5.74

5.53 3*-4* 5- 9° 5.54 34-3* (6)10° 5.70 34-3* 13°

15°

20w 1.30 3.38 f-l£ a

6D-33°

(7)

3463 . 53 A 300 3179.44 A 150 3175.97 A 300 3036.68 A 100

1.66 5.33 34-1* 6- 5° 1.66 5.54 3*-3+ (7)l0° 1.66 5.54 3*-l* 11° 1.66 5.73 34-34 14°

30d?

30

1.33 3.31 l4-34 3-24°

(8) 1.35 3.62 1^-3^ a

6D?-35°

(9) 30 1.39 3.43 34-34 a

6 D_28°

(10)

35w 8.13 4.41 24-14 9-62°

(13)

Ta II See Introduction

3343.40

3160.03

3401.90 3342.46

3376.17 •3189.34

3555.18

3486.14

3539.57

3549.08

3358.63

3343.09 •3343.36

3010.76

120 300

150 300

1.83 5.53 44-44 8- 9°

1.83 5.74 44-4$ (8)l5°

1.85 5.48

1.85 5.54

9- 7° (9)10°

A 400 A 100 X

A 130 A 100

1.87 5.53

1.87 5.74 34-44 10- 9° 34-4|(l0)l5»

3.00 5.48 34-3* 11- 7° 3.00 5.54 3*-l|(ll)ll«>

100

A 150 A 300 A 100 A 100

3.04 5.54 44-34 13-10°

(13) 3.05 5.53 34-44 13- 9° 3.05 5.73 3*-3*(l3)l4°

3.05 5.74 3*-4+ 15° 3.05 5.85 3*-3* 17°

t_I I P 7.94 Anal A List D June 1941 •3343.36

4344.374

4680.539

4843.829

5053 . 300 5006.169 5234.680

5514.713 4103.713

3881.403

3835.058

•3757.093 3884.335

3839.133

4319.383

•3570.663

3760.133 3631.959

3683.101

•3757.939 •3872.835

4047.948

3847.501 •3570.662 3326.194

3300.819

3215.578

3191.577

3176.608 3046.452 3041.876

4008.769 4074.374

4294.633

3867.986

4303.133

•4757.565 3617.523

3780.770

3207.248

•3049.694 3017.447

200

400 500

500 400

400

500

150

100

(5)

(3) (3) (3) (5

(6) (4)

(5)

0.77 0.60

0.41

3.23

2.96 2.65

3.23 2.96

2.65

-5 dV SD-d^BpTpot

0.77 3.78 0.60 3.78

0.41 3.63

A (5 A (3 A (4) A 2) A (3)

(6) 60

150

15060

30

50

25

A 1000 A 500

A 1000

300

500 300

800

300eo

60

60

0.77

0.41

0.31 0.77 0.60

0.41 0.21

0.77 0.60

0.41

0.21 0.00

0.41 0.77 0.60

0.77 0.00

0.21

0.21

0.41

0.36

0.36

0.36

0.36

0.36 0.36

0.36

0.36 0.36

0.36

0.36

4.05

3.60

3.43

3.69 4.05

3.69 3.60

4.13

3.88 3.60

3.36

3.3f

3.87

4.48 4.34

4.61 3.87

4.09 4.26

4.47

3.44

3.39 3.34

3.56

3.33 3.96

3-3

3-2

1-1 4-3 3-2

2-1

4-3

3-3 2-2 4-4

2-3

1-1 4-3 3-4

2-3

1-2

(1) 3151.31

100 3.35

100 3.47

300 2.87

3345.86 300w 3.89 6.56

6.45 44-3* 15-37°

(14) 34-44 16-33°

(15) 44-54 19-38° _ (16) 34- 14 30-31°

(17)

6.38

6.78

dV ^d^Spot

(3) Re I I P 7.85 Anal B List D

d

48 250-d4ap 5£Pt 4889.15

(3) 5375.54

AA

3460.47 II A

3464.73 A

3451.88 A

3000

1000

1000 800

600

May 1943 34-34 a6S-z8P° 34-34 (1) a

6S-r6P°

(3)

4-5 d*e 2 5D-d4Bp5P^

3-4

3-3

1-3

0-1

3-1

4-5 3-4

4-5

0-1

1-3

1-3

2-1

(4) Os_J I P 8.7 Anal C List D Dec 1943 dV*D-313°

(5)363°

351° 373°

313°

331°

344°

361°

4430.468 4360.854

3538.603

3301.559 3367.945

•3058.66

3753.524

3-4 d

5e 7 S-dV, 7P<' 3-3 (6) 3-2

3-4 d

5a

7B-d4ep7 D°

(7)

7 c 63

21414S

3-3 3-2

3-3 d

587B-d4 ep5p°

3-3 (8) 3-4 d

5a

78- 341°

3-3 (9)357°

3-4 360°

L-II I P t Anal D Llet D Dec 1942

4135.784

3963.628

3782.195

3336.150 3363.390

3333.055

4173.334

3977.331 3370.588

3156.348

4113.018

3560.855

400R

300 400R 500R

400R

500R

400R

200

500 400R 300R

500R

500R

100 300 300R

500R

150

150R

0.00 0.00

0.00 0.00

0.00

0.00

0.34

3.79

3.90

3.50 3.74

3.78

4.03

4-4

4-5

4-4

4-5

4-4

4-4

1-36° (l)37°

33°

37°

39°

41°

3641.43 3286.57

150 100 1.08

1.08 4.46

4.83 u

4F-1°

(1)3°

Laboratory

I A Ref Int E P Low High

Ir I I P 9.3 Anal B List D 3800.133

3448.967

3513.636 3366.446

3437.006

4366.096 3368.473

3993.114

3330.773

3915.384

3068.897 3198.917

3313.131

60r 0.00 3.35 60 0.50 4.08 80r 0.00 3.51

60 0.71 4.49

J Multiple*

(No) Deo 1942

a4F-z6D°

Pb

.: (I)' g

a

4P-t6P

' :5li

60

80

0.78 4.37

(3) 34-34 a4F-z6 o (3) 0.88 3.77 34-3* b4F-*6D°1'

(4) . b4P-j6y»1-

(5)

|a

b

4F-i6Q»

1

(6) 34-34 b4P-t4D»#

(7) ! 34-44 b4F-e4(J 1

'

(8)

Pt I I P 9.3 Anal B List D Dec 1943 II

3315.05

3390.33

3064.71 3139.39

3156.59 3997.97

3408.14

3966.37 3043.65

4164.54 A

3638.80 A

5368.97 A

3301.87

8

50

10

10

30

15

630

5

8

3

10

0.00 3.73

1.35 5.00 0.00 4.03 0.10 4.03 1.35 5.16

3-4 a

3D-t5D° t 1-3 (1) 3-3 a3 D-z3p» t 3-3

1-1 0.10 4.31 3-3

0.10

1.35 3.73

4.36 0.10 4.16

1.35 1.35

1.91

4.31 4.64

4.31

(3)

i3D-z3j*

(3) 4-4 a

3F-E5D° t 3-3 (4) 4-5 a3F-s50°

3F-z3FO t (6) 3-3

3-4

3-3

0.81 4.55 2-2 a

3P_5°

(7)

Pt II See Introduction

Au I I P 9.3 Anal A List D Deo 1943 3133 783 B (150) 1 13 5 08 2*-14 a

3D-62P° 6378 30 A 35n 3 65 4 61 1* (1) 5064 69 A 15 3 65 5 08 !4- 1 !

7510.74

5837.29

200

40

5.08 4.616. 73

6. 73 14- 4 6

2P°-73S

4793.63 A 100 4065.09 A 45 4811.61 A 60

5.08 7.66

4.61 7.65

5.08 7.65 1

Au II See Introduction

Hk I IP 10.39 Anal A List D Deo 1943 5460.743 4358.343

4046.557 3663.374

3131.845 3650.144

3135.668

500R

300

10050R

100 100R 300R

5.44 7.70

4.87 7.70

4.65 7.70 5.44 8.81

4.87 8.81 5.44 8.83

4.87 8.81

5790.659 A 300 6.67 8. 81 5769.598 A 300 6.67 8.81 Uany lines show fine structure

3-1 6

3po_73S 1-1 (1) 0-1

3-3 6

3P°-61 D

1-3 (3) 3-3 6

3 P°-63D t 1-3 (3)

1-3 6

1 P°-61 D

1-3 6lP°-63Dt

(5)

Hg II See Introduction

Tl I I P 6.08 Anal A List D Dec 1943

5350.537// A

3775.734 A

500R 500R

0.96 3 0.00 3 3519.34 B 500R 0.96 4.47 3539.38 B 100R 0.96 4.46 Many lines show fine struoture.37 l4- 4 6

2P°-7

.37 I- I (1) n6

3P°_6a Dt

(3)

Tl II See Introduction
Laboratory

I A Ref Int E P Low High (No)

REVISED MULTIPLE! TABLE

Laboratory J Multlplet

I A Ref Int E PLow High

lltlpl

(Ho)

>b I I P 7.38 Anal A List D Deo 1943 Bl II See Introduction

1639.568 A 500R 0.97 4.36 1-1 6p3P-7«3P°

,057.813// A 10O0R 1.31 4.36 3-1 (l) Bn I See Introduction

',683.469 A 1000R 0.97 4.33 1-0

1739.940 A 300 3.65 5.95 3-3 6p1 Ji-7a3 P' '338.974 B (3000) 3.65 4.36 3-1 (3) Ra I I P 5.35 Anal A List D May 1943

,1573.734 A 300R 3.65 6.10 3-1 6p1 D-7»1 P° 4835.91 // A

(3) 100 0.00 3.56 0-1 7

1 S-71 P°

(1)

>b II See Introduction

,91 I I P T Anal B List D Deo 1943

5067.713// A 9R 0.00 4.03 li- i 6p*S°-l

(1)

Ra II I P 10.10 Anal A List D Hay 1943 3814.43 // A 300 0.00 3.34 4-l4 73S-73P° 4683.38 A 100 0.00 3.64 $- \ (1)

Th I Mo analysis Deo 1943

--l733.653to) (8) 1>41 4.03) ^ I 6p3D»-l

1733.333 ) B (10)

1 '" * U") (3)

fide fine etruoture

Laboratory

I A Ref Int

E P Low High

99 Multlplet

(Ho) Th II IP1 Anal C List D July 1944

3539.589 A 400 0.00 3.49 l|-3| a

2 D-i*F°

4377.333 A 400 0.00 3.89 l£-l| a

2 D-y3 P°

(2) 3610.794 A 30 0.51 3.93 24-3$ a

3D-y3F°

4019.137// A 1500 0.00 3.07 l|-3£ (3)

3180.199 A 400 3393.040 A 300

0.19 4.07 3|-3| a*F-z*F°

0.19 3.83 3|-3| a

4F-y30°t

(5) 4391.114 A 600 0.55 3.36 2i-3i a

2F°-X4Ot

(6) 4919.814 A 500 0.76 3.37 3^w3| a^-^Ot

(7)

Th III See Introduction

D Hot separated Deo 1943
100

I A E P Low High

Multlplet

(So)

Be I I P 9.38

4548.3 0.00 (3.71) 0-1 383 1 S-3e3p3 P

(IF)

CI I P 11.30 9849.5 9833.4

9808.9

4637.3

4631.5

8737.4

0.01 1.36

. 00 1 . 36 0.00 1.36

0.01 0.00

3.67

3.67

1.36 3.67

3-3

1-3 0-3

3-0

1-0

3-0

3p

2 3 P-3p3 *D

(IP)

2p I 3P-3p2 X 3

(3F)

.3 1 3p° x D-3p

(3F)

3 1 =

N I I P 14.49 5300.7 5198.5

3466.4

0.00 3.37 0.00 3.37 0.00 3.56

li-34

lf-ll

1±-

10395.4 3.37 3.56 3 10404.1 3.37 3.56 *

3p3 4S

c-3p3 3D°

(IF) 3p3 4s«>-3p3 2P°

(3F) 3p3 3p»_3p3 3po

(3F)

K II I P 39.49 6583.6 N

6548.1 N

5537.4

3070.8

3063.0

5754.8 N

0.03

0.01 1.89

1.89 0.00 1.89 0.03 4.04

0.01 4.04

1.89 4.04

3-3

1-3 0-3

3-0

1-0

3-0

3 lr 3p2 3 P-2p; (IF)

3p2 3P-2p3 Is

(2F)

3p2 1 D_3p

(3F)

3 1=

I I P 13.56 6300.33 L S363.88 L 0.00 1.96 0.03 1.96 3973.3 0.03 4.17

5577. 350A 1.96 4.17

3-3

1-3

1-0

3-0

2p4 3P-3p4 *D

(IF)

3p4 3P-3p4 *S

(3F) 3p4 1 D-3p4 is

(3F)

II i P 35.00

3728.91 N 3726.16 N

7319.4 7339.9

7318.6

7330.7

0.00 3.31 0.00 3.31

3.31 5.00

3.31 5.00

3.31 5.00

3.31 5 . 00

*3 3pJ *S°-3p

(IF)

3p3 2 D«-3p

(3F)

3 3„

3 2 pc

III I P 54.71 5006.84 N

4958.91 N 1931.8 0.00

0.04 3.50

0.01 3.50

3.50

4363.31 N 3.50 5.33

2-3

1-3 0-3

2-0

2p2 3P-2p

(IF)

3 1,

n2 1 3pa D-3p

(3F)

2 1„

F II I P 34.84 4789.5

4869.3

4157.5

0.00 3.58 0.04 3.58

2-3

1-3

3.58 5.55 2-0

3p4 3 P-3p4 Id

(IF)

(3F)

F III I P 63.39

£721.3

5733.0

4.31

4.31 6.36 2i- 6.36 1*- 2p3 3 D«_ 3p3 2 P

. (IF)

REVISED MULTIPLE? TABLE

FORBIDDEN LINES

I A E P Low High

Multlplet

F IV I P 86.88

4059 .

3

3996.3 0.08 3.13 0.03 3.13

3.13 6.61

2-3

1-3

3-0

iltlp

(No)

(IF)

3p3 iO-Sp3 *S

(3F)

Ne III I P 63.3 3868.74 N

3967.51 N 3343.9

0.00 3.19 0.08 3.19 3.19 6.883-3

1-2 3-0

3p4 3P-3p4 1 D

(IF)

3p4 1 D-2p4 H

(3F)

Ne IV I P 96

4716 7 4730 1 4714 T 4717 7

2p3 3po_3p3 2po

(IF)

Ne V I P 136 3435.8

3345.9

3973 T

0.10

0.05 li:S

3-3

1-3 Sp2 3 P-3p2 Id

(IF)

(3.74 7.89) 3-0 3p3 ^Sp3 *S

(3F)

Na IV I P 98.5

3319.3

3445.9 0.00

0.14

3.73 3.73

3-3

1-3

2p4 3 P_2p' (IF)

4 lr

Na V I P 138.0 4011.3

4021.6

4017.5 4015.3

5.83 8.90 3*-lJ 5.83 8.90 if. I 5.83 8.90 3*- { 5.83 8.90 lf-lj

3p3 3p»_2p3 3pe

(IF)

Mft VI I P 186.1 3485.5

3503.0 3500.4

3488.1

6.70 10.34

6.70 10.33

6.70 10.33

6.70 10.34

3p.3 3D

o_3p3 3p«

(IF)

Al VII I P 341.1 3074.0

3093.4

3098.7

3068.8

7.59 11.61 Sf-l-i 7.59 11.58 if- -3 7.59 11.58 24- i 7.59 11.61 liwlJ

3p3 2D°-3p

(IF)

3 3r

81 I I P 8.13 6589.74

6536.85

10991.53

0.03

0.01 1.90

1.90

0.78 1.90

3-0

1-0

3-0

3p3 3P_'3p' (IF)

>2 Id- (3F)

3 1.

3p3 1 D-3p3 *S

P I I P 10.9 8787.6

8799.1 0.00

0.00

5333.4

5339.7

0.00 3.31 0.00 3.31

3p3 4S»-3p3 2D

C (IF)

3p3 4S°-3p3 3P»

(3F)

P II 11898.3

11483.2 4736.6 4669.5

I P 19.570.06

0.03 0.06

0.03

1.10 1.10

3.66 2.66

2-2

1-3 3-0

1-0

3P* . (IF) 3p2 3 P-3p

(3F)

3 lc

I A E P Low High

P II continued

7869.5 1.10 3.66 3-0

Multlplet

(NoT

3p3 x D-3p£ (3F)

i w

SI I P 10.31 10819.8

11305.8

4506.9 4589.0

7734.7

0.00

0.05

1.14

1.14 0.00 2.74 0.05 3.74

1.14 3.74

3-2

1-3

2-0

1-0

3-0

3p4 3P-3p4

(IF) In

„4 3 4 1. 3p* °P-3p* x 8

(3F)

3p4 ln_3p

(3F)

4 1.

3 II I P 33.3 4068.62 N

4076.33 N

6717.0

6731.3

0.00 3.03 li-li 3p3 430_3p3 2p. 0.00 3.03 if- i (IF) 0.00 0.00

10317.7

10336.0

10369.7

10284.3

1.84

1.83 1.84

1.83

1.84

1.83

3.03

3.03 3.03

3.03

lf-24

l|-l!

3p3 4a

o_3p3 3ni (3F)

3p3 2D°-3p3 3P< (3F)

S III I P 34.9 9533.1 9069.4

3796.7

3731.1

6310.3

0.10 0.04

0.10 0.04

1.40

1.40

3.35 3.35

1.40 3.35

3-3

1-3

3-0

1-0

2-0

3p2 3P-3p3 X D

(IF)

„3 l fi (3F)

3p"n3 1*D-3p' (SP)

3 1«

S VIII 9917.9

I P 10.00 1.24 lj- |

3p5 3p»_3p

5 3p»

(IF)

8 XII I P t 7536 0.00 1.64 f-lf 3p2P-3p3P

(IF)

CI II I P 33.70 8579.5

9135.8

3583.3

3675.0

6153.9

0.00

0.09 0.00

0.09

1.44

1.44

3.44

3.44

3-3

1-3

3-0

1-0

3p4 3P-3p

(IP)

„4 3

,4 lr

4 1. 3p* °P-3p* A S

(3F)

1.44 (3.44) 3-0 3p4 1 D-3p4 H

(3F)

CI III I P 39.7 3343.7

3353.4

5517.3

5537.7

8481.6

8501.8 8550.5

8433.7

0.00 3.69 0.00 3.68 0.00 0.00

3.34 2.33

lf-ai

if-ii

3.24 3.69 2*-lJ 3.33 3.68 if- \ 3.24 3.68 2*- \ 2.23 3.69 l|-l|

3p3 4S°-3p3 2P«

(3F)

3p3 4S°-3p3 2D»

(IF)

3p3 2D°-3p3 2P°

(3F)

CI IV I P 53.3 8046.1

7530.9 3303.3

3118.3

5323.3

0.17

0.06

1.70

1.70 0.17 4.03 0.06 4.03

1.70 4.03

2-3

1-2

2-0

1-0

3P* - (IF)

3P2 3P-3p2 X S

(3F)

3p2 !d-3p

(3F)

2 lc
REVISED MULTIPLET TABLE

FORBIDDEN LINES

101

I A

V III I

1 1 7135.8

4 7751.0

3005.1 3109.0

J 5191.4 N

E P Low High

P 40.80.00 1.73 0.14 1-73 0.00 (4.11) 0.14 (4.11)

J

2-2

1-2

3-0 1-0

3-0

Itultlplet

(No)

3p4 3P-3p4 1 D

(IF)

3p4 3 P-3p4 1 S (2F)

3p4 1 D-3p4 1 S (3F)

I A

Ca V I 5308.9 6085.9

3996.3

E P Low

P 84 0.00 0.30

2.32

High

3.33

3.33

J

2-2

1-3

Uultlplet

(No)

3p4 3 P-3p4 *D

(IF)

3p4 ^p4 i 8

(3F)

I A E P Low High

Sc VII I P 7

4987 7 (0.08 2.56) 5045 7 (0.00 2.45) 5224 7 (0.08 2.45) 4824 7 (0.00 2.56)

J

2-i-li

Multlplet

(No)

3p3 2 D°-3p3 2P' (IF)

5.41 3-0

Tl I I P 12168.80

12012.60 11849.83

11856.02 11771.95 11621.54 8777.26

8716.24

8669.88

8884.12

8799.09 8613.35

8588.84

8970.23

8488.93 8521.66

8367.07

8249.61 7287.25

7213.88

7150.21 7328.50

7338.29 7173.92

7126.40

7087 . 39 6739.63 6670.76

6617.13

6768.65 6693.48

6791.02

6643.57 6595.88

5838.13 5794.16

5755.60

5867.87

5813.53

5755.39

5737.59

5699.57 5639.54

5587.73 5555.33

5561.66

5535.09

5509.51 5614.63

5562.94

5542.54

5630.85

5595.31 5664.02

5584.81 5518.00

5466.67

5396.71 5358.79

5312.52

5334.30 5310.36

5286.31 5025.53

4982.92

5043 . 30 4988.75

4946.76

4898 . 49 4847.01

11933.60

11881.68 11835.06

12024.89

11950.77 11792.55

11767.30

11748.60 12095.67 11679.85

11681.81 11690.94

9258.83 9288.45

9281.86

9189.22 9235.10

9245.82

9137.01 9199.44

5.810.05 1.06 0.02 1.05 0.00 1.04 0.02 1.06 0.00 1.05 0.00 1.06 0.05 1.45 0.02 1.44 0.00 1.43 0.05 1.44 0.03 1.43 0.03 1.45

0.00 1.44 0.05 1.43 0.00 1.45 0.05 1.50 0.02 1.50 0.00 1.50 0.05 1.74 0.02 1.73 0.00 1.73 0.05 1.73 0.02 1.73 0.02 1.74

0.00 1.73 0.00 1.74 0.05 1.88 0.02 1.87 0.00 1.87 0.05 1.87 0.02 1.87 0.05 1.87 0.02 1.88 0.00 1.87 0.05 2.17 0.02 2.15 0.00 3.14 0.05 3.15 0.02 3.14

0.03 3.17 0.00 3.15 0.00 2.17 0.05 2.24 0.02 2.33 0.00 3.33 0.03 3.24 0.00 2.23 0.00 3.34 0.05 3.35 0.02 2.24 0.00 2.33 0.05 2.24 0.02 2.33 0.05 2.23 0.05 2.26 0.02 2.26 0.00 2.36

0.05 2.33 0.02 2.32 0.00 2.32

0.02 2.33 0.00 3.33 0.00 2.33 0.02 2.48 0.00 2.48 0.05 2.49 0.02 2.49 0.00 2.49 0.05 2.57 0.02 2.57

4-2

3-1 2-0

3-2

3-1 3-3

4-4

3-3

2-2 4-3

3-2 3-4

3-3

4-3

2-4

4-4 3-4 3-4

4-3 3-3

3-1 4-3

3-1 3-3

3-2 2-3

4-5

3-4

2-3 4-4

3-3

4-3 3-5 3-4

4-3

3-3

3-1 4-3

3-1 3-3

3-3 3-3

4-3

3-1 2-0

3-2

2-1 3-3

4-6 3-5 3-4

4-5 3-4

4-4

4-4 3-4

3-4

4-2

3-1 2-0

3-2

2-1 2-2

3-1

2-1

4-2

3-3 3-3

4-5

3-5

1.73 (4.11)

Ca VI I 3646.3

3703.7

5587 3 5631.0

5766.4

5460.0

P 7 0.00

0.00

3.38

3.33 14-3* lf-l£

3p3 4S

e-3p3 2D°

(IF)

3p3 3D°-3p3 3P»

(3F)

a

3 F-a3 P

I 1

A IV I I

1 4711.4

4740.3

7336.0

7363.3

' 7333.0 ^

7169.0

61 0.00 2.63 0.00 3.60

3.63 4.33 3.60 4.30 3.63 4.30 3.60 4.33

*8

i|-lf

3p3 4S°-3p3 3D°

(IF)

3p3 3po_3p3 2pc

(3F)

(IF)

3.38

3.33

3.38 3.33

5.59 5.53

5.53

5.59

a

3 F-b3 F

(3F)

Ca VII 5615.8

4938.6

3688 7

I P 7 0.50

0.20

3.70

3.70

3-3

1-3

3p3 3 P-3p3 1 D

(IF)

3p2 1 D-3p2 1 3

(2F)

A V IP

U 7006.3

6434.9

4610 7

78 0.35 3.01 0.09 2.01 3-3

1-3

3-0

3p2 3 P-3p3 *D

(IF)

3p2 1 D-3p2 1 S

(3F)

a

3F-a1 (3F)

3.70 (6.05) 3-0

a

3 F-a5 P (4F) 3.01 (4.69)

Ca XII 3329.3

I P 6550.00 3.71 1*-* 2p5 2po_3p5 3P«

(IF) A X IP

5534.6

7 0.00 2.33 iW 2p5 3pc_2p5 3po

(IF)

a

3 F-a3 G

(5F)

Ca XIII

4086.5

I P 70.00 3.03 3-1 3p4 3P-3p4 2P

(IF) A XI I

. 6919

P 7 0.00 1.78 3-1 3p4 3 P-3p4 3P

(IF) Ca XV

5648 7

I P 7 0.00 (2.19) 0-1 2p2 3 P-2p2 3 P

(IF)

a

3 F-a3 D

(6F)

A XIV I 4359 7

P 7 0.00 3.83 w 3p2P°-3p2P

e (IF) Sc II 9285.20 9191.34

9134.50

8649.11 8567.60

8518.30 8347.34

8307 . 67 8379.99

8384.38

8336.66

8371.33

8361.31 8403.63

8225.25

11896.48 10872.05

10399.33 10456.86

10486.97

10780.17

10660.35 10569.44

I P 12.80.03

0.01 0.00

0.03

0.01

0.00 0.03

0.01 0.00

0.02

0.01 0.01 0.00

0.02

0.00

1.35 1.35 1.35

1.45

1.45

1.45

1.50 1.49

1.49

1.49

1.49 1.50

1.49

1.49 1.50

3-3

3-2

1-2

3-0

2-0

1-0

3-2

3-1 1-0

3-1 3-0 3-3

1-1 3-0

1-3

a

3 D-b1 D

(IF)

a

3 D-a1 S (3F)

a

3 D-a3 P (3F)

a

1 D-b1 D ,(4F) a

1 D-a1 S

1 (5F3 a D-a3P

(6F)

a

3 F-a1 (7F)

a

3 F-b3 P (7F)

K IV I 6101.1

6794.8

4511.0

P 63.5

0.00 2.02

0.31 2.02 3-2

1-3

3p4 3P-3p4 lV

(IF)

3p4 ^p4 *S

(3F)

a

3 F-a3 H

(8F)

2.02 4.76 2-0

a

3 F-b1 G

(9F)

a

3 F-o3 P

(10F)

K V I 1 4135 7 4166 7

6316.6

6349.5

6446.5

6333.4

3 7 0.00 (3.99) 0.00 (3.96) l£lf

3p3 4S«-3p3 3D»

(IF)

3p

3 3 D°-3p3 2 Pe (3F) (2.99 4.95) (2.96 4.91 (2.99 4.91) (2.96 4.95)

3J-1J

0.31

0.31

0.31

0.31 0.31

1.35 1.45

1.50

1.49

1.49

2-2

2-0

2-2

3-1 3-0

a

3 F-a1 P

(11F)

a

3F-b1 D (13F)

P 7 0.36 2.34

0.14 2.34

2-3

1-3

3p3 3 P-3p2 *D

(IF)

3p 2 1 D-3p2 *S

(3F)

K VI I 6229.2

5603.2

0.63

0.60 0.59

1.76

1.76 1.76

4-4

3-4 3-4

a

3F-a1 H

(13F)

0.84 1.88 0.83 1.87 0.82 1.87 0.84 1.87 0.83 1.87 0.83 1.88 0.82 1.87

0.81 1.87 0.84 1.87 0.82 1.88

0.81 1.87 0.81 1.87

0.83 2.17 0.82 2.15

0.81 2.14 0.83 2.17 0.81 2.15

0.81 2.14

0.81 2.17

0.81 2.15

5-5

4-4

3-3 5-4

4-3

4-5

3-4 3-3

5-3

3-5 3-4

1-3

4-3 3-3

2-1 3-3 2-2

1-1 2-3

1-3

a

5F-a3 G

(14F) 4097 7 2.34 (5.35) 3-0

Sc III 3945.34

3914.83

I P 24.65 0.02

0.00

3.15

3.15 *i 3

2 D-42

S (IF) Ca I I P 6.090.00 2.51 0.00 2.51 0.00 2.70

0-3

0-1 0-3

4

1 S-33 D

(IF)

4

1 S-31 D

(2F)

4912.82

4916.18 4575.46

So VI 4672.2

5539.6

3590.8

I P 11170.00

0.41 2.64 2.64

3-3

1-3

3p4 3P-3p4 *D

(IF)

3p4 ^-Zp* 1 S (3F)

a

5F-a3 D

(15F)

I P 11.82 0.00 1.69 0.00 1.69 Hi 42 3-32D

(IF)

Ca II 2.64 6.08 2-0

7291 . 46 7323.88
103 REVISED MULTIPLET TABLE

FORBIDDEN LINES I A E P Low High

Tl continued

9720.20

9831.39

9884.39 9180.13

9351.37 9308.03

8576.73

8640.33 8645.95

7805.66

7717.39

4430.79

11185.14 11193.04

11191.43

11333.50

11261.79 11403.97

11049.38 11133.53 10475.96

10447.44 10568.84

10519.77

10356.68

10386.86

10642.86

10297.14 9697.43

9674.66

9778.67 9661.84

9595.13

9623.68

9786.00

9544.00

8733.13

8640.37

6613.91 8533.13

11665.66 1 1 520 . 46

11831.31

0.83

0.81

0.81

0.81 0.81

0.81 0.84

0.83

0.82 0.84

0.63 0.84

0.83

0.83

0.81

0.81 0.84

0.83

0.83

0.81 0.81 0.84

0.83

0.83

0.81 0.83

0.83

0.81

0.81 0.83

0.81

0.81

0.81

0.81

0.90 0.90

0.90

0.90

0.90

0.90

0.90

0.90

0.90

0.90 0.90

0.90

1.06

1.05

1.04

1.06

1.05 1.06

1.05

1.04 1.06

1.05

1.06 1.05

1.05

1.04

1.06 1.04

1.06

1.05 1.06

1.05 1.05

1.04 1.06

1.04 1.06

1.05

1.04 1.06

1.05

2.24

2.23 2.22

2.24

2.23 3.34

3.35 3.34

3.33

2.24

2.23

2.23 3.35

2.24

2.23 2.33

3.33

3.32

2.33 2.33

2.33

3.57

3.57

3.56

3.55

3.55

3.57 3.56 3.55

3.55

3.57

3.57 3.56

3.55

3.57

3.57 3.56

3.57

3.57

3.17

3.15

2.14 3.34

2.33 3.33

3.33

3.33

3.33

2.48

3.49

3.68

2.17 2.15

2.14 2.15 2.14

2.14

2.17 2.15

2-24

2.23

2.23

2.23

3.34

3.33 3.33

3.34

2.33

2.33 3.33

3.33

2.33 2.32

3.33 3.33

3.48 3.48

3.48

3.49

2.49

1.44 2.49

1.42 2.49

1.45 2.57

1.50 2.57

3-3

3-1 1-0

3-3

1-1 1-3 5-6

4-5

3-4

5-5 4-4 5-4

4-6

3-5 2-4

3-2

2-1

1-0 3-3

1-1 1-2

5-4

4-3 3-3

3-1

1-0

5-3 4-3

3-1 3-0

4-4

3-3 2-2

1-1 3-4 2-3

1-3 3-4

1-3

3-3 2-2

2-1 3-2

3-1 3-0 2-2

2-1 2-0

2-1 2-3

3-3

2-3

1-3 0-1

2-2

1-1 2-1 1-3 0-3

3-3

1-1

3-1 1-0

1-3

0-1

3-0 0-3

3-3

1-1

3-1 1-0

1-3 0-1

3-0

0-2

2-1

1-1 0-1 2-2

1-2

3-2

2-3

4-5

Uultlplet

(No) i5F-b3 P (16F)

(17F)

a5F-c3 P (18F) aaF-aa D (19F) a1 D-aJ D

(30F) a^b3 ? (31F) a1 D-o3 P

(33F)

a1 D-a1 P (33F) a^D-b^D

(24F) a*D-alF

(25F)

a3 P-a3 D (36F) a3 P-b3 P

(37F)

ao p

_ c Jp

(38F)

a-^P-a^

(39F)

a 3 P-b1 D (30F)

b-^-b1 D (31F) b3F-ax H

(33F)

a1 G-a1 H

(33F) I A

Tl II 11971.36

11783.37

11735.53

11603.41 11557.08

11477.39 11433.93

11458.37 11396.50

11618.68

11343.13

11238.14 11078.26

11110.92

10956.10

10901.79 10784.80

10758.32

10747.64

10676.61 10608.18 10640.19

10503.47 10116.66

10148.57

10021 . 39 10379.73 10300.86

10223.37

10302.05

10163.13

10135.99 10066.93

10066.98 9973.59 8085.17

8060.16

7976.95

7975.58 7894.10

7916.35

7835.98 8074.39

8038.94

8138.59

7966.36

7945.02 6725.67

6647.05

6722.02

6650.61 6589.43

6593.93

6548.87 6095.96

6087.77

6047 . 46 6053.14

6013.38

4877.01 4833.44 4863.80

4837.43 4793.03

4806.83

4771.54

4785.31 4031.15

4041.57

4004.07 4030.30

3983.08

4005.07 3968.33

11857.96

11884.57

11823.03 11714.28

11778.39 11611.10 11117.80

11178.94

11024.82

11185.70

11173.94

11151.54 11057.76

11080.03

10965.77 8661.30

8661.96

8565.94 8585.04

8490.71

8539 . 50 8436.37 E P

Low High I P 13.60.05

0.03

0.03

0.01 0.01

0.00 0.00

0.05

0.03

0.05

0.03

0.01 0.01 0.00

0.05

0.03

0.01 0.00

0.00 0.05

0.03 0.01

0.03

0.01

0.05

0.03

0.03

0.01 0.01 0.00

0.00 0.05

0.03

0.05

0.03

0.01

0.03

0.01

0.01 0.00 0.00 0.05

0.03 0.05

0.03

0.01

0.01 0.00

0.00

1.08

1.08

1.08

1.08 1.08

1.08 1.08

1.33

1.22 1.23

1.58

1.56 1.56

1.58 1.56

2.05

2.04

2.05

2.04

2.05

2.58

2.59

2.59 2.58 2.59

2.58

2.59 2.58

0.13 1 .34 0.12 1 23 0.11 1 22 0.12 1 2". 0.11 1 33 0.11 1 24 0.15 1 57 0.13 1 56 0.13 1 57 0.12 1 56 0.12 1 57 0.11 1 56 0.11 1 57

0.13 1.18 0.13 1.16

0.11 1.16 0.13 1.18

0.11 1.16

0.11 1.18 0.13 1.23 Z\ 0.11 1.33 li 0.11 1.33 \\

Multlplet

(No)

(IF)

a4F-a2 G I A

Tl II continued E P Low High

(3F)

(3P) 4F-a2 P

(4F)

a*F-b*P

(5F)

a4F-b2D

(6F)

a4F-a2H

(7F) 4F-b2G

(8F) lF-b^P

(9F)

a4F-b2F (10F)

i^F-C^D (UF)

b*F-a*P

(13F)

b4 F-a2 P (13F) b4F-b4 P

(14F)

b'F-b^D

(15F)

8648.73

8635.93 8733.54

8553.73 8549.64

7119.56

7051.04

7115.47 7055.06

6999.99

7003.95 6963.03

6434.04

6436.55

6391.51

6405.27 6360.66

5080.84

5032.69

5065.43

5047.91 5006.63

5021.69

4987.68

5002.63

4169.41 4187.46

4147.21 4169.40

4129.49 4156.35

4116.60

9649.94

9398.59

9643.43

9405.71

6350.51 6134.57

6337.19

6147.13

4925.84

4916.81 4982.73

4861.41

8239.81 8166.83

8189.44

7917.03 6077.80

6151.83

6164.64

6065.34

8491.16

8363.05

8405.16

6173.91

8789.70

8651.14 8743.66

8371.34

8348.93

6377.83

6423.66 6473.52

6328.46

6409.46

9108.42

8798.79 8703.03

6569.73

6616.12

6671.31

9199.54

9071.07

9149.11 8763.95

8719.70

6590.88 6651.26

6693.12 6550.39

6625.75

0.15

0.13

0.15

0.13

0.13

Multlplet

(No)

b*F-a°H

0.15

0.13 0.15

0.13 0.13

0.13

0.11

0.11 0.15

0.13 0.13

0.13

0.13

0.11

0.11

0.60

0.57 0.60

0.57

0.60

0.57

0.60

0.57

0.60

0.57

0.60

0.57

1.08

1.08

1.08

1.08

1.16

1.16

3.05 3.04

3.05 3.04

3.05

3.58

3.59

3.59 3.58

2.59

3.58

3.59

3.58

3.58

3.59

3.59

3.58

3.11 3.08

3.08

3.11

1.08 3.58

1.08 3.59

1.08 3.59

3.11 3.08

3.08

3.11

1.13 2.58

1.11 2.59

1.11 2.58

1.11 3.11 3l-2£

1.18 2.58

1.16 2.59

1.18 2.59 2.63

3.63

1.18 3-11 1.16 3.08 1.18 3.08 1.16 3.11 1.16 3.08

1.33 2.59

1.33 3.63

1.33 2.63

1.23 3.11 1.22 3.08

1.23 3.08

l|-2|

1.24

1.23 1.24

1.23 1.22

2.58

2.59

2.59 2.63 3.63

(16F)

b4F-b3 (1VF)

b*F-b"P

(18F)

b4F-b3F

(19F)

b4F-c2 D (30F) a3F-b3G

(31F)

a2F-b3F

(33F)

a2F-o2 D (33F) a2 D-b2F

(24F)

1.08 3.63 1^- j a2 D-a2 S ( 25Fi a2 D-c2 D

1.24 3.11 1.23 3.08

1.24 3.08 1.23 3.11 1.22 3.08

(26F)

a20-b2F

(37F)

a2 G-c2D

(38F)

a4P-b3F

(39F)

a*P-a

a S

(30F)

a4 P-c2 D

(31F)

a^P-b^F i Z2Tl a2 P_a2S (33F) a2 P-c2 D

(34F)

b

HP-ba

F

(35F)

b^P-a^S

(36F)

b4P-c2 D (37F)
REVISED MULTIPLET TABLE 103 FORBIDDEN LINES

I A E P J liultlplet

(No)

I A E P J liultlplet Low High Low High (No)

Tl II continued V II continued

11478.93 1.56 2.63 iW b

2 D-a3S 7459.30 0.04 1.70 4-3 a

5D-a5P

(38F) b2D-c3D

7468.53 0.03 1.68 3-3 (4F) 8039.68 1.57 3.11 2$-ai 7457.80 0.01 1.67 3-1 8106.38 1.56 3.08 14-1* (39F) 7541.95 0.04

0.03

1.68 4-3 8193.33 1.57 3.08 sf-ii 7515.13 1.67 3-1 7956.90 1.56 3.11 l|-3| 7387.47 7411.90

7418.75

0.03

0.01 0.00

1.70

1.68

1.67

3-3

3-3

1-1 7333.06 0.01 1.70 3-3 7373.33 0.00 1.68 1-3 Tl III I P 37.6 7398.95 0.00 1.67 0-1

a

3F-a*D

7394.30 0.00 1.70 1-3 13417.8 0.05 1.05- 4-3 7353.77 0.00 1.68 0-3

13061.0 0.03 1.05 3-3 (IF) a

5D-a3 11799.5 0.00 1.05 3-3 5549.49 0.04 3.27 4-3 D

a

3F-a3P 5537.93 0.03 2.26 3-3 (5F) 9706.8 0.05 1.32 4-3 5504.33 0.01 2.26 2-1 9594.5 0.03 1.31 3-1 (3F) 5509.63 0.03 2.27 3-3 9488.3 0.00 1.30 3-0 5496.84 0.01 2.36 2-2 9487.4 0.03 1.32 3-2 5483.91 0.00 3.36 1-1 9438.3 0.00 1.31 2-1 5478.76 0.01 3.37 3-3 9334.8 0.00 1.32 3-3 5475.59

5473.09 0.00 0.00

3.36

2.36

1-3 0-1 7153.8 0.05 1.78 4-4 a

3F-a1 7033.0 0.03 1.78 3-4 (3F) 5383.88 0.03 3.36 3-3 a

5D_b3P 6991.8 0.00 1.78 3-4 5245.25 0.01 2.37 3-1 (6F) 5227.25

5254.49 0.000.01 2.37 2.36

1-0

3-3 3337.7 1.05 4.74 3-3 a

1 D-a3D 5225.90 0.00 2.37 1-1 3363.3 1.05 4.72 3-3 (4F) 5235.07 0.00 2.36 1-3 3378.4 1.05 4.70 3-1 5316.07 0.00 2.37 0-1 3008.4 1.05 5.15 3-3 a

1 D-b1 D 4965.31 0.03 2.51 3-3 a

5D-c3P

(5F) a

3P-a3 D

5003.88

4968.65

0.01 0.003.48

2.49

3-1

1-0

(7F) 3608.5 1.33 4.74 3-3 4940.33 0.01 3.51 3-3 3633.9 1.31 4.72 "1-3 (6F) 4985.37 0.00 2.48 1-1 3631.8 1.30 4.70 0-1 4933.05 0.00 2.51 1-3 3638.4 1.32 4.72 3-3 4976.33 0.00 3.48 0-1 3640.6 1.31 4.70 1-1 3656.3 1.32 4.70 3-1 4928.68 0.04 3.55 4-3 a

5 D-b3D

3593.3 1.31 4.74 1-3 4698.64

4896.87 0.03

0.01 3.55

3.53

3-3

2-1

(8F) 3236.7 1.33 5.15 3-2 a

3P-b1 D 4897.21 0.03 3.55 3-3 3314.5 1.31 5.15 1-2 (7F) 4874.31 0.01 3.55 3-3 3307.6 1.30 5.15 0-3 4880.00

4873.80 4857.50

0.00

0.01 0.00

3.53

3.55 3.55

1-1 3-3

1-3 4140.4 T 1.73 4.72 0-3? a

1 S-a3D 4871.43 0.00 3.53 0-1 4163.6 1 1.73

1.73

4.70

5.15

0-1

0-3

(8F) 3615.5 als-^D 9570.34 0.39 1.68 5-4 a5F_b3F OF)

a

1 G-a3D

9454.15

9358.90

0.37 0.351.67 1.67

4-3

3-3

(9F) 4160.9 1.78 4.74 4-3 9395.33 0.37 1.68 4-4 4300.6 1.78 4.72 4-3 (10F) 9313.73 9353.44

0.35

0.33

1.67

1.67

3-3 3-3

3661 .1.78 5.15 4-3 a

1 G-b1 D 9356.51 0.35 1.68 3-4 (HF) 9309.35

9183.58

9379.59

0.33

0.33

0.37

1.67

1.67

1.70

3-3

1-3

4-3 a

5F-a5P 9368.77 0.35 1.68 3-3 (10F) Tl VII I P 140 9335.60 0.33 1.67 3-1

3p4 3P-3p4 *D 9144.25 0.35 1.70 3-3 4144.8 0.00 2.98 3-3 9165.30 0.33 1.68 3-3 5104.5 0.56 2.98 1-3 (IF) 9166.00 9043.53

9096.76

0.33

0.33

0.33

1.67

1.70

1.68

1-1 3-3

1-3 3363.1 2.98 6.76 2-0 3p4 x D-3p4 *S

(3F) 8698.69 0.39 1.81 5-5 a

5F-a3 G 8637.35

8579.15

0.37

0.35

1.80

1.79

4-4 3-3 (HF)

8774.69 0.39 1.80 5-4 8698.18 0.37 1.79 4-3

Tl VIII I P T 8553.87 8510.34

0.37 0.35

1.81 1.60 4-5

3-4

4468 T (0.13 2.90) 3f>-ll 3p3 2D°-3p3 2P° 8490.44 0.33 1.79 3-3 4545 ? (0.00 2.72) it— 4 (IF) 4779 T (0.13 2.73) Si- \

7477.36 0.39 3.04 5-5 a

5F-b3 4363 T (0.00 3.90) lf-lf 7431.08 7387.74

7540.14

0.37 0.35

0.39

3.03

3.02 2.03

4-4

3-3 5-4

(12F)

7475.84 0.37 2.02 4-3 7370.00 0.37 2.04 4-5 V II I P 14.1 7344.03 0.35 2.03 3-4 7321.87 0.33 2.02 3-3 11414.23 0.04 1.13 4-4 a

5D-a3F 11580.17 0.03 1.09 3-3 (IF) 6497.76 0.37 2.27 4-3 a

5F-a3 D 11715.20 0.01 1.07 2-2 6456.04 0.35 2.36 3-2 (13F) 11757.66 0.04 1.09 4-3 6415.69 0.33 2.26 2-1 11857.28 0.03 1.07 3-2 6431.11 0.35 2.27 3-3 11346.87 0.03 1.13 3-4 6405.67 0.33 2.26 2-3

11444.61 0.01 1.09 2-3 6383.03 0.33 2.26 1-1 11619.10 0.00 1.07 1-3 6381.13

6373.11

0.33 0.332.27 2.26

3-3

1-3 8545.13 0.03 1:47 3-2 a

5 D-a3 P 8763.28 0.01 1.42 2-1 (3F) 5663.63 0.37 2.55 4-3 a

5F-b3D 8878.98 0.00 1.39 1-0 5613.81 0.35 2.55 3-3 (14F) 8471.07 0.01 1.47 3-3 5605.36 0.33 2.53 3-1 8709.38 0.00 1.42 1-1 5611.94 0.35 2.55 3-3 8420.73 0.00 1.47 1-3 5575.69 0.33 2.55 2-2 8683.13 0.00 1.42 0-1 5579.65

5573.84

0.33

0.33

3.53 3.55

1-1 2-3 7533.84 0.04 1.68 4-4 a

5D-b3F 5550.35 0.33 3.55 1-3 7497.68 0.03

0.01

1.67 1.673-3

3-3

(3F) 7469.44

7571.69 0.04 1.67 4-3 10800.75 1.13 2.27 4-3 a

3F-a3 D 7536.94 0.03 1.67 3-3 10576.98 1.09 2.26 3-2 (15F) 7460.57 0.03 1.68 3-4 10383.14 1.07 2.26 2-1 7440.63 0.01 1.67 2-3 10510.35 1.09 2.27 3-3 7430.36 0.00 1.67 1-3 10355.93 10391.94

1.07

1.07 2.262.27

3-3

3-3

I A E Low

PHigh

J liultlplet

(No) V II continued 9983.17

9733.53

1.13 1.09

3.36

3.36

4-4 3-4

a

3F-b1 (16F) 8674.37

8490.18

8413.83 8485.90

8347.16 8343.03

1.13

1.09

1.07 1.09

1.07

1.07

3.55

3.55

3.53 3.55

2.55

2.55

4-3

3-3

3-1

3-3

3-3 3-3

a

3F-b3 D

(17F)

8335.69 8101.03

1.09 1.073.59

3.59

3-3

2-2 a

3F-a1 D (18F) 6114.85

6040.31

1.09

1.07

3.11

3.11 3-2

2-2 a

3 F-b1 D

(19F) 5634.78

5554.68

5493.10

1.13

1.09 1.07

3.31

3.31 3.31

4-3 3-3

2-3

a

3F-a1 F

(80F)

11918.75

11852.49

11658.88 12319.66

11568.38

11334.18

11368.31

1.43 1.47

1.43

1.47

1.43 1.43

1.39

2.46

2.51 2.48

2.48

2.49

2.51 2.48

1-0 2-2

1-1 2-1 1-0

1-2

0-1

a

3 P-a1 S (31F) a

3 P-c3 P (22F)

11471.69 10983.33

10835.33

11479.51 11098.96

11606.00

1.47

1.43

1.39 1.47

1.43 1.47

2.55

2.55

2.53 2.55

2.53 2.53

2-3

1-2 0-1

2-2

1-1 2-1

a

3P-b3 D (23F)

11019.11 10561.051.47

1.42

2.59 3.59 2-2

1-2

a

3P-ax D

(24F) 9644.96

9392.19 9106.60

1.47 1.42 1.392.75

2.75 3.75

3-1

1-1 0-1

a

3 P-aX P

(25F)

7526.46

7309.90

1.47

1.42

3.11

3.11 3-3

1-3

a

3P-b1 D (26F)

9356.40

9282.92

9217.51

1.57

1.56

1.55

3.89 2.89

8.89

6-5

5-5 4-5

a

3H-a1 H

(27F)

8582.52

8544.49

1.67

1.67

3.11 3.11 3-3

3-3

b

3F-b1 D (28F) 7556.03 7518.35

7489.15

1.68 1.67

1.67

3.31 3.31

3.31

4-3

3-3

3-3

b

3F-a1 F

(89F)

11444.66

11315.52

1.81 1.802.89 2.89

5-5

4-5

a

3 0-a1 H

(30F) 8138.63

8076.58

1.80

1.79

3.31

3.31 4-3

3-3

a

3 0-a1F

(31F)

9595.85

9533.34

2.03

3.03

3.31

3.31

4-3 3-3

b

3 G-a1 F

(32F)

V III I P 29.6 8745.0

8735.0 8683.4

8599.1 8635.8

8493.1

0.04 0.02

0.00

0.02

0.00

0.00

1.45

1.43 1.43

1.45

1.43 1.45

2F2I

3d3 4F-3d3 4P

(IF)

8615.4

8598 .

8783.6

8437.9 8457.3

0.07

0.04 0.07

0.04* 0.02

1.50

1.48

1.48 1.50

1.48

4i-4f) 34-3*

4*- 3+

3*-4* 2*-3j

3d3 ^-Sd3 2

(2F)

6333.9

6315.6 6159.3

6160.1 6104.8

0.04 0.03

0.02

0.00 0.00

3.03

3.00 3.03

3.00

3.03

3*-2*

24-2*

lj-l£

l|-2£

3d3 4F-3d3 2D

(3F)

6098.1 6065.3

0.07

0.04

3.10 3.08 4*-5*

3f-4|

3d 3 4F-3d3 2H

(4F)

V IV I P 48.3 8815.9

8575.4

7611.2

7551.9 7431.2 5446.0

5326.5

5237.7

I P 3686 4734

0.04

0.00

1.44

1.44

3-3

3-3

3d2 3F-3d2 *D

(IF) 0.04

0.00

0.00

1.66 1.63 1.663-3

3-1 3-3

3d2 3 F-3d2 3P

(3F)

0.09 0.04

0.00

2.36

2.36

3.36

4-4

3-4 3-4

3d 2 3 F-3d2 X (3F)

L73? 0.00

0.74

3.35

3.35

3-3

1-3 3p4 3P-3p4 *D

(IF)
•104 REVISED HtJLTIPLET TABLE

FORBIDDEN LINES

I A E P J Multlplet

Low High (No)

Cr I I P 6.74

4577.32 0.00 2.70 3-3 a

7 8-a5P

4575.84 0.00 3.70 3-3 (IP) 4573.93 0.00 3.70 3-1

4149.52 0.00 2.97 3-3 a

7 S-a3 P

4251.99 0.00 2.90 3-1 (3F) 4117.09 0.00 3.00 3-4 a

7S-b5D 4113-42 0.00 3.00 3-3 (3F) 4114.10 0.00 3.00 3-3 4116.36 0.00 3.00 3-1

3672.37 0.00 3.36 3-2 a

7S-b3P 3678.71 0.00 3.35 3-1 (4F)

7016.80 0.94 3.70 3-3 a

5S-a5P 7013.33 0.94 2.70 3-3 (5F) 7008.84 0.94 3.70 3-1

6059.21 0.94 3.97 3-3 a

5S-a3 P 6280.22 0/94 3.90 2-1 (6F) 6420.88 0.94 2.86 3-0

5990.31 0.94 3.00 3-4 a

5S-b5D 5982.55 0.94 3.00 2-3 (7F) 5983.99 0.94 3.00 2-2

5988 . 76 0.94 3.00 3-1 5992.15 0.94 3.00 3-0 5092.97 0.94 3.36 3-3 a

5S-b3P 5105.16 0.94 3.35 3-1 (8F) 5108.53 0.94 3.35 3-0

8251.14 1.03 2.53 4-5 a

5D-a5 8043.80 1.00 2.53 3-4 (9F) 7938.41 0.98 2.53 3-3 7867.83 0.96 2.53 1-3 8183.69 1.03 2.53 4-4 8045.57 1.00 2.53 3-3 7940.71 0.98 2.53 2-3 8185.52 1.03 2.53 4-3 8047.93 1.00 2.53 3-3 7387.23 1.03 2.70 4-3 a

5D-a5P 7269.33 1.00 2.70 3-3 (10F) 7177.04 0.98 2.70 3-1 7383.38 1.03 2.70 4-3 7264.51 1.00 2.70 3-1 7273.06 1.00 2.70 3-3 7181.74 0.98 2.70 3-3 7117.45 0.96 2.70 1-1 7185.39 0.98 2.70 3-3 7122.07 0.96 2.70 1-3 7087.10 0.96 3.70 0-1 7125.65 0.96 3.70 1-3 7091.68 0.96 3.70 0-3 6333.46 1.03 2.97 4-3 a

5D-a3P 6484.72 1.00 2.90 3-1 (IIP) 6561.75 0.98 3.86 3-0 6249.35 1.00 3.97 3-3 6414.93 0.98 2.90 2-1 6511.90 0.96 2.86 1-0

6184.51 0.98 2.97 2-2 6367.28 0.96 3.90 1-1 6140.20 0.96 3.97 1-2 6342.98 0.96 3.90 0-1 6117.60 0.96 3.97 0-2 6258.22 1.03 3.00 4-4 a

5D-b5D 6167.84 1.00 3.00 3-3 (12F) 6106.17 0.96 3.00 2-2 6067.88 0.96 3.00 1-1 6249.75 1.03 3.00 4-3 6169.37 1.00 3.00 3-2 6111.14 0.98 3.00 3-1 6071.35 0.96 3.00 1-0 6176.08 1.00 3.00 3-4 6104.67 0.98 3.00 2-3 6062.98 0.96 3.00 1-2 6045.80 0.96 3.00 0-1 6251.33 1.03 3.00 4-3 6174.44 1.00 3.00 3-1 6114.66 0.98 3.00 2-0 6112.75 0.98 3.00 2-4

6061 . 50 0.96 3.00 1-3 6040.94 0.96 3.00 0-2

5975.39 1.03 3.09 4-5 a

5 D-a3 G

5949.99 1.00 3.07 3-4 (13F) 5913.34 0.98 3.07 2-3 6026.18 1.03 3.07 4-4 5972.59 1.00 3.07 3-3 6049.37 1.03 3.07 4-3 5926.18 1.03 3.11 4-4 a

5 D-a3F 5876.92 1.00 3.10 3-3 (14F) 5876.23 0.98 3.08 2-2 5951.24 1.03 3.10 4-3 5934.73 1.00 3.08 3-2 5852.48 1.00 3.11 3-4 5819.54 0.98 3.10 2-3 5836.21 0.96 3.08 1-2 6010.53 1.03 3.08 4-2 5795.58 0.98 3.11 2-4

57e0.29 0.96 3.10 1-3 5815.79 0.96 3.08 0-2

E P

Low High

Vultlplet

(No)

I A ' E P Low High

5385.34

5339.47

5197.31 5226.64

5193.82

5165.98

5181.21 5163.53

5150.07 5146.55

5134.16

5134.41 5098.44

5083.54

5154.38 5136.25

5183.71

1.03

1.00 0.98

1.00 0.98 0.96

0.98 0.96

0.96

0.96

0.96

1.03 1.00 0.98

1.03

1.00 1.03

3.36 3.35

3.35

3.36

3.35

3.35 3.38

3.35

3.36

3.35

3.36

3.43

3.42

3.41 3.43

3.41

3.41

Cr II I P 16.6 8000.13

8135.50

8339.81 8308.68

8357.78

4993.68

5049 . 73 5093.60

5119.47 4581.18

4580.80

4580.88

3993.57 3991.47

3993.08

3993.39

3339.07

3298.61 3337.77 3203.35

3307.46 3312.75

3316.33 3188.79

3170.55

3089.76

3066.39

13471.70 13168.18

11943.75

11789.37

13460.65 13170.50

11951.78

13463.08

13178.83 10719.84

10500.65

10331.86

10502.67

10331 . 43 10210.20

10333.39

10209.78

10137.00 10311.69

10136.59

10138.47

7974.31

7845.41 7753.86 7688.64

7965.96

7847.76

7757.43

7853.51 7750.56

7684.16

7647.06

7758.47

7681.89

7643.61 7689.65

7640.39 5443.83

5553.93

5615.19 5386.37

5505.35 5579.06

5341 . 39 5470.51 5557.14

5308.68

5449 . 43 5388.83

0.00

0.00 0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

0.00

2.47 2.44

2.42

2.41 2.69 2.69

2.69

3.09 3.09

3.09

3.09

3.81 3.74

3.70

3.85

3.85

3.84

3.84

3.87

3.89 3.99

4.03

3.69 3.69

2.69

2.69 2.69

2.69

2.69

2.69

2.69

2.69

2.69 2.69

3.09

3.09

3.09 3.09

3.09

3.09

3.09

3.09

3.09

3.09

3.09

3.09 3-09

3.09

3.09

3.09

4*-2i

a5D-b3P

(15F) 4-2

3-1 3-0

3-3

3-1 1-0 3-3

1-1

1-3 0-1 0-3

4-5 a

5D-b3 3-4 (16F) 3-3 4-4

3-3

4-3

a

6S-a6D

(IF)

a

D S-a*D

(3F)

a

6S-a4P

(3F)

a

6S-b4D

(4F)

a

6S-b4P

(5F)

a

6S-a4F

(6F)

a°S-a's D

(7F) a

6S-a3F

(8F)

asD-a4G

(9F)

a6D-a4P

(10F)

a

6 D-b4D (UF)

(13F)

Cr II continued

5339.65 1.5 5399.43 1.5 5370.19 1.5 5347.84 1.4 5354.15 1.5 5313.88 1.5 5379.80 1.5 5365.31 1.5 5355.97 1.5 5338.35 1.4 5328.44 1.4 5368.91 1.5 5323.64 1.5 5243.00 1.5 5234.30 1.4 5319.03 1.4 5348.64 1.5 5157.59 1.5 5306.03 1.5 5137.09 1.4 5174.95 1.4 5108.57 1.4 5034.05 1.5 4934.81 1.5 4985.64 1.5 4887.37 1.5

4947.17 1.5 4859.87 1.4

9322.25

9512.58

9686.70 9033,73

9364.08

9590.94

8899.71 9274.58 9806.20

9651.02

9866.49

8939.91 8792.09

8703.79 8652.17 8970.56

8831.94

8730.03 9013.04 8858.94

8826.02

8520.22 8653.20

8400.89 8530.15

8338.78

8106.88

7806.88

7947.28 7960.85 7706.58

10373.30

10388.07

10380.40 10119.57

10223.37

10305.67

10366.36

10315.85 10307.34

10373.30

10399.79 10373.98 9337.40

9388.13

9433.18 9457.95

9343.61 9386.74

9437.18 9343.34

9381.78

9228.60

9072.86

9223.81 8446.39

8272.21 8445.28

8268.36 8441.27

11056.70

11785.17

18300.16

11782.63

12300.77 11058.94

11784.62

3.47

3.44

3.43

3.44

3.53 3.53

3.53

2.53

2.53

2.53

2.53

2.53

2.53

2.53

2.53

2.53

3.73

3.73 3.73

3.85

3.85

3.84

3.84 3.85

3.84

3.84

3.84 3.84

3.87

3.89

3.87

3.89

3.87

3.89

3.99 4.03

4.03

3.99

4.03

3.72

3.72

3.72

2.53

2.53

2.53 2.53

2.53

2.53 2.53

2.53

3.85

3.85

3.84

3.84

3.85

3.85 3.84

3.85

3.85

3.87

3.89 3.87

3.99

4.02

3.99 4.02

3.99

2.69

2.69

3.69

2.69

3.69 2.69

2.69

li-li

Multlplet

(NoT

a

6 D-a4»

(13F)

a°D-a°D

(14F)

a

DD-a°F

(15F)

a*D-b*P

(16F)

a

4D-a*H

(17F)

(18F)

»4D-a2D

(19F)

i*D-a°F

(20F)

i^G-a^I

(21?)

a*G-a*H

(22F)

i*G-a*F

(23F)

a

4G-a2 D

(24F)

a

40-a2F

(25F)

a

4P-b4P

(26F)
REV t 3 E D MULT I P L E T TABLE 105 FORBIDDEN LIMES

I A E P J Hultlplet I A E P J Uultlplet

(No)

I A E P J Multlplet

Low High {So) Low High Low High (No)

Cr II c ontlnued Cr V continued H> V I P 75.7

10696.87 3.69 3.85 34-3* a

4P-a4F 9635.9 1.84 3.13 3-0 3d3 1 D-3da *8 6396.3 0.17 3.10 44-2J 3d3 4F-3d3 4P 10758.04

10797.66 3.69

2.69

3.84 3.84 14-24 (37F) (4T) 6346.2

6230.7 0.100.04

3.05

3.03

34-1\ 34- \(IF)

10755.91 2.69 3.84 3T-2I 10807.8 1.98 3.13 3-0 3d2 3P-3*3 18 6167.7 0.10 3.10 37" 21 10798.14 3.69 3.84 1*-1* 10394.3 1.94 3.13 1-0 (5F) 6150.3 0.04 3.05 34-1i 10796.00 3.69 3.84 3|-l| 6088.5

5991.0 0.000.04

2.03

2.10 3JI3J 10491.99 2.69 3.87 24-2* a

4P-a2E 6038.7 0.00 2.05 14-lJ 10399.05 3.69 3.89 14-1+ (38F) 5868.3 0.00 2.10 14-3J 10397.11 3.69 3.89 24-14 Cr VIII I P 1847

3d 3 4 F-3d3 2 10494.00 2.69 3.87 1+-3+ 5888-.0 0.17 2.27 4*-4i G

10398.63 3.69 3.89 l-ll 10098.3 0.00 1.32 ii-i 3p5 2p»_3p5 2p*

(IF) 5403.

60M.3

0.10

0.17

2.21

2.21 34-^44-3-; (2F) 9491.15

9374.68

2.69

2.69

3.99 4.03 3$-34

If"3?

a

4P-a2F (39F) 5*4.8

5703.3 0.10 0.04

2.37

3.31

34-41

24-3-1 9373.10 2.69 4.03 2f-2f

Cr IX I P 309?

5543.9

5591.9 0.040.00

3.37

3.31

2*-4i

14-3-; 4538.7 0.10 3.83 34- 1\ > 3d 3 4F-3d3 2P 3373 . 5. 0.00 3.77 3-3 3p4 3 P-3p4 1 D 4398.4 0.04 3.85 24- 1 (3F) Cr in I P 31 4407.9 0.97 3.77 1-3 (IF) 4433.8 0.04 3.83 24- li

5785.4 0.07 2.20 4-3 3d4 5D-3d4 3p 4331.9

4365.3

0.00 0.003.85

3.83 lflli 5945.1 0.04 2.12 3-1 (IF) 5713.7 0.04 2.30 3-3 4308.4 0.17 3.04 44-2- t 3d3 4F-3d3 2 D 5884.9 0.03 3.12 2-1 Mn II I P 15.57 4196.3 0.10 3.04 34-li t (4F) 5689.3 0.03 2.30 3-3 4303.5 0.10 3.04 34-2i 5843.6 0.01 2.13 1-1 10553.58 0.00 1.17 3-3 a

7 3-a5

3 4113.7 0.04 3.04 3*-li 5618.9 0.01 2.30 1-3

7 (1F£ a S-a5D 4130.7 0.04 3.04 34-3i 5833.3 0.00 3.12 0-1 6978.57 0.00 1.77 3-4 4059.5 0.00 3.04 lj-li 5600.1 0.00 3.30 0-2 6850.43 0.00 1.80 3-3 (2F) 4063.2 0.00 3.04 i|~a] 5550.3 0.07 3.39 4-4 3d4 5D- 3d4 3F 6763.56

6709.08 0.000.00

1.83 1.84

3-3

3-1 5505.1 0.04 2.39 3-3 (2F) 5471.3 0.03 3.28 3-3 3344.73 0.00 3.69 3-3 a

7S-a5 P 5573.6 0.07 2.29 4-3 3341.38 0.00 3.69 3-3 (3F) m vi 1 P T 5533 .

0.04 2.28 3-3 3337.83 0.00 3.70 3-1 3d2 3F-3d2 1 5483.3 0.04 2.29 3-4 6377.3 0.31 3.17 4-3 D 5453.4 0.02 2.29 3-3 3049.05 0.00 4.05 3-4 a

7 S-b5D 5933.4 0.09 3.17 3-3 (IF) 5435.6 0.01 2.38 1-3 3043.61 0.00 4.06 3-3 (4F) 5679.3 0.00 3.17 3-3

5591 .

0.07 2.38 4-3 3042.44 0.00 4.06 3-3 5433.1 0.02 2.39 3-4 3044.52 0.00 4.05 3-1 5907.1 0.31 3.30 4-3 3d2 3F-3d2 3P

•5418.0 ,0.01 *0.002.29 2.38

1-3 0-3

5783.4

5635.0

0.09 0.003.33

3.19

3-1 3-0

(3F) 4896.65 J..17 3.69 3-3 a

5 3-a5P 5601.6 0.09 3.30 3-3 4894.1 0.07 3.59 4-5 3d4 5D-3d 3Q 4889.49 1.17 3.69 3-3 (5F) 5541.7 0.00 3.33 3-1 4876.0 0.04 3.57 3-4 (3F) 4881.87 1.17 3.70 3-1 5374.6 0.00 3.30 3-3 4870.8 0.02 3.56 3-3

4938.9 0.07 3.57 4-4 4275.31 1.17 4.06 3-3 a

5S-b5 D 3866-9 0.31 3.40 4-4' 3d2 3F-3d2 1 0? 4911.9 0.04 2.56 3-3 4374.87 1.17 4.06 3-3 (6F) 3733.6 0.09 3.40 3-4" (3F) •4843.4 0.04 2.59 3-5 4378.97 1.17 4.05 3-1 3631.4 0.00 3.40 3-4" 4835.4

•4843.4 0.02

0.01

2.57 2.56

3-4

1-3

- 4965.6 0.07 2.56 4-3 7547.77

7696.30 7805.96

1.77

1.80

1.83

3.40

3.41

3.41

4-5

3-4

3-3

a

5D-a5 (7F) Mn DC I P 221? 7879.33 1.84 3.41 1-3 7540.74 1.77 3.41 4-4 7978.7 0.00 1.55 if- | -7 :' Cr IV I P 50.4 7693 . 38 1.80 3.41 3-3 (IF) 7390.6 0.13 1.79 47-2f

3d3 4F- 3d3 4P 7805.477537.93

1.83

1.77

3.41

3.41 3-3

4-3 7338.0 0.07 1.75 37-17

(1F) 7693.91 1.80 3.41 3-3 7333.4 0.03 1.74 24- i

a

5D-a5 7180.4 0.07 1.79 3 P T~2T

6433.45 1.77 3.69 4-3 Mn X I P 347? 7171.6 0.03 1.75 27-1T

6533.33 1.80 3.69 3-3 (8F) 7111.4 0.00 1.74 If- * 6590.10 1.82 3.70 3-1 9997.3 0.00 1.33 2-1 3p4 3P-3p4 3P 7031.0 0.03 1.79 24-24 6535.99 1.80 3.69 3-3 (IF) 3p 7051 . 4 3 P-3p4 *D

0.00 1.75 I3-I5 6603.99 1.83 3.69 3-3 4133.6 1.33 4.33 1-3 6906.1 0.00 1.79 if-3? 6643.66 1.84 3.70 1-1 (2F) 6915.6 0.13 1.90 4*-4* 3d3 4F- 3d3 2G

6617.06

6656.77

1.83 1.843.69

3.69

3-3

1-3 6893.3 0.07 1.86 3+I3+ (3F) 6668.63 1.85 3.70 0-1

7086.7 0.13 1.86 44-34

6731.3 0.07 1.90 34-44 5415.04 1.77 4.05 4-4 a

5D-b5 D Fe I I P 7.858 6746.3 0.03 1.86 24-34 5473.94 1.80 4.06 3-3 (9F) 6591.0 0.03 1.90 2-j— 4-y 5530.11 1.83 4.06 3-3 8347.55 0.00 1.48 4-4 a^D-a^F

6640.0 0.00 1.86 l|-3| 5574.04

5394.78

1.84

1.77 4.05

4.06

1-1 4-3 8331.57

8151.33

0.05

0.09

1.55

1.60 3-32-2

(IF) 5396.3 0.07 2.40 zi-ik 3d3 4F-3d3 3P 5473.37 1.80 4.06 3-3 7959.00 0.00 1.55 4-3 V

5309.1 0.03 3.40 24- 1$ (3F) 5536.98 1.83 4.05 3-1 7964.37 0.05 1.60 3-2 5145.5 0.00 2.40 lt-ii 5579.73

5494.80 1.841.80

4.05 4.05

1-0 3-4 8647.89 8431.56

0.05

0.09

1.48

1.55 3-42-3

5071.6 0.12 3.55 4*-2? 3d3 ^F- 3d3 2D 5530.69 1.83 4.06 2-3 8275.57 0.11 1.60 1-2 4976.5 0.07 2.55 34-14 (4F) 5567.08 1.84 4.06 1-3 7708.83 0.00 1.60 4-2 4971.8 0.07 3.55 34-24 5561 . 31 1.85 4.05 0-1 8868.91 0.09 1.48 2-4 4899.4

4894.8 0.03

0.03

2.55

2.55 24-1*

24-24

8564.56

8337.65

0.11 0.131.55

1.60

1-3 0-2

4843.1 0.00 3.55 14-1-4 4838.7 0.00 3.55 1I-2! Mn IV I P 53 5696.36

5775.05 0.000.05

3.17

2?19

4-3 3-2

a

5 D-a5P

(2F) 4907.6 0.13 2.63 44-54 3d3 4F- 3d3 2 H 5804.45 0.09 2.21 2-1 4873.4 0.07 2.60 34-44 (5F) 4663.7 0.11 3.76 4-3 3d4 5 D-3d4 3P 5639.55 0.00 3.19 4-2

4969 .

0.13 2.60 44-44 4833.3 0.07 2.63 3-1 (IF) 5708.96 0.05 2.21 3-1 4814.0 0.07 2.63 34-54 4908.8 0.03 2.55 2-0 5834.64 0.05 2.17 3-3 4799.4 0.03 2.60 2*-4 4591.4

4761.9

4863.9

0.07

0.03

0.01

2.76

2.63 2.55

3-2

3-1

1-0

5872.77

5867.17

5934.41

0.09

0.11 0.09

2.19

2.31 2.17

2-2

1-1 2-3 4535.7 0.03 2.76 2-2 5936.99 0.11 2.19 1-2 4719.7 0.01 2.63 1-1 5898.30 0.13 2.21 0-1 Cr V I P 73.8 4497.4

4699.3

0.01 0.00 3.76

3.63

1-2 0-1 5999.99

5968.87

0.11 0.13

2.17

2.19

1-3 0-2

7353.8 0.14 1.84 4-2 3d2 3F- 3d3 *D 4478.8 0.00 3.76 0-2

6933.4 0.06 1.84 3-3 (1F) 5439.73 0.00 3.37 4-2 a

5 D-a3P

6700.1 0.00 1.84 2-3 4538 .

0.11 3.83 4-4 3d4 5D-3d4 3F 5224.15 0.05 3.41 3-1 (3F) 4480.6 0.07 3.83 3-3 (2F) 5170.84 0.09 3.47 2-0 6705.5 0.14 1.98 4-2 3d3 3F- 3d3 3p 4443.0 0.03 3.81 2-2 5565.68 0.05 2.27 3-2 6586.7 0.06 1.94 3-1 (3F) 4548.5 0.11 2.83 4-3 5303.99 0.09 2.41 2-1 6463 .

0.00 1.91 2-0 4495.3 0.07 3.81 3-3 5230.56 0.11 2.47 1-0 6430.7 0.06 1.98 3-3 4461.0 0.07 3.83 3-4 5656.39 0.09 2.27 2-2 6376.6 0.00 1.94 3-1 4437.7 0.03 3.83 2-3 5356.32 0.11 2.41 1-1 6330.4 0.00 1.98 3-3 4405.3 4563.7

0.01 0.11

3.81 3.81

1-2

4-2 5715.94

5383.36

0.11

0.13

2.27

2.41 1-3

0-1 4533.6 0.14 2.87 4-4 3d3 3F- 3d2 *B 4408.5 0.03 3.83 2-4 5745.49 0.13 2.27 0-3

4396.9 0.06 2.87 3-4 (3F) 4391.1 0.01 3.83 1-3

4303 .

0.00 3.87 3-4 4387.4 0.00 3.81 0-3
106 REVISED MULTIPLET TABLE

FORBIDDEN LINES I A E P J Uultlplet

(No) I A E P J Uultlplet

(No) I A E P J Uultlplet

(No5 Low High Low High Low High

Fe I continued Fe I oontlnued Fe I oontlnued

4843.34 0.00 3.55 4-4

a5D-b3F 8022.25 0.86 8.39 5-6

a5F-a3H 10364.65 1.48 3.68 4-5

a3F-a3 4886.56 0.05 3.58 3-3 (4F) 8164.85 0.91 2.42 4-5 (13F) 10593.33 1.55 2.72 3-4 (33F) 4916.26 0.09 3.60 2-2 8889.45 0.95 2.44 3-4 10771.88 1.60 3.75 3-3 4789.19 0.00 3.58 4-3 7876.34 0.86 2.42 5-5 9974.41 1.48 3.73 4-4 4847.58 0.05 3.60 3-2 8054.83 0.91 2.44 4-4 10318.68 1.55 3.75 3-3 4943.95 0.05 3.55 3-4 7773.91 0.86. 2.44 5-4 9731.40 1.48 2.75 4-3 4956.35

4961 . 18 0.09

0.11

2.58 2.60

3-3

1-3 7290.42 0.86 2.55 5-4

a5F-b3F 8466.95 1.48 3.94 4-5a3F-b3 4751.75 0.00 2.60 4-3 7406.61 0.91 2.58 4-3 (14F) 8649.73 1.55 2.98 3-4 (34F) 5014.37 0.09 2.55 3-4 7510.54 0.95 2.60 3-3 8793.49 1.60 3.00 3-3 5003.01 0.11 3.58 1-3 7168.43 0.86 2.58 5-3 8233.23 1.48 2.98 4-4 4983.43 0.13 2.60 0-2 7317.43 0.91 8.60 4-3 8488.19 1.55 3.00 3-3 7536.93 0.91 2.55 4-4 8086.73 1.48 3.00 4-3 4603.66 0.00 3.68 4-5 a5D-a3Q 7604.53 0.95 2.58 3-3 a3F-o3P 4631.93 0.05 2.72 3-4 (5F) 7658.84 0.99 2.60 3-3 8490.34 1.55 3.00 3-3 4640.05 0.09 2.75 3-3 7741.96 0.95 2.55 3-4 8469.75 1.60 3.06 3-1 (35F) 4544.36 0.00 2.73 4-4 7756.59 0.99 2.58 3-3 8794.80 1.60 3.00 3-3 4578.83 0.05 3.75 3-3 7759 . 35 1.01 2.60 1-3 a3F-a1 4693.56 0.05 3.68 3-5 7899.63 0.99 2.55 3-4 7935.33 1.48 3.03 4-4

4694.59 0.09 2.72 2-4 7859.60 1.01 2.58 1-3 8331.51 1.55 3.03 3-4 (36F) 4680.05 O/rll 2.75 1-3 a5F-a3 a3F-b3 4493.33 0.00 2.75 4-3 6760.61 0.86 2.68 5-5 6954.69 1.48 3.25 4-5

H

6836.94 0.91 2.72 4-4 (15F) 7107.04 1.55 3.29 3-4 (37F) 4377.37 0.00 2.83 4-2 a5D_b3P 6884.50 0.95 2.75 3-3 6833.43 1.48 3.29 4-4 4437.10 0.05 3.83 3-1 (6F) 6633.48 0.86 2.72 5-4 a3F-a3 4473.46 0.09 3.8$ 2-0 6731.89 0.91 2.75 4-3 7016.31 1.48 3.24 4-3

D

4458.57 0.05 3.83 3-3 6973.07 0.91 2.68 4-5 7109.01 1.55 3.29 3-3 (38F) 4494.57 0.09 3.83 2-1 7005.33 0.95 3.73 3-4 7439.58 1.60 3.26 3-1 4510.63 O.li 2.85 1-0 7008.89 0.99 3.75 3-3 7316.44 1.55 3.24 3-3 4516.60 0.09 2.83 2-2 6535.11 0.86 3.75 5-3 7331.33 1.60 3.39 3-3 4532.09 0.11 2.83 1-1 7147.16 0.95 3.68 3-5 7541.43 1.60 3.34 3-3 4554.49 0.11 2.82 1-2 7134.08 0.99 3.73 3-4 a3F-a1 4550.64 0.13 2.83 0-1 7093.89 1.01 3.75 1-3 6331.37 1.55 3.53 3-3

D

4573.23 0.13 2.82 0-2

6616.18 0.95 3.83 3-3a5F-b3P

6393.73 1.60 3.53 2-2 (29F) a3F-b3 4303.39 0.00 2.94 4-5 a

D 5D-b3 6683.18 0.99 2.83 3-1 (16F) 5746.99 1.48 3.63 4-3

4217.71 0.05 2.98 3-4 (7F) 6710.88 1.01 2.85 1-0 5953.31 1.55 3.63 3-2 (301") 4229.86 0.09 3.00 2-3 6730.99 0.99 2.82 3-2 6113.97 1.60 3.63 2-1 4144.97 0.00 2.98 4-4 6758.48 1.01 2.83 1-1 5946.87 1.55 3.63 3-3 4178.93 0.05 3.00 3-3 6808.43 1.01 3.83 1-2 6100.36 1.60 3.63 2-2

4378.21 0.05 2.94 3-5

a5F-b3Q

6094.65 1.60 3.63 2-3 4269.60 0.09 3.98 2-4 5931.19 0.86 3.94 5-5 4263.07 0.11 3.00 1-3 5971.33 0.91 3.98 4-4 (17F) 5609.37 1.48 3.68 4-4

a3F-b1 4107.51 0.00 3.00 4-3 6018.54

5815.53

0.95

0.86

3.00

3.98

3-3 5-4 5799.53 1.55 3.68 3-4 (31F) 4108.03 0.00 3.00 4-3 a5D-c3P 5893.89 0.91 3.00 4-3 4104.59 0.05 3.06 3-1 (8F) 6093.33 0.91 3.94 4-5 11534.46 3.17 3.34 3-3 a5P-a3D

4099.29 0.09 3.10 2-0 6099.31 0.95 3.98 3-4 11337.04 2.19 3.29 3-3 (32F) 4179.45 0.05 3.00 3-2 6113.40 0.99 3.0C 2-3 11790.50 2.21 3.26 1-1 4153.72 0.09 3.06 2-1 5743.07 0.86 3.0( 5-3 11018.07 3.17 3.29 3-3 4130.47 0.11 3.10 1-0 6236.64 0.95 3.94 3-5 11518.38 2.19 3.26 3-1 4230.40 0.09 3.00 2-2 6196. 7E 0.9S 3.98 2-4 11764.33 3.19 3.24 3-3 4165.74 0.11 3.06 1-1 6177.31 1.01 3.00 1-3 11495.96 3.31 3.39 1-2 4363.62 0.11 3.00 1-2 a5F-o3 4301 . 56 0.13 3.06 0-1 6019.63 0.95 3.00 3-2 P 8456.74 3.17 3.63 3-3 a5P-b3D

4380.04 0.13 3.00 0-2 5955.61 0.99 3.06 3-1 (18F) 8596.37 3.19 3.63 3-3 (33F) a5D-a3 D 5903.64 1.01 3.10 1-0 8775.19 3.31 3.63 1-1 3813.07 0.00 3.24 4-3 6114.53 0.99 3.00 3-3 8467.54 3.17 3.63 3-3 3814.58 0.05 3.39 3-3 (9F) 6016.15 1.01 3.06 1-1 8623.51 3.19 3.63 3-1 3889.58 0.09 3.36 2-1 6178.35 1.01 3.00 1-3 8585.14 3.19 3.63 3-3 3754.98 0.00 3.39 4-2 8746.99 3.21 3.63 1-3 3846.46 0.05

0.05

3.36 3.34

3-1 3-3 5313.95

5368.83 0.860.91

3.33 3.35

5-6

4-5 aSp-b3!! 3873.51 (19F)

a3P-a1 3856.98 0.09 3.39 2-2 5389.66 0.95 3.39 3-4 10908.34 2.37 3.40 3-1 P

3917.64 0.11 3.36 1-1 5147.16 0.86 3.25 5-5 (34F) 3917.33 0.09 3.34 2-3 5193.13 0.91 3.29 4-4 9775.94 2.27 3.53 3-3 a3P-alD

3884.57 0.11 3.29 1-2 5074.90 0.86 3.39 5-4 11044.11 2.41 3.53 1-3 (35F) 3931.50 0.13 3.36 0-1 3945.70 0.11 3.24 1-3 5180.76 0.86 3.34 5-3 a5F-a3D 9093.67 2.27 3.63 3-3 a3P-b3D

3398.19 0.13 3.29 0-3 5194.19 0.91 3.39 4-3 (30F) 10196.88 2.41 3.63 1-3 (36F) asD-b3D 5352.29 0.95 3.36 3-1 10770.38 2.47 3.63 0-1 3403.65 0.00 3.63 4-3 5304.06 0.91 3.34 4-3 9106.17 2.27 3.63 3-3 3454.34 0.05 3.62 3-3 (10F) 5390.75 0.95 3.39 3-3 10235.17 2.41 3.63 1-1 3493.55 0.09 3.63 3-1 5437.17 0.99 3.36 3-1 9136.73 2.27 3.63 3-1 3405.39 0.00

0.05

3.63

3.63

4-3

3-1 5404.80

5363.91 0.950.99 3.24

3.39 3-3 3458.73 2-2 3453.54 0.05 3.63 3-3 S477.40 1.01 3.36 1-1 10601.80 2.39 3.56 6-5

a3H-a1 H

3489.07 0.09 3.63 3-3 5481.17 0.99 3.34 2-3 10867.84 2.42' 3.56 5-5 (37F) 3516.17 0.11 3.63 1-1 5413.97 1.01 3.39 1-4 11069.08 2.44 3.56 4-5 3487.33 0.09 3.63 3-3 5533.41 1.01 3.34 1-3 3511.64 0.11 3.63 1-2 10076.00 2.39 3.63 6-6 a^a1 ! 3537.33 0.13 3.63 0-1 4454.37 0.86 3.63 5-3 a5F-b3D 10314.96 2.42 3.63 5-6 (38F) 3509.78 0.11 3.63 1-3 4548.32 0.91 3.63 4-3 (21F) 3533.76 o.ia 3.63 0-3 4630.06 0.95 3.63 3-1 9822.50 2.42 3.68 5-4 aSH-^O

4545.30

4622.19

0.91 0.95

3.63

3.63

4-3 3-3 9986.60 2.44 3.68 4-4 (39F) 9836.83 0.91 3.17 4-3 a5F-a5P 4685.99 0.99 3.62 3-1 """TM~ ' 9998.31 0.95 3.19 3-3 (11F) 4618.97 0.95 3.63 3-3 11450.66 2.55 3.63 4-3 b3F-b3D 10055.97 0.99 3.31 3-1 4677.94 0.99 3.63 2-2 11786.08 2.58 3.63 3-3 (40F) 10178.39 0.95 3.17 3-3 4723.39 1.01 3.63 1-1 13072.48 3.60 3.63 3-1 10363.84 0.99 3.19 3-3 4674.64 0.99 3.63 2-3 11765.16 3.58 3.63 3-3 10239.79 1.01 3.31 1-1 4715.21 1.01 3.63 1-2 13019.17 3.60 3.63 3-3 10452.56 0.99 2.17 3-3 4711.86 1.01 3.63 1-3 11997.43 3.60 3.63 3-3 10443.95 1.01 2.19 1-2 a5F-a3P 10916.64 3.55 3.68 4-4 b3F-b*0

9386.96 0.95 3.37 3-3 11537.63 1.48 3.55 4-4

a3F-b3F 11303.11 3.58 3.68 3-4 (41F) 8643.14 0.99

1.01

3.41 3.47

3-1 1-0

(13T) 13035.33 13387.48

1.55

1.60

3.58

3.60 3-33-3

(22F) 8413.97 9619.74 0.99 2.37 2-2 11333.80 1.48 3.58 4-3 8771.34 1.01 2.41 1-1 11791.90 1.55 3.60 3-3 , •778.70 1.01 3.37 1-3 13373.55

13645.33

1.55

1.60 3.55

3.58 3-48-3
REVISED MULTIPLET

FORBIDDEN LIKES TABLE 107 I A E P

Low High

Fe II I P 16.16

7419. 43 O.OC 7533.37 0.05 7553.38 0.08 7637.53 O.OE 7686.90 0.08 7665.39 0.11 7806.33 0.08 7803.90 0.11 7733.13 0.12 7936.90 0.11 7874.33 0.12 7999.47 0.12

5650.39

5546.59 5713.35

5583.01

5750.95 4965.78

4843.51 5036.55

4889.70

5086.53

4917.33

4799.31 4665.65

4598.07 4889.63

4738.07

4639.68

4958.33

4773.07

4664.45

5006.65

4798.38

5035.50

4664.97 4716.36

4750.57

4633.37 4687.56

4604.48

4416.37 4457.95

4488.75

4509.61 4383.75

4433.45

4470.39 4493.64

4514.90

4538.39 4533.00

4358.10 4414.45

4550.48

4555.01 4551.98

4387.40 4359.34

4413.78

4453.11

4474.91 3931.44

3933.73

3949.37

3968.37 3874.07 3905.63

3937.80

3847.78

3894.40

3836.89 3991.84

3976.97

3979.93

3986.38 3979.78

3834.73

4010.91

3651.63

4039.41 3659.98

3670.63 3713.36

3709.14

3751.66 3736.17

3176.38

3334.54

3356.73 3377.13

3185.01 3336.99

3356.31 3314.67 3354.34

3377.56 3389.46

3344.18

3375.03

3389.89 3364.84

3387.35

0.08

0.11

0.11 0.13

0.13

0.05

0.08

0.08

0.11

0.11 0.13 0.00

0.05

0.08

0.05

0.08

0.11 0.08

0.11 0.13

0.11 0.13

0.13

0.00

0.05

0.08 0.00

0.05

0.00

0.00

0.05

0.08

0.11 0.13

3.37 3.33

3.37

3.33

3.37

3.53

3.63 3.53

3.63

3.53

3.63

3.65 3.66

3.68

3.66

3.68

3.68

Uultlplet

(No)

a6D-a4P

(IF)

a6D-a3P

(3F)

a6D-a3D

(3F)

a6D-b4P

(4F)

(5F)

0.00 3.79

a6D-b*F

0.05 3.83 (6F) 0.08 3.83 sJh-3-J 0.11 3.84 ui-U 0.00 3.83 0.05 3.83 0.08 3.84 2-it-lJ 0.05 3.79 z-i 0.08 3.83 3J 0.11 3.83 lJ 0.13 3.84 i-lJ 0.00 3.83 0.05 3.84 t-l-J 0.08 3.79 2-i 0.11 3.83 U

0.13 3.83 t-M

a6D-a6S

(7F)

a6D-a4 (8F) a6D-b3P

(9F)

a6D-a

a

F

(10F)

a6D-b4D (UF) I A

Low Fe II continued

3134.18

3181.05

3163.31 3309.94

3190.76 3330.17

8616.96

8891.88 3033.45 9051.93

9336.60

9367.54

9399.03

9470.93 9653.70

7155.14

7171.98

6896.18 7453.50

7388.16

7686.19 7544.00 E PHigh

6440.40

6339.70

6558.51 5413.34

5440.45 5380.35

5363.06

5395.70 5537.33 5413.64

5654.85 5495.83

5745.70 5373.38

5158.00

5107.95

5433.15

5368.88

5181.97

5556.31 5347.67 5644.00

5158.81

5361.61 5333.65

5376.47 5111.63 5330.06

5396.84

5073.40

5184.80 5039.10

4814.55

4905.35

4973.39 5030.34 4774.74

4874.49 4950.74

<*.947. 38 5005.53 5043.53

4745.49 4853.73

5049.39

5076.57

4343.98

4376.83

4319.63

4358.37

4177.31

4344.81 4305.90

4146.65 4331.56

4134.01 4346.85

4353.78

4373.43

4356.14

4197.81 4409.86

4114.48

4178.95

4083.78

3939.35 3968.66

3883.73

4017.38

4033.98

4084.33 4080.00

4131.51

3505.81 3538.38 3460.30

3575.73

3579.81 3638.65 3616.00

0.35

0.38

0.38

0.33 0.30

0.33

0.33

0.30

0.30 0.35

0.35

0.38 0.38

0.33

0.30

0.35

0.30

0.35

0.38 0.35

0.38

0.38

0.33

0.30 0.35

0.38

0.33 0.30

0.35

0.33 0.30

0.33 0.33

0.30

0.35

0.38

0.33. 0.30

0.35 0.30

0.35

0.38

0.33 0.30

0.35

0.38

0.33 0.30

0.35

0.38

0.33 0.30

0.35

0.33 0.30

0.33

0.30

0.35

0.38 0.35

0.38

0.38

0.33 0.30

0.33

0.33 0.30

1.96

3.03

3.03

1.96

3.03 1.96

3.03

3.37

3.33

3.37

3.51 3.57

3.57

3.53

3.63

3.53

3.63 3.53

3.63 3.53

0.38

3.79 3.83

3.83 3.84

3.83

3.83 3.84

3.79

3.63

3.83

3.83 3.84

3.79 3.83

3.14

3.19

3.31 3.33

3.19

3.18

3.33

3.18

3.33 3.35

3.35 3.37

3.41

3.41 3.37 3.41

3.37

3.41 3.37 3.75

3.80

3.80 3.75 3.80

3.76 3.80

Uultlplet

(No)

a6D-b3F

(13F)

a*F-a4P

(13F)

a*F-a3 (14F) a4F-a3P

(15F)

^F-a3H

(16F)

(17F)

a*F-b*P

(18F)

3.63 t a^F-atu

3.65 > (19F) 3.66 3|-4J 3.68 1?w31 3.65 3.66

3.68 3p3J

3.66 47-4t 3.68 3i-3j 3.68 4§-3J

a4F-b4F

(30F)

a4F-a4 (31F) a4F-b3P

(33F)

a^-l^H

(33F)

a4F-a3F

(34F)

a*F-b

a

O

(35F) I A E P J Itiltlplet Low High (No)

Fe II continued 3376.30 0.33 3.89 4] -34

a4F-b4D 3453.30 0.30 3.87 34-34 (36F) 3504.51 0.35 3.87 2j-li

3538.69 0.38 3.87

w

3387.10 0.33 3.87 -2i 3455.11 0.30 3.87 -li 3504.03 0.35 3.87 2\ 3440.99 0.30 3.89 3501.63 0.35 3.87 3J ~z\ 3539.19 0.38 3.87 l{ -u

3489.98 0.35 3.89 Zi 3536.35 0.38 3.87 u, ~2 1 3534.38 0.38 3.89 11 3318.38 0.33 3.95 -3J

a4F-b3F 3403.50 0.30 3.93 ~z\ (37F) 3339.14 0.33 3.93 -2i 3380.95 0.30 3.95 3450.39 0.35 3.93 zi -3J 3438.34 0.35 3.95 3-i 3484.01 0.38 3.93 li -3J 3461 .43 0.38 3.95 li 1-3-;

10038.63 1.04 3.37 3; -lJ a^a3?

9795.31 1.07 3.33

V (38F) 10337.56 1.07 3.37 li ~l \ 9957.44 1.09 3.33 10508.07 1.09 3.37 -il 7958.50 0.98 3.53 l-3-i t a4D-a3D 7740.11 1.04 3.63 2- t-U (39F) 8345.13 1.04 3.53 » -3i 7916.98 1.07 3.63 1 ; -*1 8446.11 1.07 3.53 1; -3-. 8033.63 1.09 3.63 -li 7764.69 0.98 3.57 3i 1-2* a4D-b4P

7449.45 1.04 3.69 3- i-b,

r (30F) 7381.67 1.07 3.77 1 7314.69 0.98 3.69 ti- i-*i 7131.77 1.04 3.77 2i 8037.39 1.04 3.57 2< :-2 7613.15 1.07 3.69 If >~k 7370.94 1.09 3.77 8338.16 1.07 3.57 1 r-3: 7710.79 1.09 3.69 iwll 8343.34 1.09 3.57 jw3i

6809.31 0.98 3.79 t a^b^

6933.67 1.04 3.83 3- 1 (31F) 7011.34 1.07 3.83 U ^3i 7047.99 1.09 3.84 r-1- 6739.85 0.98 3.83 3- t-Z- 6873.17 1.04 3.83 2-. t-3^ 6966.33 1.07 3.84 I1 r-li 6671.90 0.98 3.83 3- 1-3- 6839.01 1.04 3.84 3 j-i< 7017.94 1.04 3.79 3< 7075.36 1.07 3.83 1 ;-3: 7093.98 1.09 3.83 r-2- 6631.30 0.98 3.84 3i h-li 6507.63 0.98 3.88 3- K3< t a4D-a6S 6698.03 1.04 3.88 3- >-2- (33F) 6830.06 1.07 3.88 li r-3- 5731.35 0.98 3.14 3i a4D-a4 5741.11 1.04 3.19 3i t (33F) 5778.35 1.07 3.31 1: K3j 5809.43 1.09 3.33 ^ 5600.66 0.98 3.19 3- :-4i 5683.56 1.04 3.31 3i r-3i 5753.83 1.07 3.33 li ^-3i 5545.88 0.98 3.31 3- !-Z: 5659.83 1.04 3.33 3< r-3-j 5533.38 0.98 3.33 3i r— 8* 5746.96 1.04 3.18 Si i-1! , a4D-b3P

5477.35 1.07 3.33U (34F) 5843.90 1.07 3.18 1- h—3.4 5537.61 1.09 3.33 5901.36 1.09 3.18 >-*i 5163.94 0.98 3.37 3< -3i t a4D-a3F

5199 . 18 1.P4 3.41 3-. ~2: > (35F) 5083.73 0.98 3.41 3< ~3i 5383.11 1.04 3.57 3< 5378.39 1.07 3.41 V >-2\ 4349.07 0.98 3.89 & -H[ a4D-b4D 4347.35 1.04 3.87 3- s-2< (36F) 4407.16 1.07 3.87 li -*1 4438.93 1.09 3.87 4366.34 0.98 3.87 3^ -si 4351.80 1.04 3.87 2- ~X\ 4406.39 1.07 3.87 U

4339.43 1.04 3.89 3i -3< 4403.60 1.07 3.87 1] -ai 4439.73 1.09 3.87 -iJ 4370.63 0.98 3.87 3j _iJ 4351.05 1.04 3.87 3i 4384.31 1.07 3.89 ii 1-3J 4435.08 1.09 3.87 r-3| 4157.89 0.98 3.95 Z-i -3J

a4D-b3F

4368.67 1.04 3.93 3l -a\ (37F) 4190.53 0.98 3.93 3i -3J 4334.81 1.04 3.95 3i t-3J 4331.93 1.07 3.93 11 t-a\

6119.16 1.66 3.18 2{ -iJ

a4P-b3P 7539.67 1.69 3.33 1'i (38F) 8353.38 1.69 3.18 It -iJ 7673.74 1.73 3.33 8413.36 1.73 3.18 i -i\
108 REVISED MtJLTIPLET TABLE

rORBIDDEN LIKES

I A E P Low High

Fell continued

5551.31 5643.44

5725.92

5580.82

5650.94

5724.62

5588.15

5649.67

10431.10

10594.89

10036.79

10400.53 9862.21

10321.34 9682.13

10013.88 9513.87 8715.84

8885.66

9133.63

6873.87

6944.91

6700.68

7131.13 6188.55

6473.86

6396.30

10796.48 7674.06

8012.08

7687.94

8009.53

7685.58

7432.23

9949.32

10038.79 10432.60 8931.47

9755.81

9116.41

9918.01 9196.26

9941 . 20 9216.20

9937.27

8706.79 9517.76

8851.13

2.27 3.41 i*-ai

2.27

2.33

2.27

2.33 2.27

3.87

3.87 3.87

3.87 3.87

2.27 3.93

2.51 2.57

2.57

3.75

3.80

43.75

2.53 2.63

2.53

2.63

2.53

2.63

2.53

2.63

2.53

3.89 3.87

3.87

3.87

3.87 3.87

3.95

3.93 3.93

Fe III I P 30.48

5151.9 4936.4

4883.9 5270.4

5011.3

4930.5

5355.9

5060.3

5412.0

5084.8

5439.9

4985.9 5032.7

5063.7 4924.5

4987.2

4881.0

4658.1 4701.5 4733.9

4607.0 4667.0

4754.7

4769.4 4777.7

4S73.9

4824.1 4813.9

4799.5

1079.7 4096.6

4008.3 4046.4

0.00 0.05

0.09

0.05

0.09

0.12

0.09 0.12

0.12

0.13 0.13

0.00

0.00

0.05

0.09

0.00 0.05

0.05

0.09

0.12

0.00

0.09 0.12 0.13

0.00

0.05

0.09

0.00 0.05

2.40 2.55

2.62 2.40

2.55

2.62

2.40

2.55 2.40

2.55

2.40

2.48

3.51 2.53

2.51 2.53

3.53 2.65

2.68

2.70 2.68

2.70 2.65

2.68

2.70

2.70 2.65

2.68 2.70

3.03

3.08 3.10

3.08

3.10

4-4

3-3

2-2

4-3 3-2

3-4 2-3

1-3

4-3 2-4

1-3 0-3

4-5

3-4

3-3

4-4

3-3

Multlplet

(Ho)

a*P-b*D

(39F)

a^Q-a'G

(40F)

a

a 0-b2H

(41F)

a^O-aT

(43F)

a

2 0-b2a

(43F)

a^Q-b'T

(44F)

a

3P-a3F

(45F) a

2P-b*D

(46F)

a

3?-!)3? (47D

aSH-l^O

(48F)

2.57 3.95 44-3J a^t^F

(49F) 2.53 3.80 3^-3| a^D-l^d

(50F)

a3 D-b4D

(51F)

(53F)

4-3 a

aD-a°P

3-1 (IF) 2-0

3-3

3-1 1-0

3-3

1-1 1-3

0-1 0-3

4-6 a6D-a3 H

3-5 (3F) 3-4

4-5

3-4

4-4

a=D-a°F

(3F)

a

3D-a°Q

(4F)

I A E -P J Multlplet

Low High (No)

Fe III continued

3976.3 0.00 3.10 4-3 a

5D-a3 &

4144.3 0.05 3.03 3-5 (4F) 4130.7 0.09 3.08 3-4 cont 4129.4 0.13 3-10 1-3 3322.54 0.00 3.71 4-3 a

5D-a7S 3371.4 0.05 3.71 3-3 (5F) 3406.3 0.09 3.71 3-3 3438.8 0.13 3.71 1-3 3339.7 0.00 3.81 4-3 a

5D-a3D

3301 .

6

0.05 3.79 3-3 (6F) 3333.8 0.09 3.79 3-1 3354.7 0.00 3.79 4-3 3300.5 0.05 3.79 3-1 3386.3 0.05 3.81 3-3

3334.9 0.09 3.79 3-3 3355.5 0.13 3.79 1-1 3319.3 0.09 3.81 3-3 3356.6 0.13 3.79 1-3 3366.3 0.13 3.79 0-1 3340.7 0.13 3.81 1-3 3367.3 0.13 3.79 0-3

3336.7 0.00 3.81 4-4 a.5T>-a.1 Q

3383.1 0.05 3.81 3-4 (7F) 3316.1 0.09 3.81 3-4

8738.9 3.40 3.81 3-3 a

3P-a3 D 9969.6 3.55 3.79 1-2 (8F) 10504.3 3.63 3.79 0-1

8838.2 3.40 3.79 2-3 9960.0 3.55 3.79 1-1 8830.7 3.40 3.79 3-1 7078.3 3.55 4.30 1-0 a

3 P-a1 S -OF)

a

3P-a1 6096.3 3.40 4.43 3-3 D

6614.0 3.55

3.48

4.43 1-3 (10F)

9701 .

3

3.75 6-6 a

3!!-*1 ! 9943.3 3.51 3.75 5-6 (HF)

9444.3 3.51 3.81 5-4 a

3H-a1 9608.6 3.53 3.81 4-4 (13F)

10640.4 3.65 3.81 4-3 a

3F-a3 D 11088.0 2.68 3.79 3-3 (13F) 11373.6 3.70 3.79 3-1 10916.5 3.68 3.81 3-3 11384.9 3.70 3.79 3-3 11107.3 3.70 3.81 3-3 10608.1 3.65 3.81 4-4 a^-a1^

10883.6 3.68 3.81 3-4 (14F) 7088.3 3.68 4.43 3-3 a3F-a1 D 7330.0 3.70 4.43 3-3 (15F)

I A E P

Low High

Fe I P T 0.16

0.10

0.05

0.10

0.05

0.03

0.05

0.02 0.03

0.00

0.00 0.16

0.10

0.05

0.16

0.10 0.16

0.16

0.10

0.05

0.16

0.10

0.10 0.05

0.03 0.16

0.05

0.03

0.00

0.16 0.10

0.05

0.16 0.10

0.10

0.05

0.03 0.16

3.37

3.0897

3708

97

3708 3.37 3.08

3.37 3.15

3.11 3.08

3.11 3.08

3.08

3.33

3.31 3.30

3.31 3.30

3.33

3.31 3.30 3.30

3.33

3.31 3.30

3.76

3.73

3.68 3.73

4-3

3-1 3-0

3-3

3-1

1-0 3-3

1-1 1-3

0-1 0-3

4-6

3-5

3-4

4-5

3-4 4-4

4-4

3-3. 3-3

4-3

3-3 3-4

3-3

1-2

4-3 3-4

1-3 0-3

4-5

3-4

2-3

4-4

3-3 3-5

2-4

1-3 4-3

3d* 5D-3d* 3P

(IF)

3d* 5D-3d4 3H

(2F)

3d* 5D-3d4 %

(3F)

3d4 5D-3d

(4F)

4 3„

Fe VI I P T 5678.0

5631.6

5485.7 5428.6

5435.3 5336.4

5336.6 5379.3 5100.4

5177.0

51 46*. 8 5370.5

4968.8 4974.0

4807.5

4850.9

3995.8 3849.1 3890.9

3774.9

3815.1

3776.1

3645.

7

3664.1

3558.1 3575.6

3494.7 3511.6

3675.3

3630.3

3740.3 3569.0

3543.5

0.35 0.15

0.06

0.15

0.06 0.00

0.06

0.00

0.00

lailtlplet (Ho)

3d3 V-Sd3 *P

(IF)

3d3 *F-36? 38

(3F)

3d3 ^-Sd3 2P

(3F)

3d3 4F-3d3 h>

(4F)

0.25

0.15

0.35

0.15

0.06

3.60

3.55 3.55

3.60

3.55

3d3 *T-3&3 3H

(5F)

Fe YII I P T 6599.7 6085.5

5730.9

5276.1 5158.3 4989.4

4943.3

4893.9 4699.0

3759.9 3587.3

3457.3

0.39

0.13 0.00

0.39 0.13

0.00

0.13

0.00

0.00

0.39

0.13

0.00

3.16

3.16 3.16

3.63

3.52

3.47 3.63

3.53

2.63 3.57

3.57 3.57

4-3 3d3 ^T-Zi? *D

3-3 (IF) 3-3

4-2 3d3 ^-M3 Sp

3-1 (3F) 3-0

3-2

3-1 3-3 4-4 3d3 Sp-M3 *»

3-4 (3T) 3-4

8738.1 3.16 3.57 3-4 3d3 1 D-3d' <4F)

3 1„

Fe X I P 3617 6373.9

6374.51 C 0.00 1.94 li- I 3p5 3P»-3p5 3P« (IF)

Fe XI

7888.6 » 7891.94 C' 3986.1

I P 389T0.00 1.56

1.56 4.66

3-1 3p4 3P-3p4 3pt

(IF)

1-3 3p4 3P-3p4 1 Dt

(3F)

Fe XIII 10796.3 10797.95 C' 10749.7 , 0.00

10746.80 0'

I P 355T 1.15 3.39

1.15

3387.7 3.39 5.93

1-3 3P2 3P-3p3 3P

(IF) 0-1

3-3 3p3 3P-3p3 *»

(3F)

Fe XIV

5303.6 1 5303.86 C'

I P 390T 0.00 3.33 i-li Sp^'-Sp3?*

(IF)

Fe XV I P 454T 7080.3 <, (39.8 31.6) 7059.63 C' 1-3 SjPV-ZjPf

(IF)
REVISED MULTIPLET TABLE 109

FORBIDDEN LINES

I A E P

Low High

ItilUplet

foil I P 17.1

10188.1 10345.4

10380.7 9336.3 6639.4

11380.5

10973.9 8830.3

13168.8

1,535.

5853.8 5971.6

5943.3 6083.3

6180.9

7374.6

7431 .

7467.0

7567.6

7643.3

7611.7 7797.3

7793.9

0.00 0.13

0.30

0.00

0.13

0.13 0.30 0.00

0.30

0.00

0.12

0.30

0.13 0.30

0.30

0.50

0.56

0.61 0.56

0.61 0.64

0.61 0.64

1.31 1.33

1.40

1.33

1.40

1.31 1.33

1.40

1.31 3.19

3.33 3.36

3.19

3.33

3.19

2..-19 3.33 2.36

3.19

3.33

2.36

2.19 2.23

3-3

3-3

4-3

3-3

3-4

3-3

4-3 3-4

4-3 3-3

3-1 3-3

3-3 2-3

4-3

3-2

3-1 3-3 3-3

1-1 2-3

1-2

go VI I P T 3481.5

j558.1 3761.0

3403.3

3586.8 3708.3

3341.5

3538.8

3399.8

3513.9

3377.3

3444.1 3388.3

3336.9 3465.7 3398.5

3367.5

3336.9 3295.4

3476.5

3307.0

3385.6

3373.9

0.33 0.14

0.07

0.14

0.07

0.03

0.07

0.03

0.03

0.00

0.00

0.33

0.14

0.07 0.33

0.14

0.14

0.07 0.03

0.33 0.07

0.03

0.00

3.77

3.51 3.35

3.77

3.51 3.35

3.77

3.51 3.77

3.51 3.77

3.80 3.78

3.78

3.77

3.77 3.80

3.78

3.77

4-3

3-1 2-0

3-2

2-1 1-0 3-3

1-1 1-3

0-1 0-3

4-4

3-3

3-3

4-3

3-2 3-4

2-3

1-2 4-2 3-4

1-3 0-3

Co VII I P T 5136.3

5076.3

4901.1 4858.4

4851.6

4738.9 4653.3

4693.6

4505.9

0.34

0.30

0.09

0.30

0.09

0.00 0.09 0.00

0.00

4475.0

4435.1 4665.5

•4263.7 4103.1 4139.5 3493.5

3338.5

3361 .7 3339.8 3361.7

3168.3

3189.1 3309.3

3159.5

3374.7 3098.6

3071.0

10913.8 9753.5

10671 .

9953.5 9558.5

11347.6

10986.0 13209.6

0.34 0.20

0.34

,0.20

v 0.09 0.09

0.00 0.34

0.20

0.20

0.09

0.09 0.00

0.00

0.34

0.20

0.34

0.20

0.09

2.74

3.63

2.74

3.63

3.60

3.09

3.98

3.09

3.74

3.63

3.60 3.74

3.63 3.60 3.74

3.63

3.74

3.09

3.98

2.98

3.09 2.98

3.09 2.98

3.87 3.90

3.87 3.90

3.87 3.90

3.87

4.18 4.10

4.10

4.18

4.10

3.87 3.90

3.90

3.87

3.90

4.18

4.10

4.10

Co VIII I P T 5368.4

4785.9 4461.0

0.43 2.77 6.19 2.77 0.00 2.77

4-2

3-3 3-3

iitip; (No)

I A

3d* 3F-4e3T

(IF)

M8 3F-4e5P

(3F)

4s 5F-4s5P

(3F)

3d4 5D-3d4 3P

(IF)

3d4 5D-3d4 3F

(3F)

3d3 4F-3d3 4P

(IF)

3d3 4F-3d3 2G

(3F)

3d3 4F-3d3 2D

(3F)

3d3 4F-3d3 2H

(4F)

3d3 4P-3d3 2D

(5F)

3d3 2 3-3d3 2H

(6F)

3d2 3F-3d2 *D

(IF)

E P Low High

Co VIII continued

4564.7

4493.3 4433.4

4198.0

4304.9 3946.0

0.43

0.19 0.00

0.19

0.00

0.00

3.13 3.94

3.79

3.13 3.94

3.13

4-2

3-1 2-0

3-3

3-1

3-2

Uultlplet

(No)

3d2 3F-3d2 3P

(3F)

Co XI

5185

I P 304T0.00 3.38 li-i 3p5 3p«_3p5 3po

(IF)

Nl I I P 7.61 7393.71

8301 . 77 8843 . 43 6404.46

6941.63

7343.99

7003.03 7395.79

7464.39 4533.16

4813.37 5037.34

7507.44

7908.30

8466.38

6489.61 6730.35 6989.04

6437.70 6604.30

6787.00

7130.34

7193.97

9887.18

8833.31 8194.57

8111.97

7939.70

0.00 0.16

0.37 0.00

0.16

1.67

1.67

1.67

.93 ,94

,98 ,93

,94

.93 0.00

0.16

0.37

0.03

0.11 0.31 0.03

0.11

0.31 0.03

0.11

0.11

0.31 0.31

0.43 0.42

0.43

0.43

0.43

2.73

2.73

2.73

1.67 1.67

1.67

1.93 1.94

1.98 1.94

1.98 1.93 1.94

1.93

1.67 1.83

1.93 1.94

1.98

4-2 3-2

2-3

4-3

3-1 3-0

3-3

3-1 2-2

4-4 3-4

2-4

3-2

2-2

1-2

3-3

3-1

1-0

3-1 2-0 2-2

1-1 1-2

2-2 2-0

3-3

3-1 3-0

a

3F-b1 D

(IF)

a

JF-a°P

(2F)

a

3F-a1 (3F)

a

3 D-b*D

(4F)

a

3D-a3P

(5F)

a

1 D-b1 D

.(6F)

a

1 D-a1 S

t (7Fl a

T D-a3P

(8F)

Nl II I P 18.4 10718.16

11616.88 9885.74

10921.07 9377.33

7379.57

7413. 33 6668.16

8303.33

4336.85

4485.87

4201 . 74 4628.77 3993.65

4294.70 4033.56

4285.90

4249.48 4025.80

3439 . 29 3559.86

3378.55 3627.35

3074.11

6794.37

6911.05

7256.16

7307.88

7694.88

7612.96 6033.86

6007.34

6467.52

6791.61 6365.53

6813.73

7054.37

6700.61 7078.35 6956.35

5374.37

5381.46

5431 . 39

0.00

0.19 0.00

0.00

0.19 0.00

0.19

3.59 3.65

3.65

3.59 0.00 4.01 3|-3i

1.04

1.15 1.15

1.35

1.35

1.33

1.33 1.04

1.15

1.35

1.15

1.35

1.33

1.35 1.33

1.33 1.35

1.32

1.32

2.85

2.94 2.85 2.94

2.85

2.94

2.85

3.09 3.06

3.07

3.09 3.06 3.07

3.09

3.06

3.09

3.59 3.65

3.59

a

2 D-a4F

(IF)

a

2 D-a2F

(2F)

a

2 D-b2 D

(3F)

a2 D-a4 P (4F)

a

2 D-a2 P

(5F)

a

2 D-a2 Q

(6F)

a

4F-b2D

(7F)

(8F)

I A

Nl II continued 4147.30

4310.46

4143.17

4314.92

4461 . 54 4466.33 4573.45

10459.79

11359.87

12323.27 8704.34

10309.10 9957.33

7103.84

5275.83

5703.64

5269.16

5711.46

E P Low High

Multlplet

(No)

a

4F-a2 G

1.85 3.59 2|-l|

4.01

4.01 4.01

4.01

(10F)

a^F-b^D (UF)

a^F-a'P

(13F)

a

2F-a2 P

£ 13PM

a3F-a2 G

(14F)

Nl VII IP?

3191.2

3379.7 3503.8

3106.0 3299.6

3440.3 3038.3 3243.2 3990.4

3314.5

3413.3 3396.7

3486.6

3165.4

3106.1 3048.8

3191.3

3117.1 3081.6

3038.4 3000.6

0.39 0.19 0.10

0.19

0.10

0.03

0.10

0.03

0.03 0.00

0.29

0.19 0.29

0.29

0.19

0.10

0.29

0.19

0.19 0.10

0.03

4.16 3.84

3.63

4.16

3.84

3.63

4.16

3.84

4.16 3.84

3.91 3.83

3.83

4.19 4.16 4.15

4.16 4.15

4.19 4.16 4.15

4-3 3-1

2-0

3-3

2-1 1-0

2-2

1-1 1-2 0-1 4-5

3-4 4-4

4-4

3-3

2-2

4-3 3-2

3-4

2-3

1-2

3d4 5D-3d4 3P

(IF)

3d* a D-3d* °H

(2F)

3d4 5D-3d4 ^

(3F)

Nl VIII 4772.4

4644.2

4493 .

4446.2 4404.4

4297.8

4225.9 4216.4

4052 .

4106.1 4032.3

4298 .

3863.3

3850.3

3695.0

3705.8

3238.2 3035.3

3075.6

3026.4

9977.1

8761.8 9565.8

9105.8

8430.1

10627.5

10225.3 11509.6

I P T0.46

0.27

0.13 0.27

0.13

0.00 0.13

0.00 0.00

0.46 0.27

0.46

0.27

0.13 0.13

0.00

0.46

0.27

0.27

3.05

2.93 2.87

3.05 2.93

2.87

3.05 2.93

3.05

3.46

3.33

3.33

3.46

3.33 3.46

3.33 4.28

4.34

4.28 0.46 4.54 4|-4|

3d3 4F-3d3 4?

(IF)

3d3 4F-3d3 2G

(2F)

3d3 4F-3d3 2D

(3F)

3d3 4F-3d3 2H

(4F)

3d3 4P-3d3 2 D (5F)

3d3 2 G-3d3 2H

(6F)

HI IX 5056.5 4331.7

4043.4

4190.6

4065.7 4112.7

3680.3 3810.6

3470.0

IP?

0.61 3.05 0.20 3.05 0.00 3.05

0.61 0.20 0.00

0.20

0.00

0.00

3.56

3.24

3.00 3.56

3.24

3.56

4-2

3-2 2-2

4-2

3-1 2-0

3-2

2-1 2-2

3d2 3F-3d2 *D

(IF)

3d2 3F-3d2 3P

(3F)

Nl XII 4231.4I P ?

a*F-a<=P

(9F)

0.00 (2.92) lj- | 3p5 2po_3p5 2p.

(IF)
110 REVISED UULTIPLET TABLE

I A E P Low High

Multlplet

(No)

Nl XIII I P 350T

5116.3 » 0.00

5116.03 C' (3.41) 3-1 3p4 3P-3p* 3P

(IF)

3643.3 (3.41 5. 80) 1-3 3p4 3P-3p4 1 D

(3F)

Nl XV IP 455T

8034 » (1.84 8034.31 C> 6700.6 v 0.00

6701.83 C

;

3.38)

(1.84)

1-3 0-1

3p3 3P-3p2 3P

(IF)

Nl XVI I P T

3601.3 0.00 3.43 *** 3p2P°-3p3P°

(IF)

Cu II IP 20.18

4375.71 0.00

4165.79 0.00

2.82

2.96 0-3

0-1

3d10 1 3-4s3 D

(IF) 3806.34 0.00 3.24 0-2 3d10 1 S-4e1 D

(3F)

Kr III IP 36.8 6836.9 0.00 9903.3 0.56

1.81 1.81 3-3

1-3

4p4 3P-4p4 Id

(if)

Sr II IP 10.98 6738.40 0.00

6868.18 0.00

1.83

1.80 m

5

3 3-43D

(IF)

T II I P 13.3 7091.17 0.00

7131.55 0.00

1.74

1.73 0-3

0-1 a

1 S-a3P

(IF)' 6739.91 0.00 1.83 0-3 a

1 8-b1 D

(3F) 7904.04 0.18

7706.06 0.13

7664.67 0.10

7954.34 0.18 7787.00 0.13

7658.93 0.13 7586.33 0.10

7540.54 0.10

1.74

1.73

1.71 1.73

1.71 1.74

1.73 1.74

3-3

3-1 1-0

3-1 2-0

2-2

1-1 1-3

a3 D-a3P

(3F)

7470.10 0.18

7350.78 0.13

7144.60 0.10

1.83

1.83

1.83

3-3

2-3

1-3

a

3 D-blD

(4F)

9355.10 0.41 9334.01 0.41 9443.77 0.41

1.74

1.73

1.71

3-3

3-1 3-0

a

1 D-a3 P

(5F)

8665.66 0.41 1.83 3-3 a

1 D-bi D

(6F)

T_V I P 77 8284.1 0.00 1.49 l*"i 4p5 2po_4p5 3po

(IF)

Zr II IP 13.97

10860.44 10603.65

10464.94

10355.58

10361.18

10038.71 9058.16

8909.40 9376.93

7786.03 7893.57

7460.93

7633.44

7319.15 7444.80

705e . 76 7769.35

7518.81 7849.08

7445.63 7373.33

7304.83

7110.54

0.09

0.04 0.00

0.04

0.00

0.00

0.16

0.09

0.18

0.09

0.04 0.04 0.00

a

4F-b4P

(IF)

a

4F-a3H

(3F)

a

4F-b3D

(3F)

a

4F-b2

(4F)

I A

Zr II continued

FORBIDDEN LINES E P J

Low High

7454.83

7386.11 7156.36

7149.08 6933.53

6991.75 6785.44

5855.37 5933.88 5669.58

5778.97

5528.87

5675.73 5434.30

5530.18

5331.46 5495.43

5354.76 5306.84

5239.06

5133.88

5144.39

9607.90

9870.08

9303.81 9490.96

8873.37 9308.73

8625.25 9583.55

9391.03 9704.10

9179.54

8954.34

8850.73

8703.70

9108.53 9089.34

8743.65

8766.76

8444.83

8535.41 8330.64

6839.24

6984.07

6633.05

6793.01

6449.31

6646.31 6317.64

6377.59

6165.35

6344.56 6196.53

6015.36 6044.94

5900.64

5939.30

10351.93

10890.03

11303.93

10083.37 9774.53

9947.19

10308.43 9534.75

7196.91 7479.79 7636.54

7066.07 6697.09

6548.47

6660.68 6583.66

6418.86

6506.40

6617.17 6314.58

11595.50

11659.63 12211.32

11096.98 8137.88

8408 . 39 8691.53

7889.15

7156.94

7197.88 7404.36

6963.85

13094.78 11698.63

11133.34 8380.68

8438.63 8969.06

7906.95

0.16

0.09

0.09

0.04

0.04

0.00

0.00 0.16

0.09

3.40

3.41

0.46

0.41 0.46

0.41 0.36 0.36

0.32

0.46

0.41 0.41 0.36

0.36

0.33 0.33

.0.46 0.41 3.37

3.17

3.37

3.17

2.37

3.17

3.37

0.56

0.52

0.56

0.53

0.80 1.83 3j 0.71 1 . 77 a* 0.71 1.83 Z\ 0.80 3.37 3J-24 0.71 3.17 34-l| 0.80 3.17 3$-l|

0.71 2.37 34-3J

Multlplet

(No5

a*F-c°D

(5F)

^-d^D

(6F)

a

4F-b3F

(7F)

b^-t^D

(8F)

b

4F-b3 a

(9F)

b

4F-o3D

(10F)

b

4F-d3D (HF)

0.46 3.40 1-3* b

4F-b2F

0.41 3.41 H

1-3* (13F) 0.46 3.41 t— 3?

0.41 3.40 t-3+ 0.36 3.41 3-Jt-3* 0.36 3.40 3-J1-34 0.33 2.41 lJ1-34 0.33 3.40 \\t— 3+

a

3D-b2 D

(13F)

a

3 D-c3 D

(!«-)

a

2 D-d2 D

(15F)

a

2 D-b2F

(16F)

a

2D-b2P

(17F)

a

2P-c2 D

(18F)

a

2 P-d2D

(19F)

a2P-b2 f (30F)

a

2F-c2 D

(21F)

a^F-d^D

(22F)

I A E p J Hultiplet

Low High (No) Zr II c ontlnued » 7710.58 0.80 2.40 3*-3{t a

3F-b3F

7264.43 0.71 2.41 2j-3j (33F) 7663.36 0.80 2.41 3?-3J 7307.76 0.71 2.40 2|-3j

9670.04 0.99 2.37 34-3Jt a

4P-daD

10130.75 0.96 2.17 14-ljt (34F) 10461.95 0.99 2.17 2*-lJ 9377.83 0.96 2.37 li-3J 8315.71 0.99 3.48 34-lJt B.*P-i^f 8416.96 0.96 3.43 If- *t (35F) 8098.70 0.96 3.48 li-lJ 8361.59 0.93 3.43 3~ * 7954.76 0.93

1.01

3.48

3.40

i-t\

8863.47 44-3Jt a

30_b2F

8561.43 0.97 3.41 3I-3J (36F) 8798.83 1.01 3.41 4J-3J 8631.67 0.97 3.40 3\-Zi f9886.87 1.33 3.48 3^-1-jt b

4P-b3P

10138.19 1.20 3.42 14- J (37F) 9670.87 1.20 2.48 i*-n! 9937.20 1.18 2.42 i_ i 9496.60 1.18 3.48 1-1^

Zr III I P 34.0 5539.74 0.18 3.41 4-3 4d2 3F-5b3D

5517.34 0.08 3.33 3-3 (IF) 5433.69 0.00 3.37 3-1 5773:51 0.18 2.32 4-3 5643.03 0.08 2.37 3-1 5303.37 0.08 3.41 3-3 5316.97 0.00 3.33 3-3 5118.07 0.00 3.41 3-3

7853.3 0.43 1.99 3-3 4d2 1 D-5a1 »

4da *D-5a3 6193.7 0.42 3.41 3-3 D 6487.5 0.43 3.33 3-2 (3F) 6661.7 0.43

0.47

3.37

3.37

2-1

6864.4 0-1 4d3 1 3-5b3D («)

9349.3 1.09 3.41 3-3 4d2 3P-5b3D

9543.3 1.03 2.33 1-3 (5F) 9671.3 1.00 3.27 0-1 10034.9 1.09 3.33 2-2 9936.0 1.03 3.27 1-1 8931.0 1.03 3.41 1-3 9307.5 1.00 2.32 0-2

10458.9 1.09 3.37 3-1

Zr VI I P 99 6408.5 0.00 1.93 l*-i 4p5 2P°-4p5 2P< (IF)

Xe II I P 31.1 9487.5 0.00 1.30 li-i 5p5 2P°-5p5 2P« (IF)

Xe III I P 33.0 10306.5 0.00 1.31 3-1 5p4 3P-5p4 3P

5646.3 0.00 3.11 3-3 5p4 3P-5p4 *D

(3F)

La II I P 11.38 11011.70 0.13 1.35 3-3 a

3F-b1 D 9903.31 0.00 1.35 3-3 (IF) 11490.57 0.17 1.25 3-3 a

1 D-b1 D

(3F)

La III I P 19.1 8339.72 0.20 1.68 *! 52 D-62

3 7355.93 0.00 1.68 (1?)

Eu II I P 11.31

L

8983.71 0.00 1.37 4-6 a

93-a9D° 9393.85 0.00 1.31 4-5 (IF) 9694.01 0.00 1.27 4-4 9916.30 0.00 1.24 4-3 10074.84 0.00 1.23 4-3 5939.31 0.00 3.08 4-5 a

93-a7D° 5879.33 0.00 2.10 4-4 (3F) 5832.40 0.00 2.12 4-3 5796.28 0.00 2.13 4-2
Part II—Finding List

of All Lines in the Table of Multiplets

TABLE OF CONTENTS

Part ii. Finding List

Page

1. Introduction i 2. Part A—Observed and Permitted Predicted Lines i 3. Blends ii 4. Scope ii 5. Part B—Forbidden Lines ii 6. Contents of Section on Forbidden Lines iii 7. Index Card iii 8. £rrata . . iii Finding List iii Body of Multiplet Table 1-86

Forbidden Lines • • 87-96

. .

A MULTIPLET TABLE OF ASTROPHYSICAL INTEREST

PART II

Finding List of All Lines in the Table of Multiplets

1. Introduction

Any arrangement of the wave-lengths in a given spectrum, by multiplets makes it inconvenient to locate a given line. The difficulty is greatly increased when many spectra are involved.

Consequently a "Finding List" containing all lines in the Revised Multiplet Table has been included as Part II of this Contribution. As in the R M T the Finding List is in two parts. The

first contains permitted lines observed in the laboratory, permitted predicted lines, and a few

forbidden lines observed in the laboratory when a strong electric field is present. The second

contains only forbidden lines of the nebular, auroral and coronal type. See §5.

2. Part A—Observed and Permitted Predicted Lines

The lines are listed in order of increasing wave-length and cover the range XX2951-13164.

At the violet end of this long range, the proportion of known lines included is smaller than in

the main body of the list, due to the masking by the ozone in our atmosphere of all but the

strongest lines. The number of lines in the same wave-length interval decreases from the violet

to the red. The incompleteness of laboratory material accentuates this in the infra-red. The

total number of lines in this section is approximately 23,200.

Three entries are given for each line and a fourth if the line is predicted or forbidden. All

entries are copied directly from Part I of this Contribution. The first is the laboratory wavelength. The source from which the wave-length is taken can be found from the references

A, B, C etc. in the R M T and Table 7. The second entry headed "Type" is blank for all lines observed in the laboratory, except the

selected forbidden ones that appear under special conditions, (due to Stark effect). These are marked "Forb" and include 11 lines of He i, 6 of Na i, 11 of Al n, 2 of Al in and 2 of K i. Predicted Lines. These fall into three classes, (a) For some faint lines observed in the

laboratory but not well-measured, a predicted wave-length obtained from the spectroscopic

term values is preferable to the observed value, (b) It is well-known that many predicted

lines not yet observed in the laboratory are important astrophysically, and an attempt has been

made to include these in the R M T. (c) If a line that would otherwise be included is masked by

a strong line in the laboratory, the predicted position of the masked line is entered. Such cases are carefully noted and explained in the RMT. In every case where a predicted wave-length

is used, the entry "P" occurs in the column headed ''Type" in the Finding List. This column

contains only the two entries "Forb" and "P". All other lines are observed laboratory wavelengths in the usual sense of the word "observed".

The third entry for each line is the spectrum to which the line belongs. Here the chemical

symbols of the elements are used and Roman j minerals denote arc spectra (i) and spark spectra

in successive stages of ionization, i.e. first spark spectrum (n), second spark spectrum (in) etc.

Finally the number of the multiplet to which the line of a given spectrum belongs, is given

under the heading "Multiplet No." This number appears under the "Multiplet Designation"

of each multiplet in the RMT and the numbers start with 1 for each spectrum. All lines of a given multiplet have the same multiplet number. A blank in this column indicates that the

line is unclassified. In the RMT, under a given spectrum, unclassified lines follow the multiplets.

When two or more numbers appear in this column, the line is a blend and occurs in each of the

multiplets indicated.

Examples: X2957.56 is due to Cr n and appears in Multiplets 104 and 141 of Cr n (See pp.

44 and 45 of the RMT).

X2984.89 is a predicted wave-length. The line is in Multiplet No. 60 of Fe n (See p. 67 of

the RMT).

X2991.632 is an unclassified line of Fe i (See p. 65 oi\he R M T).
II

3. Blends

Reference has been made above to a line appearing in two multiplets of a given spectrum, for

example X2957.56. Such blends can be readily detected in the Finding List by the presence of

more than one multiplet number. In the RMT they are noted by an asterisk. This applies

to blended lines in the same spectrum.

If, however, an arc and spark line of an element are blended the wave-length is repeated

in the Finding List; or nearly identical wave-lengths are entered, if different measures were used

in the two instances. For example X2988.952 appears in Multiplet No. 11 of Sc i and in Multiplet No. 34 of Sc ii. In the RMT such lines have an asterisk preceding the wave-length and the

symbol "§" following it. A careful examination of close pairs of lines of a given element in the Finding List will doubtless reveal more blends than have been noted in the RMT. Similarly, it is probable that errone- ous identifications of lines due to impurities that have not heretofore been suspected, can be

detected.

The predicted wave-lengths of masked lines (§2) fall close to observed lines. For example

X2965.25 is the predicted position of the line of Fe i in Multiplet No. 316, masked by the strong

Fe i line at X2965.255, which occurs in Multiplet No. 10.

All predicted lines have separate entries in the Finding List, regardless of how close the

pairs in a given spectrum may be—for example, XX2990.33 and 2990.34 are both predicted lines

of Fe i. If observed in the laboratory these lines would undoubtedly be blended.

When identical wave-lengths appear in spectra of different elements, the lines' are arranged

in the alphabetical order of the chemical symbol. When similar wave-lengths occur in spectra

of different stages of ionization of a given element, the arc spectrum comes first, then the spark

spectra, in order of increasing ionization.

4. Scope of the Finding List

The users of this Finding List are emphatically warned that the list is not complete. The

range is that useful to the astrophysicist, having the violet limit X2951. Within the range

covered, the elements to be included have been selected according to their astrophysical importance. For a given element, the spectra for different degrees of ionization and the lines of each

have been similarly selected. It is fairly complete for the first spark spectra through the first

long period. It lists only the leading arc lines for many elements, but includes all observed

classified lines of Fe i. For any element, the List grading in the RMT can be used as a guide

to the completeness of selection. On account of these restrictions this book is not a list of

"Hauptlinien" or a compendium of wave-lengths of elements in general.! On the other hand

it does contain a large number of predicted lines which invite the attention of the laboratory

worker in spectroscopy.

5. Part B. Forbidden Lines—Nebular, Auroral, Coronal etc. The second part of the Finding List contains only forbidden lines. Here the word "forbidden" applies in the general sense—i.e. lines due to downward transitions from metastable states in

the atoms. The number of lines listed is roughly 2550.

The arrangement is similar to Part A of the Finding List, with the exception that in Part B

the great majority of lines are predicted. Consequently no column headed "Type" is given.

The wave-lengths that are not predicted are noted by the following letters:

N Nebular Wave-length

L Laboratory Wave-length

A Auroral Wave-length

C Coronal Wave-length

Column two contains the chemical symbol and stage of ionization of the spectrum as in Part

A, and column three the Multiplet Number. In order to avoid confusion with Multiplet Numbers

in Part A, all Multiplets of forbidden lines have the letter "F" accompanying the Multiplet

Number.
Ill

6. Contents

A complete list of all possible forbidden lines in the region useful to the astrophysicist would

be prohibitively long. For simple spectra the lines are few, but for the complex spectra, particularly in the first long period, fairly rigid selection has been made. Anyone desiring to construct

complete lists is advised to consult the references to the analysis of the various spectra.

7. Index of The Finding Lists

In order to facilitate the work of transferring from the Multiplet Number of the Finding

List to the Multiplet in the R M T, a separate card is enclosed in the Finding List, containing

an index of the R M T. The elements are in order of increasing atomic number. This index

gives the multiplets of each element contained on each page of the R M T.

For example, X2980.296 is in Multiplet No. 94 of Ti 1. On the index card hunt Ti 1 and then

this Multiplet Number. It is to be found on page 27 of the R M T, which contains Multiplets of

Ti 1 from No. 55 through No. 140.

8. Errata

After the tabular material in the Finding List had been completed for publication, four errors were detected, as follows:

I A Element Multiplet No. I A Type Element Multiplet No.

3497.137 Fei 78 should read 3497.15 P Fe 1 78

4618.568 Fe 1 1151 Reject—Wave-length erroneous

4061.3 Sc in should read 4061.3 Sc in 1 4068.7 Scm should read 4068.7 Sc 111 1 The writer will be grateful to those who use this Table if they will call to her attention any

errors they detect, so that a list of errata may be published. In^the compilation of a list containing about 25,750 lines, doubtless there are a number of mistakes in spite of the care that has been

taken to avoid errors.

FINDING LIST

I A Type Element Multiple)

2951.40 Cr II 59 2951.95 Cr II 59 2952.07 V II 2 2953.358 Cr II 27 2953.706 Cr II 66 2953.774 Fe II 2 2953.940 Fe I 10 2954.050 Fe II 61 2954.332 V I 18 2954.67 Cr II 104

2955.12 Cr II 59 2955.71 Cr II 58 2956.133 Ti I 30 2956.60 Cr II 58 2956.797 Tl I 30 2957.28 Cr I 2957.33 V I 18 2957.365 Fe I 10 2957.520 V II 2 2957.56 Cr II 104,141

2958.20 Cr II 49 2958.526 Fe II 160 2958.54 Cr II 97 2959.601 Fe II 62

2959. 841 Fe II 180 2959.97 Cr II 59 2959.992 Fe I 316 2960.303 Fe I 148 2960.926 Gd II 25 2961.119 Fe II 180

2961.272 Fe fl 2 2961.732 Cr II 27,69 2962.11 Fe I 57 2962.167 Rh II 4

2962.772 V I 18 2962.936 Fe II 160 2963.249 V II 154 2963.46 Cr II 58 2963.605 Gd II 2963.73 Cr I

2963.897 Fe II 2964.131 .Fe II 60 2964.629 Fe II 8 2964.88 Hf I 4 2964.96 T I 11 2965.036 Fe II 8 2965.19 Cr II 58,160 2965.231 Tl I 94 2965.25 P Fe I 316 2965.255 Fe I 10

2965.395 Fe II 59 2965.428 Gd II 29 2965.54 Ta I 2 2965.564 Ru II 4

2965.68 Ti I 94

2965.707 Tl I 94 2965.86 Sc I 11 2966.051 Cr II 33 2966.26 Fe I 104 2966.27 Zr II 148

2966.901 Fe I 10 2967.225 Ti I 30 2967 . 642 Cr I 28 2968.119 Fe II 160 2968.21 Cr II 96 2968.231 Ti I 29 2968.373 V II 28

2968 . 67 Cr II 58 2968.738 Fe II 61 2968.82 Hf II 12

2968 . 906 Fe II 2968.95 Zr II 14 2969.267 Gd II 28 2969.364 Fe I 11 2969.474 Fe I 30 2969.67 Cr II 66 2969 . 934 Fe II 70 2970 . 106 Fe I 10,11 2970.35 Si I 1 2970 . 384 Tl I 29

2970.510 Fe II 2 2970.556 Ti I 94 2970.66 Cr II 57 2970 . 682 Fe II 69 2971.112 Cr I 28 2971.616 Fe II 60 2971.906 Cr II 28 2972.016 Fe II 160 2972.17 Gd II 77

2972. 263 V II 87

I A Type Element Multiple

2972.277 Fe I 104 2972.64 Cr II 28 2972.742 Gd II 25 2972.769 Fe II 159 2973.137 Fe I 10 2973.236 Fe I 10 2973.975 V II 218 2974.006 Sc I 11 2974.59 Y I 10 2974.78 Fe I 335

2974.934 Ti I 94 2975.110 Gd II 77 2975.16 Zr II 64 2975.483 Cr I 28 2975.650 V II 28 2975.89 Hf II 10 2975.938 Fe II 2 2976.126 Fe I 146 2976.197 V II 28 2976.50 P Fe I 56

2976.517 V II 28 2976.593 Ru II 4 2976.61 Zr II 77 2976.718 Cr II 27 2976.905 Ce II 168 2976.922 Fe I 334 2977.226 Ru II 4 2977.539 V I 18 2978.07 Zr II 14 2978.18 Y II 45

2978.226 V II 87 2978.850 Fe II 69 2979.05 A II 19 2979.096 Fe II 100,180 2979.102 V II 44

2979.18 Zr II 14 2979.199 Ti II 123 2979.349 Fe II 2 2979.382 Rh II 4 2979.683 Sc II 44

2979.726 Ru II 5 2979.741 Cr II 28 2979.957 Ru II 4 2980 . 154 Gd II 12 2980.296 Ti I 94

2980.532 Fe I 317

2980.60 P Fe I 201 2980.69 Y II 54

2980.752 Sc I 11 2980.791 Cr I 28

2980.82 Hf I 2 2980.963 Fe II 61 2981.02 Zr II 24

2981.200 V II 87 2981.446 Fe I 11 2981.448 Ti I 29 2981.651 Nl I 26 2981.852 Fe I 104 2981.924 V II 114 2982.059 Fe II 139

2982.100 Cb II 2 2982.234 Fe I 460 2982.239 Fe II 70

2982.75 V II 28 2982.78 CI II 53 2983.009 V II 22,28 2983.060 Gd II 77 2983.306 Ti I 29 2983.558 V II 28 2983.574 Fe I 9

2983.66 III 7 2983.78 III 6 2984.131 Nl I 12 2984.183 Na II 2 2984.25 Y I 10 2984.35 P Ti II 28 2984.69 Cr II 27 2984.785 Fe I 29 2984.82 Cr I 15 2984.831 Fe II 8

2984.89 P Fe II 60 2985.02 Cr II 56 2985.184 V II 218 2985.29 P Fe II 69 2985.325 Cr II 28 2985.36 Zr I 22 2985.43 La II 145 2985.477 Ti I 29 2985.521 Gd II 77 2985. 545 Fe II 8

I A

2985.849 2985.98

2985.995

2986. 137 2986.456

2986.473

2986.617 2986.655

2986.91 2987.074

2987.166

2987.27 2987.292 2987.40

2987.542 2987.65 2987.72

2987.80 2988.027

2988.05

2988.056

2988.367

2988.468

2988.61 2988.649 2988.74

2988 . 942

2988.952 2988.952

2989.01

2989.079

2989.194

2989.30 2989.306

2989.367 2989.42

2989.590 2989.594

2989.731 2989.74

2990.10 2990.16

2990.33 2990.34 2990.392

2990.873

2990.948

2991.095

2991.244

2991.33

2991.40 2991.520

2991.626

2991.632

2991.817

2991.886

2992.11 2992.24

2992.378

2992.40

2992.595 2992.63 2993.038

2993.366 2994.05

2994.069

2994.259

2994.427

2994.460

2994.50

2994.540

2994.725

2994.737 2994.958 2995.10

2995.26

2995.530

2995.546 2995.644

2995.838

2995.999

2996.386

2996.51 2996.549

2996.580 2996.63

2996.70 2996.88

2996.94

2997.08

Type Slement

Cr I S III

Cr I Cr I Fe I Cr I Fe II Fe I Fe II Gd II

Co I Fe II Fe I Tl II

Fe II

SI I Ca II Zr II V II Nl II

Cr II Rh II

Fe I Ca III

Cr I Zr II Fe I Sc I Sc II Fe II

Fe II

Cr II Ca III V II

Fe II

Ca II Co I V II

Fe II V II

Zr II

Ti II Fe I Fe I Fe I Ce II V I Ni I Fe II Eu II

Zr II

Gd II Ru II Fe I Fe n

Cr iin

K in

V ii Cr ii

Nl i C ii Gd ii

Fe ii

Zr ii

Cr i Al ii Fe i Ni i Fe i

V ii

Cb ii Cr ii Ca i Cr i Y i 41 ii

Al ii Ce ii Fe i

V ii Fe iin

Co i Cr i CI ii V ii Tl ii Y i V i

Multlplet No.

28

1428

28

11

2862

200

86

57

1186

3028

223

11186

27

6

28

3 56

214

148 316

1134

86

159 I 28

48786

11

13

2886

87

27 123 334

460

31672

58

14,80 60

3

625

5

160

28

102 114

28

25

842

139

14

14

927

11

218

28

1715

1114

14

183 460

27

148

1077

2822

2828

9 116
FINDING LIST

I A T} pe Element Multlpl

2997.298 Fe II 139 2997.309 Ca I 17 2997.364 Cu I 5 2997 . 749 Fe II 85 2997.71 III 10 2997.87 V I 116 2997.945 V II 141 2997.97 Pt I 3 2998.158 P Al II 14 2998.163 P Al II 14

2998.34 Zr II 13 2998.49 Zr II 86 2998.787 Cr I 14 2998 . 855 Fe II 60 2998.896 Ru II 5 2999.045 Gd II 12 2999.238 V I 58 2999.30 Cr II 33 2999.512 Fe I 30 2999.641 Ca I 17

2999.92 P Tl II 28 2999.96 Cr II 42 3000.059 Fe II 69 3000.09 Hf II 3 3000.14 A II 3000.45 A II 72 3000.452 Fe I 56 3000.545 Co I 13 3000.59 Zr II 147 3000.836 Fe III 10

3000.863 Ca I 17 3000.868 Tl I 29 3000.890 Cr I 28 3000.950 Fe I 9 3001.203 V II 27 3001.42 Y II 53 3001.589 Fe III 9 3001.65 Ne II 4 3001.66 P Fe I 506 3001.754 V II 141

3001.90 V I 116 3001.93 V II 43 3002.09 P Fe II 138 3002.197 Gd II 77 3002.330 Fe II 98 3002.442 V I 3002.491 Ni I 26 3002.65 V I 47 3002.650 Fe II 8 3002.66 Pd I 4

3002.710 Gd II 77 3002.728 Tl I 29 3002 . 860 Gd II 3002.99 Fe III 9 3003.00 A II 3003.031 Fe I 30 3003.282 Fe III 89 3003.37 P Tl II 28 3003.461 V II 27 3003.583 Gd II 25

3003.629 Ni I 26 3003.73 Zr II 26 3003 . 924 Cr II 33 3004.109 Fe III 21,41 3004.119 Fe I 199 3004.249 Fe II 69 3004.35 III 10 3004.39 CI II 22 3004.47 Cr II 88 3004.48 P Fe I 105

3004.490 Fe III 41 3004.62 Fe I 57 3004.68 La II 3001.824 V I 47 3005.057 Cr I 28 3005.092 Gd II 3005. 26 Y I 9 3005.302 Fe I 199 3005.36 Zr I 38 3005 . 50 Zr I 60

3005.62 II 3005.766 Co I 77 3005.813 V II 86 3006.0 \

II 54 3006.04 II 3006.09 CI II 22 3006.122 Fe III 21 3006.24 V I llf. 300R. 36 V I 75 3006.502 V II 141

I A Type Element Multip

3006.82 II 3006.858 Ca I 17 3006.86 N II 18 3006.90 V I 116 3006.95 P Fe III 21 3006.98 CI II 53 3007.035 V II 141 3007.071 Na II 12 3007.08 II 74 3007.146 Fe I 55

3007.2 Fe III 116 3007.284 Fe I 11 3007 . 296 V II 27 3007.32 La II 102 3007.442 Na II 1 3007.487 Ti I 3007.655 Mn I 35 3007.74 II 74 3007.75 P Fe I 262 3007.802 Fe III 10

3007.975 Nd II 3008.13 Zr II 86 3008.139 Fe I 9 3008.265 Mn I 35 3008.28 II 74 3008.322 Tl II 85 3008.506 Fe III 9 3008.508 V II 141 3008.610 V II 26 3008.67 Cr II 75

3008.789 Ce II 122 3008.79 III 10 3008.996 Rh II 4 3009.098 Fe I 198 3009.136 Sn I 1 3009.138 Na II 13 3009.205 Ca I 17 3009.366 Gd II 25 3009.570 Fe I 30 3009.650 Gd II 27

3009.85 Zr II 64 3009.998 Fe III 41 3010.129 Gd II 12 3010.220 Fe II 181 3010.28 Zr II 39 3010.42 P Ti I 170 3010.76 W II 14 3010.838 Cu I 3 3010.899 Gd II 42

3011.060 Fe III 31

3011.162 Mn I 35 3011.24 Hf II 64 3011.376 Mn I 35 3011.42 Cr II 27 3011.482 Fe I 316 3011.73 Zr I 22 3012.004 Ni I 41 3012.01 Cr II 87 3012.020 V II 43 3012.190 Gd II 29

3012.34 Cr II 42 3012.59 P Fe II 69 3012.847 Fe III 10 3012.90 Hf II 4 3013.030 Cr I 26 3013.102 V II 26 3013.125 Fe III 9 3013.32 Zr II 27 3013.37 II 56 3013.38 P Fe II 138

3013.592 Co I 10 3013.66 Zr II 52 3013.713 Cr I 26 3013.802 Fe II 124 3014.120 Fe I 458 3014.165 Nd II 3014.176 Fe I 31 3014.37 V I 116 3014.44 Zr I 21 3014.49 A II 72

3014.668 Mn I 35 3014.760 Cr I 27 3014.822 V II 27 3014.915 Cr I 27 3015.194 Cr I 27 3015.230 Fe III 9 3015.296 Tn II 8 3015.364 Sc I 10 3015.400 Na II 5 3015.510 Cr II 87

I A Type Element Multlplet No.

3015.67 Zr II 86 3015.686 Co I 76 3015.86 Zr II 127 3015.913 Fe I 198 3015.98 V II 42

3016.14 V II 26 3016.15 A IV 1 3016.16 V I 58 3016.186 Fe I 30 3016.454 Mn I 35

3016.775 V II 27 3016.94 Hf II 3 3017.187 Ti II 85 3017.195 Ce II 107 3017.254 Co I 78 3017.34 Ne II 8 3017.447 W I 9 3017.548 Co I 11 3017.569 Cr I 27 3017.628 Fe I 9

3017.63 III 10 3017.80 Cr II 95 3018.08 Zr II 3018.134 Fe I 199 3018.25 P Fe I 263 3018.32 Hf I 2 3018.352 Zn I 5 3018.496 Cr I 26 3018.53 Zr II 147 3018.744 Fe III 10

3018.82 CI II 22 3018.821 Cr I 26 3018.95 La II 3018.983 Fe I 30 3019.09 V II 86 3019.143 Ni I 11 3019.291 Fe I 199 3019.350 Sc I 10

i>019.819 Rh II 3 3019.84 Zr II 6

3020.001 Fe II 110 3020.45 Zr II 26 3020.495 Fe I 9 3020.54 Hf I 4 3020.643 Fe I 9 3020.65 V II 26 3020.673 Cr I 27 3021.074 Fe I 9 3021.407 Fe II 59 3021.558 Cr I 27

3021.74 Pd I 6 3021.74 Y I 9 3021.78 V I 75 3021.97 Zr II 39 3021.98 W II 6 3022.00 Fe III 76 3022.146 V II 86 3022.26 La II 116 3022.28 Y I 10 3022.57 V II 26

3022.736 Ce III 5 3022.749 Mn I 35 3022.804 P Al II 13 3022.820 Tl II 126 3022.93 CI II 57 3023.45 III 4

3023.50 Y II 79 3023.583 Fe. I 103 3023.80 N II 35 3023.85 Fe III 10

3023 . 859 Fe II 84 3023.86 Ti II 126 3023.882 V II 41 3024.033 Fe I 11 3024.05 A III 4 3024.098 P Al II 13 3024.114 P Al II 13 3024 . 350 Cr I 26 3024.36 III 10 3024.400 Co I 52

3024.51 W II 4 3024.57 III 4 3024.681 Cr I 117 3024.72 Zr II 147 3024.78 Hf II 47 3024 . 92 P Fe II 138 3024.981 V II 85 3025.16 Zr II 86 3025,283 Fe I 29 3025.29 Hf II 12
FINDING LIST I I A Type Element Multlp

3025.40 P Cr I 27 3025.638 Fe I 198 3025.68 V II 75

3025. 70 Zr II 76 3025.75 II 84 3025.843 Fe I 9 3025.99 P Fe II 84

3026.18 Zr II 147 3026.373 Co I 77 3026.462 Fe I 30

3026.47Y II 44 3026.647 Cr II 95

3026.75A II 120 3026.776 P Al II 13 3026.781 P Al II 13 3026.85 Cr II 41 3026.985 Fe III 21

30 27.04 Ne II 8 3027.38 P Fe II 99 3027.46 Fe III 10

3027.600

V II 85 3027.602 Gd II 12 3027.75 Y II 60 3027.92 Pd I 5 3028.04 IV 5 3028.042 V II 85 3028.05 Zr II 76

30 28. 125 Cr II 87 3028.436 Cb II 2 3028.608 Rh II 1

3028.66 Ca III 3 3028.82 II 73 3028.84 Ne II 4 3028.93 A II 84

3028.981 Gd II 26 3029.041 Mn II 10 3029. 164 Cr I 26

30 29.237 Fe I 56 3029.297 Nl I 56 3029.52 Zr I 22

3029.56

V II 26 3029.681 Fe II 124 3029.730 Tl II 85 3029.83 Sb I 2 3030. 149 Fe I 198 3030.214 Y II 79 3030.245 Cr I 27 3030.61 P Fe I 145 3030.757 Fe I 459 3030.769 Sc I 10

3030.85 Ne II 17 3030.91 Zr II 6 3031.007 V I 74

3031. 16 Hf II 11 3031.213 Fe I 198 3031.353 Cr I 27 3031.486 Cr I 117 3031.559 Ce III 1 3031.63 Cr II 87 3031.63 P Fe II 138

3031.638 Fe I 30 3031.870 Nl I 11 3032.00 Zr II 144 3032.08 II 83

3032. 187

V II 75 3032.44 Nl II 3 3032.50 II 83

3032.767 Cb II 3032.845 Gd II 12 3032.85 As I 1

3032.927 Cr II 15 3033. 104 Fe I 146 3033.445 Fe II 181 3033.445 V II 123 3033.52 A II 19 30J3.591 Mn II 21 3033.821 V II 34 3034.05 Cr II 74 3034.051 Gd II 12 3034. 120 Sn I 1

3034. 190 Cr I 26

30 34.32 III 20 3034.432 Co I 12 3034.48 Ne II 8 3034.51 Fe I 57 3034.54 Cr II 33 3034.54 F III 3 3034.712 Fe II 84

13034. 74 SI III 10 3034.810 yn II 21 I A

3034.95

3034.99 3035.013

3035. 14 3035. 25 3035.43 3035.781

3035.802

3035.98

3036.07

3036.101

3036.33

3036. 39 3036.50

3036.59

3036.68 3036.784

3036.986

3037.044

3037.26

3037.388 3037.73 3037.731

3037.782 3037.935

3037.98

3037.98 3038.00 3038.04

30 38.52

3038.520

3038.59 3038.706

3038.777 3039.064 3039.254 3039.322

3039.51

3039.551

3039. 563

3039.65

3039.67 3039.74 3039.746

3039.76 3039.767

3039.780 3039.92

3040.34

3040.428

3040.603 3040.812

3040.829 3040.846 3040.92

3040.93 3041.224

3041.278 3041.42

3041.639

3041.74 3041.745

3041.86

3041.876

3042.020

3042. 27 3042.481

3042.65 3042.666 3042.733

3042.79 3043.02

3043.067

3043. 124

3043. 132

3043. 143 3043.31

3043. 356 3043.439

3043. 54

3043.555

3043.770 3043.851

3043.90 3044.004

3044.04

3044. 12 3044. 16 3044.24

3044. 438

Type Element Multiplet No

Cb II Cr II 42

Rh II 4 V II 245

Fe I 506

III 4

Zn I 5 Fe III 30 Ne II 17 V II 40

Cu I 5 Zr II 86

Zr II 25 Zr II 24 Y II 68 W II 7 Tl II 78 Fe II 181

Cr I 27

SI III 10

Fe I 9 Ne II 8 Ce II 181 Fe I 31

Nl I 25 A IV 2

CI II 53 V II 246

Cr II 154

Cr II 41 V II 96

Zr II Tl II 85

Fe II 84

Ge I 2 F III 3 Fe I 199

II 72

Mn II 10 Co I 52

Ne II 17 C II 29 Cr I 117 F III 3 II 72 V II 153 Cr I 26

Sc II 47 Gd II 55

Fe I 30

Mn I 34

Co I 50 Fe II 123 Cr I 27 Cr II 65

SI III 10 Mn I 34

Al II 28 V II 40 Fe I 56

Cr II 95

Fe I 30 V I W I 5 Fe I 30 V II 40

Co I 10 Pt I 5 Fe I 30 Mn I 34

Cr II 47

III 4

Fe III 91 V I 17 Mn II 21 Mn I 34

Fe II 138 Mn I 34

Fe III 91 V II 40 V I 17 Mn I 34

Tl II 78

Cr II 48

Co I 11 Co I 78

Zr II 26 Ne II 17 Cr II 154

Fe III I A

3044. 567 3044.843 3044.936

3045.00 3045.006

3045.077 3045.085 3045.313

3045. 36 3045.53

3045. 58 3045.593 3045.593

3045. 594 3045.714

3045.808 3045.82

3045.877 3046.03

3046. 10

3046.266

3046. 399 3046.452

3046.675

3046.685 3046.714

3046.819

3046.929 3047.035

3047.047

3047.119

3047. 13 3047. 160 3047.201

3047.455

3047.57

3047.60 3047.605

3047.63

3047.76

3047.9

3048. 108 3048.214

3048.28 3048.42

3048.65 3048.766 3048.864

3048.888 3048.891

3049.011

3049.027

3049. 18 3049.39

3049 . 44

3049.694 3049.883

3050.073

3050. 137 3050.400

3050.463

3050.496

3050.5

3050.57 3050.661

30 50.735 3050.75

3050.819

3050.890 3050.932

3051.30 3051.308 3051.924

3051.975

3052.07

3052. 194 3052.229 3052.511 3052.54

3052.78

3052.929

3053.065

3053.20 3053.27

3053. 39 3053.443

3053.570 3053.65 3053.65

3053.664

Type Element Multlplet No

Mn I 15 Fe II 98 V I 17

CI II 21

Nl I 12 Fe I 29 Tl II Fe II 179 Y I 9 Cr II 48

Ne II 8 Mn I 34 Na II 11 Fe I 198

Sc II 37 Mn I 34

Zr I 36 Fe III 76 Hf II 32 A II

Mn II 10 Fe III 78 W I 5 Fe II 179

Tl II 47 Fe III 92

Fe I 315

Fe I 198 Mn I 34

Fe I 457

Fe III 80

III 4

Rh II 4 Fe I 38 21 Cr I 164 Ne II 8 Fe II 84

Fe I 9 Cr II IS Cr II 15

II 82

Co I 77 V II 123

Zr II 144

Zr II 65 V II 67

Tl II 78 Mn I 34

Co I 11 V II 40

Fe II 181

Mn II 21

Fe II 109 La II 115 C II 43

V* I 9

Cr I 27

Al I 7 Cr II 65 V I 74

Fe III 10 Co I 77 Y II 69 Ne II 48 Mn II 21 V II 66

Cr II 95

Nl I 25 V I 16

Co I 51 W II 6 V II 228 Ce II 184 Ce II 180 K III 2 V I 15 Cr I 164 Gd II 9 IV 5 Fe I 262

Sc II 37 Fe I 146 A II Y II 68 V II 34

Fe I 31,398

Gd II 25

Cr 11 64 V I 17 Na II 15
FINDING LIST I A

30 53. 74 3053.880 3053.894 3054.02

3054. 134 3054.24

3054.316 3054.362

3054.39 3054.52

30 54.69

3054. 694 3054.724 3054.82

3054.84

3054.89 3054.94

3054.949

3055. 243

3055. 263

3056.3 3055.368 3055.43

3055.44 3055.55

3055.585 3055.942

3056. 157 3056.334

3056.556

3056.68 3056.740 3056.775 3056.802 3056.84

3057.08

3057. 155 3057.214 3057.22

3057.395

3057.446 3057.575

3057.638

3057.80 3057.86

3058.00 3068.090

3058.119 3058.17

3058.38

3068.66

3058.68 3059.047 3059.064

3059.086

3059. 16 3059.24

3059.30 3059.41

3059.521

3059.741

3059.91

3060.023

3060.048

3060. 11 3060. 182 3060.252

3060.460 3060.531

3060.545

3060.63

3060.93

3060.94

3060.984

3061.14

3061.33

3061.59 3061.652 3061.822

3061.983

3062. 119 3062. 178 3062. 199 3062.201

3062.234 3062.702

3062.872

3063.010

3063. 149 3063. 247

Type •lament Multlplet No

CI II 14 Cr I 26 V II 40 La II 115 Fe III 10 V II 67

Nl I 25 Mn I 15 Zr II 51 Hf II 8

Ne II 8 Al I 7 Co I 13 A III 4

Zr II 76 V I 16 Eu II 7 Fe I 263 Ce II 201

Fe I 55 Y II 68 Fe II 181 Hf II 56

Cr II 33 Fe III 10 Ce III 1 V II 123 Na II 1 V I 17 Ce III 9

Cr II 48

Tl II 47

Ce II 121 Fe II 109 K III 2 V II 95

Al I 7 Ce III 8 Zr II 76

Tl II 5

Fe I 28 Ce III 4

Nl I 26 Fe I 29 Cr II 65

CI II 14

Tl II 47 Gd II 57 Cr I 164 Cr II 48

Os I 1 V 6

Al I 7 Mn II 21

Fe I 9 Ne II 17 C II 47

III 4 Cr II 15 Cr 11 15

Tl II 5,47 La II 147 Fe II 109 Co I 77

Zr II 6 Fe III 92

Ru II 6 V I 17 8c II 37 Fe I 457

Cr I 164 V I 15 A II Fe I 55

Cr II 103 Zr II 6 Cr II 41

Cr : 56

Co 1 11 Co I 52

Mn I 15 V II 113

Co I 12 Rh II 4

Fe II 108 V II 34 Fe I 466

Ce II 185 Fe I 102 V II 123 I A Typa Element Multlplet No

3063.25 Co I 50 3063.280 Tl II 119 3063.411 Cu I 4 3063.46 IV 1 3063.502 Tl II .47 3063.56 Ta I 4 3063.58 Zr I 36 3063.63 Zr II 3063.734 V I 16 3063.814 Fe II

3063.84 Cr II 32 3063.93 Nl II 3 3063.939 Fe I 147 3064.302 Al I 7 3064. 370 Co I 13 3064.372 Na II 6 3064.530 Cb II 3064.623 Nl I 28 3064.64 Zr II 25 3064.68 Hf II 31

3064.71 Pt I 2 3064.77 A III 4 3065.01 III 26 3065.067 Cr I 184

3065. 106 Sc II 37 3065.20 Zr II 5 3065.30 Pd I 3 3065.315 Fe II 97

1065.61

V II 112 3066.019 Mn I 15

3066.02T II 68

3066. 158 Al I 7 3066.220 Tl II 5 3066.354 Tl II 6

3066. 375

V I 17 3066.487 Fe I 313 3066.51 V I 17 3066.514 Tl II 47

3066. 536 Na II 18 3066.69 P Fe I 466

3066.80V II 123 3066.92 A II 3067.104 V II 34

3067. 123 Fe I 66 3067.132 Ge I 5

3067. 18 Cr II IB 3067.22 P Cr I 66 3067.23 P Cr II 15 3067.244 Fe I 28 3067.41 Hf I 4

3067.712 Bl I 1 .1067.952 Fe I 315a

3068 P VI 2 3068.02 Zr II 6 3068.06 II 26

3068. 176 Fe I 55 3068.32 Zr II 3068.643 Gd II 12 3068.68 III 28 3068.757 Fe II 122

3068.897 Ir I 6 3068.927 Fe I 63

3069.26

Y II 43 3069.335 Fe III 1 3069.645 V I 15 3070.072 Fe III 30 3070.12 V II 228 3070.266 Mn I 15 3070.591 Fe II 83 3070.692 Fe II 68

3071.03 Cr II 41

3071.08 Ne II 17 3071. 141 Fe II 181 3071.238 Fe III 1 3071.242 Tl II 47 3071.270 Fe II 3071.35 CI II 14 3071.68 Cr II 47 3071.683 Ba I 4 3071.653 Fe II 123

3071.66 IV 1 3071.69 F Cr I 65 3071.77 f II 250 3071.957 Co I 12 3072.062 Zn I 5 3072. 107 Tl II 5 3072.341 Co I 11 9172.47 Cr II 32, 116 3072.54 Tl II 119 3072. 565 GU II 93 I A

3072.664

3072.68

3072.88 3072.971

3073. 126 3073.244

3073.25

3073.520

3073.679 3073.823

3073.982

3074.061

3074. 15 3074. 157 3074.334

3074.47 3074.55

3074.66

3074.665

3074. 67

3074. 68 3074.91 3075.043

3075. 19 3075.225

3075. 228

3075. 269 3075.32

3075.536

3075.38

3075.380 3075.422

3075.474

3075.55

3075.68 3075.721

3075.901 3075.933

3075.95

3076.016

3076.455

3076.58 3076.864

3076.925

3077.077

3077.14

3077.168 3077.24 3077.24

3077.358

3077.40

3077.59 3077.79 3077.831 3078.014

3078. 16 3078.315

3078.436 3078.44

3078.64

3078.646

3078.698

3078.948 3079.34

3079. 366 3079.394

3079.627 3079.75 3079.84

3080. 146

3080.333

3080,405 3080.64

3080.72 3080.755

3080.84

3081.01 3081.254

3081.30

308 1. 330

3081.42

3081.46 3081.575 3081.685

3081.600 3081.83 3081.993

3082.010 3082.052

3062. 109

Type Element Multlplet No

Co I 125 Ne II 17,48 Hf I 2 Tl II 5 Mn I 15 Fe I 549

Cr II 47

Co I 51

Cr I 184 V I 15,17

Fe I 313

Rh II 1 III 26 Fe I 457 Na II 9 Cr I 55

Zr II 105 V ~II 112

Al II 27 Cr II 73

III 26 Cr II 73 V II 228

III 26

Tl II 5 Fe II 68 V I 105

AS I 1 Ru II 7 Sc II 37

Nd II Od II 56 V II 67

Zr II 144 V II 228 Fe I 28

Zn I 1 V I 57

III 26

V II 34

Fe II 181

Cr I 55

Cb II 2 Gd II 10 Gd II 28 Y II 52

Fe II 108 Cr II 103 Ta I 1 Eu II 3 A IV 1 Lu II 4

Cr II 103 Cr I 184

Fe I 29 A III 4

Na II 2,8

Fe I 146 Fe II 97 Y II 78

Tl II 5 Fe II 181 V II 66

Cr II 102

Fe II 122

Co I 10,49 Mn I 15 V II 113 Fe I 102 V I 15 V I 57 Fe II 108 Hf II 63

Cr I 184 Nl I 26 Hf I 4 V II 112 V II 6fi V II 164 Mn I 15

La II 115

11 Tl II 119 Rh II 5 Y II 50 Fe I 53

Gd II 12 V I 105 Mn I 15 V 1 17
FINDING LIST

I A

3082. 159

3082. 16 3082.304

3082.524

3082. 56 3082.614

3082.844

3082.99 3083.024

3083.07

3083. 152

3083. 208

3083. 350 3083.539 3083.62

3083.65

3083.670 3083.68 3083.742

3084.007

3084.09 3084.46

3084.59 3084.63

3084.819 3085.05

3085.089 3085.34

3085. 36

3085. 47

3085.621

3086. 210 3086.225

3086.311

3086.393

3086. 429 3086.44

3086.507

3086.620 3086.777

3086.83

3086.858

3086.880 3087.02

3087.065

3087.07 9087.659 3087.806

3087.90 3088.027

3088.04

3086. 114 3088.23 3088.24

3088.28 3088.523

3089.00

3089. 130 3089.204

3089. 388

3089.401

3089.596

3089.633

3089.649 3089.75 3089.954

3090.051

3090. 137 3090.209 3090.251

3090.40 3090.44

3090.772 3090.94

3091.076

3091.30 3091.437 3091.552

3091.578 3091.70

3092.058

3092. 22 3092.26

3092.519 3092.716 3092.72

3092.729 3092.785

3092.843

3092.91

Type Element Multiplet No

Al I 3 Y II 68

Ce II 105 V II 39 Sc II 36

Co I 10 Co I 73

A II 120 Fe II 97

Sc II 37

Fe I 197 V II 112 Gd II 10 V I 57 Cr II 47

III 26

Ce II 237 Fe III 39 Fe I 28 Gd II

Fe III 40 Cr II 71

Cr I 184

III 26

Tl I 93

A II Ce III 4

Zr I 20 Cr II 47 V II 34

Gd II 10 V II 66

Si III 1 Fe III

Co I 50

Si III 1 Zr II 24 V II 39

Si III 1 Co I 11

Co I 76

Y II 42

Fe III 81

Al I 19 V I 57

Nl II 7 Fe III 77

Co I 77 Cr II 102

Ti II 5

III 26 V I 56 Ne II 24

A II 119 Zr II 38

Al II 20 Zr II 25 V I 37

Gd II 54

Fe II 158

Ti II 90

Co I 10 V II 112 Fe III 40

Cr II 195 Gd II 93

Ti II 119 Ti I 93

Fe I 313

Co I 77

V I 15 Zr I 54

Fe III 20 Cr II 126 Mg I 5 Zr II 38 V I 15 V I 15 Fe I 28 Y I

Od II 93

CI II 14 Hf II 30 Sc II 36

Al I "3 V I Na II 1 Fe I 29

Al I 3 He II 44

I A Ty je Element Multiplet No

3092.915 Nd II 3092.997 «g I 5 3093. 108 V II 1 3093. 16 P V II 39 3093.24 V I 15 3093.41 A II 84 3093.423 Si III 1 3093.48 Cr II 125 3093.481 Rh II 4 3093.53 P Fe I 102

3093.613 Si III 1 3093.76 Y II 78 3093.792 V I 57 3093.806 Fe I 55 3093.846 Gd II 10 3093.888 Fe I 261 3093.97 Cr II 47 3093.989 Cu I 3 3094.08 P Fe I 165 3094.08 Ne II 24

3094. 156 Fe III 78

3094. 172 Cb II 1 3094. 196 V II 39 3094. 555 Ru II 3 3094.692 V I 56 3094.79 Zr I 36 3094. 870 Fe I 315a

3094.94 Cr II 47,86

3094.98 A II 118 3095.07 Zr II 5

3095. 22 Cr II 86

3095. 270 Fe I 314 3095.716 Co I 49 3095.81 III 26 3095.82 Zr I 36 3095.859 Cr I 3095.88 Y II 11 3095.902 V I 57

3096. 11 Cr II 126 3096. 296 Fe II 97

3096.402 Co I 52 3096.424 Tl II 77 3096.531 Cr I 3096.72 CI II 31

3096.740 Rh 11 4 3096.77, P Sc II 6

3096. 786 Si III 1 3096. 86 Fe III 65

3096.902 Hg I 5 3097.063 Hn I

3097. 118 Ni I 11

3097. 16 Ne II 44

3097. 186 Ti II 67 3097.415 Fe II 96

3097.45 Ell II 6 3097.46 S IV 1 3097.49 P Fe I 165 3097.626 Ti II 77 3098.16 Cr II 86

3098. 191 Fe I 313

3098. 194 Co I 10 3098.476 Nd II

3098. 597 Tm II 8 3098.644 Gd II 11 3098.88 Cr II 86

3098.899 Gd II 10 3096.93 P Fe III 51

3099. OS Fe III 65

3099. 115 Ni I 13 3099. 180 Cb II 2

3099. 22 Zr II 5 3099.667 Co I 75

3099.898 Fe I 28

3099. 968 Fe I 28 3099.97 A II 3100.304 Fe I 28 3100.31 P Fe III 51

3100.48 P Fe III 29 3100.604 Gd II 12 3100.666 Fe I 28

3100.666 Ti I 92,93

3100.838 Fe I 196* 3100.938 V II 39 3101.003 Fe I 313 3101.185 Gd II 93

3101.39 Hf II 12 3101.407 Gd II 76 3101.52 P Ti II 58 3101.526 Ti I 181 3101.554 Nl I 25

I A

3101.557

3101.77 3101.879 3101.911 3102.295

3102.36

3102.405

3102. 517 3102.55

3102.551

3102. 58 3102.63 3102.64

3102.71

3102.975

3103.3

3103.377 3103.48

3103.60 3103.735

3103.804

3103.983 3103.994

3104.29 3104.38 3104.396 3104.46

3104.58 3104.593

3104.70

3104.713

3104.805 3104.82

3104.906 3105.084

3105. 166 3105.220

3105.469

3105.548

3105.57

3105.929 3105.973

3106. 11 3106.234 3106.542

3106.559

3106. 58 3106.806

3106.829

1106.974

3107.044

3107. 142 3107.387

3107.388 3107.468

3107.529

3107.540

3107.58 3107.586 3107.714

3107.774

3107.950

3108.230 3108.36

3108.360 3108.46 3108.511 3108.635

3108.66 3108.704

3108.78 3108.82

3108.85

3108.927 3109.05

3109.11

3109.3 3109.32

3109.336

3109.376

3109.506

3109.59 3109.75 3109.92

3110.021 3110.052

3110.07 3110.095

3110.276 3110.516

Type Element Multiplet So

Mn I Ti I 181

Ni I 40

Gd II 10 V II 1 Ca I 16 Co I 49

Ti I 181 Fe III 29 Gd II 76

Cr II 116 A II Fe I 29 Fe I Tl II 58

Y- II 78 Ce II 151 Cr II 71

V I 56

Co I 73

Ti II 90

Co I 48 V I 56

Cr II 102 A II 118 Na II 17

CI III 3 La II 17

Ti II 90

3r I 163

Kg II 6 Mg II 6 Y II 59 V II 39

Tl II 67 Fe II 82,122

Tl I 181

Ni I 12

Fe II 82

Cr I 169

Co I a

V II 140 V I 56

Ti II 67

Fe I 196 Fe II 68

Zr II 63

Ti I 92

V II 139 Ce III 4

Co I 49 V I 57

Sc II 6 Ca I 16 Ti I 181

Sc II 33

Co I 125 Cr II 126 Ru II 9 Ni I 12

Mn I 38 Fe III 29 Gd II 54

Zr I 38 Gd II 93 La II 16 Sc II 36 kn I 38 Cr II 55 V II 39

Fe III 28 A II 18 Fe III 12

Tl II 77 Fe I 165 Hf II 10 Y II 67 Fe III 8 Cr I 163 V II 186

Co I 50

Fe III 1 A II

Ti II 68

Co I 109 Fe III 39 V II 139 Tl II 77

Ce II 162 Ce III 4
FINDING LIST

I A Type Element Multlpl

3110.52 Zr II 105 3110. 620 Tl II 67 3110.63 Y II 50,78 3110.708 V II 1 3110.821 Co I 11 3110.85 Fe III 29 3110.860 Cr I 163 3110.87 Hf II 46 3110.87 Zr II 5 3111. 15 Zr II 24

3111.283 Tl I 181 3111.339 Co I 73 3111.609 Fe III 8 3111.686 Fe I 260 3111.95 Cr II 55 3112.05 Y II 4 3112.050 Tl II 67 3112.079 Fe I 455

3112. 125 Mo I 2 3112.202 Ce II 138

3112.482 Tl I 92 3112.63 La II 156 3112.81 P Cr II 125 3112.925 V I 56

3113. 172 Gd II 93 3113.31 P Fe I 161 3113.473 Co I 48 3113.50 Zr I 37 3113.560 V II 174 3113.579 F III 1

3113.59 Cr II 186 3113.67 P Fe I 165 3113.71 II 14 3114.05 Pd I 4 3114.092 Ti I 181

3114. 118 Co I 49 3114. 124 Nl I 24

3114. 295 Fe II 82

3114.45 Y II 49,58

3114.680 Fe II 82

3115.088 Tl II 58 3115. 16 V II 111 3115. 172 Nd II 3115. 28 Cr II 54 3115.352 Fe II 3115.465 tin I 38 3115.492 Fe II 96

3115.51 Cr I 163 3115.65 Cr II 46 3115.669 F III 1

3115.73 III 12 3115.73 Zr II 75 3116.02 V II 139 3116. 11 V II 139 3116. 141 Nd II 3116.250 Fe I 165 3116.39 P Fe I 261 3116.590 Fe II 82

3116.633 Fe I 28 3116.711 Nl I 95

3116.76 Cr II 126 311f.78 V II 237 3116.95 Hf 11 33 3117.28 Cr II 46 3117.455 Tl I 92

3117.505 Fe II 226 3117.63 Fe I 29 3117.656 Ca I 16 3117.669 Tl II 67 3117.75 S IV 1

3117.899 Tl I 92 3117.974 Gd II 76 3118.02 He II 16 3118.130 Tl I 181 311H.14 Cr II SB 3118.249 Co T 11 3118.376 V II 1 3118.56 P Nl I 94 3116.600 Gd II 93 3118.636 Co I 12

3118.652 Cr II 5 3118.74 P Fe II 121 3118.75 Fe III 51 3118.824 Tl II 27 3119.04 P f-e I 316a 3119.08 Gd II 10 3119.246 Cr I 163 3119.32 V II 110 3119.336 Gd II 10 3119.493 Fe I 194

I A Type ., Element Mul tlpl

3119.60 As I 1 3119.66 Ca III 4 3119.660 Fe II 3119.706 Cr I 183 3119.725 Ti I 137 3119.800 Tl II 67 3119.82 CI II 20 3119.837 Rh II 8 3119.941 Gd II 11 3120.023 Fe II 96

3120.03 P Fe I 161 3120.03 Fe III 29 3120. 10 Co I 74

3120.181 Gd II 76

3 120 . 24 Fe III 1 3120.371 Cr II 5 3120.435 Fe I 194 3120.72 P Zr II 50 3120.726 V II 138 3120.74 Zr I 37

3120.84 Fe III 29 3121.05 Cr II 72

3121.08 Fe III

3121. 138 V II 1 3121.415 CO I 9 3121.515 F III 1 3121.548 Ce III 2 3121.566 Co I 11 3121.599 Tl II 4 3121.62 CI II 20

3121.71 III 12 3121.749 V I 56 3121.76 Fe I 102 3121.760 Gd II 76 3121.84 Cr II 72

3121.97 Cr II 55 3122.065 Ti II 58 3122.542 Sc II 46 3122.596 Cr II 54 3122.61 Zr II 51

3122.62 II 14 3122.665 Fe I 314 3122.782 Au I 1 3122.887 V II 173 3122.954 8c II 39 3123.074 Ti I 67

3123. 18 Fe III 3123.29 Ca II 10 3123.353 Fe I 164 3123.715 Fe II

3123.72 CI II 20 3123.769 Ti I 181 3123.989 Gd II 11 3124.02 II 14 3124.08 Fe I 165 3124.250 Gd II 10 3124.762 F III 1 3124.817 Ge I 1 3124.978 Cr II 5 3125.01 V II 84

3125.02 Cr II 70 3125.03 P Fe I 53

3125. 15 Ca II 10 3125.21 Zr II 24 3125.282 V 11 1 3125.46 Cr II 55 3125.553 Ti I 192 3125.653 Fe I 29,160 3125.656 Ti I 192 3125.668 Hg I 3

3125.68 P Fe I 194 3125.79 Cr II 186 3125.92 Zr II 5 3126.02 Sc II 39 3126.16 Y II 78 3126.175 Fe I 3126.215 V II 1 3126.25 81 III 11 3126.27 Hf II 7 3126.79 V II 122

3126.84 P Fe I 260 3127.252 Co I 26 3127.526 Cb II 3127.530 Ce II 150 3127.684 Tl I 180 3127.883 Tl II 121 3128.286 Sc II 39 3128.288 V II 84

3128.560 Gd II 76 3128.640 Tl I 92, 192

I A Tjnpe Element Mul tip]

3128.640 Ti II 121 3128.686 V II 83 3128.699 Cr II 5 3128.789 Y II 51 3128.79 Zr II 38 3128.901 Fe I 54 3129.013 Fe II 96

3129.04 Fe III 8 3129.075 Ti I 192 3129.16 Zr II 23

3129.18 P Fe I 161 3129.314 Nl I 12 3129.334 Fe I 52 3129.368 Na II 2 3129.44 II 14 3129.481 Co I 74

3129.696 Gd II 93 3129.76 Zr II 5 3129.933 Y II 51 3129.955 Gd II 76

3130.05 Zr I 37 3130. 175 Ti I 180 3130.262 V II 1 3130.416 Be II 1 3130.561 Fe II 66 3130.73 Eu II 3130.780 Cb II 1 3130.804 Ti I 3130.804 Ti II 4

3130.812 Gd II 76

3131.064 Be II 1 3131.11 Zr I 37 3131.211 Cr I 183 3131.257 Tm II 3131.54 Cr II 53,55

3131.719 Fe II 107 3131.81 Hf I 3 3131.829 Co I 48 3131.845 Hg I 2 3132.058 Cr II 5

3132.06 Zr I 37 3132.12 P Cr II 125

3132. 218 Co I 7 3132.22 Ne II 13 3132.514 Fe I 578 3132.591 Mo I 3 3132.793 V II 122 3132.820 Cr I 183 3132.86 III 12 3133.048 Fe II 82

3133.094 Gd II 9 3133.096 Sc II 39 3133.329 V II 1 3133.49 Zr II 63 3133.603 Nd II 3133.852 Gd II 76 3133.886 Tm II 4 3133.96 P Fe I 161 3134.08 P Fe I 160 3134. 108 Ni I 25

3134.111 Fe I 28 3134.15 P Fe I 29 3134.17 P Fe II 121 3134.208 F III 1 3134.32 II 14 3134.33 Cr II 94

3134.654 Ti I 91 3134.72 Hf II 5 3134.819 Mn II 15 3134.82 II 14

3134.897 Nd II 3134.90 A IV 1 3134.928 V II 122 3135.034 Gd II 11 3135.069 Ti I 180 3135.17 Y II 11 3135.35 Cr II 124 3135.360 Fe II 82

3135.483 Na II 3 3135.507 lin II 15

3135.74 Cr II 94

3135.80 Fe III 77 3135.82 Ne II 3 3130.863 Fe I 194 3135.875 Al II 19 3135.91 Cr I 183 3136.00 S III 13 3136.003 Ca I 15 3136.028 Tl I 91

3136.08 P Fe I 160
FINDING LIST

I A Tj-pe Element Multiplet No. I A Type Element Multiple t No. I A Type Element Multlplet No

3136. 17 Fe I 3144.488 Fe I 161 3154.195 Tl II 10 3136. 315 Mn II 15 3144.68 V 2 3154.201 Fe II 66 3136.43 Fe III 39 3144.700 V II 122 3154.387 F III 4 3136.465 Ho II 2 3144.730 Tl II 111 3154.41 P Fe I 100 3136.503 V II 122 3144.74 P Tl II 10 3154.510 Fe I 161 3136.55 A II 3144.751 Fe II 82 3154.585 Nl I 78 3136.680 Cr II 5 3144.92 P Fe I 195 3154.66 P Cr II 54 3136.726 Co I 8 3145.00 Gd II 10 3154.678 Co I 108 3136.77 Tl II 27 3145.022 Co I 50 3154.794 Co I 73 3136.95 Zr I 54 3145.057 Fe I 455 3154.80 V II 249 3136.999 Co I 48 3145. 10 Cr II 5 3154.82 Ne II 14 3137.328 Co I 10 3145. 121 Nl I 7 3155.12 P Fe I 161 3137.352 Tl I 91 3145. 283 Ce II 120 3155. 149 Cr I 115

.v3137.454 Co I 108 3145.32 Hf II 2 3155.293 Fe I 193 3137.55 Cr 11 54 3145.337 V II 1 3155.409 V II 51 3137.66 A II 71 3145.402 Tl II 10,111 3155.50 P Tl II 27 3137.755 Co I 49 3145.405 Cb II 5 3155.63 P Tl II 37 3137.940 Gd II 54 3145.46 P Fe I 160 3155.670 Tl II 10 3138.05 V II 205 3145.515 Tl I 91 3155.68 Zr II 63 3138.094 Gd II 10 3145.516 Gd II 76 3155.704 Ce II 217 3138.203 Cr I 183 3145.536 F III 1 3155.80 P Fe I 192a 3138.207 Fe II 227 3145.719 Nl I 11 3155.91 P Tl II 121 3138.40 P Fe I 53 3145.77 Cr II 85 3155.95 Zr II 49 3138.44 II 14 3145.971 V II 1 3155.950 Fe II 67 3138.46 8c II 39 3146.226 V II 138 3156.11 F III 4 3138.66 Zr II 5 3146.407 Ce II 70 3156.222 V I 3139.02 A II 47 3146.47 A II 49 3156.248 0s I 4

3139.10 P Fe I 161 3146.475 Fe I 160 3156.275 Fe I 578 3139.34 CI III 3 3146.748 Fe II 67 3156.464 Fe I 454

3139.39 Pt I 2 3146.818 V II 138 3156.532 Gd II 11

3139.60 P Fe I 161 3146.878 Gd II 76 3156.59 Pt I 2 3139.661 Fe I 155 3146.91 8c II 39 3156.68 Hf I 5 3139.67 Hf II 6 3146.962 F III 1 3157.00 Zr II 23 3139.729 8c II 39 3147.05 Ce III 7 3157.040 Fe I 160 8139.733 V II 122 3147.060 Co I 10 3157.15 P Fe I 144 3139.77 II 14 3147.19 P 54 3157.344 Tm II 8 3139.79 Zr I 56 3147. 227 Cr II 5 3157.397 Tl II 4 3139.87 Tl I 180 3147.38 SI III 11 3157.44 P Sc II 32 3139.908 Fe I 3147.792 Fe I 455 3157.52 Cr II 93 3139.91 Cr II 54 3147.84 Cr II 93 3157.82 Zr I 36,55

3139.947 Co I 9 3147.86 CI II 10 3157.88 Fe I 164 3139.98 P Co I 73 3147.931 Rh II 8 3157.900 V II 50 3140.04 P Tl II' 27 3148.033 Tl II 4 3157.992 Pe I 159 3140.08 Fe III 94 3148. 179 Mn I 19 3158.03 Cr II 70 3140.21 Cr II 124 3148.24 A II 3158. 156 Mo I 2

3140. 272 Bh II 8 3148.420 Fe I 194 3158.21 P Fe I 160 3140.385 Fe I 578 3148.445 Cr I 115 3158.293 Co I 12 3140.67 Cr II 124 3148.46 P Fe I 161 3158.32 P Fe II 95

3140.692 Fe II 227 3148.738 V II 249 3158.772 Co I 10 3140.715 Co I 75 3148.81 Zr I 37 3158. C69 Ca II 4

3140.77 Hf II 31 3149.12 Cr II 84 3158.99 Fe I 452 3140.782 Ca I 15 3149.267 Na II 4 3159. 10 Cr II 5 3141.07 V II 205 3149. 310 Co I 9 3159.12 Zr II 126

3141. 164 Ca I 15 3149.50 P Fe I 453 3159.25 P Fe I 259 3141.247 Ce III 2 3149.56 81 IV 2 3159.254 Rh II 2 3141.35 Ne II 47 3149.83 Cr II 54 3159.32 P Fe II 120 3141.486 V II 152 3149.87 W II 5 3159.366 V II 83 3141.537 Tl I 66 3150.11 Cr II 54 3159.521 Nl I 11 3141.670 Tl I 192 3150.20 I Fe I 161 3159.59 Cr I 92 3141.80 Cr II 1<75 3150.301 Fe I 578a 3159.662 Co I 9,26

3141.891 Cr I 116 3150.568 V I 3159.86 Cr II 54

3142. 183 V II 172 3150.738 Ca I 15 3160.03 W II 8 3142.22 Fe III 1 3151.036 Tm II 3160.09 Tl I 28 3142.220 Fe II 7 3151.11 Tl I 28 3160.11 Cr II 54 3142.312 Ce II 46 3151. 16 Ne II 16 3160.200 Fe I 578 3142.445 Fe I 164 3151.259 Nl I 3160.342 Fe I 192a 3142.484 V II 52 3151.280 Ca I 15 3160.52 CI II 3142.670 Mn I 3161.31 W II 16 3160.60 Y II 57 3142.74 Cr II 85 3151.319 V II 138 3160.61 Cr I 115

3142. 76 La II 31 3151.353 Fe I 311 3160.658 Fe I 155

3142.777 F III 4 3151.500 Rh II 2 3160.69 Gd II 11 3142.888 Fe I 144 3151.86 Pe III 3160.77 P Fe I 159 3142.900 Gd II 76 3151.867 Fe I 7 3160.781 V II 65,136 3142.97 Cr II 125 3152. 14 F Tl II 27 3160.92 P Fe I 160 3143.131 Cd II 25 3152. 21 Cr II 71 3161 P N V 2 3143.16 P Tl I 28 3152.251 Tl II 10 3161.01 Zr II 104 3143.242 Fe I 7 3152.525 8m II 3161.039 Mn I 19 3143.350 Tl I 180 3152.707 Co I 73 3161.205 Tl II 10 3143.36 Fe III 13 3152.881 Cr I 116 3161.313 V II 151 3143.477 V II 122 3153.064 Pe I 99,452 3161.369 Gd II 10

3143.657 Ru II 2 3161.370 Fe I 52 3143.68 Cr II 53 3153.200 Pe I 161 3161.38 A II 97 3143.68 P Tl II 37 3153.322 Fe I 160 3161.44 CI II 11 3143.74 Ne II 24 3153. 54 Cr I 200 3161.45 A II 3143.756 Tl II 4 3153.549 V I 3161.55 P Fe I 195 3143.91 Cr II 94 3153.692 Co I 7 3161.638 Gd II 25 3143.956 Ce III 2 3153.80 A II 118 3161.652 Co I 73 3143.990 Fe I 678 3154.04 Cr II 53 3161.66 P Tl II 27 3144.37 Y II 49 3154. 10 Cr II 69 3161.755 Tl II 10 3144.409 Cr I 92 3154.11 P Fe I 53 3161.945 Fe II 7
FINDING LIST

I A Typ e Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

3161.949 Fe I 160 3170.337 Fe II 6 3179.44 W II 7 3162.284 Rh II 1 3170.40 Sc II 32 3179.45 Cr II 82

3162.336 Fe I 159,310 3170.715 Nl I 78 3179.479 Fe I 52 3162.46 Cr II 46 3171.016 Fe II 3179.504 Fe II 157 3162.57 Hf I 2 3171.09 Gd II 10 3179.538 Fe I 3162.870 Tl II 10 3171.14 * III 3180.164 Fe II 157 3162.61 Hf II 30 3171.353 Fe I 52,548 3180.17 P Fe III 38 3162.714 V II 83 3171.615 Ce II 99 3180.199 Th II 4 3162.764 Od II 54 3171.659 Fe I 160 3180.223 Fe I 155 3162.799 Fe II 120 3171.68 La III 1 3180.225 Ti II 120

3163.024 V II 84 3171.739 V II 217 3180.290 Cb II 5 3163.091 Fe II 7 3172.067 Fe I 99,193 3180.290 Co I 106 3163.403 Cb II 1 3172.08 Cr II 71 3180.521 Ca I 14 3163.61 A II 118 3172.11 P Fe I 100 3180.701 Cr P

3163.731 Na II 7 3172. 169 Gd II 129 3180.72 IV 7 3163.756 Cr I 115 3172. 230 V II 249 3180.73 Cr II 9 3163.76 V II 249 3172.30 P Fe I 312 3180.756 Fe I 7 3163.77 P Cr II 123 3172.731 Tl I 65 3180.98 P IV 7 3163.86 P Fe II 79 3172.79 Mg II 13 3181.05 A II 47 3163.93 Cr II 69 3172.828 Tm II 8 3181.275 Ca II 4

3164.06 Cr I 200 3172.94 Hf I 5 3181.428 Cr II 9

3164. 154 Ce II 69 3172.97 N III 3181.522 Fe I 258 3164.166 Ni I 79 3173.07 1 II 51 3181.58 Zr II 63 3164.26 Fe II 79 3173. 140 Co I 48 3181.740 Nl I 78 3164.28 Cr II 46 3173.40 Fe I 333 3181.84 Tl II 122 3164.308 Fe I 163 3173.56 Co I 72 3181.85 Fe I 333

3164.32 Zr II 50 3173.58 Cr II 83 3181.922 Fe I 155,505

3164.46 Ne II 13 3173.58 Ne II* 13 3181.94 Zr II 48

3164.48 Cr II 115 3173.607 Eu II 3 3182.076 Fe I 159,933

3164.618 Ca I 14 3173.608 Fe I 333 3182.118 Co I 73

9164.67 Fe III 8 3173.66 CI II 3182.42 1 II 49 3164.82 V II 8 3173.663 Fe I 101 3182.57 Tl II 122 3164.91 Tl II 3173.678 Rh II 5 3182.59 V II 217 3165.005 Fe I 155 3174.077 V II 84 3182.674 V II 150 3165.08 P Fe I 194 3174.09 Fe III 38 3182.86 Zr II 2Sf 3165.16 P Fe I 100 3174.125 F III 2 3182.970 Fe I 100 3165.24 P Tl II 37 3174. 140 Co I 138 3183.038 Nl I 78

3166.31 A II 3174.22 P Fe I 578 3183. 115 Fe II 7 3165.45 Zr II 63 3174.531 V II 217 3183.251 Nl I 78

3165.508 Nl I 21 3174.725 F III 2 3183.26 P Zr II 108

3165.51 C 11 9 3174.80 Tl II 3183.328 Cr, II 82

3165.70 Ne II 13 3174.88 La II 157 3183.406 V I 14 3165.72 SI IV 2 3174.905 Co I 71 3183.523 Ce II 216

3165.86 P F III 1 3175.046 Sn I 1 3183.58 P Fe I 192a 3166.860 Fe I 160 3175.077 Fe II 157 3183.916 8b II 3165.89 V II 84 3175. 16 P V 1 3183.96 V I 14 3165.94 Mg LI 14 3175.317 Ru II 2 3183.982 V I 14 3165.957 Fe II 3175.447 Fe I 155 3184.09 Tl II 3 3165.98 Zr II 5 3175.66 Tl II 120 3184. 36 Cr II 123

3165.99 C II 9 3175.84 Kg II 13 3184. 367 Nl I 11

3166.22 P Fe II 79 3175.97 Fe I 333 3184.43 P Fe II 67 3166.24 P Fe I 155 3175.97 W II 7 3184.631 Fe I 155,162

3166.29 Zr II 48 3176.00 Fe III 38 3184.896 Fe I 7

3166.39 V II 84 3176. 16 Ne II 16 3185.095 Fe II 67

3166.436 Fe I 259 3176.292 Nl I 77 3185.16 8 III 13 3166.59 P Fe I 100 3176.366 Fe I 258 3185.16 81 III 8 3166.670 Fe II 6 3176.602 W I 5 3185. 315 Fe II 7 3166.946 Rh II 5 3176.70 P SC II 32 3185. 396 V I 14 3166.98 P Fe I 455 3176.85 Hf II 8 3185.72 IV 7 3167.420 V II 217 3176.86 Fe III 38 3186.01 81 III

3167.49 V II 236 3177.060 Ru II 2 3186. 10 V II 64

3167.64 Fe III 28 3177. 137 Ce II 103 3186.126 Ce II 167 3167.78 P Fe I 99 3177.22 W II 6 3186. 19 A II 48

3167.853 Fe II 66 3177.260 Fe II 79 3186.350 Co I 8 3167.907 Fe I 578 3177.266 Co I 3186.451 Tl I 27 3167.94 P Fe II 82 3177.490 Gd II 129 3186.740 Fe II 6 3167.95 C II 9 3177.52 P Fe I 159 3186.75 Cr II 69

3168.060 Co I 108 3177.531 Fe II 82 3186.82 P Fe I 100 3168.127 V II 8 8177.61 P Fe II 95 3186.86 V II 63

3168.21 Fe III 94 3177.65 P Fe II 79 3187.006 8b II 21

3168.519 Tl II 10 3177.696 V II 217 3187.16 P Fe I 333 . 3168.86 Fe I 160 3177.80 IV 7 3187.216 8b II 13,40 3168.94 F Fe I 160 3177.90 Cr II 40 9187.294 Fe II 120 3168.98 Mg II 14 3177.96 P Fe I 159 3187.592 Ho II 2 3169.09 P Fe I 813 3178.015 Fe J 156 3187.60 Ne II 3 3169.183 Ce II 74 3178.03 Fe. Ill 38 3187.68 P Fe I 52

3169.20 Cr II 123 3178.10 Zr II 63 3187.717 V II 8 3169.21 V II 66 3178.125 8m II 21 3187.743 Be I 3 3169.30 R« II 16 3178.495 Mn I 19 3187.787 8b II 31 3169.58 Cr I 11B 3178.548 Fe I 454 3187.889 Rh II 5

3169.58 P Fe I 161 3178.630 Tl II 120 3188.011 Cr I 92

3169.68 A II 47 3178.79 Cr II 173 3188. 10 V II 49

3169.766 Co I 109 3178.970 Fe I 192a 3188.17 P IV 7 3169.86 Cr II 173 3179.055 Na II 7 3188.377 Co I 74

3169.854 Ca I 14 9179.08 Fe III 38 3188.522 V II 8 3169.875 8« II 31 3179.289 Cr I 92 3188.567 Fe I 189 3170.16 C III 8 3179.291 Tl I 65 3188.603 Rh II 8 3170.208 T II 217 3179. 332 Ca II 4 3188.65 P IV 7 9170. 29 CI II 3170.416 V II 217 3188.74 Ne II 14 3170.999 He I 9 9179.42 T II 10 3188.819 Fe I 189
FINDING LIST I A Ty >e Element Multlplet No

3188.95 Si II 3189.04 CI II 65 3189.24 W II 6,10 3189.52 Tl II 120 3189.638 Ce II 97 3189.74 Fe III 55 3189.752 Co I 9 3189.76 V II 83 3189.783 Na II 4 3189.85 Cr II 123

3190.02 Fe I 259 3190.403 Sc II 42

3190.651 Fe I 548 3190.686 V II 8 3190.69 Cr II 174 3190.81 Fe II" 3190.825 Fe I 548 3190.84 P Fe II 120 3190.86 Ne II 13 3190.874 Tl II 26

3191.005 8c II 42

3191.044 Od II 129 3191.096 Cb II 1 3191.11 Fe I 258 3191.180 Fe I 452 3191.23 Zr I 19 3191.297 Co I 7 3191.374 Fe II 79 3191.39 La II 157 3191.41 P Fe I 682

3191.45 CI III 3 3191.577 W I 5 3191.659 Fe I 8 3191.875 Nl I 125 3191.93 Zr II 00 3191.994 Tl I 27 3192.059 Fe II 66 3192.12 Cr I 13 3192.220 Co I 72 3192.26 Tl II 25

3192.417 Fe I 100,711

3192. 68 Tl II 120 3192.699 V II 83 3192.799 Fe I 155 3192.84 P Fe I 452

3192.917 Fe II 6 3193.014 Sm II 3193.02 La II 40

3193. 10 81 II 3193.164 Co I 26

3193. 174 Od II 04 3193.200 V II 83 3193.214 Fe I 7 3193.314 Fe I 109 3193.41 Cr II 02 3193.48 1 II 48

3193. S3 Hf II 2 3193.74 P Fe I 682

3193.75 P Nl I 92

3193.76 P Fe II 79

3193. 809 Fe 11 6 3193.85 P Fe II 67 3193.969 Ho I 3 3193.97 V II 49 3194.03 P Fe I 156 3194.099 Cu I 3 3194.19 Hf II 10 3194.25 A II 46 3194.26 Tl II 120 3194.422 Fe I 100

3194.56 Tl II 120 3194.61 Ne II 16 3194.63 Cr II 70 3194.75 IV 7 3194.76 P Nl I 108 3194.76 Tl II 3194.825 Ce II 217 3194.983 Cb II 1 3195.50 V II 3195. 573 Nl I 12

3195.62

Y II 10 3195.63 Hf II 40 3195.717 Tl II 20 3196.994 Tl II 46 3196.070 Fe II 7 3196. 147 Fe I 333 3196.182 8m II 40

3196.37 P Cr I 79 3196.40 Cr II 9,110

3196.50 81 III I A

3196.532

3196.574

3196.63

3196.930 3196.96

3197.00

3197.08

3197. 113 3197.12

3197.518

3197.53 3197.574

3198.00 3198.012

3198.112

3198.266 3198.42

3198.62

3198.660

3198.726

3198.81

3198.88 3198.917

3199.279 3199.322

3199.34

3199.342 3199.37

3199.43 3199.50

3199.53 3199.530 3199.54

3199.87

3199. MB

3199.93

3199.99

3200.28 3200.423 3200.45

3200.454

3200.470

3200.67

3200.790 3200.90 3201.24

3201.26

3201.08 3201.094 3201.714

3201.891 3201.90 3201.90

3201.97 3202.142

3202.381 3202.02 3202.030

3202. 062 3302.66

3202.711

3202.740

3203.026 3203.00

3203. 104 3203.33

3203.39 3203.430

3203.009

3203.03

3203.08

3203. 67 3203.741 3203.828

3203.89 3204.06

3204. 196 3204.34

3204.36

3204.00

3204.76

3204. 870 3200.03 3200.11

3200. 168 3200.400 3205.582 3205.64 3205.848

3205.990

Type Element Multlplet No

Gd II 9 V II 62

Fe II 95

Fe I 155

Cr II 9 Fe I 8 Zr II 126

Nl I 24

Cr II 9 Tl II 3

Fe I 711 V II 150

Cr II V I 14 Cr I 91

Fe I 258 T II 39 Ne II 13 Co I 26

Ti I 191

Fe III 6 Ne II 13 Ir I 7 Ce II 106 Co I 9 Tl I 191

Nl I Sc II 42

Tl I 191

Fe I 7

IV 7 Fe I 156

SI II Cr II 101 Ti I 27

Fe I 156 Hf II 55 T II 10 Nl I 23

Cr II 114

Gd II 129

Fe I 155,162

Zr II 37 Fe I 8 III 31

Cr I 79

Cr II 114 V II Tl I 90

Ce II 76

Fe I 159

Fe III 6 K III 5 Cr I 79 Nl I 94 V I 14

Cr II 173 Tl II 26

Fe I 547

Fe I 02 V II 62 F II 8 Co I 9

CI II He II 1 T II 10

Al I 20 Tl II 3 Fe II 79

Cr II 46

Ti I 26 Hf II 21

Fe II 196 Tl I 27

Si II 7 P V 1 V I 13 A II 71

Zr II 63

Cr I 79

Fe III 6 Ti I 90 A II 133

Cr II 114 Ti I 26

Fe I 155 V I 73

Ti II 46

Tl I 26

Tl II 26 I A

3206.16

3206.344

3206.350 3206.466

3206.77 3206.825

3206.908 3206.952

3206.98 3207.092

3207.12

3207.185

3207.248 3207.297

3207.337

3207.410 3207.61

3207.649

3207.897

3208.02

3208.13 3208.231 3208.32 3208.345

3208.470 3208.607 3208.62

3208.838 3208.91

3208.99

3209.030 3209.115

3209.13 3209.21

3209.297 3209.34

3209.38 3209.603 3209.64

3209.80

3209.912

3209.930 3210.04

3210.219

3210.230

3210.449 3210.52 3210.62

3210.825

3210.830

3210.98 3211.01

3211.07 3211.072

3211.309 3211.494

3211.693

3211.734

3211.872

3211.947

3211.989 3212.02

3212. 121 3212.186

3212. 274 3212.40 3212.434

3212.53 3212.54

3212.56

3212.70 3212.85

3212.884 3212.91

3213.145

3213. 145 3213.311

3213.423 3213.46

3213.59

3213.70 3213.771 3213.972 3214.044

3214.059

3214.07

3214. 125

3214. 14 3214. 19 3214.240

Type Element Multlplet No V II Tl I 179 Cb II 5 Gd II 129 Hf II 56

Ti I 179 Mn I 14 Nl I 94

Fe III 6 Fe I 159

III 31 Sm II 2 W I 9 Rh II 1 Tl I 90 V I 14 A II 132

Fe I 382

Ti I 179

Cr II 114

La II Cu I 3 Zr II 4 V II 8 Fe I 711

Ti II 120

Cr II 9 Mo I 2

Ni II 2 Ne II 14

Ti I 179

Fe I 97 La II 114

Cr II 9 Fe I 333,711 E III 5 Ne II 16 Fe II 137

IV 7 Co I 70

Ni I 94

Ca I 13

SI II 7

Co I 106 Fe I 159 Fe II 6 Si III

Cr I 13 Tm II 4

Fe I 156

Zr II 63

Co I 154

Ti I 191 Fe II 95

Cr I 220

Fe I 162

Fe I 711

Sm II Fe I 98,711

Rh II 6

Fe I 158 Zr I 19 Ir I 8 Na II 4 Gd II 54 T II 67 V I 73

Cr II 81 A II 47 La II 122

Ti II 9

Zr II 49 Mn I 14 Cr II 114

Ti I 90,191

Ti II 3 Fe II 6 Nl I 91

Cr II 153 Ti II 120

Ne II 13 Fe I 452 F III 2 Fe I 156,711

Ni I 93

Fe I 158 Sm II 26 Ti II 84

Zr II 3 Ti I 27
10 FINDING LIST

I A Type Element liultlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

3214. 38 Ne II 14 3223.332 Cb II 6 3231.528 Sm II 13 3214.396 Fe I 7 3223.444 Fe II 3231.599 Fe I 00 3214.624 Fe I 143 3223.519 Ti I 179 3231.64 Cr II 122

3214.700 Tl II 3 3223.534 Ni I 92,94 3231.69 Zr II 3 3214. 750 V II 8 3223.740 Gd II 10 3231.702 Fe II 80 3216. 146 Ca I 13 3223.853 Fe I 27 3231.71 P Tl II 46 3216.262 Sm II 40 3224.05 P Fe I 920 3231.75 CI II 73 3216.334 Ca I ia 3224.241 Tl II 84 3231.952 V II 61 3215.375 V I 13 3224.297 Gd II 92 3231.97 Ne II 11 3215.578 w I 5 3224.632 Co I 71 3232.00 Y II 49

3215.595 Cb II 1 3224.761 Mn I 3 3232.055 Os I 3 3215.60 Fe III 6 3224.82 Ne II 43 3232.16 P Fe I 258 3216.637 Fe I 332 3224.86 P Fe II 178 3232. 280 Ti II 36 3215.940 Fe I 156 3225.020 Ni I 30 3232. 38 Ne II 11 3215.97 III 31 3226. 17 Y II 39 3232.02 Sb I 2 3216.06 P Fe I 682 3225.39 Cr II 140 3232.61 Li I 2 3216.08 II 107 3225.44 Cr II 45 3232.791 Fe II 119

3216. 203 Tl I 90 3225.460 Gd II 3232. 791 Ti I 179 3216.31 P IV 7 3225.478 Cb II 1 3232.874 Co I 106 3216.55 Cr II 82 3225.607 Fe I 192,920 3232.963 Ni I 7

3216.70 Y II 10 3225.789 Fe I 155 3233.02 Ca III 4

3216. 75 A II 3225.896 Ca I 13 3233.053 Fe I 620

3216.76 II 107 3225.976 Na II 17 3233. 174 Ni I 91,184

3216.821 Ni I 93 3226.00 A II 46 3233. 190 V I 72

3216.850 8m II 13 3226.034 Mn I 14 3233.234 Cr I 25 3216.88 P Tl II 36 3226.106 V I 14 3233.24 8 III 3 3216.946 Mn I 3 3226.128 Tl I 179 3233.304 Fe I 142 3216.996 Co I 70 3226. 129 Ca I 13 3233. 324 Rh II 2 3217.056 Tl II 2 3226.240 Ti I 27 3233.046 V II 61 3217.12 La 11 156 3226.318 Gd II 75 3233.62 P III 4

3217.121 V I 14 3226.36 Cr II 114 3233.772 V II 61

3217.121 X II 38 3226. 378 Fe II 178 3233.88 Ni I 3217.30 Hf II 4 3226.55 Cr I 25 3233.967 Fe I 108 3217.380 Fe I 157 3226.727 Fe I 8 3233.968 Mn I 3217.44 Cr II 9 3226.771 Ti II 3 3234.00 Si III 6 3217.53 P Fe I 254 3226.924 V II 185 3234.06 Cr II 63

3217.70 A II 132 3226.984 Ni I 7 3234. 119 Co I 72

3217.830 Ni I 91 3226.986 Co I 124 3234. 12 Zr I IB 3217.942 Ti I 179 3227.067 Fe I 156 3234. 160 Ce II 118 3218.10 II 107 3227. 114 Ce II 95 3234. 17 S III 3

3218.20 Hf II 78 3227.17 P Fe I 247 3234.274 Ce II 80 3218.21 Ne II 13 3227.23 Cr I 162 3234.00 P Tl II 46

3218.26 P Ti II 46 3227.409 V I 134 3234.004 V II 61

3218. 270 Ti II 84 3227.48 Cr II 103 3234.017 Tl II 2 3218.34 Fe III 87 3227.732 Fe II 6 3234.614 Fe I 8 3218.44 P Ti II 46 3227.752 Co I 8 3234.649 Ni I 21 3218.614 8m II 3227.798 Fe I 157 3234.923 Fe II 1 3218.68 Zr II 35 3228.003 Fe I 379 3234.926 Na II 10 3218.683 Ti I 90 3228.090 Mn I 14 3230.003 Mn I 3218.70 Cr I 92 3228.183 Ti I 179 3230.26 Cr II 138

3218.869 V I 72 3228.262 Fe I 107 3230. 33 P Fe I 309 3218.944 Ce II 75 3228.36 P Ti II 46 3230.448 Tm II 8 3218.98 Pd I 2 3228.564 Ce III 1 3230.032 Co I 71,138

3219.13 Cr II 140 3228.600 Fe II 3230.092 Fe I 308 3219.150 Co I 8 3228.606 Ti II 24 3230.703 Ni I 11 3219.212 Ti I 179 3228.784 Sm II 52 3230.783 Co I 72 3219.32 P III 4 3228.81 Zr II 49 3230.90 P Ti I 47

3219.37 P Fe I 308 3228.900 Fe I 157 3236.106 Gd II 76

3219.66 Fe I 156 3229.123 Fe I 8 3236. 122 Ti II 24 3219.00 P Fe I 254 3229.193 Ti II 2 3236. 17 Zr II 104

3219.616 Cr I 220 3229.204 Cr I 220 3236. 223 Fe I 7 3219.77 P Fe I 8 3229.36 Co I 152 3236.403 Cb II 1 3219.79 Cr II 63 3229.363 Ce II 94 3236.073 Ti II 2 3219.806 Fe I 158 3229. 38 Cr II 46 3236.61 Zr II 120 3219.811 Ni I 94 3229.397 Ti II 36 3236.638 Sm II 3220.467 Tl II 9 3229.00 Ne II 43 3236.730 Ce II 101 3220.62 Co I 152 3229.604 V I 134 3236.778 Mn I 14 3220.66 Hf II 30 3229.73 Zr II 149 3236.806 Tm II 13 3220.772 Ir I 3229.78 Fe I 247 3236.82 A II 83 3220.836 Fe II 106 3229.89 Cr II 114 3237.028 Co I 7

3221.151 Tl I 26 3229.994 Fe I 546 3237.234 Fe I 206

3221. 171 Ce II 216 3230 P V 9 3237.402 Fe II 81 3221.273 Ni I 185 3230.09 P Fe I 27 3237.414 Mn I 3221.378 Ru II 3 3230.16 P Fe I 156 3237.64 Zr II 50 3221.380 V II 109 3230.16 Ne II 11 3237.729 Cr I 114 3221.381 Tl I 179 3230 . 210 Fe I 158 3237.810 Fe II 81 3221.64 A II 46 3230.496 Fe II 95 3237.876 V II 38 3221.652 Ni I 8 3230. 55 81 III 6 3238.087 Cr I 114 3221.76 P Ti II 46 3230.559 8m II 21 3238.224 Ti I 179 3221.936 Fe I 166 3230.646 V I 13 3238.31 Fe III 79 3221.978 Ru II 7 3230.719 Mn I 14 3238.32 P Fe I 040

3222 P V 8,9 3230.919 V II 48 3238.00 Cr I 162 3222.06 P Fe I 451 3230.963 Fe I 157 3238.630 Fe I 397 3222.069 Fe I 166 3231.09 P Ni I 106 3238.07 III 9 3222.42 A II 132 3231.10 8 III 3 3238.621 Gd II 92

3222.48 Zr II 104 3231.20 Y II 66 3238.74 Fe III 64

3222.741 Tl I 26 3231.236 Ce II 149 3238.77 Cr II 63

3222.843 Tl II 2 3231.315 Tl II 9 3239 P V

3223.08 P Fe I 682 3231. 349 Nd II 42 3239.029. Fe I 141, 142 3223.273 Fe I 61 3231.609 Tm II 13 3239.037 Tl I 2
FINDING LIST 11

1 A

3239.04

3230. 101 3239.14

3239.266 3239.30

3239.436 3239.46

3239.657 3239.664

3230.833

3239. 87 3240.013

3240.07

3240.11

3240.230 3240.390

3240. 816 3340.616 3240.71 3240.785

3240.84

3240.85

3240.051 3241.01

3241.05

3241.161 3241.38

3241.43

3241.50 3241.530

3241.586 3241.67 3241.685

3241. 835 3241.084

3242. 18 3242.268 3242.30

3242. 304 3242.72

3242.834

3243.058

3243. 118 3243.34

3243.36

3243.370

3243.406

3243.513 3243.570

3243.70

3243.723 3243.74

3243. 780 3243.803

3243.840

3244. 115 3244.15

3244.17

3244.100 3244.44

3244.53

3244.60 3245 3245.13

3245.31

3245.370 3245.485 3245.542

3245.750

3245.80

3245.084 3246.005

3246.05 3246.402

3246. 674 3246.073 3247.01

3247.170

3247. 171 3247.274

3247.207 3247.33

3247.30^2 3247.478

3247.540 3247.55

3247.008

3248.10 3248.206

3248.407

Type Element Multlplet No.

Fe III Rh II Cr I CoFe

Fe

Fe8m II, Tl II V II

Fe II F«»I

Cr II Fe I Tn II Mn I Rh II Mn I Tl II V II

Tl I Zr II Cr I Zr II Co I Sn II Cr II Fa I Fe I Tn II

Sn II 81 III

Fe II Be II Tl II

Zr II Fe I* T II Gd II Pd I

Gd II Ml I Fe I He II W II

Ce II Fe I Tl I Co I A II

Fe II V II Mn I Tl I Co I Cr I Ne II 8c II

Fe I CI III

Tl I Cr IV

La II Cr II Nl I Cr I Cr I Co I Fe I

Fe I Fe I Fe I Fe I Ce II Fe I Cr II Co I Fe II Cr I

Fe I Cr II Fe II

Cb II Cu I A II

V II

Ne II Fe I Nl I

63

202

47

370

107 1074824

61

81 040

140

108

13

6

14

61

47

12204

6

163

15827

4

22

680

2 126 200

1002

3

70

22 192

15 13,16

214 381,710

1794747

11948

142660

26

145

106&

47 114

32

62

10826

113

138 020

27

8 300

(252 1300562

708125

15781

110

5

1

100

15 157

21

I A Type Element Multlplet No

3248.516 Mn I 14 3248.602 Tl I 80 3248.602 Tl II 66 3248.70 Tl II 9 3240 p V 9 3240.037 Fe I 308 3240.16 P Fe II 65 3240.204 Fe I 253 3249.36 La II 31

3240. 370 Tl II 23

3240.440 Nl I 10 3240.464 V II 82

3240.566 V I 13 3240.617 V II 38 3240.657 Fe II 81 3240.742 Gd II 75 3240.82 A II 47 3240.011 Fe II 78 3240. 095 Co I 26 3250.187 Gd II 02

3250.27 Fe III 37 3200.34 F Fe II 78 3200.372 8m II 2 3200.400 Fe I 142,370 3200.42 Zr I 10 3250.44 Zr II 125 3250.61 Co I 154 3260.58 Cr I 114 3250.634 Fe I 05

3250.743 Nl I 30

3260.747 Mo II 2 3250. 776 V II 171 3250.79 Cr II 61

3251. 135 Mn I 14 3251.236 Fe I 03 3251.32 8c II 5 3201.34 P Fe II 137 3201.46 P Zr II 62

3201.656 Co I 102 3251.66 Pd I 6

3251.836 Cr I 113 3251.869 V II 108 3251.011 Tl II 2 3252.12 P Fe I 247 3202.40 P Fe II 78 3202.483 Ce II 182

3262. 743 Od II 136 3252.014 Tl II 2 3252.028 Fe I 252 3252.04 III

3252.04 P Tl II 23 3252.048 Mn I 14 3253.26 Cr I 114 3253.401 Sm II 3253.41 La II 114 3253.416 Co I 70 3253.44 81 III 12 3253.610 Fe I 681 3253.70 Hf II 1 3253.830 Fe I 250

3253.943 8m II 40 3253.054 Fe I 257 3254.03 A II 46

3284.030 Mn I 12 3254.070 Cb II 1 3254. 202 Co I 60 3254.280 Tl II 2 3254.261 Fe I 240 3254.32 Lu II 4

3254.363 Fe I 620

3254.377 Sn II 6 3204.46 P Fe I 158

3254. 63 Co I 184

3254. 734 Fe I 308 3254.773 V I 13 3254.773 V II 38 3254.90 Cr I 3200.28 Hf II 7 3200.30 Cr II 138 3200.30 Ne II 23

3200.40 Pa III 96

3200.62 Cr II 163

3200. 678 8c I 9 3255.810 Od II 92

3255.884 Fe II 1 3256. 137 Mn I 14 3256.82 Fe I 188 3266.52 P Fe I 397 3266.53 Zr II 40

3256.04 Fe III 75

I A Type Element Multlplet No

3256.779 V I 138 3257.072 Gd II 92

3257.244 Fe I 27,451 3257.358 Fe II 94

3257.594 Fe I 90 3257.822 Cr I 113 3257.83 8 II 17 3257.803 V II 108 3257.804 Fe II 178 3257.00 C III 6

3267.965 Na II 14 3258.01 Cr II 152 3258.035 Co I 47 3258.048 Tm II 4 3258.413 .Mn I 14 3258.62 P Fe I 157 3258.67 81 III 12 3258.77 Cr II 159 3258.773 Fe II 81

3258.80 Pd I 5

3259.007 Ru II 6

3250.04 Tl I 123 3259.048 Fe II 81 3250.20 Co I 153 3250.250 Gd II 92

3250.32 CI III 6 3250.42 Tl I 123 3250.44 C III 6 3250.44 P Fe II 178 3250.60 Cr I 25

3250.684 V II 48 3250.71 A II 3250.75 P Fe II 81 3250.075 Cr I 114 3250.001 Fe I 157 3260.11 Zr I 35 3260.231 Mn I 14 3260.250 Tl I 89 3260.259 Tl II 45

3260.276 Fe I 250

3260. 286 Co I 154 3260.564 Cb II 3260.814 Co I 107 3260.975 Ce II 258 3260.98 III 8 3261.050 Cd I 1 3261.081 V I 3261.332 Fe I 712

3261.509 Fe II 198 3261.56 Cr II 189

3261.596 Tl II 66,80

3261.80 V II 109 3262.009 Fe I 710

3262. 23 C III 6

3262. 284 Fe I 3262. 290 Os I 3 3262. 340 Sn I 3 3262.44 Fe III 74 3262.515 Gd II 76 3262.63 Tl I 88

3263.04 Fe III 64

3263.213 Co I 124 3263.238 V I 12

3263. 25 P Cr I 20 3263.33 V II 38 3263.365 Cb II 3263.373 Gd II 70

3263.378 Fe I 144 3263.43 Ne II 10 3263.45 P Fe I 680

3263.60 A II 46 3263.686 Tl II 45

3263.98 La II 114 3264 P V 9

3264. 137 Gd II 92

3264. 22 Fe III 64

3264.26 Cr II 61 3264.291 Rh II 5 3264.44 Nl I 3264.522 Fe I 90

3264.711 Mn I 13 3264.716 Fe I 157

3264. 718 Co I 47

3264.76 P Fe II 1 3264.81 Zr II 62

3264.82 P Co I 153 3264.83 P Co I 9

3264. 842 Co I 105 3265.046 Fe I 8 3265. 352 Co I 106
12 FINDING LIST

I K

3265.46 3265.480 3263.55

3265.616

3265.67 3265.893

3265.899

3266. 25 3266.39

3266.43

3266.446

3266.633 3266.634

3266.88

3266.91

3266.938 3267.035 3267.31 3267.401

3267.41

3267.480 3267.51

3267.639

3267.709 3267.794

3267.945

3268.064

3268.234

3268.335 3268.48

3268.512

3268.61 3268.722

3268.92

3268.971 3269.05

3269.090 3269.240 3269.42

3269.494

3269.60

3269.66 3269.73

3269.77

3269.77 3269.772

3269.86

3269.904 3269.964

3270.115

3270. 14 3270.198 3270.23 3270.351

3270.515

3270.562 3270.69

3270.70 3270.79

3270.98

3271.002

3271.118

3271.124

3271.13 3271.151 3271.17

3271.498

3271.61 3271.612

3271.637

3271.662

3271.666

3271.693

3271.778 3272.080

3272.21 3272.25

3272.253 3272.30

3272.405

3272.60

3272.71 3272.76

3272.77 3272.807 3273.027

3373.04 3273.36

3273.483 3273.400

Type Element Multlplet No

III 8 Ti I 123 Fe I 308 Fe I 91 La II 45 V II 74 V I 138

Cr II 121 Eu II 24 Tl II 57

Ir I 2

Tib II 8 Cr I 25

Fe III 7 V II 137 Fe II 65

Fe II 80

III 8 Tm II 13 Tl I 64

Rh II 6

Sb I 2 Ho II 6

V II 7 Mn I Os I 1 Nl I Fe I 95

Gd II 4

Cr II 62

Fe II 118 Tl I 88

Mn I Fe II 81

Nl I 91

A II 46

Ca I 12

Fe I 710

Fe I 95

Oe I 1

Rh II 8 Zr I 34 Cr II 152 Cr II 138 Tl II 57

Fe II 118

Ne II 15

8c I 9 Fe I 90 V II 94

Cr II 61

Co I 152

Fe III 63

ktn I Gd II 92

Tl I 123

Fe I 954

Cr I 219

Ne II 2

II 39

Fe I 91

Nl I 23 V II 7

Zr II 22

Ce II 146

Nl I 108

Fe I 680

Rh II 2 Rh I 6 V I 12

Tl II 66

Ho II 6 Fe I 49

Co I 70 Tl II 66

Zr II 3 8 II 17 Ce II 73

Zr II 62

Co I 152

Fe I 51

Fe I 712

Co I 131

Eu II 24

8b II 40

V I 71

Zr II 3 A II 71

8a II Fe II 118

I A

3273.50

3273.52

3273.53

3273.619 3273.66

3273.937 3274.047 3274.183

3274.220 3274.24

3274.452

3274.50

3274.640 3274.65

3274.661 3274.864

3274.90

3274.95

3275. 15 3275.20

3275.218 3275.24

3275.293

3275.60 3275.65

3275.66

3275.67 3275.685

3275.776

3273 848

3275.92

3276.08

3276. 12 3276.25

3276.251 3276.28 3276.37 3276.477

3276.483

3276.606

3276.747

3276.774 3276.81

3276.811

3276.998 3277.082

3277.23

3277.347

3277.448 3277.662

3277.69

3277.71

3277. 78. 3277.82 3277.853 3277.86

3277.939 3278.04

3278.105

3278.290

3278.43

3278.553

3278.741

3278.79

3278.79 3278.842

3278.89 3278.922 3278.922

3279.25

3279.254

3279.26

3279.529 3279.54

3279.649

3279.743 3279.842

3279.844 3279.97

3279.97

3279.98

3279.995 3280.22

3280.261 3280.391 3280.58 3280.682 3280.75

3280. 756 3280.763

Type Element Multlplet No

Nl I 108

II 39

Fe III 7 8c I 9 Hf II %

Cu I 1 Tl I 123 Gd II 92

Na II 14

Fe I 95

Fe I 710 V II 163 Be II 2 Fe III 96

Ca I 12 Ce II 104

Ni II 1 Fe III 96

Zr II 12

Ne II 29

Nd II Fe I 27

Tl II 23

Nl I 107

Zr II 92

Co I 43

V 5

Fe I 308

Al II 5

Fe I 450a

Cr II 151

Fe III 7 V II 7 Si III 12

Ce II 93

Cr II 172

Zr II 35

Fe I 90

Co I 134

Fe II 92

8m II 48

Tl II 45. CI II 30 To II 4

Tl II 8 V II 137

Nl I 90 Fe II 1 V II 194

Co I 152

II 23 V II 137 Eu II 24 P III 2 Fe II 65

Cr I 219 V I 12

Fe III 7 Co I 153

Tl II 66

Y I Mn I 12

Fe I 144,250 Cr II 113 K III 1 Co I 72

Zr II 149 Tl I 63

Tl II 23

81 III 12

Co I 70

Zr II 3 Gd II 92

Cr II 121 Fe II 118

-Fe I 449

Ce II 68 V II 73

III 29

Tl II 57

Hf II 9

Tl II 35 P III 6

Fe I 620

Tl I 88 Fa III 7 Ag I 1 Zr II 34

Mn I 10

Fe I 461

I A

3280.94

3281.120 3281.293

3281.585

3281.607 3281.72

3281.755

3281.83

3281.880 3281.94

3282. 232

3282. 305 3282.329 3282.333

3282.51 3282.534

3282.696 3282.725

3282.73

3282.777

3282.827

3282.84 3282.891 3283.04

3283.11 3283.14

3283.21

3283.22 3283.30

3283.311

3283.39

3283.40 3283.400

3283.41 3283.430

3283.463

3283.466

3283.573 3283.75 3283.777

3283.95

3284.360 3284.432

3284.57 3284.588 3284.72

3284. 996 3285.022

3285.093

3285.20

3285.224

3285.425

3285.54

3285.603

3285. 609

3285. 664 3285.672

3285.77 3285.85

3285.89

3285.96 3286.026

3286.029

3286.067

3286.229 3286.34

3286.463 3286.545 3286.57

3286.71

3286.756

3286.756

3286.946

3286.98 3287.117 3287.192 3287.192

3287.221 3287.26

3287.31

3287.37

3287.468 3287.675

3287.59 3287.657

3287.70

3287.827 3288.04 3288.142

3288.324

Element Multlplet No

Y II 29

V II 136

Fe II 1 Co I 8 Od II 92 A II 47

V II 136

Fe I 50

Nl I 106

III 8

Co I 47

Gd II 92

Tl II 66

Zn I 4 Y II 65 V II 72

Nl I 7 Fe I 449

Zr I 19 Nd II 41

Nl I 106

Zr II 125

Fe I 680

Cr II 159

Al III 10 Tl II 57

Sn II 2 P III 2 Fe III 14 V I 12

Hf II 30 Fe II 118 Tm II 7 CI III 2 Fe I 27 Cb II Co I 107 Rh I 4 Fe III 7 Co I 47

La II 120 V I 71

Nl I 96

III 8 Fe I 91

Zr II 4

Fe II 93 V II 108 Nd II Fe I 396

Ce II 148

Fe II 1 Fe I 248 Na II 4

Tm II 10 8m II 21

V II 162

Zr II 91 A III 1 Zr II 62

Cr II 137 Fe I 90

Ce II 199 Ca I 12

8m II 48

Cr II 172

Fe I 710

Co I 46

W II 1 Y II 65

Fe I 91

Tl II 89

Nl I 19 Nl I 107

Fe I 396

Co I 71 Gd II 136

Nl I 65 Pd I 3 Zr II 12

Al III 10 Fe II 118

Co I 154

II 23

Tl II 89

Cr I Co I 43

Cr II 82

Tl II 8

V II 89
FINDING LIST 13

I A Type Element Mult.lplet No. I A Type Element Multlplet No. I A Type Element Multiplet No 3268.428 Ti II 66 3299.11 Co I 151 3307.717 Ti II 8 3288.575 Tl II 66 3299.36 III 3 3307.755 Cr I 78 3288.59 P Tl I 63 3299.41 P Sc II 35 3307.90 CI II 37 3288.660 Fe I 144 3299.413 Ti I 61 3308.02 Eu II 25 3288.81 Fe III 7 3299.44 P Ti II 8 3308. 15 Cr II 137 3288.81 Zr II 4,62 3299.511 Fe I 49 3308.246 V I 12 3288.972 Fe I 90 3299.77 Fe III 96 3308.391 Ti I 87 3288.985 V II 109 3299.771 Fe II 3308.4 Y II 64 3289.016 Mo I 11 3300.056 Fe II 228 3308.480 V II 137 3289.06 K III 4 3300.148 Nd II 3308.482 Co I 155 3289.150 Gd II 75 3300. 152 Ce II 166 3308.517 Gd II 4

3289. 347 Fe II 65 3300.20 Fe III 96 3308.688 Co I 105 3289.36 Yb II 1 3300.819 W I 5 3308.75 P Fe I 190 3289.391 V II 7 3300.905 V II 60 3308.785 Mn I 11 3289.442 Fe I 380 3300.976 Gd II 74 3308.806 Tl II 7 3289.80 CI III 2 3301.09 Fe III 50 3308.814 Co I 153 3290.13 II 23 3301.21 Cr II 137 3308.86 P II 4 3290.23 Pt I 1 3301.227 Fe I 380 3308.91 P Nl I 107 3290.240 V II 108 3301.559 Os I 1 3309.176 V I 50 3290.54 Nl II 5 3301.56 II 23 3309.32 P Nl I 105

3290.69 Ni II 1 3301.587 Ru I 4 3309.32 P Ti I 122 3290.722 Fe I 90 3301.66 V II 3309.40 Fe III 3290.988 Fe I 95 3301.678 Sm II 21,48 3309.428 Nl I 3291.001 Tm II 3 3301.71 Tl II 44 3309.501 Tl I 87 3291.04 V II 60 3301.734 8r I 7 3309.53 P Ti II 44 3291.44 P Fe I 954 3301.87 Pt I 7 3309.582 Gd II 24 3291.47 A II 3301.88 A III 1 3309.730 Ti I 190 3291.676 V I 12 3301.927 Fe I 617 3309.78 Ne II 7 3291.75 Cr II 68 3301.95 Eu II 24 3309.804 Tm II 3292.022 Fe I 680 3302.096 Ti II 8 3309.82 Cr I 161

3292.04 Fe III 7 3302.15 Pd I 3 3309.90 Zr II 72 3292.078 Ti I 62 3302. 19 Fe III 37 3310.202 Ni I 38

3292. 210 Gd II 74 3302.34 Na I 2 3310.347 Fe I 449 3292.22 Co I 153 3302. 454 Tm II 7 3310.496 Fe I 679 3292.312 Mo II 6 3302.588 Zn I 4 3310.55 Ne II 23 3292.590 Fe I 91 3302.66 Zr II 85 3310.65 Cr II 120,158 3292.89 " P Fe II 136 3302.86 Cr I 161 3310.661 Sm II 31

3293. 146 Fe I 51 3302.861 Fe II 1 3311.25 A III 1 3293.146 V II 235 3302.94 Na I 2 3311.30 Ne II 2 3293.210 Co I 154 3302.941 Zn I 4 3311.34 Zr II 34

3293.48 P Tl II 57 3303.11 La II 45 3311.451 Fe I 27 3293.66 A II 83 3303.278 Mn I 3311.708 Sc II 41 3293.674 Nl I 90 3303.466 Fe II 1 3311.905 Mn I 10 3293.61 Cr I 219 3303.574 Fe I 449 3311.929 Cr II 51 3293.861 Co I 107 3303.881 Co I 47 3312.06 Cr I 78 3293.9 Y II 64 3304.01 Y II 66 3312. 148 Co I 69 3293.95 A II 3304.119 Co I 154 3312. 18 Cr II 81

3294.098 Co I 154 3304.31 Fe III 3312. 215 Ce II 26

3294. 220 Ru II 2 3304. 36 P Fe I 710 3312.232 fe I 450a 3294.44 La II 155 3304.433 Fe II 93 3312. 30 III 3

3294.50 Fe III 14 3304.474 V II 136 3312.320 Nl I 100 3294.536 Co I 152 3304.523 Sm II 2 3312.39 Y II 60

3294.85 Fe III 37 3304.73 Cr II 120 3312.415 Sm II 21 3295.03 Zr II 36 3304.836 Ce II 103 3312.690 Tl I 190 3295.06 P Fe II 93 3304.950 Nl I 108 3312.707 Fe II 1 3295. 13 II 23 3305.15 II 23 3312.736 Sc II 41 3295.24 Fe III 3305. 15 Zr II 2 3312.78 CI II 8 3295.240 Fe II 79 3305. 185 Sm II 35 3312.87 Hf I 3 3295. 289 Ce II 147 3305.22 Fe III 7 3312.90 P Ti II 56

3295.427 Cr II 51 3305.634 Fe II 79 3312.992 Ni I 106

3295.813 Sm II 13 3305.730 Co I 152 3313.08 Cr II 119 3295.814 Fe II 1 3305.75 P Fe I 618 3313.116 Co I 153 3296.027 Mn I 11 3305.77 III 8 3313.33 Eu II 24 3296.052 V II 162 3305.971 Fe I 91 3313.344 Al II 8 3296.41 Zr II 62 3306.053 Ti II 44 3313.470 Al II 8 3296.467 Fe I 250 3306. 27 Zr II 3 3313.524 Mn I 30 3296.668 Gd II 21 3306.35 P Fe I 544 3313.539 Sc II 35 3296.786 He I 9 3306.356 Fe I 91 3313.70 Zr II 61 3296.806 Fe I 619 3306.388 Sm II 48 3313.721 Cr I 161 3296.826 Fe II 92 3306.45 CI II 37 3313.723 Fe I 00

3296.882 Mn I 12 3306.495 Fe I 680 3313.731 Gd II 24 3296.883 Ce II 247 3306.50 A II 3313.996 Fe II 1 3297.528 V II 108 3306.60 II 23 3314 P VI 4

3297.68 P Tl I 122 3306.703 Fe I 396 3314.06 Cr II 158 3297.684 Mo II 6 3306.879 Ti I 190 3314.070 Fe I 736 3297.74 Ne II 2 3306.94 Fe III 73 3314.073 Co I 43,149

3297.888 Fe II 91 3306.95 Cr II 150 3314.345 Co I 152 3298 P V 9 3306.98 La II 17 3314.393 Mn I 30 3298.02 P Nl I 91 3307.013 Ni I 107 3314.422 Ti I 87 3298.104 Sid II 3307.015 Fe I 450 3314.450 Fe I 250

3298.133 Fe I 90 3307.017 Sm II 3314. 49 Zr II 47

3298.139 V I 12 3307.044 Cr II 51 3314.50 S II 17 3*98.21 Tl II 44 3307.156 Co I 69 3314.523 Ti I 87 3298.224 Mn I 3307.234 Fe I 617 3314.56 P Cr I 182 3298.318 Cr I 161 3307.24 A II 83 3314.57 Cr II 150

3298 . 680 Co I 70 3307.362 Rh II 5 3314.60 Ne II 22 3298.72 La II 3307 . 445 V II 60 3314.721 Ce II 146 3298.738 V II 7 3307.53 Fe III 7 3314.742 Fe I 680 3299.079 Fe I 710 3307.534 Sr I 7 3314.756 Forb Al II 8

3299. 08R V I 55 3307.57 P Fe II 65 3314.80 P Fe II 93
14 FINDING LIST

I A Type Element Multlplet No. I A Tjpe Element Multlplet No. I A Type Element Multlplet Mo

3314.862 V II 136 3322.310 Nl I 39 3330.40 III 22,28

3314.876 Mn I 30 3322.40 K III 1 3330.620 Sn I 2 3314.883 Al II 8 3322.474 Fe I 396 3330.668 Mn I 9 3314.981 Al II 8 3322.69 Cr II 51 3330 . 78 Ne II 19 3315.035 Co I 154 3322.936 Tl II 7 3330.880 Y II 85 3315.05 Pt I 1 3322.98 P Tl II 44 3331.07 Sc II 35 3315.17 P Fe I 618 3322.99 Zr II 34 3331.26 P Nl I 107 3315.176 V II 71 3323.066 Fe II 92 3331.32 N II 22

3315.19 Cr I 78 3323.092 Rh I 4 3331.382 Gd II 8 3315.237 Tl I 190 3323.35 Hf II 79 3331.616 Fe I 191

3315.29 Cr II 51 3323.39 P Tl II 43 3331.62 Fe III 73 3315.324 Tl II 65 3323.53 Cr II 51 3331.778 Fe I 144 3315.44 CI II 8,37 3323.660 Tl I 255 3331.90 Zr II 11 3315.516 For b Al II 8 3323.731 V II 81 3332.111 Tl II 65 3315.53 P Fe II 93 3323.737 Fe I 379 3332.133 Gd II 73 3315.53 V II 136 3323.75 Ne II 7 3332.17 Mg I 4 3315.590 Gd II 41 3323.896 Tl I 255 3332. 180 Nl I 3315.608 Al II 8 3324.01 S III 2 3332.42 CI II 8 3315.663 Nl I 22 3324.03 P Zr II 62 3332.49 III 28 3315.80 Fe III 73 3324.060 Cr II 4 3332.73 Hf I 2

3316.18 P Fe II 5 3324.10 Cr II 120 3332.879 Cr I 182 3316.324 Mn I 11 3324. 346 Cr II 80 3333.00 III 22 3316.440 Mn I 30 3324.372 Fe I 617 3333.16 SI II 6 3316.503 Cr I 255 3324.541 Fe I 191 3333.27 Fe III 18 , 7.3 3316.579 Sm II 3324.58 N II 22 3333.388 Co I 25 3316.79 Sc II 35 3324.61 Tl I 60 3333.41 P Co I 71 3316.86 CI II 37 3324.67 P Cr II 92 3333.605 Cr I 3316.873 V II 137 3324.72 Fe III 96 3333.606 Y II 64 3316.875 Tm II 7 3824.754 Tl I 190 3333.608 V II 59 3317.038 Sc II 41 3324.838 Fe II 194 3333.635 Sm II 52

3317.121 Fe I 139 3324.87 S III 2 3333.64 CI II 8 3317.295 V II 7 3325.012 Fe II 93 3333.912 Tl I 25 3317.305 Mn I 30 3325.155 Tl I 190 3334. 12 P Co I 101 3317.693 Sc II 41 3325.229 Tl I 190 3334.146 Co I 23 3317.70 S II 42 3325.240 Co I 70 3334.223 Fe I 190 3317.797 Ce II 102 3325.258 Sm II 3334.25 Zr II 58 3317.912 V II 108 3325.329 Ce II 25 3334.278 Fe I 617 3317.93 Co I 69 3325. 365 Tl I 255 3334.35 Tl I 190 3317.99 Hf II 4 3325.468 Fe I 191 3334.455 Ce II 25 3318.024 Tl II 7 3326.16 III 28 3334.471 Nd II 42

3318.032 Na II 16 3326.194 W I 5 3334.62 Zr II 21 3318.055 Gd II 24 3326.21 La II 121 3334.690 Cr I 3318.14 N II 22 3326.27 Co I 46 3334.87 Ne II 2 3318.362 Tl I 190 3326.564 Co I 43 3334.925 Cr I 160 3318.398 Co I 45 3326.590 Cr I 182 3335.192 Tl II 7 3318.52 Zr II 35 3326.639 Tl I 87 3335.28 Cr II 80 3318.6 Y II 64 3326.670 Nl I 108 3335.403 Fe I 246 3318.60 Co I 151 3326.68 P Tl II 56 3335.46 Cr II 92

3318.62 P Fe II 136 3326.74 P Sc II 41 3335.482 V II 161 3318.862 Fe II 135 3326.762 Tl II 7 3335.513 Fe I 49

3318.907 V II 137 3326.81 Zr II 91 3335.59 Nl I 3319.03 Zr II 4 3326.991 Co I 152 3335.72 P Fe I 307 3319.083 Tl II 8 3327.16 Ne II 2 3335.776 Fe I 379 3319.156 Co I 155 3327.308 Mo I 9 3335.90 P Fe II 76 3319.258 Fe I 449 3327.392 Nl I 90 3335.93 Cr II 119 3319.478 Co I 154 3327 . 498 Fe I 190 3336. 12 Ne II 46

3319.561 Co I 45 3327.578 Tm II 12 3336.124 Sm II 31 3319.75 Ne II 10 3327.63 Fe II 64 3336.13 A III 3 3319.78 Y II 64 3327.67 Zr II 11 3336.150 Os I 3 3319.822 Co I 153 3327.685 Na II 16 3336.16 CI III 6

3319.89 Eu II 24 3327.89 Y II 18 3336. 16 Cr II 14

3320. 14 CI II 8 3327.961 Fe I 86 3336.180 Gd II 8 3320.155 8m II 20 3328.21 Hf II 10 3336.25 Y II 66 3320.257 Ni I 9 3328.270 Nd II 40 3336.262 Fe I 618 3320.29 Ne II 12 3328.326 Tl I 255 3336.330 Cr II 4 3320.422 Sc II 35 3328.351 Cr II 4 3336.34 P Fe II 76 3320.438 Gd II 74 3328.714 Nl I 20 3336.54 P Fe I 450a

3320.57 CI III 6 3328.79 N II 22 3336.69 Mg I 4 3320.650 Fe I 190 3328.80 Cr I 160 3336.78 III 22,28 3320.693 Mn I 3328.867 Fe I 617 3336.97 Cr I 255

3320.709 Sc II 41 3329.013 Co I 152 3336.984 Gd II 72 3320.779 Nl I 108 3329.053 Cr I 182 3336.998 Tl II 43

3320.780 V II 149 3329.06 CI III 2 3337.014 Nl I 17 3320.800 Fe I 396 3329.07 La II 120 3337.171 Co I 25 3320.902 Mo II 6 3329.070 Fe II 3337.36 P Nl I 122 3321.013 Be I 1 3329.12 CI II 37 3337.40 Tl I 190 3321.086 He I 1 3329.20 Ne II 12 3337.49 La II 45

3321.179 Sm II 40 3329.215 Mo II 6 3337.666 Fe I 304 3321.19 Cr I 182 3329.3 S II 17 3337.76 P V II 136 3321.242 Nl I 92 3329.345 Gd II 74 3337.845 V II 184

3321.347 Be I 1 3329.45 Cr II 150 3337.85 Tl II 55

^321. 34% Gd II 21 3329.455 Tl II 7 3337.93 Zr II 74 3321.491 Fe II 194 3329.466 Co I 153 3338.19 P Fe II 5 3321.539 V II 71 3329.532 Fe I 542a 3338.41 Zr II 61 3321.588 Tl I 87 3329.855 V I 55 3338.519 Co I 123 700 Tl II 65 3329.89 Fe III 18 3338.522 Fe II 76

3321.857 Eu II 21 3329.93 Mg I 4 3338.643 Fe I 396 3321.912 Co I 106 3329.988 Sr I 7 3338.72 Fe III

3322. 19* Co I 104,149 3330.30 N II 22 3338.758 Nl I 54

3322. LTil Sr I 7 3330.340 Gd II 3339.050 Nl I 104
FINDING LIST 15

I A Type Element Multiple

3339.063 Nd II 41

3339. 15 Co I 148 3339.202 Fe I 190,446

3339.36 Fe III 7 3339.54 Tl I 178 3339.588 Fe I 502

3339. 780 Co I 155 3339.804 Cr II 4

3339.810 Ru II 2 3339.84 SI II 6

3339.90 Cr II 92 3340.344 Ti II 7 3340.42 CI III 2 3340.55 Zr II 3 3340 . 566 Fe I 139 3340.579 Sra II 6 3340.74 III 3 3340.77 Ti I 190 3341.341 Co I 148 3341.554 Tl I 60,178

3341.77 A II 59 3341.868 Ce II 198 3341.875 Tl I 24 3341.875 Tl II 16 3341.906 Fe I 303 3341.98 Cr II 119 3342.151 Ti I 23 3342.225 Fe I 137 3342.298 Fe I 378 3342.46 W II 9

3342.51 Cr II 4

3342. 707 Ti 1 25 3342.734 Co I 105 3342.76 P Fe I 396 3342.77 N III 7 3343.09 W II 13 3343.227 Cr I 159

3343. 243 Fe I 88 3343.27 Sc II 35 3343.312 V II 234

3343.342 Cr I 159 3343.379 Ti I 178 3343.40 H II 8 3343.494 Sm II 3343.530 Co I 151 3343.678 Fe I 449 3343.731 Hn I 9 3343.770 Ti II 7 3343.81 Zr II 85 3343.861 Ce II 159

3344.09 P Fe I 450 3344.26 III 22,28

3344. 353 Sm II 39 3344.43 Ne II 2 3344.50 Cr I 160 3344.513 Ca I 11 3344.56 La II 45 3344.62 P Tl I 25 3344.630 Ti I 178 3344.72 A III 3

3344.750 Mo I 9 3344.761 Ce II 165 3344.80 Zr II 72

3344.931 Tl I 178 3345.020 Zn I 4 3345. 14 Cr I 218 3345.146 Co I 45

3345.352 Mn I 3345.36 Cr I 218 3345.49 Ne II 10

3345.572 Zn I 4 3345.679 Fe I 141 3345.86 W II 17 3345.88 Ne II 10,12

3345.899 V II 244

3345 . 934 Zn I 4 3345.985 Gd II 8 3346.018 Cr I 112

3346.09 Cr I 3346.310 Co I 45

3346.403 Mo II 6 3346.71 Ct I 112 3346.724 Tl II 7 3346.78 Cr I 112 3346.91 P Ti II 43

3346.932 Co I 153 3346.942 Fe I 87

3346.99 Ca II 9 3347.10 Sb I 1 3347.268 Ho II 6

I A

3347.298 3347.507

3347 . 70 3347.72

3347.837 3347.927 3348.05

3348.08 3348.112

3348.372

3348.535

3348.683 3348.844

3349.035 3349.072

3349.11

3349.17 3349.322

3349.34

3349.399

3349.68

3349.739 3349.967

3350.097 3350.209

3350.284

3350.361

3350.42 3350.474

3350.548

3350.548

3350.68 3350.875 3350.94

3350.99

3351.06

3351.138 3351.246 3351.424

3351.456

3351.529 3351.53

3351.596

3351.67 3351.750 3351.966

3351.97

3352.048

3352.06 3352.071

3352.43

3352.80 3352.929

3352.937

3353.026 3353.12

3353.262

3353.268 3353.39

3353.63

3353.65 3353.734

3353.776

3353.78

3354.068 3354.185

3354.213

3354.29 3354.31 3354.374

3354.39

3354.54

3354.550

3354.621

3354. 634 3365.05

3355.228

3355. 366 3355.47

3355.517

3355.92

3355.940

3356.08

3356. 196 3356.24

3356.265 3356.332

3356.35 3356.35

3356.352

Type element

Sm II Fe I Fe III P IV

Cr II Fe IIII IV

Co I V II

Tl I Sm II Ti II Tl II

Cr IIV Hf II Cr I Cr II Tl II

Cr II

Fe I Ce II

Gd II Ca I Fe I Ca I Ni II

Gd II Ti I

Tl IIIII Sm II A IIIII Ni I Co I Sr I Mn I Al II

Fe I V II Cr I Ti II Fe I Cr I Sn II

Sc II Hf II

Tl II

Tl I Co II

Fe I Tl I Cr I Cr II

Ce III

Fe I CI II

Ne II

Zr I Sc II V II

N III Fe I Sm II

Co I N III

IV

Co I

Zr II Ti II

He I Nd II Ti I Ne II Fe I V II N III

Fe I

III

Co I Zr II

Tl I Fe II

Fe II

Fe I Ce III

Ne II

V I

Multlplet No.

48 449

18

14 138

28

4 103

136

25

716

420 159

4

1

14 377

20074

11 191

11

17 178

43

22

10922

3 151

7

926

89 234

160 124

30,45

2

4

654

169

2 190

25 255

4

2 1904

23

1812 107

5 378

39 152

5

823

3464

871

24

2 617

149

7 25

28

103

3 178

105

252

20

54

I A

3356.407 3356.464

3356.513 3356.842

3357.07 3357.215

3357.26

3357.40

3357.40 3357.72

3357.82

3357.90 3357.965

3358.003

3358.130 3358.252

3358.271

3358.30 3358.434

3358.49

3358.501

3358.56

3358.59 3358.62

3358 . 620 3358.72

3358.74

3358.78 3359.066

3359.106

3359.18 3359.284

3359.496

3359.50 3359.679 3359.814

3359.96 3360.103

3360.15

3360. 16

3360.295 3360.45

3360.541

3360.63 3360.711

3360.84 3360.935

3360.990

3361.07

3361.09

3361.11

3361.213

3361.241 3361.263

3361.270 3361.371 3361.50

3361.506

3361.553

3361.556

3361.73

3361.75

3361.770 3361.835

3361.90 3361.918

3361.935

3361.959

3362.00 3362.131

3362.213 3362.233

3362.28 3362.38

3362.619

3362.63

3362.653 3362.70

3362.70 3362.764

3362.806 3362.89 3363.501

3363.613 3363.71

3363.81 3363.815 3363.83 3363.974

3364.10

Type Element Multip

Fe I 137

Co I 104

Gd II 24

Co I 151

Fe III 19

Ce II 164

Zr II 3

Cr II 79

Fe III 63,72

Cr II 91

Fe I 448

Ne II 12

Fe II 117

Co I 123

Mo I 9 Fe II 77

Ti I 23 Hf II 63

Gd II 41

A III 3

Cr II 4

Tl I 169

Co II 2 W II 13 Gd II 8 N III 5 Fe III 72

Fe II 5 Co I 69

Ni I 108

Fe III 72

Co I 44

Fe I 25 V II 148

Sc II 4 Fe I 617

Zr II 91

Fe II 105

II 52

Ti II 54

Cr II 21

Zr I 53

Ce II 25

Ne II 2 Gd II 8 Fe III 72

Fe I 142

Tl I 24

Ti II 64

C II 7

W II 2 Ti II 1 Ni I 107

Ti I 23

Sc II 4

Mo I 10 Ti I 178

V II 70

Co I 157

Ni I 19

A II 109

C II 7 Cr II 21

Ti I 25 N III 5 Ca I 11

Sc II 4

Fe I 377

y II 36

Ca I 11

Cr I 54

Gd II 8 Ca I 11 III 22

Tm II

IV 8 Tl II 64

Cr I 54

Zr II 60

Fe II 78

Ni I 23

Ne II 12

Sc II 38

Ni I 105

Cr II 3 Zr II 11

Fe I 307

III 11 Gd II 107

Ti I 169
16 FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No.

3364.22 P Fe II 5 3364.22 K III 5 3364.241 Gd II 3364.30 P Tl II 43

3364.44 P IV 1 3364.591 Nl I 107 3364.639 Fe I 245 3364.9 Tl II 124 3364.950 Nd II 3365.014 Co I 69

3365.413 Fe II 78 3365.54 A II 109 3365.553 V I 54 3365.591 Gd II 8 3365.640 Fe II 194 3365.766 Nl I 38 3365.79 N III 5 3365.863 Sm II 3366.168 Nl I 8 3366.176 Tl I 178

3366.176 Tl II 54 3366.333 Sr I 7 3366.46 Sc II 38 3366.532 Gd II 74 3366.554 Ce II 99 3366.59 A II 83 3366.790 Fe I 302

3366.807 Nl I 108 3366.870 Fe I 87 3366.880 V I 54

3366.960 Fe II 177 3367.00 II 52 3367.02 Fe III 3367.05 P Ne II 12 3367.093 Gd II 4 3367.111 Co I 22 3367.161 Fe I 142 3367.18 S III 2 3367.20 Ne II 19 3367.29 P Nl I 96

3367.36 N III 5 3367.42 Cr II 79 3367.53 Cr I 54

3367.54 Fe III 17 3367.661 Gd II 91 3367.666 V II 170 3367.81 Ca III 4 3367.81 Zr II 11 3367.892 Nl I 20 3368.054 Cr II 4

3368.09 S II 3368.25 P Fe I 678 3368.447 Fe II 134 3368.472 Ir I 5 3368.568 Sm II 30 3368.626 Fe II 177 3368.63 Zr I 17 3368.67 Co I 101 3368.73 Cr II 91 3368.946 Sc II 4

3368.983 Fe I 376 3369.05 Cr II 68 3369.054 Tl I 25 3369.055 Eu II 20 3369.14 P Fe I 191

.3369.212 Tl II 64

3369.27 ' Zr II 85

3369.295 Ru II 2 3369.349 Fe II 76 3369.40 III 11

3369.455 Sm II 35 3369.49 S III 2 3369.549 Fe I 304 3369.573 Nl I 6 3369.618 Gd II 21,73

3369.67 Tl II 124 3369.80 P Fe II 76 3369.8086 Ne I 2 3369.9081 Ne I 2 3370.23 II 52

.').'I70.322 Co I 24 3370.38 S III 2 3370.40 V II 88 3370.436 Tl I 23 3370.588 Os I 4 3370 . 786 Fe I 304 ^370.94 Co II 2 3370.97 A II 57 3371.015 Co I 151

3371. Id 1 P IV 1

3371.209 Sm II 52 3371.447 Tl I 24 3371.85 II 52 3371.87 Ne II 22 3371.90 S II 3371.993 Nl I 7 3372.070 Fe I 83 3372.13 Cr II 91 3372.151 Sc II 4 3372.208 Tl II 16

3372.359 Fe I 447 3372.666 V II 106 3372.68 Ca III 1 3372.70 P II 34 3372.800 Tl II 1 3373.02 Pd I 3 3373.226 Co I 122 3373.42 Zr II 74 3373.455 Ce II 244 3373.51 Fe III 18

3373.57 Sc II 38 3373.729 Ce II 212 3373.87 A II 108 3373.874 Fe I 303 3373.96 Cr I 181 3373.969 Co I 44

3373.98 Nl II 1 3374.06 N III 5 3374.10 Ne II 12 3374.221 Fe I 89

3374.221 Nl I 17 3374.352 Tl II 54 3374.512 Tm II 12 3374.584 Gd II 72 3374.642 Nl I 106 3374.688 Gd II 24 3374.71 Zr II 61 3374.77 II 96 3374.93 Cr I 181 3374.95 Cr II 4

3374.99 Cr II 149 3375.238 Co I 153 3375.50 IV 8 3375.561 Nl I 108 3375.77 II 52 3376.057 V I 54 3376.17 w II 10 3376.18 Cr I 3376.24 P Fe II 78 3376.25 Zr II 60

3376.27 Cr II 78 3376.33 La II 46

3376.331 Nl I 104 3376.397 Cr I 254 3376.46 A II 109 3376.68 Hf II 31 3376.72 Cr II *12, 148 3376.82 III 27 3377.060 Co I 42

3377. 127 Ce II 213

3377.20 II 9 3377.23 Ne II 42 3377.36 Cr II 149 3377.394 V I 64 3377.45 Zr II 11 3377.485 Tl I 25 3377.52 P II 12 3377.577 Tl I 23 3377.625 V I 54 3377.77 Fe III 97

3378.09 IV 4 3378.209 Sc II 38 3378.28 Ne II 7 3378.30 Zr II 73 3378.337 Cr II 21 3378.676 Fe I 301 3378.73 P Fe I 137 3378.736 Co I 121 3379.017 Fe I 85

3379. 171 Cr I 5

3379.172 Ce II 98 3379.18 Sc II 43 3379.216 Tl I 24 3379.371 Cr II 21 3379.39 Ne II 12 3379.397 8c II 38 3379.48 A II 59 3379.564 Cr I 54 3379.58 A II 3379.756 Gd II 91

I A Type , Element Multlpli

3379.762 Mo II 6 3379.825 Cr I 54 3379.825 Cr II 21 3379.930 Tl II 64

3380.004 Fe I 709 3380.111 Fe I 304

3380.114 Tf II 41 3380.215 Mo II 6 3380.25 Eu II 23 3380.278 Tl II 1

3380.515 Gd II 74 3380.574 Nl I 37 3380.711 Sr II 4 3380.885 Nl I 7 3380.91 La II 45 3381.003 Fe II 177 3381.28 IV 3 3381.33 P ) IV 3 3381.340 Fe I 376,677 3381.36 P fe II 5

3381.49 Co I 88 3382.07 Cr I 181 3382.071 Co I 123 3382.19 Fe III 72

3382.312 Tl I 86 3382.399 Sm II 20 3382.403 Fe I 84 3382.529 V II 107 3382.683 Cr II 3 3382.69 III 27

3382.79 P Cr II 112 3382.890 Ag I 1 3383.15 Sb I 1 3383.387 Fe I 245 3383.57 P Tl II 63 3383.692 Fe I 85,444

3383.761 Tl II 1 3383.85 III 27 3383.94 A II 92 3383.981 Fe I 83

3384. 14 Hf II 44

3384.24 Cr I 54 3384.617 Mo I 9 3384.65 Cr I 54 3384.658 Sm II 30,39

3384.70 Hf II 9 3384.80 P Fe I 25 3384.95 III 27 3385.219 Co I 22 3385.31 Cr I 236 '

3385. 55 IV 3 3385.664 Tl I 24

3385.790 V II 183 3385.81 S II 3385.944 Tl I 23 3386.129 Rh II 2 3386.22 CI III 11 3386.24 Ne II 12 3386.452 Fe II 88. 3386.50 Cr I 236

3386.724 Fe II 3387.061 Co I 119 3387.13 S III 2 3387.410 Fe I 306 3387.466 Nl I 17 3387.47 Co I 45

3387.60 CI III 2 3387.72 Co II 2 3387.73 Cr II 90 3387.834 Tl II 1

3387.87 Zr II 74 3387.96 Cr II 112 3388.065 Gd II 71 3388.134 Fe II 77 3388.163 Co I 23 3388.18 Co II 2 3388.29 Zr II 2 3388.46 Ne II 19 3388.54 A II 96 3388.71 Cr I 54

3388.755 Tl II 53 3388.81 P Fe I 140 3388.88 Cr I 90 3388.912 Gd II 73 3388.966 Fe I 502 3389.325 Sm II 52

3389. 748 Fe I 87 3389.83 Hf II 8 3390.082 Fe II 207 3390.25 P Fe I 188
FINDING LIST 17

I A T>pe Element Multlplet No

3390.25 II 9 3390.37 F IV 3 3390.396 Co I 102 3390.498 Gd II 73 3390.513 Ce II 145 3390.56 Ne II 12 3390.682 Tl I 86

3390.77 Cr I 236 3390.783 Eu II 3390.678 Gd II 73

3391.01 V II 121 3391.050 Ni I 5

3391. 11 Cr I 236

3391. 294 Gd II 73 3391.303 Fe II 117

3391. 372 Cr I 254

3391.434 Cr II 3 3391.84 P fe I 678 3391.85 A III 6 3391.96 Zr II 1

3391.989 Eu II 17 3392.018 Fe I 499

3392.040 Th II 5 3392.304 Fe I 83

3392. 530 Gd II 7 3392.652 Fe I 85

3392.659 V II 70 3392.713 Til 136

3392. 78 Ne II 7 3392.89 CI II 11

3392.992 N1«I 20 3393.00 Cr II 21 3393.12 Zr II 3 3393.382 Fe I 376 3393.45 . CI III 11 3393.609 Fe I 305,376

3393.630 Gd II 91

3393.641 Nd II 3393.86 Cr II 21 3393.915 Fe I 136

3393.920 Ce II 46

3394.085 Fe I 188 3394.26 III 27 3394.29 Sc II 38

3394. 32 Cr II 21

3394. 37 P Ti II 63

3394. 574 Tl II 1 3394.58 Hf II 7 3394.583 Fe I 81 3394.63 Zr II 85

3394.916 Co I 42

3394.92 V II 80

3394. 99 Hf II -63 3395. 120 Od II 91

' 3395. 336 Fe II 117 3395.370 Co I 25 3395.62 Cr II 100 3395.87 P Fe I 543 3395.90 P Fe I 189 3396.184 Nl I 122

3396. 187 Sm II 44

3396. 34 Zr II 58 3396.386 Fe I 25 3396.457 Co I 102 3396.50 P Nl I 118 3396.58 Eu II 30 3396.66 Zr II 103 3396.71 Fe III 18 3396.83 IV 3 3396.85 Rh I 3

3396. 978 Fe I 26 3397.07 Lu II 4

3397.221 Fe I 603

3397.499 Tm II 3 3397.560 Fe I 447

3397.580,. V I 54 3397.642 Fe I 26

3397.77 La II 128 3397.82 Nl II 8 3397.89 A II 59

3397.90 Ne II 36 3398.12 P Fe I 615

3398.226 Fe I 304 3398.355 Pe II 105 3398.634 Tl I 86

3398.811 Co I 167 3399.230 Fe I 302 3399.336 Pe I 85 3399.36 Zr II 11 3399.406 Gd II 22

I A Tjpe Element Multlplet No

3399. 54 Cr II 100 3399.80 Hf II 1 3399.951 Tm II 12 3399.991 Gd II 22 3400.08 Cr II 67 3400.110 Na II 4 3400.395 V I 46 3400.471 Co I 42

3401.067 Gd II 8 3401. 166 Nl I 107

3401.521 Fe I 26 3401.617 Co I 44

3401.740 V II 106 3401.76 Nl II 4 3401.90 W II 9 3401.913 Co I 157 3401.997 V II 47

3402.064 Co I 123 3402.072 Gd II 91, 149 3402.256 Fe I 614

3402.32 P Fe II 105 3402.422 Tl II 53 3402.43 Cr II 21 3402.464 Sm II 39 3402.52 Zr II 85 3402.571 V I 46 3402.87 Zr II 91 3403.081 Od II 73

3403. 159 V II 135 3403.29 P Cr II 21

3403.29 P Fe I 377 3403.299 Fe I 304 3403.322 Cr II 3 3403. 369 Tl I 86

3403.432 Nl I 108 3403.51 Fe III 61 3403.58 IV 2 3403.59 Cr. I 254 3403.69 Zr II 59 3404.301 Fe I 25,301

3404.34 P II 12,21

3404. 357 Fe I 83 3404.43 V II 243 3404.60 Pd I 2

3404,. 755 Fe I 300 3404.77 Ne II 51 3404.84 Zr II 11 3404.923 Fe I 300 3404.97 Tl II 63

3405.038 Gd II 91

3405.094 Tl I 86

3405.120 Co I 23

3405. 160 V I 46

3405.50 P Nl I 122 3405.74 III 15 3405.83 Fe I 299 3405.934 Mo I 9 3405.97 P IV 3 3405.977 Ce II 96 3406.06 V II 119

3406. 17 P Fe I 376

3406. 18 Fe III 61 3406.442 Fe I 676 3406.76 P Fe II 90 3406.803 Fe I 85 3406.837 V I 46

3406.88 Ne II 61

3407.00 La II 155 3407.06 P Fe I 377 3407.205 Tl II 1

3407.22 Cr I 3407.30 Nl II 4

3407.38 II 44 3407.461 Fe I 83

3407.53 P Fe I 81 3407.56 Od II 91 3407.61 Od II 24

3407.7 Y II 3407.76 Hf II 29 3407.960 Mn I 26

3408.01 Cr I 3408.09 Zr II 72

3408.13 III 15 3408.136 N II 7 3408.14 Pt I 4 3408.676 8m II 3408.678 Cb II 3 3408.765 Cr II 3 3408.955 V II 120 3408.96 P Cr II 8

I A T]T>e Element Multlplet No

3409.177 Co I 23 3409.191 Cb II 3 3409.20 Fe I 614 3409.297 Gd II 21 3409.36 Cr I 3409.40 I Fe I 445

3409.578 Nl I 5 3409.60 P Cr II 8 3409.646 Co I 24 3409.75 IV 3

3409.79 P Cr II 8 3409.809 Ti II 1 3409.84 II 44

3409.87 v. II 63 3410.031 Fe I 542 3410.171 Fe I 735

3410. 18 Hf II 30 3410.26 Zr II 11 3410.46 V II 119 3410.56 P Fe I 244

3410.74 Fe III 61,62

3410.905 Fe I 26 3411.01 Cr I 3411. 134 Fe I 299 3411.353 Fe I 301 3411.38 Ne II 45 3411.68 P Ti II 63 3411.76 La II 155 3411.76 IV 2 3411.88 P Fe I 298

3412.020 Gd II 73 3412.339 Co I 25 3412.47 P Nl I 90 3412.583 Gd 11 70 3412.633 Co I 6 3412.753 Gd II 23 3412.934 Cb II 3 3413.13 Ne II 45

3413. 135 Fe I 85 3413.273 Gd II 91

3413.39 Zr II 60 3413.46 P Ni I 124 3413.478 Nl I 5 3413.71 IV 2 3413.74 Hf II 20 3413.939 Ni I 17 3414.02 Ti II 127 3414.144 Fe II 91

3414. 192 V II 135 3414.207 Gd II 107

3414.46 A II 107 3414.65 Zr II 73 3414.66 Zr I 17 3414.765 Ni I 19- 3414. 82 Ne II 20 3414.879 V II 135 3415.29 III 15 3415.47 Cr II 100 3415.519 Co I 5 3416.530 Fe I 83

3415.67 P Ni I 123 3415.78 Co II 2 3415.91 V II 169 3416.021 Fe II 16 3416.52 P Fe I 708 3416.674 Sc I 21 3416.688 Fe i 142 3416.87 Ne II 21 3416.948 Gd II 22

3416.957 Ti II 53

3417.154 Co I 23 3417.273 Fe I 26 3417.330 Gd II 91 3417.353 Co I 135 3417.353 Hu I 3 3417.450 Ce II 100 3417.673 Co I 122 3417.71 Ne II 20 3417.795 Co I 19 3417.842 Fe I 81

3417.88 P Ti I 86 3417.9036 Ne I 4 3418.02 P Fe II 104 3418.151 Sm II 3418.176 Fe I 577 3418.507 Fe I 81 3418.514 Sm II 47 3418.528 Sc I 21 3418.733 Gd II 7 3419.069 Gd II 24
18 FINDING LIST I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

3419.10 Zr II 2 3428.64 P Fe II 90 3438. 24 Hf II 77 3419.157 Fe I 576 3428.67 III 10 3438.306 Fe I 3419.25 P II 3 3428.746 Fe I 836 3438.46 Cr II 110 3419.358 8c I 21 3428.76 Ne II 42 3438.713 Co I 87

3419. 49 Fe III 11,49 3428.916 Al II 25 3438.97 Ne II 40

3419.706 Fe I 377 3428.94 Cr II 99 3438.978 Mn II 1 3419.87 II 3428.955 Tl I 168 3439.050 Fe I 299 3420.15 V II 119 3429.206 Sc I 21 3439.208 Gd II 23 3420.184 Fe II 89 3429.42 Y II 77 3439. 300 Tl I 120 3420.474 Co I 42 3429.483 8c I 21 3439.352 Al I 2

3420.54 La II 126 3429.64

A II 107 3439.40 Sc I 21 3420.61 II 3429.80 P Fe I 244 3439.784 Od II 22 3420.709 V II 105 3429.82 P Fe I 040 3439.831 Ce II 197 3420.741 Nl I 9 3430.15 P Fe II 89 3439.990 Od II 7 3420.790 Co I 102 3430.238 Gd II 91 3440. 25 P Fe II 156 3420.795 Mn I 3430.29 Zr I 17 3440.39 III 13 3420.82 K III 1 3430.42 Cr II 67 3440.502 8m II 54 3421.029 Co I 119 3430.44 A II 09 3440.589 Cb II 6 3421.20 Cr II 3 3430.53 Zr II 11 3440.610 Fe I 6 3421.22 P Nl I 105 3430.60 III 10 3440.74 P Fe I 301

3421.24 Pd I 3 3430.772 Ru I 3 3440.80 Ne II 45 3421.342 Nl I 122 3430.874 Tl I 120 3440.989 Fe I 6 3421.62 Cr II 60 3430.88 P Fe I 614 3440.999 Eu II 13 3421.628 Co I 101 3431.08 P Tl I 130 3441.110 Cr I 02

3421.64

A II 57 3431.190 Tn II 12 3441.14 P Cr II 8 3421.83 K III 4 3431.284 Cr I 53 344-1.210 Ce II 45

3421.97 Fe III 11 3431.308 8c I 21 3441.40 Pd I 10 3422. 332 Nl I 105 3431.45 P Cr II 8 3441.439 Cr I 02

3422.466 Gd II 2 3431.57 Zr II 09 3441.000 To II 3422.499 Fe I 444 3431.582 Co I 6 3441.790 Gd II 39

3422.656 Fe I 85 3431.59 Cr I 03 3441.983 Mn II 3 3422.661 Tl II 63 3431.69 Cr I 03 3442.044 Ni I 104 3422.708 Ce II 144 3431.810 Fe I 376,676 3442. 12 Ne II 36 3422.739 Cr II 3 3431.990 Cr I 03 3442. 239 Fe II 89 3422.751 Gd II 8 3432.023 Fe I 377 3442. 364 Fe I 134 3422.878 Nl I 122 3432.12 P Cr II 8 3442. 380 Ce II 196 3422.900 Co I 42 3432. 31 Cr I 03 3442.509 Nl I 124 3423.172 Tl I 120 3432. 318 Co I 102 3442.08 Cr I 108

3423. 35 Co I 121 3432.32 Cr II 8 3442.672 Fe I 26 3423.711 Nl I 20 3432.41 Zr II 08 3 442. 79 P Fe II 76

3423.82 Zr II 3432.64

A II 107 3442.918 Co I 6 3423.85 Co II 2 3432. 708 Cb II 3442. 979 Fe I 499,776

3423.853 Ce II 131 3432.81 La II 113 3442.98 P Co I 42

3423.9 La II 144 3432.97 Fe III 67 3443 P N IV 7 3423.92 Gd II 7 3432.994 Gd II 22 3443.203 Co I 3424. 16 T I 3433 P VI 8 3443.387 Tl JI 99 3424.17 P Fe II 116 3433.040 Co I 23 3443.07 Zr II 73

3424.284 Fe I 81 3433.091 Ce II 249 3443.609 Ce III 1 3424.43 P Cr II 8 3433.30 Cr II 3 3443.644 Co I 22

3424.500 Co I 103 3433.44 Pd I 11 3443.644 Tl I 120

3424.592 Gd II 22 3433.008 Nl I 19 3443.601 Al I 2 3424.64 Zr II 80 3433. 098 Cr I 02 3443.70 Ne II 42

3424.82 Zr II 2 3433.767

V II 134 3443.790 Cr I 110 3424.88 P II 3 3433.90 Zr II 08 3443.83 P Fe II 16 3425.009 Fe I 541 3434 P VI 9 3443.878 Fe I 6 3425.022 Eu II 20 3434.024. V II 104 3443. 989 Sc I 21

3425.070

V I 3434.029 Fe I 300 3444.10 III IS 3425.082 Tin II 7 3434. 112 Cr I 52 3444.201 Nl I 122 3425.09 P Cr II 8 3434.46 V II 134 3444.306 Tl II 6 3425.432 Cb II 7 3434.07 P Rh II 1 3444.34 Cr II 111

3425.57 IV 3 3434.69 P Tl I 121 3444.403 Tl I 120 3425.582 Fe II 5 3434.893 Rh I 2 3444.76 P Fe II 146 3425.624 Gd II 91 3434.95 P Fe I 776 3444.871 Al I 2 3425.630 Toi II 3 3430.38 V II 133 3444.899 Tl X 46

3425.930 Gd II 23 3435.408 Tl II 98 3446 P N IV 7 3425.96 Cr I 158 3430.432 Tl I 3440.04 Cr II 110 3426 P VI 6 3430.488 Cr L 53 3440.10 Cr I 01 3426.09 P Fe I 502 3430.489 Nl I 53 3440.101 Fe I 81 3426.13 Cr II 111 3435.055 8c I 21 3440.20 P Cr II 148 3426.20 P II 3 3435.679 Cr I 02 3440.066 Ti I 46

3426.208 Ce II 44 3435.819 Cr I 03 3440.58 P Fe II 76

3426.337 Fe I 135 3436.040 Fe I 614 3440.618 Cr I 01 3426.342 Gd II 73 3436.112 Fe II 91 3446.0 P Mn II 9

3426. 383 Fe I 25,82 3436. 187 Cr I 02 3446.080 Mo II 1 3426.562 Cb II 7 3436.304 Ce II 94 3446.088 Co I 162 3426.583 Ce II 51 3436.393 V II 79 3446.263 Nl I 20 3426.637 Fe I 82 3436.737 Ru I 4 3446.38 K I 4 3426.67 P Fe I 615 3437.006 Ir I 3 3446.40 Co II 2 3426.81 P Fe II 103 3437.046 Fe I 039 3446.603 Tl I 168 3427.002 Fe I 26 3437.16 Zr II 33 3446.721 Ce II 06

3427.121 Fe I 81 3437.162

N II 13 3446.73 III 25

3427.332 Ce III 2 3437.280 Nl I 3 3446.77 Fe III 88 3427.382 Gd II 91 3437.631 Fe I 187 3446.791 Fe I 244

3427.57 La II 132 3437.680 Co I 162 3446.947 Fe I 26

3428.01 P Fe I 616 3437.93 Cr II 111 3447.010 Cr I 02

3428.192 Fe I 81 3437.908 Fe I 614 3447.22 III 2a 3428.37 Hf II 2 3438 P VI 7 3447.278 Fe I 82

3428.41 P Fe I 302 3438.10 P Fe I 300 3447.281 Co I let 3428.42 P Nl I 123 3438.14 A II 08 3447.30 Zr I 16 3428.467 Gd II 90 3438.23 Zr II 1 3447.41 K I 4
FINDIHG LIST 19

I A Type Elenent Multlplet No.

3447.430 Cr I 52 3447.594 He I 7 3447.760 Cr I 52

3447.98 II 27 3448.05 P III 25 3448.19 P Fe I 186 3448.255 Ti i 46 3448.358 Co I 163 3448.433 Fe II 90 3448.478 Fe I 444

3448.503 Sc I 21 3448.542 Mo II 1 3448.63 P Fe III 27 3448.69 V II 118 3448.786 Fe I 372 3448.82 t II 17 3448.869 Fe I 242 3448.967 Ir r 1 3449.06 P Fe I 442 3449.170 Co I 22

3449.28 Cr II 111 3449.441 Co I 22 3449.5 P Mn II 9 3449.616 Gd II 7 3449.874 Tl I 46

3450.00 P Cr I 90 3450.14 P Fe I 242 3450.328 Fe I 82

3450.376 Gd II 22 3450.735 Tl I 46

3450.84 Cr II 60 3450.94 III 25 8451.046 V II 118

3451. 228 Fe II 208 3451.233 Gd II 22 3451.318 Fe II 3451. 33 III 25 3451.41 B II 1 3451.614 Fe II 207 3451.628 Fe I 139

3451.66 P Fe I 241 3451.88 Re I 2 3451.914 Gd II 70

3451. 915 Fe I 81

3452. 18 Co I 160

3452. 18 La II 30

3452. 273 Fe I 25 3452.31 P Fe III 49 3452.33 P Fe II 89 3452.470 Tl II 99

3452.55 Fe III 88 3452.670 Al I 2 3452.890 Ni I 17 3453.022 Fe I 301 3453.087 V II 132 3453.10 Ne II 21 3453.17 La II 46 3453.23 Cr I 253 3453.31 II 71 3453.328 Cr I 52

3453.514 Co I 22 3453.595 Fe II 3453.654 Tl I 46 3453.665 Tm II 7 3453.743 Cr I 52 3453.78 V II 132 3453.84 P Cr I 90 3454 P N IV 7 3454.10 A II 44

3454. 145 Gd II 7

3454.16 Nl II 1 3454. 165 Tl I 168 3454.35 Fe III 86 3454.368 Ce III 2 3454.57 Zr II 59 3454.90 III 25 3454.904 Gd II 7 3454.98 Cr II 136 3455.04 Mn I 41

3455. 12 III 25

3455.237 Co I 6 3455.281 Cr I 51 3455.602 Cr I 51 3455.755 Ti I 46 3456.00 P Fe II 4 3456. 390 Tl II 99 3456.661 Tl I 134 3456.68 Ne II 28 3456.924 Co I 5 3456.928 Fe II 76

I A

3457.047

3457.088 3457.090

3457.153

3457. 16 3457.298 3457.494

3457.512

3457.56 3457.62

3457. 80* 3457.99

3438.020 3458.028

3458.090

3458. 13 3458.18 3438.230

3458.304 3456.474

3458.91 3458.93 3459.03

3459.07

3459. 29 3459.29 3439.374

3459.38

3459.429

3459.431

3459.52

3499.61 3459.911

3459.95 3459.95

3459.98 3460.03

3460.039

3460.31 3460.312

3460.430

3460.47 3460.719 3460.76 3460.776

3461.0

3461. 173 3461.28 3461.34

3461.38

3461.496

3461. 580. 3461.652

3461.952

3462.040

3462. 1<>8 3462.353 3462.494

3462.65

3462.73

3462.748 3462.804

346Z. 808

3462.878 3462.997 3463.02

3463.079 3463.205 3463.305

3463.330

3463.36

3463.499 3463.52

3463. 63 3463.831 3463.974

3463.984

3464.02 3464.043

3464. 132

3464. 14 3464.17

3464. 2T

3464.457

3464.497

3464.72 3464.82 3464.914

3465.037

3465.245

Type Element Multiple

Gd II

Y II 77

Fe I 374,835

V II 147 Ne II 51

Tl I 46

Tl I 46

Fe I 187

Zr II 20

Cr II 135

Mn II 9

II 81

Tl I 46

Co I 101

Cr I 253

Fe II 10 Fe III 100 Al I 2 Fe I 139

Ni I 19

Fe III 27 Zr II 58 Ti II 12f

II 81 Cr II 136 Fe I 576

Ce III 3 H« II 51 Fe I 297

Ti I

III 25 Fe I 577 Fe I 501

Fe I 133

Zr II 90

II 25

Cr II 60 Mn II 1 La II 119 Mn II 3

Cr I 141 Be I 2 Co I 35 Pd I 2 Gd II 73

•if II 40

Co I 162 Cr II 148 N IV 7 Eu II 13

Tl II 6 v rr 6

Ni I 17 Gd II 23 Rh I 3 Tm II

Fe I 79 Na II 4

Hf II 6

Cr II 2

Mn I 41

Co I 23

Fe I 373 Mn II 12 Gd II 8 Zr II 90 V IX 104

Ti I 85

Fe I 48

Mn II 12

N IV 7 Co I 42 W IX 7

Al II 55 V II 168 Fe II 4

Gd II 40 Cr II 2 Mn II 12

Gd II 90

A II 70

V II 104

Fe m 16 Sr II 4

Fe II 114

Re I 2

Cr I 51

Fe I 241 Mn II 12 Cr I 51

I A Type Element Multlplet No

34*5.25 V II 160 3465.562 Ti II 99 3466.57 Cr I 51 3463.62 Nl II 4 3463.63 Zr I 17 3465.792 Co I 5 3465.80 A II 96 3465.863 Fe I 6 3466.15 III 25 3460.20 Cr II 77,148

046*. 279 Fe I 185 34*9.336 Mti II 12 34*8.34 A II 44,56

346*. 4*6 Gd II 53 346*. 301 Fe I 24 3*0*. 3* V II 58 340*. 83 P Fa II 156 3406.90 III 25 3466.952 Gd II 23 3467.022 Cr I 141,253

34*7. 09 P Cr II 2 3467.12 Nl I 123 3*97.2*0 Tl I 84 9*67.367 Gd II 22 3*07.33 V II 58 3467.002 Ni I 3 3467.715 Cr I 110 3467.732 Ni I 123 3467.874 3a II 54 3467.80 y II 17

3468.083 Gd II 21 3468.113 Ce II 178 3468.32 K II 1 3468.476 Ca I 10 3468.680 Fe II 114

3468. 849 Fe I 242 3468.973 Co I 159 3468.989 Gd II 40 3469.012 Fe I 614 3469.307 Gd II 39

3469.390 Fe I 375 3469.486 Nl I 8 3469.528 V II 58 3469.590 Cr I 141 3469.683 Co I 137 3469.834 Fe I 242 3469.94 Zr II 59 3470. 18 Y II 40 3470.242 Fe II 89 3470.263 V II 58

3470.27 A II 3470.401 Cr I 77 3470.42 II 27 3470.529 Cr I 77 3470.657 Rh I 3 3470.72 Cr I 77 3470.81 II 27 3470.83 P II 12 3470.866 Nd II 70 3470.894 Ce III 1

3471.14 Zr II 114 3471.18 Zr I 15 3471.27 Fe I 82 3471.35 Ni II 4 3471.350 Fe I 130 3471.382 Co I 161 3471.49 Cr I 77 3471. 59 A II 57 3471.63 P Ni I 124 3471.80 He I 44

3472.07 Cr II 135

3472. 196 Co I 161 3472.38 Hf I 1 3472.48 Lu II 4 3472.545 Nl I 20 3472.5711 Ne I 2 3472.707 Co I 160 3472.764 Cr I 77 3472.793 Ti I 271 3472.88 P II 2

3472.886 Fe II 156 3472.906 Cr I 111 3473.01 P Fe '. 576 3473.219 Gd II 7 3473.23 P Fe I 576 3473.497 Fe I 26 3473.612 Cr I 77 3473.82 Fe III 27 3473.825 Fe II 3474.018 Co I 4,23
20 FINDING LIST

I A

3474.037

3474. 124 3474.379 3474.41

3474.530 3474.56

3474.763

3474. 780 3474.84

8474.87

3474. 887 3474.94

3474. 94

3475. 13 3475.25

3475.25

3475.36

3475.450 3475.651

3475. 74

3475.867 3476.252

3476.336

3476.360 3476.452

3476.63

3476.704

3476.74 3476.842

3476.853

3476.982

3477.007

3477.161

3477.181

3477.514

3477.69

3477.828 3477.836

3477.850 3477.864

3477.98

3478. 17 3478.24

3478.29 3478.292

3478.382

3478.50 3478.55 3478.565 3478.69

3478.74

3478.744 3478.77

3478.788

3478.79 3478.906

3478.918 3478.961

3478.97 3478.98

3479.02

3479. 14 3479.264

3479.27

9479.29

3479.39 3479.53

3479.567

3479.683

3479.78

3479.82 3479.837

3479.914 3480.012

3480.183

3480.28 3480.40 3480.52

3480.525

3480.547

3480.55

3480.75 3480.897 3481.11 3481.126

3481.14 3481.17 3481.275 3481.303

3481.44

Type Element Multlplet No

Mn II 3 Mn II 3 Cr I Fe III 27 Co I 24

N IV 7 Ca I 10 Rh I 2 La II 143 Cr I 141

Sr II 4

Fe III 90

.0 II 8 Cr II 2

Fe II 4

Ne II 35

Cr I 141 Fe I 6 Fe I 78

Fe II 4

Fe I 186,373

V II 58 Fe I 133,835

Co I 161 Tl I 85

Nl I 123 Fe I 6 A II 44

Ce II 132

Fe I 242

Tl II 6

Fe I 139 Cr I 141

Tl II 6 V II 58

Ne II 21

Rh II 4 Co I 161 Fe I 82

Nl I 124

Fe I 836

Cr II 109 A II 45

Zr II 2 Nl I 173 Fe I 185

Zr II 84

Fe II 16 Co I 120

N IV 1

P II 2,18

Co I 67

Cr I 141

Fe I 137

Cb II 7 Rh I 6

Tl I 84

V II 182

He I 43

Hf II 61

Zr II 20

Cr I 141

Nl I 105

Al I 17 Hf II 2 Zr II 46

Ne II 49

Cb II 6 Fe I 443,812

Al I 17

CI II

V II 6 Fe II 4

Co I 67

Nl I 123,124

Cr I 141

Zr II 58

A II 57

Tl I 84 Gd II 23

A III 2 Ne II 49

Tl II 22

K III 3 Tl I 271

Zr II 46

Pd I 2 Gd II 22

Cr I 77 Zr II 59

I A Type Element Multlplet No

3481.536 Cr I 110 3481.558 Fe I 132 3481.675 Tl I 271 3481.750 Tm II 10 3481.797 Gd II 22 3481.92 P Fe II 102 3481.96 Ne II 6 3482.05 P Fe II 10 3482.06 Mn II 9 3482.36 Fe III 103

3482.39 P Fe II 133 3482.426 Fe II 3482.56 P Cr II 148

3482. 58 Al I 17 3482.58 Cr II 67 3482.602 Gd II 40 3462.70 SI III 3482.73 Nl I 120 3482.905 Mn II 3 3482.98 N IV 1

3483.006 Fe I 24 3483.010 Tl I 22 3483.410 Co I 23 3483.54 Zr II 33

3483. 59 P Zr II 103 3483.62 P Nl I 120 3483.774 Nl I 6 3483.80 Co I 5 3483.80 Tl II 125 3484. 15 Cr II 2

3484. 16 P Cr II 185 3484.18 Fe III 100 3484.32 V II 168

3484. 348 Fe II 115

3484. 39 La II 113 3484.65 V II 6 3484.84 Fe I 185 3484.90 N IV 1 3484.97 Fe I 138 3485.054 Ce II 44

3485. 110 Nl I 118 3485.16 Hf II 43 3485.31 Zr II 57 3485.342 Fe I 78 3485.368 Co I 162 3485.689 Tl I 84

3485.700 Co I 68 3485.728 Fe II 133 3485.82 P V II 131 3485.867 V I 81

3485.888 Nl I 17 3485.916 V II 6 3486.08 P Fe II 102

3486. 14 W II 11 3486.556 Fe I 79 3486.93 SI III 3487.008 V I 81 3487.11 Fe III 90 3487.33 A II 56

3487.57 Hf II 55

3487.598 Ca I 10 3487.712 Co I 65 3487.721 He I 42

3487.80 P Tl I . 119 3487.990 Fe II 4 3488.18 II 7 3488.293 Nl I 121 3488.453 Cr I 109 3488.553 Ce II 187 3488.676 Mn II 3

3488.92 Fe III 60 3489.07 Cr II 135 3489.07 P Fe III 26 3489.17 P Fe II 102 3489.281 Gd II 106

3489. 399 Co I 36 3489.45 Cr II 109,185 3489.48 P Fe III 27 3489.670 Fe I 442 3489.739 Tl II 6

3489.79 Pd I 8 3489.84 IV 14 3489.947 V II 131 3490.04 P Fe I 331 3490.45 P II 19 3490.47 P Fe I 835 3490.575 Fe I 6 3490.62 He I 41 3490.736 Co I 20 3490.74 P Fe I 133

I A Type Element Multlplet No

3490.765 Tl I 22 3490.89 A II 30 3491.053 Tl II 6 3491.16 Fe III 103 1491.19 P Tl II 118 (491.24 A II 44 3491.316 Co I 6 3491. Si A II 44 3491.954 Gd II 6 3491.987 Co I 159

3492. 24 IV 14

3492. 39 Tl II 125

3492. 956 Nl I 18

3493. 163 V II 6 3493.280 Tl I 22 3493.29 Fe I 48 3493.34 P Fe II 102 3493.468 Fe II 114 3493.57 P Fe I 327 3493.69 Fe I 297

3404. 15 Fe I 137

3494. 25 P Fe I 185 3494.404 Gd II 7 3494. 52 Cr II 2 3494.66 II 70 3494.672 Fe II 16 3494.703 Nl I 154 3494.967 Cr I 100

3495. 16 P Fe I 102 3495.285 Fe I 238

3495.37 Cr II 2

3495. 44 II 70 3495.56 Cr II 3495.6 P Nl II 4

3495. 616 Fe II 115 3495.682 Co I 22

3495.75 Hf II 10 3495.754 Tl I 84 3495.831 Mn II 3 3495.94 Hf II 30

3495.960 Tl I 22 3496.070 Co I 136 3496.08 Y II 3 3496.18 Zr II 1 3496. 19 Fe I 186 3496.27 II 7 3496.27 P V II 131 3496.29 Fe III 103 3496.29 P Tl II 118 3496.360 Nl I 118

3496.60 P Fe I 572

3496.67 P Fe II 88 3496.681 Co I 19 3496.794 Co I 161 3496.814 Mn II 3 3497.00 P V II 131 3497.00 Zr II 10 3497.031 V II 146 3497.115 P Fe I 78 3497.137 Fe I 78

3497.340 S III 3497.39 V II 131 3497.49 Hf I 1 3497.536 Mn II 3 3497.73 P Fe II 114 3497.81 P Fe II 133 3497.843 Fe I 6 3497.89 P Fe I 409 3497.90 Zr II ' 58,84 3498.12 P V II 131

3498.18 P Fe I 326 3498.19 P Nl I 2 3498.641 He I 40 3498.83 P V II 117 3498.942 Ru I 4 3499.099 Tl I 84 3499.49 A II 5 3499.57 Fe III 26 3499.58 Zr II 9 3499.67 A III 2

3499.823 V II 5 3499.877 Fe II 115 3500.15 Zr II 123 3500.29 Fe III 48 3500.340 Tl II 6 3500.5 II 80 3500.564 Fe I 238 3500.852 Nl I 6 3501.107 Ba I 3 3501.32 P Fe III 48
FINDING LIST 21

I A

3001.33 3001.416

3001. 453

3001.67

3001.73 3501.70

3602.

3502. 278 3502.381 3502.46

3502.524

3502.595 3502.63

3502.85 3502.954

3502.998 3503.00 3503.095

3003.206

3003.36

3003.38 3503.474

3003.58 3003.61

3503.717 3003.760 3003.96

3004.40 3604.432

3004.450

3004.48 3004.096

3004.728

3004.773

3004.866

3004.890 3005.065

3505. 133 3000.22

3000.44

3005.40

3000.47 3005.512 3605.614

3000.67

3000.690

3000.901 3006.02 3006.04

3506.23

3006.310

3506.40

3506.48

3506.498 3506.57 3506.58

3506.61

3006. 643

3006. 843

5306.93

3007. 14 3007.316

3007.37

3007.387 3007.39

3007.39 3007.426

3007.534

3007.66 3007.694

3507.946

3007.964

3506.09 3608.213

3008,470 3508.494

3668.52

3508.67 3008.731

3008.81

3008.802

3008.94

3009

3009.024 3009.12

3009.20 3009.32

3009.39

3009.73

3009.78

Type Element Uult'.plet No

Zr I 14 F II 3 Ce II 67

II 70 Co II 2 Fe III 26,48

IV 1C Co I 21

He I 39

Fe I 576

Rh I 2 Nl I 3 Co I 6 Fe I 577 F II 3 Co I 135 P II 2 F II 3 Gd II 90

Cr II 15'<

Cr I 109

Fe II 4

A III 2 Ne II 28 Co I 88

Tl I 22

Fe III 48

Fe III 48 V II 6 Fe I 371

8b I 2

Ce III 6 Co I 135

Tl I 167 Fe I 131 Ti II 88 Fe I 498 Co I 160 Hf II 7

CI II 64

Tl II 6

Zr II 90

Gd II 22 F IT 3 Zr 11 1 V I 81

Tl II 88

II 70

Zr II 84

Fe I 327

Co I 21

Fe I Zr II 84 Fe I 130

V. II 193 Fe I 327

Cr II 108,157

Tl I 22

V I 61

Fe III 48

Fe I 835

Rh I 2 P II 18 Fe II 16

Fe I 000

Lu II 1 Tl I V II 109

Zr II 08

Nl I 3

Ce II 01 T II 47

Cr I Fe II 4

Ce II 114

Fe I 442

Fe I 239

Cr II 77 Eu II 13 Cr I

Eu II 13

CI II 64

VI V II 117 Fe I 326

V II 117

Zr I 10

CI II 64

Fe I 327 A II 44

I A Type Element Hultlplet No

3509.843 Co I 22 3509.844 Tl II 88 3509.870 Fe I 78 3509.971 Mn II 9 3510.00 La II 15 3510.133 Od II 21 3510.18 P Fe I 836 3510.262 Cb II 3510.338 Nl I IS 3510.40 Cr I 263

3510.426 Co I 6 3510.443 Fe I 139 3510.46 Zr II 20 3510.538 Cr I 109 3510.840 Tl II 88 3511.227 8m II 12 3511.25 P Fe II 102 3511.42 v- II 57 3511.55 Zr II 124 3511.613 Nl I 152

3511.626 Tl I 22 3511.748 Fe I 238 3511.84. Cr II 2 3511.93 Fe II] 26 3511.94 Nl I 124 3512.08 Fe I 327 3512.13 V II 193 3512.219 Gd II 38 3512. 239 Fe I 326 3512.34 P Fe III 26

3512.496 Gd II 89 3512.511 Be I 38 3512.640 Co I 21 3512.67 Zr II 57 3512.68 P Fe I 327

3512. 70 Cr I 109 3512.74 P Fe I 613 3512.80 P Fe I 330 3512.93 La II 44 3512.95 Fe I 501

3513.03 Cr II 107 3513.065 Fe I 48

3513.09 Tl II 6 3513.22 CI II 64 3513.478 Co I 5 3613.59 P Fe I 327 3513.638 Ir I 2 3513.69 CI II 64 3513.820 Fe I 24 3513.877 V II 117

3513.88 K III 1 3513.933 Nl I 17 3513.933 Nl II 1 3514.21 Co II 1 3514.29 P Fe III 27 3514.39 A II 44 3614.422 V II .67 3514.48 P Fe I 47 3514.62 Fe I 183 3514.64 Zr II 114

3514.87 Fe III 26 3515.004 Nl I 19 3010.41 P Fe I 243 3015.421 Cb II 6 3010.038 Be I 7 3010.07 Fe in 04 3015.818 Fe II 208 3516.00 V II 6 3516.05 Al II 54 3516.234 Nl I 123

3516.403 Fe I 442

3516. 00 Fe I 326 3516.58 P Fe III 54 3516.670 Co I 65 3016.838 Tl I 167 3016.92 II 69 3516.90 Pd I 1 3617.03 F Nl I 123 3017.14 La III 1 3017.298 V II i

3017.327 He I 37 3017.380 Ce II 230 3017.48 Co II 1 3017.03 F V II 57 3017.890 Gd II 88 3017.90 A II 3018. 23 f Fe I 076 3018.340 Co I 36 3518.61 P II 2 9018.62 Cr II 107

I A Type Element Hultlplet No

3518.632 Gd II 7 3518.634 Nl I 124 3518.68 Fe I 327 3518.75 Hf II 43 3518.86 Fe I 78 3519.077 Ce II 92 3519.24 Tl I 2 3519.25 Fe III 54 3519.60 Zr I 13 3519.67 P Tl II 118

3519.72 P Fe II 88 3519.766 Nl I 5 3519.85 Fe III 59 3519.939 Tl I 22 3520.00 A II 56 3520.022 V II 5 352O.075 Co I 4 3520.253 Ti II 98 3520.4717 Ne I 7 3520.522 Ce II 55

3520.547 V II 57 3520.55 Cr I 235 3520.72 La II 127 3520.85 Fe I 238 3520.87 Zr II 19 3520.9 P IV 13 3520.91 P Zr II 59 3521.09 Eu II 24 3521.264 Fe I 24 3521.27 A II 56

3521.28 P Zr II 84 3521.53 Cr I 263 3521.567 Co I 20 3521.64 P Fe II 10 3521.731 Co I 24,100 3521.833 Fe I. 78 3521.836 V II 57 3521.880 Ce II 211 3521.98 A II 45

3522.044 Nd II 71

3522.05 P Fe II 10 3522.063 Mo II 1 3522. 13 Cr II 184 3522. 14 CI II 64 3522.268 Fe I 326 3522.72 Ne II 35 3522.73 P Fe I 538 3522.856 Co I 159 3522.896 Fe I 330 3523.02 Hf I 3

3523.074 Nl I 34 3523.18 P Fe I 673 3523.30 Fe I 326 3523.423 Co I 21 3523.444 Nl I 16 3523.47 P Nl I 154 3523.701 Co I 66 3624.04 P Fe I 238 3524.075 Fe I 239

3524. 196 Gd II 6

3624. 236 Fe I 130 3524.54 P Cr II 107 3524.541 Nl I 18 3524.646 Ho II 1 3524.713 V II 5 3524.87 Ti II 118 3525. 161 Tl I 167 3525.17 Fe III 60 3620.44 Cr I 3025.81 Zr II 9

3525.856 Fe I 329 3525.872 Co I 63

3526.016 Fe I 240 3526.039 Fe I 6

3526. 13 CI II 64

3526. 167 Fe I 24 3526.23 Fe I 327

3526. 377 Fe I 326 3526.465 Fe I 131 3526.540 Nl I 155

3526.673 Fe I 326 3526.69 P Fe I 497

3526. 78 P Fe I 321 3526.847 Co I 4 3526.96 P Fe I 835 3527.08 Cr I 274 3527.11 P II 21 3527.42 Zr II 103 3527.792 fe I 326 3527.867 V II 117
22 FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

3527.90 P Fe I 296 3538. 142 Rh I 8 3550. 82 La II 15 3527.982 Nl I 6 3538.238 V II 4 3551. 11 P Fe I 321 3528.024 Rh I 3 3538.31 Fe I 770 3551. 16 P II 12,21

3528.23 Cr II 109 3538.00 Fe I 137 3501.02 Ne II 25

3528. 24 P Fe I 182 3538.77 Fe I 811 3051.034 Ni I 5 3528.545 Gd II 23 3038.86 Mg II 12 3551.666 Co I 67 3528.602 0s I 1 3039.00 Cr II 107 3501.94 Zr II 1 3028.891 Nl I 104 3039.00 Zr II 102 3552.00 Al II 53 3528.94 P Fe I 23 3039.086 Ce II 118 3552.112 Fe I 499 3529.032 Co I 3539.586 Th II 1 3552.42 P Fe I 182

3529.38 Tl I 2 3539.94 Ne II 50 3552. 50 P Cr II 89 3529.531 Fe I 037 3540.121 Fe I 329 3552.516 Eu II 19 3529.57 H II 12 3540 . 28 P Cr II 89 3552.70 Hf II 7 3529.625 Nl I 76 3540.530 V I 45 3552. 70 Y I 8 3529.73 Cr II 89 3540.709 Fe I 23 3552.720 Co I 6 3029.735 V I 53 3040.961 Cb II 4 3552.828 Fe I 321 3029.816 CO I 22 3041.083 Fe I 326 3552.85 P Ti II 15 3529.818 Fe I 326 3541.22 P Fe I 47 3552.953 Cr I 3029.99 Zr II 84 3541.341 V II 145 3552.989 Co I 67 3530.03 CI III 10 3541.44 Tl IV 3553. 10 Pd I 9

3530.22 Zr I 52 3541.765 F II 6 3553. 161 Co I 137 3530.25 P II 21 3542.00 Nl I 119 3553. 271 V I 53 3530.385 Fe I 326 3542.076 Fe I 326 3553.483 Ni I 16 3530.45 V II 57 3542.152 Eu II 17 3553.51 Mg II 11 3530.487 He I 36 3542.243 Fe I 128 3553.716 Gd II 89 3530.580 Tl I 22 3542.28 Ne II 50 3553.741 Fe I 810 3530.595 Nl I 121 3042.480 V II 145 3553.968 Cr I 157 3530.600 Sin II 20 3042. 06 P Fe I 321 3554.09 Zr II 83 3530.67 La II 12 3542.65 Zr II 113 3554.122 Fe I 23 3530.75 K II 7 3542.657 V I 45 3554.39 Ne II 18

3530.765 V II 5 3542.768 Gd II 51 3554.394 He I 34 3530.85 Zr II 114 3542.90 Ne II 34 3554.43 Lu II 7 3531.151 Eu II 24 3542.976 Co I 19 3554.44 P Fe I 395 3531.22 A II 5 3543.09 P Fe I 182 3554. 50 Fe I 325

3531.43 Fe I 182 3543.16 A II 3554. 50 P Fe II 176 3531.44 Cr I 263 3543. 256 Co I 64 3554.524 He I 34 3531.48 V II 4 3543.352 Nd II 3554.65 P Fe I 104 3531.848 Hn I 18 3543.39 Fe I 183 3554.802 Gd II 52 3531.998 Mn I 18 3543.500 V I 53 3554.922 Fe I 326 3532.121 Mn I 18 3543.669 Fe I 734 3554.993 Ce II 117

3532.19 A II 57 3543.948 Bh I 6 3555.08 P Fe II 113 3532.285 V II 192 3544.001 Y II 56 3555. 142 V I 03 3532.647 Fe II 132 3544.631 Fe I 239 3555.18 W II 11 3532.65 N I 3544.88 P Fe I 154 3555.93 Co II 1 3532.69 P Fe II 75 3544.985 Gd II 51 3556.083 Y II 46

3032.888 Cr I 3040.03 Co II 1 3556.120 Co I 117 3033.008 Fe I 326 3545.16 Ni I 76 3556. 130 Cr II 7 3033.043 Na II 1 3545.190 V II 5 3556. 184 Ti I 3033.19 P Fe II 75 3045.339 V I 53 3556.49 P II 21 3033.201 Fe I 326 3545. 58 A II 70 3556.54 P Zr II 19

3533.22 Zr I 14 3545.603 Ce II 44 3556.61 Zr II 9 3033.306 Co I 5 3545.639 Fe I 321 3506.68 Fe I 325

3533.67 P II 21 3545.797 Gd II 2 3556.800 V II 5 3533.676 V I 53 3045.832 Fe I 536 3556.877 Fe I 327 3533.757 V I 53 3545.84 A II 106 3556.91 A II 29 3533.868 Tl II 98 3546. 15 P Cr II 134 3556.92 III 24

3533.97 II 69 3546.190 Ce II 131 3557. 0B3 Gd II 22 3034.001 Ce II 44 3546.21 Fe I 183 3557.26 La II 29

3034. 14 V II 12 3546.22 Ne II 27 3557.548 Fe II 176 3034.02 Fe I 811 3546.707 Co I 41 3557.796 Tm II 10

3034.688 Mo II 1 3547.029 Tl I 133 3557.84 Ne II .6 3034.769 Co I 118 3547.07 V II 69 3557.85 P Cr II 76 3034.914 Fe I 48 3547.10 Cr II 134 3558.08 P Fe I 572 3535.04 Mg II 12 3547.203 Fe I 321,613 3558 . 189 Gd II 69

3535. 16 Zr I 59 3547.69 Zr I 13 3558 . 21 P Fe I 239

3535. 18 P V II 4 3547.802 Mn I 18 3558.22 P Cr II 89 3535.304 Cb I 4 3547.98 Cr I 3558.468 Gd II 01 3535.33 A II 44 3548.029 Mn I 18 3558.518 Fe I 24 3535.408 Tl II 98 3548.037 Fe I 496 3558 . 538 Sc II 3 3535.522 Tm II 3548.185 Nl I 3,20 3558 . 60 Cr I

3535.54 Hf II 9 3548.202 Mn I 18 3558.772 Co I 20 3530.628 Fe II 70 3548.438 Co I 41 3559.101 Sm II 3035.653 8m II 44 3048.01 A II 56 3559.21 Cr I 3030.729 Sc II 11 3048 . 00 P Fe II 132 3559.328 Ce II 243 3036.30 P II 20 3048.731 Cr I 76 3559.45 P Fe I 321 3036.006 Fe I 326 3049.02 Y II 9 3559.506 Fe I 498 3036.076 Tm II 3 3049.030 V 11 103 3559.53 A II 70 3036.820 He I 35 3049.08 W II 13 3559.597 Co I 97

3036.838 F II 6 3549.27 P Tl II 117 3559.781 Cr I 89 3036.89 Cr I 50 3549.365 Gd II 7 3559.93 P II 21

3036.94 Zr II 10 3549.51 Zr II 84 3559.930 Nl I 118 3037.243 Nl I 153 3549.61 «e II 11 3560.07 P Fe I 321

3037.25 Cr I 50 3549.72 8 III 3560.306 Co I 64

3537.491 Fe I 239 3549.868 Fe I 48 3560.42 IV 12 3537.634 Nl I 120 3550.03 A II 68 3560.594 V II 4 3537.707 Co I 68 3550.11 P Zr II 124 3560.68 CI III 10 3537.729 Fe I 239 3550.19 P Tl II 117 3560.705 Fe I 676

3537.75 Ca III 2 3500.46 Zr I 12 3060.798 Ce II 01 3537.896 fe I 327 3000.092 Co I 4 3060.800 Oe I 6 3537.99 He II 00 3550.630 Cr I 3560.881 Co I 21
FINDING LIST 23 I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

3661.04

A II 106 3570.77

A II 69 3581.91 Gd II 69 9561.11 Zr II 82 3571.037 V I 122 3581.916 Fe I 497

3661.23 Ne II 31 3571.16 Pd I 1 3582.08 Zr II 101 3661.576 Tl II 15 3571.228 Fe I 46 3582.201 Fe I 612

3661.65 Hf II 1 3571.26 Ne II 31 3582.34 P Fe I 568 3661.751 Nl I 2 3571.37 Cr II 107 3582. 35 A II 56 3561.010 Ti II 42 3571.64 P Cr II 89 3582.56 Fe I 181 3662.091 Ce II 36 3571.653 V I 122 3582.69 Fe I 328 3662.097 Co I 115 3571.869 Ni I 5 3583.098 Rh I 3 3662.19 A II 106 3571.933 Gd II 4 3583.337 Fe I 574 3662.29 Cr I 308 3571.97 P Cr I 157 3683.394 So II 20 3662.48 Cr I 281 3571.995 Fe I 321 3583.54 P Fe II 101 3662.48 P II 22 3572.32 P Fe I 182 3583.676 Mn I 26 3662.60 P Fe I 237 3572.46 Fe III 105 3583.704 V I 45 3662.912 Co I 64 3572. 47 Zr II 1 3584.01 P Cr II 107 3662.950 He I 33 3572.48 W II 3 3584.259 Sm II 12 3563.36 IV 12 3572.523 Sc II 3 3584. 366 Cr I 3563.61 P Fe I 325 3572. 60 Fe I 325 3584.63 1 II 9 3563.71 V II 4 3572.734 Pb I 3 3584.663 Fe I 294 3563.92 Cr II 134 3572.748 Cr I 75 3584.790 Fe I 322

3564.046 Gd II 52 3573.09 Zr II 9 3584.801 Co I 6 3564.11 Fe I 48 3573.27 P Ni I 123 3584. 960 Fe I 395,611 3664.115 Co I 159 35,73.403 Fe I 673 3584.962 Gd II 7 3564.30 Cr I 281 3573.516 V I 122 3584.98 C II 23 3564.34 A II 43 3573.557 V. II 78 3586.154 Co I 21 3564.51 P Fe I 183 3573.643 Cr I 75 3585.193 Fe I 438 9564.54 P Fe II 113 3573.737 Ti II 15 3585.31 Cr II 13 3664.56 P Fe I 183 3573.842 Fe I 181 3585.320 Fe I 23 3664. 67 P Ni I 73 3573.896 Fe I 611 3585.54 Cr II 13

3664. 947 Co I 19 3574.039 Cr I 74,308 3585.708 Fe I 23

3664.953 Cr I 308 3574. 23 Ne II 9 3585.808 Co I 100 3665.02 A II 57 3574.245 Ti I 247 3685.83 C II 23 9565.15 Cr I 50 3574. 340 V II 78 3585.852 Ti I 9565.31 Cr II 107 3574. 37 P Fe I 181 3585.91 Mo II 1 3565.326 Tl II 76 3574. 38 Cr I 3586.082 Co I 87

3565. 381 Fe I 24 3574.64 Ne II 9 3586. 10 P Fe I 497 3565.41 Zr II 102 3574.805 Cr I 75 3586.114 Fe I 611

9565. 55 Cr I 50,281 3574. 935 Cr I 74 3586.12 Fe III 36 9665.583 Fe I 321,328 3574.967 Co I 21 3586.23 Cr I 157 3565.83 P Fe I 571 3575.11 Fe I 321 3586.28 Zr I 12

3565.84 Ne II 34 3575.249 Fe I 322 3586.543 Mn I 8 3566.00 Ti II 42 3575.361 Co I 4 3686.557 Al II 7 3566.052 Fe II 155 3575. 374 Fe I 496 3586.708 Forb Al II 7 3566.10 Cr I 284 3575. 69 P Cr II 107 3586.75 P Fe I 325 3666.10 Zr I 15 3578.79 Zr I 12 3586.811 Forb Al II 7 9666.148 Fe II 132 3575.850 Cb I 4 3686.83 P Sc II 40 3666.177 V I 45 3575.952 Ni I 120 3686.912 Al II 7 9666.177 V 11 4 3575. 976 Fe I 321,328 3586.936 Al II 7 3566.31 P Fe I 127 3576.00 CI II 78 3586.985 Fe I 23 3566.37 Cr II 76 3576. 23 P Cr II 171 3587.068 Al II 7

3666.372 Nl I 36 3576. 340 Sc II 3 3587.130 Ti II 15 3566.43 P II 22 3576.38 Ti II 76 3587.16 P Forb j He I 32 3666.472 Tn> II 6 3576.44 Ti IV 3587. 165 Al II 7 3666. 59 Fe I 181 3576.62 A II 56 3587. 186 Co I 35 3566.836 Sm II 3576.760 Fe I 613a 3587.186 Gd II 1 3567.045 Fe I 325 3576.762 Ni II 4 3587. 195 Forb Al II 7 3567.116 Gd II 89 3576.772 Gd II 51 3587.252 He I 31 3667.171 S II 56 3576.88 Zr II 9 3587.253 Fe I 325 3667.36 Fe I 183 3577.220 V II 78 3587.309 Al II 7 3567.654 Gd II 51 3577. 240 Ni I 3 3587.342 Al II 7

3667.701 Sc II 3 3577.260 Co I 41 3587.396 He I 31 9567.84 Lu I 3 3577.458 Ce II 51 3587 . 424 Fe I 134 9568.04 CI II 78 3577.644 V II 69 3587.450 Al II 7 9668. 14 Zr II 46 3577.857 V II 78 3587.504 Nd II 3568.271 Sm II 47 3577.880 Mn I 8 3587.53 Fe III 36 9668.96 Cr I 284 3578.03 Co II 1 3587.68 C II 23 9668.423 Fe I 321 3578.076 Co I 117 3587.69 P Fe I 322 3568.426 Co I 61 3578 . 22 Zr II 83 3587.75 y i 3568.53 Ne II 9 3578.380 Fe I 321 3587.752 Fe I 3568.826 Fe I 673 3578.596 Gd II 21 3587.78 CI II 78

3568.940

V I 122 3578.636

V II 78 3587.931 Ni I 16 3568.97 P Fe II 113 3578.67 P Fe I 127 3587.95 P Fe II 10 9868.977 Fe I 294 3578 . 687 Cr I 4 3587.98 Zr II 10 3569.03 Hf II 7 3578.687 Ti II 117 3588.13 V II 78 3669.083 V I 53 3578 . 89 La II 155 3588.23 P Fe I 47 •669.14 Cr I 281 3578.903 Co I 41 3588.30 Cr II 107 3669.370 Co I 38 3879.029 Co I 41 3588.32 Zr II 10 3569.493 Mn I 18 3579.549 Gd II 89 3588.44 A II 66 3569.566 Gd II 51 3579.83 P Fe I 673 3686.52 P Fe I 394 3569.804 Mn I 18 3880.10 La II 155 3588.615 Fe I 328

3669.94

A II 67 3880.277 Cb I 4 3688.80 Zr II 67 3669.99 Fe I 138 3680.618 Gd II 89 9688.918 Fe I 322

3570.047 Mn I 18 0580.71 P Sc II 40 9588.92

C II 29 3670.10 La II 142 9590.927 Sc II 3 3689.107 Fe I 23 3570.100 Fe I 24 3880.941 Sm II 3589.215 Ru I 4 •670.249 Fe I 326 3681.195 Fe I 23 3589.466 Fe I 295 3870.94 P II 18 3581.62 A II 56 3689.635 Sc II 3 3670 . 87 P Cr II M 3881.648 Fe I 295 3689.67 C II 23 •870.80 P Fa I 184 9881.68 La II 136 3689.748 V II 4 9870.862 W I 9,6 9881.80 C II 23 3689. 77 Fa III
FINDING LIST

I A Type Element Multiplet No

3088.973 Mn I 25 3690.08 Fe I 440

3590.29 P Fe I 497

3590.46 SI III 7 3590.468 Od II 22 3590.47 Ne II 32

3390.475 8c II 3 3590.598 Ce II 232

3590.66 Fe I 953

3590.87 C II 23

3590.99 Fe I 573 3591.345 Fe I 321 3591.485 Fe I 568 3591.746 Co I 134 3591.912 Gd II 51 3592.012 V II 4 3592.486 Fe I 237 3592.595 Nd II 3592.603 8m II 39

3592.68 Fe I 569

3592.709 Gd II 69,89

3592.881 Fe I 77 3592.92 Y I 8 3593.02 P Cr 11 13 3593.022 Ru I 4

3593.093 Ti II 76 3593.15 Fe III 36 3593.323 V II 4

3593. 33 Fe I 571 3593.445 Gd II 52

3593.488 Cr I 4 3593.5259 Ne I 7 3593.60 N II 26 3593.76 A II 117 3593.80 P Fe I 182

3594. 10 P Fe I 154 3594.13 P 8c II 40

3594. 18 Ne II 34

3594.41 A II 23

3594. 462 S II 16

3594.632 Fe I 322

3594.87 P Co I 135 3594.870 Co I 4

3694.89 P 8c II 40

3595. 119 tin I 8 3595.294 Fe I 322 3595.66 Fe I 322 3595.87 Fe I 181 3595.991 8 II 4

3596.048 Tl II 15

3596. 179 Ru I 4

3596. 194 Rh I 1 3596.20 Fe I 181 3596.351 Mo II 1 3596.510 Co I 118 3596.55 Tl II 76

3597.05 Fe I 569 3597.147 Rh I 5 3597.24 P Fe I 856

3597.39 P 8c II 40

3597.42 Hf II 54 3597.50 Al II 02

3597.705 Nl I 18 3598 . 196 Ce II 116 3598.22 Fe III 105 3598.71 Fe I 674 3598.714 Tl I 09 3598.93 Fe I 568

3598 . 98 Fe I 322

3599.304 He I 30

3599.395 Cr I 89

3599.442 He I 30 3599.49 Fe III 36 3599.530 Nl I 121 3599.624 Fe I 809

3599.91 Zr II 123 3599.974 Ce II 219 3600.22 A II 115 3600.48 P Fe I 498 3600.583 Ce II 236

3600.74 1 II 9 3000.803 Co I 63 3000.93 Pa III 30 3000.903 Od II 09 3001.07 La II 44

3001.16 Tl I 172 3001.18 Zr I 13 3001.42 P Fe I 127 3001.01 A II 4

3001.623 Al III 1

I A Type Element Multlplet No

3601.666 Cr I 74

3601.692 Sra II 20 3601.782 Mn I 25 3601.916 Al III 1 3601.93 T II 9 3602.079 Co I 4

3602. 10 CI III 1 3602.10 Fe I 322

3602. 281 Nl I 3 3602.46 Fe I 322

3602. 534 Fe I 324,391

3602.574 Cr I 74

3602.60 P Fe II 101 3602.61 P Cr I 140 3602.70 P Fe I 390 3602.77 P Fe I 370 3603.20 Eu II 16 3603.205 Fe I 290

3603.46 A II 07 3603.572 Fe I 181

3603.61 Cr II 13 3603.72 CI II 78 3603.745 Cr I 74 3603.80 Cr II 13 3603.828 Fe I 496

3603.845 Tl I 20 3603.86 Cr II 13 3603.88 Fe III 36 3603.91 A II 43,68

3604.21 P Fe II 176

3604.284 Tl I 21

3604. 285 Sn II 47 3604.375 V II 130 3604.383 Fe I 323 3604.469 Co I 136 3604.01 CI II 78 3604.04 Cr I 40,89

3604. 96 P Cr I 74

3604.96 P Fe I 77

3600.016 Co I 97

3600.00 P Cr I 49 3600.333 Cr I 4

3600. 370 Co I 20 3600.41 P Cr I 49

3606.400 Fe I 294 3606.46 T II 46

3600.00 P Fe I 322

3606.00 P 8c II 40 3600.02 P Cr I 202 3600.665 Gd II 4

3605.691 Mn I 20 3605.89 A II 30 3606.062 Tl I 303

3606. 18 P Fe II 175 3606.38 P Fe I 233 3606.5224 A I 5 3606.03 P Fe I 133 3606.679 Fe I 294

3606. 786 Tl I 20 3606.852 Nl I 120,173

3607.04 Co I 67 3607.00 P Fe II 101 3607.20 P Cr I 140 3607.30 V II 77 3607.39 Zr II 83

3607.037 Mn I 8 3607.620 Ce II 178 3607.92 P Cr I 140

3608. 146 Fe I 323,438

3608.307 Co I 20 3608.32

"* V II 242 3608.401 Cr I 202 3608.49 P Fe II 171 3608.494 Mn I 8 3608.08 P Cr I 140 3608.66 Cr II 133 3608.7 P Nl II 4 3608.703 Od II 69 3608.766 Ta II 3 3008.801 Fe I 23 3608.89 P Tl II 76

3608.96 C .III 10 3609.04 Cr I 49

3009.09 N II 26 3009.314 HI I 16 3609.40 P Fe I 322

3009.479 Cr I 49 3609.491 8m II 30 3609.06 Pd I 2 3609.01 C III 10

I A

3609.687 3609.762

3609.788

3610.002

3610.07 3610.104

3610. 139 3610.26

3610.299

3610. 33

3610.38 3610.462

3610.703 3610.76 3610.794

3610.80

3611.06 3611.418

3611.04

3611.07

3611.58 3611.701 3611.72

3611.84

3611.90 3612.068 3612.34

3612.34

3612.35

3612. 352

3612.470 3612.51

3612.609

3612. 741

3612.85

3612.940 3613.03

3613.08 3613.08

3613.15

3613.21

3613.26

3613.30 3613.392

3613.43

3613.45

3613.490 3613.641

3613.669 3613.70

3613.701

3613.80

3613.836 3613.95

3614.10 3614,21 3614.26

3614. 34 3614.550

3614.673

3614.77 3614.79 3614.873 3615.01

3615.09

3615. 19 3610. 387 3610.40

3610.64 3610.640

3615.66 3610.817

3610.88

3616. 10

3616. 162

3616. 29

3616. 326

3616. 072

3616.916

3617.09

3617. 164

3617. 317 3617.32

3617.022

3617.03

3617.788 3617.97

3618.010 3618.30

3618.392

Type Element Hultlplet No

Ce II 179 Co I 147 Nd II Cr I 49

CI II Tl I .08 Fe I 321 La II Mn I 8

Fe II 112

Fe II 170

Nl I 18

Fe I 323

Gd.II- 89 Th II 3 Cr II 171 1 II 9 Nl I 119

Nl I 2 Eu II 15

V II Co I 115

Fe III 36

A II 30

Zr II 113 Fe I 325 La II 125

Zr II 146

Ne II 26

Al III 1

Rh I 1 Fe I 613a

Cr I 202 Nf I 6

CI III 1 Fe I 46,77

8 II 4

Fe I 322

Zr II 1 Fe I 324

Cr II 13

Cr II 13 Tl II 76

Od II 09

Zr II 8,45

Fe I 672

Od II 87

He I 6

Cr I 88

Zr I 33

Ce II 110 Mg II 3

Sc II 2

Fe I 612

Co I 64

Gd II SI

Cr II 132

Co I 134

Fe I Nd II 38

Fe I 388

Zr II 8

Fe II 118

Fe I 104

CI II 70

Fe I 080

Co I 68

Cr II 147

Mg II a

Cr I 3

Fe I 48

Nd II 69

N II 26

Fe I 068

Eu II 28 Cr II 147 Fe I 132

Fe I 8 II 06

Fe I 030

Gd II 88

Fe I Cr II W I "i

Fe I 323

Fe I 496

Fe I 181 Co I 36

Fe I 324

Fe I 290,071

~J
FINDING LIST 25

I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No 3618.49 E II 1 3629. 10 P Sc II 18 3637. 15 La II 55 3618.62 P Fe I 569 3629.12 Zr II 113 3637.251 Fe I 180 3618.769 Fe I 23 3629.51 Gd II 69 3637.319 Co I 117 3618.88 CI II 77 3629.741 Mn I 8. 3637. 73 Fe I 229 3618.91 P Fe I 130 3629.906 Nl I 182 3637.83 8b I 1 3618.924 V II 158 3629.99 P Fe II 111 3637.862 Fe I 385 3618.96 P Fe I 77 .3630.03 Zr II 10 3637.89 A II 3619.284 Mn I 8 3630. 26 P Nl I 180 3637.966 Tl I 18 3619.392 Nl I 35 3630.353 Fe I 323 3638.15 S III 3619.460 Cr I 48 3630.67 P Fe I 126 3638.16 P Fe I 324

3619.514 Cb II 4 3630.740 Sc II 2 3638.296 Fe I 294

3619% 66 P Fe I 130 3630.748 Ca I 9 3638.49 P Tl I 118 3619.76 Fe I 180 3630.974 Ca I 9 3638.70 III 35 3620.00 P Fe I 324 3631. 103 Fe I 322 3638.767 Sm II 3620.23 Fe I 324 3631.126 Sm II 3638.80 Pt I 6 3620.27 Fe III 25 3631.194 Ce II 88 3639.024 V I 83 3620.422 Co I 116 3631. 266 Na II 2 3639.14 P Mn I 7 3620.496 V II 181 3631.390 Co i 4 3639.19 CI II 77 3620.82 A II 67 3631.41 P II 22 3639.443 Co I 64 3620.87 P Fe I 611 3631.464 Fe I 23 3639.568 Pb I 1

3620.88 P Fe I 323 3631.48 P Cr II 170 3639.76 P Sc II 18 3620.95 1 I 8. 3631.482 V II 76 3639.802 Cr I 47 3621.06 A II 4 3631.49 Cr II 12 3639.85 A II 116

3821. 19 P Fe I 574 3631.72 Cr II 12 3640.18 Od II 23 3621.203 V II 76 3631.948 Co I 133 3640.388 Fe I 295 3621.22 Co II 1 3631.959 W I 3 3640.39 Cr I 47

3621.229 Sm II 12 3631.999 Tl I 3640.891 F II 11 3621.273 Fe II 144 3632.022 S III 1 3641.01 Cr I 47

3621.463 Fe I 294 3632.042 Fe I 496 3641.096 V I 115 3621.51 Cr II 98 3632. 106 Ce II 114 3641.22 P Fe II 111

3621.718 Fe I 808 3632. 126 V II 76 3641.330 Tl II 52 3622 P VI 3 3632. 292 Fe II 112 3641.39 Gd II 86 3622.00 P Fe I 233 3632; 46 Cr I 49 3641.42 W II 1 3622.001 Fe I 295 3632.558 Fe I 437 3641.45 P Fe I 323

3622. 145 Ce II 71 3632.75 Ne II 33 3641.470 Cr I 47 3622.15 A II 42 3632.839 Co I 147 3641.641 Nl I 6 3622.289 V. II 144 3632.839 Cr I 49 3641.66 La II 136 3622.45 Cr II 171 3632.979 Fe I 135 3641.784 Co I 99 3622.504 8m II 6 3633.07 P Fe I 390 3641.830 Cr I 47 3622.54 Eu II 18 3633.13 T II 2 3641.985 F II 11

3622.69 CI III 1 3633.16 P Cr II 147 3642.387 Nl I 75 3622.81 P Fe II 175 3633.340 Co I 116 3642.675 Tl I 19 3622.850 Mo II 1 3633.468 Tl I 3642.785 Sc II 2 3623.03 V II 77 3633.49 Zr II 102 3642. 798 F II 11 3623.187 Fe I 180 3633.64 P Fe I 395 3643.181 Co I 99 3629.316 8m II 12 3633.837 Fe I 440 3643. 22 Cr II 1 3623.440 Fe I 233,43b 3633.99 P Ti II 116 3643.4 Y II 55 3623.51 P Fe I 393 3634.04 Cr II 147 3643.47 Mo II 1 3623.772 Fe I 323 3634.10 P Forb Be I 29 3643.627 Fe I 385 3623.792 Mn I 8 3634.13 V II 180 3643.716 Fe I 233

3623.837 Ce II 235 3634.235 Be I 28 3643.80 P Fe I 670 3623.837 Ce II 3634.290 8m II 19 3643.82 P Fe I 46 3623.87 Zr I 12 3634.326 Fe I 389 3643.864 V I 83 3623.98 Lu II 6 3634.373 Be I 28 3643.89 Ne II 5 3624.00 Bf II 18 3634.52 P Fe I 323 3643.941 Nl I 174 3624.06 P Fe I 570 3634.698 Fe I 3644. 12 P Cr II 98

3624. Ill Ca I 9 3634.71 Pd I 1 3644. 19 P Fe II 131 3624.26 Fe III 93 3634.713 Co I 146 3644.35 Bf II 6 3624.30 Fe I 133 3634. 757 Gd II 69 3644.410 Ca I 9 3624.337 Co I 41 3634.83. A II 29 3644.47 Be II 5

3624.688 Fe II 3634.928 8n II 6 3644.58 P Fe I 235 3624.72 P Nl I 121 3634.941 Nl I 33 3644*699 Tl I 3624.733 Nl I 2 3635.08 P Fe I 919 3644.70 Cr II 1 3624.826 Tl II 52 3635. 13 A II 4 3644. 766 Ca I 9 3624.890 Fe II 144 3635.144 Mo II 5 3644.798 Fe I 570 3624.955 Co I 21 3635.19 Fe I 490 3644.86 Ne II 41 3625.140 Fe I 323 3635.202 Tl I 20 3644.87 P tl II 116 3625.26 oa II 69 3635.28 P Fe I 324 3644.990 Ca I 9 3625.30 P Cr II 98 3635.281 Cr I 3 3645.090 Fe I 323,496

3625.608 V II 76 3635.334 J II 46 3645. 190 Co I 61

3625.92 P Cr II 147 3635. 36 P Tl II 62 3645.20 III 35 3626.020 Co I 41 3635.43 P Cr II 98 3645. 290 So II 19 3626.085 Tl I 20 3635.462 Tl I 19 3645.311 8c II 2 3626.32 Od II 69 3636.64 P Tl II 116 3645. 387 Sm II 35 3626.53 8 III 3636.67 A II 68 3645.43 La II 14 3627.014 8a II 30 3636.82 P Fe I 321 3645.440 Co I 97 3627.06 Fe I 808 3636. 186 Fe I 77,668 3645.494 Fe I 323,391,441

3627. 168 Fell 193 3636. 21 Cr I 47 3645.59 Cr I 48 3627.36 V Fe I 395 3636.23 Fe I 774 3645.596 V I 137 3627.63 «g I 48 3636.46 Zr II 9 3645.62 Od II 17

3627.71 Tl II 62 3636.49 P Fe I 568 3646.78 P Fe II 112 3627.713 V II 76 3636.50 P Fe I 47 3645.822 Fe I 496 3627.806 Co I 19 3636.580 Cr I 47 3645.905 V II 76 3627.971 8m II 12 3636.61 P Fe II 111 3645.981 H 7 3628.06 Me II 41 3636.650 Fe I 493 3646. 10 P Fe I 324 3628.094 Fe I 77 3636.713 Co I 64 3646. 161 Cr I 48 3628.247 Ce II 113 3636.90 P Fe II 112 3646. 19 Gd II 2 3628.71 T II 9. 3636.995 Fe I .233 3646. 198 Tl I 18 3628.82 P F. I 438 3637.05 A II 3646.75 Eu II 13 3628.83 La II 13 3637.05 P Fe I 438 3646.84 III 36
26 FINDING LIST I A

3646.848

3646.965 3647.081

3647.40 3647.427

3647.43 3647.56 3647.658

3647.71 3647.77

3647.84 3647.844

3648.07 3648.22

3648.35

3648.534

3648 . 80 3648.86

3648.966 3648.997

3649.01

3649. 184 3649.20 3649.232

3649.304

3649.329 3649.44

3649.508 3649.527

3649.70

3650.031

3650.13 3650.144

3650.188

3650.19

3650.19 3650.280 3650.37

3650.45

3650.70

3650.73

3650.90 3650.95

3650.998

3651.03 3651.065

3651.096

3651. 10 3651.182

3651.254

3651.469 3651.50

3651.67

3651.68 3651.798

3651.90 3651.971

3652. 119 3652.26 3652.541

3652.65

3652.748 3652.81

3653.00

3653.108

3653.35

3653.497 3653.614

3653.62

3653.670

3653.763 3653.85

3653.912

3654.441

8654.51 3654.592 3654.62

3654.66 3654.995

3655.29

3655.35 3665.465

3655.56

3855. 651 3665.92

3656.05

2656.135

3656. 152

365*1.221

ri656. 227

Type P

Forb

Forb P

Forb

V II Ce II Co I Cr II Fe I Fe I Fe I Co I Ni I Lu I

Fe I Ye I CI II Fe I Hf II Cr I Tl II Tl II V I Cr I

Tl II Al IIIII

Al II Fe

CoGd II Fe I Sm II Fe I

Fe I CI II Hg I Sm II La II NFeCr II

Tf IIIII

Zr II A II Gd II Sm II Fe I Al II Al II Fe I Cb II Co I

Fe I Zr II Nl

Cr III Sc II Tl I He I Re I Fe'I

Co I

Fe III Fe II Tl II

III

Ce II Fe I Tl I

Tra II Sc II Ce II

Fe I Cr II Cr I Co I S II Tl I Gd II Fe I Al II A II

Fe I Fe I Zr II Ce II Cr I A II HGd II

Sip II Fe I

Multiplet No.

18066

1181 46 497

5744

569

2377 978

3947

74

83 115

47

141235

125 146

69 291

47

391

3947325

12

180 156

75

35

14643

69

51 571

1212 322,674 4 85

295

122

15312 118

27

27 4944

116

35

38 229,324

19

1018

50

180 156

47

634

184

771282

131 369

715146

6771 I A Type Element Multiple

3656.261 Cr I 46 3656.319 Al II 51 3656.35 P Fe I 323 3656.50 P Fe II 111 3656.61 S III 6 3656.666 H 7 3656.706 V I 115 3656.73 P Tl I 118 3656.77 P Fe II 131 3656.95 CI III 1

3656.962 Co I 21 3657.143 Fe I 130 3657.269 H 7 3657.574 Ru II 1 3657.59 W II 2 3657.698 Nl I. 183 3657. 89 Fe I 395 3657.926 H 7 3657.94 Cr II 170 3657.987 RJi I 1

3658.02 P Fe I 438 3658.097 Tl I 19 3658.19 Cr II 98,140

3658.266

V II 116 3658.3 Al III 20 3658 . 38 CI II 7 3658.55 Fe I 231 3658.641 H 7 3659.02 Hf II 44

3659. 227 Ce II 54

3659.423H 6 3659. 516 Fe I 180 3659.602 Cb II 3659.765 Tl II 75 3659.84 CI II 7 3659.93 Ne II 33 3660.279 H 6 3660.33 Fe I 323 3660.404 Mn I 3660.41 P Fe I 229

3660.44

A II 116 3660.631 Tl I 18 3660.641 Ce II 42 3660.85 Fe III 93 3660.92 Zr II 32 3661.05 Hf II 26 3661.17 P Fe II 111 3661.20 Zr I 12 3661.221 H 6 3661.25 P Fe I 952

3661.33 Zr II 102 3661.353 Ru I 2 3661.36 Fe I 179 3661.365 8m II 6 3661.383 V II 191 3661.44 Cr II 156 3661.73 Hf II 62 3661.951 Nl I 16 3662.005 S III 6 3662.08 La II 12

3662. 14 Zr II 101

3662. 158 Co I 115 3662.237 Tl II 75 3662.258 H 6 3662.26 Gd II 4 3662. 39 Cr I 46 3662.62 P Cr II 1 3662.693 Sm II 3662.73 P Fe I 490 3662.840 Cr I 46

3662.90 P Fe I 436

3662.905 Sm II 39 3663.206 Cr I 46

3663.25 Fe I 439 3663.274 Hg I 2 3663.406 H 6 3663.458 Fe I 229,231 3663.47 S II 16 3663.594 V I 114 3663.64 Zr I 12

3663.95 Fe I 435

3663.98 Fe III 24 3664.09 Ne II 1 3664.095 Nl I 4 3664.20 P II 18 3664.254 Sc II 10 3664.537 Fe I 391 3664.60 Gd II 3664.62 Y II 9 3664.679 H 6 I A Type Multiplet No.

3664.68 Fe I 390 3664.86 P Tl II 116 366*. 99 Cr II 156 3664.98 Fe III 34

3665. 142V I 115 3665.180 Nd II 3665.22 La II 3665.35 Hf II 18 3665.43 Cr I 48 3665.46 P Cr II 1

3665.812 T» II 16 3665.924 Nl I 3665.980 Cr I 46

3666.02 P Cr II 145

3666. 0*7H 5 3666.11 P Tl II 74

3666. 19 Cr I 46 3666.210 Rh I 3 3©C0» 34 Pe I 179,369 3666.26 P Fe I 673

3666. art 8e II 3 3666.569 Tl II 116 3666.642 Cr I 46 3866.86 P Fe I 363 3666.944 Fe I 46 3667.06 Zr II 8

3667. 25S Fe I 570 3667.46 Zr II 32 3667.684 H 5 3667.741 V I 114

3667.932 Sm II 30 3667.981 Ce II 40 3667.996 Fe I 438,569

3668.029 Cr I 46

3668.03 CI II 7 3668.088 Tra II 2 3668.214 Fe I 568 3666.216 Nl I 182 3668.46 Zr II 9 3668.489 y II 46

3668.58 P Fe I 231 3668.719 Ce II 36 3668.830 Pr II 3668.893 Fe I 229 3668.965 Tl I 18 3666.049 S II 16 3669.151 Fe I 437 3669.241 Nl I 2 3669.396 Mn I 7 3669.410 V II 116

3669.466

H 5 3669.523 Fe I 291 3669.02 A II 42

3669.68 P Fe I 436 3669.69 P Cr II 1 3669.838 Mn I 7 3670.035 Fe I 369 3670.041 Co I 64 3670.071 Fe I 435

3670.16 P Cr II 6

3670.23 P Fe I 47 3670.28 CI III 1 3670.427 Nl I 4 3670.517 Mn I 7 3670.668 Mo II 1 3670.677 Sm II 3670.810 Fe I 133

3670. 840 Sm II 11 3671.01 A II 115 3671.12 P Cr II 6

3671.20 Gd II 2 3671.205 V I 70 3671.28 Zr II 45

3671.478

H 5 3671.51 Fe I 570 3671.672 Tl I 19 3671.94 Cr I 217

3672. 14 S II 4

3672. 166 Ce II 49 3672.363 Nd II

3672.403

V I 115 3672.65 Zr II 1 3672.69 Fe I 180 3672.789 Ce II 233 3673.19 Eu II 28 3673.26 A II 117 3673.35 P Fe II 174 3673.404 V I 114

3673. 44R Ca I 28 3673.542 Nd II
FINDING LIST 27 I A *n- n« •nt Multiset No. I A Type Element Multlplet No. I A Type Ilwnnt Multlplet No 3673.59 Cr I 217 MS3.67 Cr 1 216 3693.364 Co I 64 3873.68 p Fe I 978 3683.71 Ca II 18 3693.476 Co I 95 9673.761 H 5 3883.77 P Fe I 996 3693.56 Cr I 45 •673.77 p Fe II 131 3684.1 Li II 2 3693.667 Mn I 3673.83 CI II 7 3684.108 Fe I 292 3693.78 P Fe I 46 3674.06 p Ml I 15 3684.25 Cr II 145 3693.79 P Fe I 490

3674.19.

p Nl I 32 3684.332

V I 114 3693.932 Nl I 15 3674.634 Eu II 11 3684.479 Co I 99 3693.989 8m II 2 3674.691 V II 93 3684.903 Y II 62 3694.005 Fe I 394

3674. 74 Zr II 9 3684.960 Co I 116 3694. 10 P Tl I 177

3674.766 Fe I 369 3685.049 Mn II 8 3694.11 Ca II 18 3674.92 p Tl I 177 3685. 192 Tl II 14 3694. 115 Mn I 24 3675.00 p Cr II 1 3685. 212 Mn I 7 3694. 12 Cr I 45 367S.265 8c II 10 3666.47 P Tl I 177 3694.19 Yb II 1 3676. 307 Ca I 28 3688. M8 Cr I 44 3694.22 Ne II 1 3670.44 p Fe I 239 3886.66 P Fe I 231 3694. 27 La II 124 3676.497 V I 114 3688. 804 Nd II 3694.31 Ca II 18 3675.64 Y II 84 3688.964 Tl I 117 3694.445 Ti I 117 3675.700 V I 29 3685.998 Fe I 385 3694.622 V I 114 3675.76 p Fe I 996 3686.18 Cr I 44 3694.911 Ce II 63

3676.27 P II 19 3686.20 Mn II 8 3694.98 Cr II 169 3676.314 Fe I 228 3686.260 Fe I 131 3695.054 Fe I 229,534a 3676.33 Cr I 89 3686.262 V I 70 3695.158 V II 116,179 3676.965 H 4 3686.477 Co I 134 3695.335 V I 114 3676.50 p Cr II 1 3686.555 Cu II 2 3695. 37 III 21 3676.552 Co I 145 3686.67 Cr II 118 3695.507 Fe I 225,707

3676. 684

V I 115 3686. 71 Ti I 222 3695. 86 Cr I 217

3676. 879 Fe I 389 3686.803 Cr I 41 3695.865

V I 29 3676.959 Mn I 3686.833 H 4 3696 P N IV 12

3677. 309 Fe I 773 3687.039 Pr II 3696.03 Fe I 128

3677.477 Fe I 125 3687.100 Fe I 75 3696.29 P Nl I 74

3677. 630 Fe I 291 3687.252 Cr I 44 3696.39 Ti II 73 3677.69 Cr II 12 3687.354 Ti I 19 3696. 568 Mn I 24 3677.793 Sm II 3687.458 Fe I 21 3696.6 Y II 74 3677.835 Co I 116 3687.473 V I 114 3696.65 P Ni I 74 3677.86 Cr II 12 3687.545 Cr I 45 3696.78 Cr II 131 3677.93 Cr II 12 3687.656 Fe I 291 3696.81 P Fe I 434

3677. 980 Co I 20 3687.74 Od II 20 3696. 885 Ti I 177 3678.13 S II 3687.78 Eu II 3696.913 Ni I 172 3678.240 Ca I 28 3687.802 Ce II 143 3697.09 Ne II 41

3678.259 Eu II 29 3688.01 P Cr II 1 3697. 154

H 3 3678.27 A II 42 3688.069 V I 29 3697.426 Fe I 38S 3678.342 8c II 45 3688.11 Cr I 46 3697.45 Fe III 35 3678.46 p Mn I 7 3688.27 P Tl I 177 3697.49 Zr II 7 3676.862 Tm ir 12 3688.307 Mo II 6 3697.510 Fe I 670 3678.863 Fe i 131 3688.415 Nl I 5 3697. 72 V II 204 3678.91 Zr ii 101 3688.418 8m II 11 3697.73 Gd II 4

3678. 98 Fe i 124 3688.42 Eu II 2 3697.850 Cb I 3 3679.070 Cr i 48 3688.44 CI II 56 3697.88 s lit 3679. 14 p Tl i 177 3688.457 Cr I 48 3698.00 Cr II 118

3679. 33 Fe i 228 3688.476 Fe I 669 3698.03 P Fe I 75 3679.34 p Cr ii 118 3688.71 Fe III 93 3698.17 Zr II 71 3679.355 H 4 3688.877 Fe I 179 3698.183 Ti I 222 3679.424 Ce ii 257 3689 P N IV 12 3698.39 Hf II 42

3679.500 Eu ii 3689.02 P Fe I 178 3698.611 Fe I 491 3679.53 Fe i 393,490 3689.2 Y II 75 3698.650 Ce II 51 3679.64 Zr ii 122 3689.302 Cr I 48 3698.70 III 21 3679.673 Tl ii 75 3669.305 Ni I 173 3699.017 Co I 145 3679.80 Ne ii 41 3689.37 P Fe I 391 3699.147 Fe I 490

3679. 819 Cr i 48 3689.457 Fe I 369,386 3699.37 S III

3679.915 Fe i 5 3689.63 Cr I 216 3699.41 P Fe I 996 3680.06 A ii 115 3689.671 Ti I 222 3699.476 V I 70 3680.113 V i 114 3689.897 Fe I 533 3699.55 P Fe I 436 3680.19 Cr i 48 3689.916 Ti I 16 3699. 72 Hf II 18 3680.675 Fe i 568 3690.032 Ru II 1 3699.73 Gd II 20 3680.801 Fe i 3690.095 Fe I 231 3699.90 P Fe II 131 3680.98 p Fe ii 111 3690.281 V I 29 3699.920 Ce II 223 3681.272 Tl i 177 3690.35 Pd I 7 3699.952 Pr II 11 3681.54 K ii 1 3690.450 Fe I 497,570 3700.055 Tl I 3681.64 Fe i 390 3690.60 Fe III 85 3700.126 V II 102

3681.691 Cr i 89 3690.70

V II 190 3700.14 Fe III 84 3681.774 Fe i 3690.715 Co I 86 3700.256 Tm II 6 3681.87 Fe i 961 3690 . 730 Fe I 807 3700.337 V II 116 3682.05 CI in 1 3690.98 P Zr II 82 3700.42 P Cr II 1 3682. 101 W i 4 3691.18 P Fe I 229 3700.61 P Fe I 569

3682. 15p Fe i 386 3691.53 P Fe I 707 3700.909 Rh I 2

3682. 17

p Fe i 385 3691.567

H 4 3700.922 Sm II 3682.226 Fe i 772 3692 P V 8 3700.96 V II 102 3682.25 Hf i 1 3692. 17 A II 68 3701 P V 8 3682.56 A ii 29 3692. 221 8m II 29 3701.086 Fe I 385

3682.66p Fe ii 131 3692.228

V I 29 3701. 15 Hf II 61 3682.67 Zr ii 44 3692.33 A II '4 3701.364 Tm II 2 3682.810 H 4 3692. 357 Rh I 1 3701.63 P Nl I 138 3683.047 Co i 99 3692.44 I 6 3701.730 Mn I 7 3683.054 Fe i 5 3692.60 Zr II 56 3701.81 La II 136 3683.126 V i 29 3692. 645 Mo II 5 3701.81 Ne II 40 3683.267 Eu ii 11 3692.812 Mn I 7 3701.90 Cr II 168 3683. 39 CI in 18 3693.008 Fe I 439 3702 P V 16 3683.469 Pb i 1 3693.09 Cr I 216 3702.033- Fe I 369 3683.616 Fe i 130,671 3693.106 Co I 97 3702.086 Al III 4
28 FINDING LIST

I A Type Element Hultlplet No. I A Type Element Multiplet No. I A Type Element Multiplet No.

3702. 237 Co I 145 3710.46 P II 37 3718.21 A II 131

3702. 201 Tl I 83 3710.47 Zr II 122 3718.380 Ce II 37

3702. 500 Fe I 46,76 3710.60 Cr I 88 3718.407 Fe I 292

3702. 863 Mo II 5 3710.869 Sid II 19 3718.86 Zr II 9 3702.75 III 14 3710.870 Eu II 14 3718.877 Sm II 38 3702.942 Ti I 132 3711.074 Na II 3 3718.92 Pd I 3 3703 P V 8 3711.099 Pr II 18 3718.930 Mn I 3703.217 Al II 18 3711.118 V II 102 3719.27 Hf II 7 3703.323 Y II 62 3711.225 Fe I 228 3719.45 Gd II 3703.37 III 21 3711.29 Cr II 3719.53 Gd II 17

3703,43 P Fe I 704 3711.30 P Fe I 75 3719.74 Mo II 5 3703.52 C III 12 3711.32 Fe III 99 3719.797 Ce II 82

3703.556 Fe I 291,292 3711.411 Fe I 494 3719.935 Fe I 6

3703. 584 V I 29 3711.643 Sis II 25 3720.17 P Fe II 23 3703.697 Fe I 389 3711.646 Co I 63 3720.29 P Zr II 32

3703.824 Fe I 369 3711.751 V II 116 3720.384 Ti I 177 3703.832 V II IB 3711.92 P Fe I- 178 3720.43 A II 42

3703.855 H 3 3711.95 Zr II 8 3720.45 CI III 8 3704.010 Fe I 495 3711.973 H 3 3720.69 P Rh II 7 3704.060 Co I 35 3711.974 Fe II 192 3720.86 III 21

3704.296 Ti I 117 3712.109 8m II 3720.93 V I 98

3704. 336 Fe I 609 3712. 177 Co I 84 3721.03 P Ni I 181 3704.463 Fe I 290 3712.39 P Fe II 15 3721. 189 Fe I 491

3704.699 V I 29 3712.48 III 21 3721.278 Fe I 78,706

3704. 73 III 21 3712.50 Cr I 269 3721.358 V I 11 3704.79 P Forb Be I 26 3712.533 V II 157 3721.396 Fe I 131 3704.80 P Fe I 960 3712.70 Gd II 20 3721. 398 Y II 76

3704.848 Tm II 9 3712.75 II 3 3721.512 Fe I 389 3705.003 He I 26 3712. 764 8m II 25 3721.606 Fe I 437

3705.035 V' I 29 3712.97 Cr II 12 3721.632 Ti II 13

3706.12 P Nl I 30 3713.018 Cb I 3 3721.69 Zr II 44

3705. 140 He I 25 3713.03 A II 114 3721.847 Sm II 3705.26 P Fe I 704 3713.04 Cr II 12 3721.86 Ne II 37 3705.40 P Cr II 118 3713.09 Ne II 5 3721.940 H 3 3705.40 Hf II 62 3713.103 Al III 4 3721.98 III 21 3705.46 CI III 1 3713.336 Nl I 74 3721.998 V I 91

3705.53 Ti I 222 3713.48 Eu II 12 3722.028 Fe I 291

3705.667 Fe I 5 3713.64 La II 26 3722.068 Gd II 119

3705. 70 P Fe I 610 3713.56 V I 98 3722. 16 V II 15 3705.71 P Fe I 293 3713.696 Nl I 74 3722.23 P Fe I 490

3705.81 La II 55 3713.734 Ti I 116 3722. 24 P Fe I 127 3705.83 V I 114 3713.957 V I 11 3722.484 Nl I 18 3706.026 Ca II 3 3714 P N IV 12 3722. 864 Fe I 8 3706.035 V I 104 3714.03 III 14 3722.868 Ti I 17 3706.06 P II 20 3714. 13 Zr I 12 3722.601 V I 91

3706. 219 Tl II 73 3714.3 Y II 61 3722.769 Ce II 90 3706.762 8b II 47 3714.39 Cr I 269 3722.77 P Fe I 707 3706.91 Kn II 8 3714.74 A II 3 3722.79 8b I 1 3706.94 A II 4 3714.77 Zr II 18 3723.324 V I 98

3706.979 8m II 3714.808 Nd II 36 3723.3a P Nl I 183

3707.01 Co I 86 3714.87 La II 86 3723.40 Cr II 144 3707.048 Fe I 385,392 3714.904 Eu II 11 3723.606 Nd II 3707. 13 Cr II 169 3715.08 III 14 3723.63 P II 22 3707.167 8m II 35 3715. 19 Cr II 20 3723.631 Ti II 72

3707.24 III 14 3715.371 Ti I 3723.92 P Fe II 14 3707.34 CI III 9 3715.45 Cr II 145 3724. 106 Ti II 73 3707.468 Co I 96 3716.476 V II 18 3724.26 P Nl I 183

3707. 549 Tl I 177 3715.499 Nl I 183 3724.380 Fe I 124 3707.828 Fe I 5 3715.53 La II 43 3724.51 A II 131 3707.918 Fe I 76 3715.795 Ti I 116 3724. 570 Ti I 131

3708.06 Un II 8 3715.86 P II 1 3724.81 Mn II 8 3708.18 P Fe I 228 3715.911 Fe I 124 3724.827 Ni I 182

3708.410 8m II 5 3716. 36 Gd II 2 3724.902 Sm II 8 3708.45 P Fe I 436 3716.365 Ce II 40 3724.94 Eu II 2 3708.602 Fe I 178,228 3716.442 Fe I 388,705 3724.984 V II 102 3708.628 Ti I 268 3716.631 Cr I 269 3725.05 La II 13 3708.664 8m II 19 3716.60 K II 2 3725.061 Tm II 3708.721 V I 104 3716.71 P Fe I 434 3725.166 Ti I 83

3708.823 Co I 98 3716.91 Y II 76 3725.29 Un II 8

3709.03 P Fe I 390 3716.930 Ce II 242 3726.30 III 14

3709.13 Gd II 61 3717 P V 8 3726. 304 Fe II 130 3709.246 Fe I 21 3717.02 Zr II 82 3728.498 Fe I 634

3709.26 P Cr II 6 3717.03 P IV 3 3726.65 P Fe I 75

3709.27 Zr II 45 3717.06 Cb II 3725.675 Ce II 231

3709.286 Ce II 40 3717.17 A II 67 3725.81 IV 6

3709.338 V II 102 3717.19 P Fe I 704 3728.901 Fe II 3709.371 8 III 1 3717.259 Tl I 116 3726 P V 8 3709.82 III 21 3717.393 Ti I 17 3726.06 P Fe I 433

3709.638 Fa I 435 3717.53 Mn II 8 3726.235 Cb I 3 3709.64 Me II 1 3717.55 V I 114 3726.653 Co I 40 3709.666 Fe I 225 3717.63 P III 10 3726.806 8m II 19 3709.88 Mn II a 3717.63 P IV 3 3726.85 Cr I 73 3709.90 A II 67 3717.69 Eu II 3726.69 P Fe I 78

3709.933 Ce II 40 3717.73 P Fe I 997 3726.926 Ru I 2

3709.963 Tl I 83 3717.775 8 III 6 3726.927 Fe I 388

3710.01 P Cr II 6 3717.84 P Fe I 706 3726.931 Mn I 24 3710.186 Tl I 222 3717.915 Tm I 3727.03 P Fe I 668

3710.22 P Cr II 6 3717.94 CI II 63 3727.04 P Fe II 192 3710.30 Y II 7 3718.169 V II 21 3727.08 Ne II 8

3710.42 8 III 1 3718. 190 Ce II 53 3727.09 Y II 74
FINDING LIST 28 I A

3727.096

3727.33 3727.351

3727. 37 3727.53

3727. 621 3727.67

3727.72 3727.809

3728.030

3728.130

3728. 335

3728.423

3728.469 3728.49

3728.608 3728.67

3728.67 3728.676

3728.82

3728.840

3728.889 3728.933

3729.03

3729.035

3729.29 3729.34 3729.34

3729.49

3729.70

3729.74

3729.806

3730.386 3730.433

3730.46 3730.476 3730.64

8730.751

3730.807

3730.610

3730.84

3730.945

3731. 15 3731.258 3731.28

3731.268

3731. 374 3731.42 3731.64 3731.932

3731.950 3731.983

3732.032

3732.13

3732. 13 3732.390

8732.399 3732.45

8732. 760 3732.861

3732.992

3733.08

8733.20

3733.319 3733.36 3733.483

9733.607 3733.73

3733.767

3733.910

3734.124

3734.139

8734.370

3734.428 3734.454

3734.567

3734.715

9734.80 9794.805

3734.867

3794.94

9735. 158 9735.325

9736.49

9735.660 9735.71

9736.85

9795.928

9736.94 9735.980

Type Element Multlplet Ho

Fe I 387

II 3 V II 21

Cr II 117

Fe I 705

Fe I 21

Fe I 225

Zr II 112 Fe I 386

Ru I 2

Nd II V II 116

Ce II 47

SB II 54

III 30

Fe I 227 P II 22 P IV 3 Tl I 116

III 30

Co I 133 Mn I 24

Nl I 181 IV 6 V I 91 A II 10 Fe I 530

II 62

Mn II 8 III 30

Zr II 8 Tl I 17 Fe I 533 Ru I 2 Fe I 389

Co I 62 8 II Ml I 2 Cr I 2 Td II 11

Od II 20

Fe I 228 Fe I 950

8b II 11

Zr II 112

Co I 96

Fe I 225 La II 137 V II 101 Mn I

Al II 11 V II 92

Cr I 2 Fe I 532

III 14

Co I 62

Fe I 76

Od II 5 V II 15 He I 24

He I 24

Gd II Fe I 225

Fe I 5 A II 68

Co I 98 V II 116

CI II 63

Tl I 166

Al II 11

Tb II 6

Co I 96 B 3 V I 97 Ru II 1 Al II 60 Al II 50

III 21

Al II 50

Fe I 21

He II 1 V II 102

Fe I 388 A JI 3

Tl I Fe I 127 La II 29 Co I 95

II 62

8b 11 29 I A Type Element Multlplet No

3736.017

V II 102

3736. 280 Be I 6 3736.41 La II 142 3736.46 Cr I 215

3736. 56 Cr II 20 3736.78 IV 6 3736.813 HI I 30 3736.901 Ca II 3 3737.133 Fe I 5 3737. 141 SB II

3737.55 Cr II 117 3737. 88 Hf II 75 3737.89 A II 131 3737.992 V I 91 3738.003 Al II 11 3738.08 Eu II 3738.13 Zr II 17 3738.306 Fe I 609 3736.38 Cr II 20. 3738.51 P Fe I 918

3736.757

V I 97 3738.901 Tl I 166 3739.117 8b II 3739. 120 Fe I 75 3739.13 K II 1 3739. 193 Pr II 3739.197 Sb II 5 3739.229 Ml I 2 3739.317 Fe I 74 3739.527 Fe I

3739.6 Tl II 107 3739.782 Nl I 18C 3739.80 Cb I 3 3739.92 II 31

3739.940 Pb I 2 3740.061 Fe I 532a, 707

3740. 241

V I 98 3740.247 Fe I 667 3741.059 Tl I 17 3741.288 Sb II

3741.31 Eu II 11 3741.427 Hd II 3741. 504 V I 124

3741. 56 P Fe II 15 3741.633 Tl II 72

3741.69 II 38 3741.727 Ce II 241 3742.07 Fe I 225

3742. 14 P Fe I 978

3742. 20 P Cr II 6

3742. 280 Ru I 2 3742.34 Ho II. 5 3742. 393 Cb I 3 3742.56 P Fe I 389 3742.621 Fe I 387 3742.937 Fe I 704 3742.968 Cr I 43

3742. 99 P Cr II 6 3743.20 P Cr II 6 3743.364 Fe I 21

3743.40 Fe III 3743. 468 Fe I 806 3743.47 Gd II 2 3743.556 Eu II 11 3743.578 Cr I 43

3743.610

V II 21 3743.78 P Fe I 290 3743.868 Sb II 18,34 3743.884 Cr I 43 3744.066 Tb I

3744. 106 Fe I 385

3744. 22 P III 10 3744.42 K II 3 3744.490 Cr I 43

3744.562 HI I 180 3744.66 He II 40 3744.73 IV 6 3744.98 Hf II 76

3745. 36 P Fe II 131 3745.491 Co I 34

3745.561 Fe I 5 3745.605 So II 2 3745.806 V II 15 3745.83 H III 4 3745.901 Fe I 5 3745.97 Zr II 112 3746.46 A II 130 3746.486 Fe I 73 3746.56 P Fe II 14 3746.92 A II 67 I A Type Element Multlplet No

3746.931 Fe I 386 3747 p V 8 3747.00 P Fe I 388

3747. 264 Cr I 289 3747.40 P Fe III 71 3747.48 Hf II 27 3747.55 y II 8 3747.66 N IV 8 3747.90 S III 1 3747.96 La II

3747.982

V I 97,98 3748.010 Tl II 107 3748.056 Ce II 160 3748.101 Tl I 166 3748. 18 Cr I 88 3748.264 Fe I 5 3748.374 Ca I 27 3748.46 CI II 6 3748.489 Fe II 154 3748.492 Fe I 805

3748.614 Cr I 43

3748.68 Cr II 11 3748.73 S III 3748.81 CI III 5 3748.88 Gd II 105 3748*91 P Fe I 289 3748.969 Fe I 386 3748.998 Cr I 43 3749.045 Nl I 1 3749.487 Fe I 21

3749.49 II 3 3749. 55 P Zr II 112 3749.930 Co I 95

3750.00 CI II 6

3750. 154

H 2 3750.349 Ca I 27 3750.50 A II 3 3750.56 Cr II 3750.65 Zr II 18 3750.677 Fe I 225

3750.74 8 III 1 3750.763 Mn I 24 3750.88 V II 21

3751.059 Fe I 667 3751.06 A II 81 3751.09 P Fe I 74 3751.222 V II 100 3751.26 Ne II 1 3751.60 Cr II 117 3751.60 Zr II 71

3751.625 Co I 98 3751.812 Tm I 3751.820 Fe I 287

3752. 420 Fe I 385,392 3752.524 Os I 2 3752.65 P H III 11

3752. 679 Hd II 33 3752.860 Tl I 17 3753. 10 Al II 39 3753.154 Fe I 177

3753. 18 Fe III 83 3753.26 P Cr II 20 3753.367 Ca I 27 3753.53 A II 80,128

3753.610 Fe I 73 3753.623 Tl I 17 3753.83 Ne II 38 3754.06 A II 115

3754. 12 P Rh II 7 3754.346 Co I 132

3754.506 Fe I 386 3754.59 Cr II 20 3754.62 N III 4 3754.67 III 2 3754.89 P Fe I 949

3755. 13 Cr II 20 3755.276 SB II 34 3755.425 Ce II 128 3755.447 Co I 96 3755.54 Mo II 5

3755.56 Gd II 88

3755.563 Fe II 154 3755.61 Call 8 3755.701 V I 124 3755.81 Cr I 72

3755.82 P I? 6 9756.069 Fe I 74

3756.10 Be I 66 3756.411 Sb I 2 3766.411 Sb II 44
90 FINDING LIST

I A Type Element Multlpl.

3736.55 Cr II 144 3756.83 Cr I 72 3756.860 Tm II 9 3756.939 Fe I 805

3756.96 Zr II 8 3757.093 W I 3 3757.174 Cr I 43 3767.21 III 2 3757.459 Fe I 668 3757.529 Sm II

3757 . 60 P N III 11 3757.66 P N III 11 3757.662 Cr I 43 3757.684 Ti II 72 3757.80 Zr II 120 3757.862 Ce II 48 3757.929 W I 4

3758.044 Cr I 43 3758.11 P Fe I 704

3758. 22 V II 100

3758.235 Fe I 21 3758.31 Gd II 20 3758.36 Ca II 8 3758.45 IV 6 3758.72 Cr I 12 3758.9 Y II 74 3758.944 Nd II 3758.968 Sm II 3759.00 Gd II 2 3759.08 La II 13

3759.155 Fe I 855 3759.291 Tl II 13 3759.460 Fe II 154 3759.556 Cb I 3 3759.684 Co I 131 3759.87 III 2 3760.031 Ru I 2 3760.052 Fe I 177 3760.133 H I 3 3760.24 V II 21

3760.401 Co I 40 3760.404 Ce II 109 3760.534 Fe I 76 3760.694 Ce II 92 3760.694 Sm II 18,51 3760.71 Gd II 37 3760.92 Gd II 20 3761.06 P Fe I 706 3761.12 Eu II 11 3761.20 V II 129

3761.320 Tl II 13 3761.331 Tm II 2 3761.416 Fe I 227 3761.442 V I 97 3761.62 Ca III 3 3761.69 Cr II 11 3761.72 Ca I 8 3761.82 P II 1 3761.866 Tl II 107 3761.867 Pr II

3761.90 Cr II 11 3761.913 Tm II 2 3762 P V 8 3762.205 Fe I 705 3762.41 SI IV 3 3762.31 Hf II 101

3762. 588 Sm II 25 3762.618 Nl I 3762.62 P N III 11 3762.63 II 31

3762.894 Fe II 192 3763.00 Gd II 1 3763.13 Cb II 10 3763.141 V I 98 3763.33 Gd II 37 3763.336 Mo I 8 3763.377 Mn I 24 3763.475 Nd II 3763.52 A II 54 3763.57 P Fe I 128

3763.790 Fe I 21 3764.09 Fe II 29 3764.117 Ce II 41

3764.21 P re I 74 3704.370 Sm II 34

3704. :iH Zr I 10 3764.60 Gd II 85 3764.811 Pr II 3765.044 Ce II 208

37 f, 3.27 A II 42

I A Type Element Mul tip]

3765.542 Fe I 608 3765.62 Cr II 20 3765.70 Fe I 608 3765.93 Eu II 11 3766.092 Fe I 226 3766.13 A II 29 3766.29 Ne II 1 3766.445 Tl I 82 3766.514 Ce II 124 3766.65 Cr II 20

3766.665 Fe I 386 3766.71 Zr I 10 3766.83 Zr II 7 3766.92 Hf II 75 3767.04 Gd 11 20 3767.05 La II 151 3767.18 P Cr II 20 3767.194 Fe I 21 3767.358 Sm II 46 3767.36 K 11 2

3767.431 Cr I 42 3767.57 CI II 6 3767.720 V II 100 3767.73 P Fe I 918 3767.755 Sm II 3767.89 Zr II 31 3768.030 Fe I 73 3768.08 Cr I 42

3768.13 CI II 6 3768.23 Fe I 368

3768.240 Cr I 43 3768.39 Gd II 2 3768.57 P Cr II 6 3768.62 Cr I 42 3768.71 P II 1 3768.734 Cr I 43

3768.81 He I 65 3769.00 Cr I 42

3769.046 Ce II 50

3769. 13 CI II 6

3769.37 P Cr II 6 3769.45 Gd II 37 3769.455 Nl II 4 3769.644 Nd II 67 3769.695 Pr II 16 3769.995 Fe I 387 3770.305 Fe I 287 3770.37 P N III 11 3770.405 Fe I 177 3770.412 Tl II 107

3770.517 Mo I 8 3770.54 A II 42

3770.632 H 2 3770.69 Gd II 3770.974 V II 21 3771.08 N III 4 3771.36 Hf II 29 3771.45 P N III 11 3771.50 P Fe I 607

3771.652 Tl I 17

3771.98 Zr II 44 3772.06 Zr II 31 3772.530 Nl I 15 3772.854 Pr II 3772.962 V II 100 3773.12 La II 141 3773.13 Si IV 3 3773.364 Fe I 531

3773.68 CI II 6 3773.699 Fe I 386

3773.80 Fe III 34 3773.80 V II 129 3774.00 III 2 3774.25 CI II 6 3774.294 Sm II 43

3774.3 Al II 33 3774.33 y II 7 3774.331 Tl I 16 3774. 38 P IV 6 3774.52 s III 10

3774.54 A II 3774.599 Co I 96 3774.645 Mn I 45 3774.650 Tl II 12 3774.678 V II 129 3774.823 Fe I 73 3775.03 P II 19 3775. 187 V I 97 3775.572 Nl I 33 3775.724 Tl I 1

I A Type Element Multiplet No.

3775.860 Fe I 287 3776.062 Ti II 72 3776.464 Fe I 74

3776. 527 Mn I 6 3776.56 Y II 8 3776.80 S II 51 3777.061 Fe I 432 3777.16 Ne II 1 3777.32 Cr I 41 3777.43 Fe III 95

3777.448 Fe I 223 3777.543 Co I 96 3777.55 A II 81 3777.60 II 31 3777.64 Hf I 1 3777.919 Ru II 1 3777.93 Cr I 41 3778.063 Nl I 15 3778.136 Sm II 3778.320 Fe I 367

3778.357 V II 21 3778.37 P Fe II 192 3778.509 Fe I 664 3778.684 V I 28 3778.69 Cr II 3778.697 Fe I 73 3778.90 S III 5 3779.213 Fe I 290 3779.23 P N III 11 3779.35 CI III 8

3779.424 Fe I 222 3779.444 Fe I 665 3779.486 Fe I 74 3779.58 P Fe II 23 3779.648 V I 69 3780.09 Hf II 18 3780.391 Nd II 19 3780.53 La II 141 3780.53 Zr I 8 3780,67 La II 55

3780.763 Sra II 3780.770 W I 8 3780.84 A II 54 3780.927 Sm II 38 3781.188 Fe I 74 3781.23 CI II 72 3781.379 Cb II 9 3781.393 V I 10,97 3781.510 Fe II 130 3781.597 Mo I 8

3781.620 Ce II 163 3781.68 He II 5 3781.938 Fe I 917

3782. 139 Tl I 82 3782.195 Os I 3 3782.24 Zr II 44 3782.302 Y II 61 3782.34 Gd II 3782.450 Fe I 388 3782.524 Ce II 142

3782.6 S II 23 3782.608 Fe I 491 3782.72 Zr II 120 3782.78 Hf II 26

3783. 16 S II 41 3783.19 K II 2 3783.347 Fe II 14 3783.530 Nl I

' 30 3783.561 Tm II 11 3784.250 Nd II

3784.27 P Fe I 607 3784.81 La II 13 3784.886 He I 64 3785.01 II 95 3785.421 Mn I 45 3785.706 Fe I 608 3785.78 P Fe I 704 3785.950 Fe I 177 3786.043 Ti I 57 3786.176 Fe I 367

3786.22 Cr I 71 3786.253 Tl I 165 3786.33 P Tl II 12 3786.37 P Fe II 15 3786.40 A II 3 3786.632 Ce II 51 3786.678 Fe I 22 3786.70 P II 1 3786.94 Fe III 71 3787.064 Cb I 3
FINDING LIST 31 I A

3787.164

3787.203 3787.235

3787.56 3787.883

3787.89

3788.125 & 788. 474 3788.70 3788.753

3788.804

3788.864

3788.91

3789.178

3789.293

3789.49 3789.570

3789.723 3789.82

3790.095

3790.138 3790.215

3790.228 3790.24 3790.324

3790.454

3790.469

3790.656

3790.756

3790.83

3790.96

3791.17 3791.209 3791.26 3791.326

3791.376

3791.39 3791.41

3791.504 3791.72

3791.73 3792.025

3792.137

3792.156

3792.32 3792.326 3792.337 3792.42

3792.46 3792.524

3792.56 3792.834

3792.87

3793.217 3793.28

3793.289

3793.354

3793.37 3793.478 3793.52

3793.608 3793.61 3793.614

3793.75 3793.872

3793.879

3793.971

3794.340

3794.366

3794.48

3794.608

3794.69

3794.78 3794.964

3795.004

3795.10 3795.169

3795.256 3795.37

3795.759

3795.903

3796.00

3796.11 3796.33

3796.37

3796.47

3796.48 3796.55

3796.60 3796.899

Type Element

Fe I Sm II V II Gd II Fe I Cr II Sm II Rh I Y II Ce II

Tl I Cr I Fe III Fe I Tl I Cr I Fe I Cr I Fe I Fe I

Cb I Mn I Cr I Fe I V I Cr I V I Fe I Fe I La II

Ne II Gd II Cb IIII V I Cr I Zr I Si III Fe I Gd II

Fe I Sm II Cr I Fe I Zr II Ce II

Nl I Cr I S II Pr II Y II Fe I N III

Rh I Fe I Cr I fe I Hf II Fe I Fe III

Nl I P II V I CI II

Fe I Cr I Sm II Fe I V IIII

Cr I S III

La II V I Fe I P II Tm II Ce II A III

Tra II

Tl I Fe I SI III He II Gd II Zr II V II Fe II A II

Tl II

Multiplet No.

9165 100

202162567 47

16 139

102

289 115

41 226

24 702

2236 139 224

28 139

69 387 73,127

12

308522 10 13985 22346

7035 139

287

81

1292 7150

61

74

119 386

139

3881 387

71419

367

139

11 177

10034

139

1012 9,28

21165056

115 176552 71 167

143

129

12 I A

3796.90

3796.99

3797. 126 3797.283

3797.517

3797.716

3797.730 3797.900

3797.948 3797.95

3798.127

3798. 259 3798.276

3798.36 3798.513

3796.60 3798.661

3798.752

3798.80 3798.901

3799.009

3799.038 3799.17

3799.259

3799.311

3799. 347 3799.39 3799.542

3799.549

3799.81

3799.912

3800.02 3800.122

3800.240 3800.303

3800.370 3800.39

3800.43

3800.552

3800.73

3800.883

3800.887 3801.022

3801.093

3801.21 3801.29

3801.529 3801.633

3801.681 3801.804

3801.907 3801.975

3802.08 3802.283

3802.65

3802.883

3802.928

3802.958 3803.097

3803.14

3803.19 3803.24 3803.474

3803.474

3803.784

3803.881 3803.902

3804.013

3804.476 3804.589

3804.798

3805.24 3805.345

3805.359 3805.626

3805.765

3806.07 3806.203

3806.30 3806.55

3806.56

3806.697 3806.719 3806.76

3806.796 3806.82 3806.829

3807.144 3807.227

3807.41

Type Element Multiplet No

Fe I 667

Cr I 41

Cr I 139 Sm II 11

Fe I 607

Cr I 139 Sm II H 2 Fe I 222 Hf II 29

Cb I 3 Mo I 1 Ti I 115

Fe II 14

Fe I 21

Fe II 23 V I 80 Tm II 11

CI II 62

Ru I 1

Eu II 11

Ce II 136 Pd I 1 Mn I 6 Rh I 8 Ru I 1 A II 54 Sm II 22

Fe I 21

Ti II 13 V I 28 Ne II 39

Ir I 1 Mn II 14 Pr II Sm II 43 Hf II 18 Fe III 47 Mn I 45

Zr II 17 Y II 61 Sm II 29 Sn I 2 Ti I 165

Cr II Gd II Ce II 172 Mn II 14 Fe I 367

Fe I 367

Mn I Fe I 704 P III 10 Fe I 666 S II 50 V I 67

Cb I 3 Mn II 14 Ce II 37

II 34

A II 129

Fe I 122

Nd II V I 28 V I 68

Mn II 14 V I 10 Fe I 70 Z Mn II 14 V I 97

Cr I 139

CI II 62

Fe I 608

Nd II 19 Sm II 10 He I 63 Hf II 75

Fe I 731

Ne II 30

Cr I 24

Si III 5 Fe I 607 Mn I 6 Fe I 224 V I 68

Fe II 153

Cr I 214

Ni I 33

Nd II 19 Zr II 31 I A

3807.505

3807.534

3807.65 3807.926

3808. 102 3808.124

3808.286

3808.521

3808.61

3808.7

3808.731 3808.772

3808.79 3809.043

3809.224

3809.49

3809.51 3809.592

3809.597

3809.67

3810.10 3810.21 3810.59 3810.724

3810.759

3810.90 3810.96 3811.05

3811.065

3811.073

3811.22 3811.32

3811.35

3811.385 3811.774

3811.80

3811.80 3811.892

3812.067

3812.18

3812.250 3812.470

3812.964

3813.059

3813.07 3813.12

3813.261

3813.390 3813.402 3813.45

3813.492

3813.50

3813.638

3813.8 3813.891

3813.94

3813.97

3813.98

3814.00 3814.121

3814.42

3814.457 3814.526

3814.580 3814.622

3814.725

3814.855

3814.97 3815.012

3815.38

3815.433 3815.495

3815.514

3815.831

3815.842

3816.166 3816.173

3816.25

3816.318

3816.340

3816.458 3816.64

3816.75 3816.753

3816.876

3816.92

3817.20

3817.24 3817.395

3817.455

Type Element Multiplet No V I 28 Fe I 73 Gd II 85

Cr I 139 Co I 17 Ce II 59 Fe I 489 V I 9 A II 3 Y II 73

Fe I 222

Nd II La II 43

Fe I 367

Ce II 204 A II 42

CI II 62 Mn I 6 V I 28 S II 50

CI II 62

Fe II 143 Hf II 96

Tm II 9 Fe I 665

Fe I 224

III 2 Fe I 223,287

Co I 31 Nd II 69 A II 81

Nl I 15

VI 1 Ti I 165

Nd II 31

Fe I 701 S II Fe I 287 Sm II 10 Y II 61

Cr I 214 Co I 40

Fe I 22. Fe I 222

Fe I 176 V II 128

Ti I 189

Tl II 12 Be I 5 V I 28 V I 9 He II 4

Fe I 283 Y II 72

Fe I 854

Fe I 176

Gd II 2

Zr II 100 Cr II Fe II 153

Ra II 1 Co I 62

Fe I 22

Ti II 12 Cr I 214

Nd II Ti I 189

Zr II 8 Rh II 7 V II 166

Cr I 71 Eu II V I 28

Ce II 37 Fe I 45 Pr II Cr I 40 La II 134

Co I 62

Fe I 73

Co I 62

Gd II 1 III 18 Mn I 6 Co I 86

Fe I 387

Hf II 62

La II 168 Tm II Ce II 222
32 FINDING LIST

I A Type Element

3817.59 Zr II 3817.639 Tl I 3817.64 Fe I 3817.844 Cr I 3817.844 V I 3817.940 Co I 3818.244 V I 3818.27 N I 3818.281 Pr II 3818.34 Y II

3818.40 CI II 3818.44 Ne II 3818.461 Cr I 3818.78 Zr II 3818.862 Cb II 3819.04 A II 3819.25 P Forb He I 3819.50 P Fe I 3819.564 Cr I 3819.57 P Cr I

3819.606 He I 3819.62 P Fe I 3819.67 Eu II 3819.761 He I 3819.84 Zr II 3819.908 Co I 3819.963 v- I 3819.97 Cr I 3820.25 CI II 3820.299 V I

3820.428 Fe I 3820.74 Hf I 3820.871 Ce II 3820.874 Cr I 3821.181 Fe I 3821.487 V I 3821.582 Cr I 3821.68 II 3821.834 Fe I 3821.92 P Fe II

3822.009 V I 3622.026 Tl I 3822.07 N I 3822.10 Cr I 3822.17 Gd II 3822.262 Rh I 3822.41 Zr I 3822.63 P I 3822.737 Fe II 3822.888 V I

3822.987 Ho I 3823.213 V I 3823.41 Zr II 3823.469 I 3823.513 Mn I 3823.522 Cr I 3823.571 Pr II 3823.72 Zr II 3823.893 Mn I 3823.903 Ce II

3823.990 V I 3824 P N IV 3824.074 Fe I 3824.175 Sn II 3824.306 Fe I 3824.425 I 3824.444 Fe I 3624.47 CI III 3824.73 P Fe I 3624.78 7 II

3824.882 Cb I 3824.913 Fe II 3828.090 I 3825.249 I 3625.390 Cr I 3625.404 Fe I 3825.536 I 3825.70 A II 3625.884 Fe I 3826.05 Gd II

3826.202 8a II 3628.292 Pr II 3626.416 Nd II 3626.425 Cr I 3828.63 P Fe I 3f)2f,.701 Ho I 3826.774 V I 3826.%."J A II 3826. H36 Fe I 3826.966 V II

Multlplet No.

18 189 701

40

10 131

I 9

11

62

3940 111

10 129

23 703

70

88

22 122

12281

130

2840

6944

20

5 20840

608

2840

34 222

14

9 189

1140

19

81036

28

2844

36

624

14

31

6 115

44

10 224

18 607

36

4

9 22172

2 29

36

• 36

70

12336

129

20

19

51

33

70 176

8 44

54 283

128

I A

3827.079

3827.27 3827.46

3827.51

3827.572

3827.62

3827.67 3827.825

3828 . 180 3828.44

3628.510 3828.559

3828.8 36 3828.883

3829.125

3829. 133 3829.27

3829. 3549 3829.458 3829.47

3629.53

3829.655

3829.680 3829.77 3829.771

3829.80 3830.032

3830.293

3830.39

3830.43

3830.45 3830.719

3830.757

3830.80 3830.850 3831.017

3831.032

3831.41 3831.501

3831.690

3831.75

3831.80 3831.840

3831.85 3832.12 3832.2996

3832.3037

3832.31 3832.32

3832.745

3832.835

3832.873

3832.89 3832.94

3833.02

3833.059

3833.10 3833.186 3833.226

3833.311

3833.40 3833.49 3833.574

3833.674

3833.71 3833.757

3833.80

3833.828 3833.862

3833.87

3833.889 3834.22

3834.225

3634.24

3834.24 3834.364

3834.46 3834.556

3834.735

3834.81

3835.058

3835.09 3835.386

3835.497

3835.560

3835.725

3835.96 3836.054 3836.070

3836.085

Type

P Forb

Element Multlplet No

Fe II 153

Zr II P II 26

Zr II 121 Fe I 284

CI II 69 Fe II 128

Fe I 45

Tl I 189

Fe III 70,95

Fe I 287

V I 9 V I 67 Mo I 8 Fe I 948

W I- 3 CI II 9 Mg I 3 Fe I 366,663

He I 21

V II 3 V II 3 Mn I 6 Ne II 39

Fe I 221

N II 30 Cr I

Sib II 10

N I 11

A II 3,128

II 34 Pr II Fe I 224

CI II 69 Fe I 284 V II 3 Cr I 24

S II

Sm II 43

Ni I 31

Fe III 109 Gd II 3 Cb II 10 S III 5

C II 13 Mg I 3 Mg I 3 Pd I 1 Cr I 24

Ce II 115

V I 80

Nl I 1 Y II 7 Zr II 7 Fe II 23

Sc II 1 II 13 Ti I V I 67

Fe I 221

CI II 69

Cr I 11 He I 62

Tl I Cr I 70

Mo I 8 He II 4

Sm II Mn I Zr II

Rh I V I Fe I N IVI

Mr, I Fe I Ce II Cr I Fe II

W I La II B

Co I V I Sm II Zr I V I Cr I Tl II

29

6 100

9

8020

11

16 663

49

70 129

255

2 114

44

18

8 4470

12

I A

3836.10 3836.112

3836.332

3836.541

3836.76

3836.763 3836.91 3837.132

3837.210 3837.80

3838.094

3838.198 3838.28

3838.2918 3838.2943 3838.316

3838.37

3838.39 3838.542

3838.941

3838.981 3839.002

3839.259 3839.614 3839.64

3839.777

3840.140

3840.20 3840.439 3840.44

3840.70 3840.72 3840.752

3841.051

3841.082

3841. 17 3841.277 3841.35 3841.458

3841.54

3841.890

3842.03 3842.037

3842.047

3642. 20 3842.20 3842.213

3842.317 3842.82

3842.90

3842.975

3843.000

3843.03 3843.16 3843.259

3843. 26 3843.500

3843.58

3843.64 3843.692

3843.72

3843.80

3843.983 3844.276

3844.438 3844.48 3844.579

3844.58 3844.75 3844.892

3845.170

3845.18 3845.21

3845.21 3845.42

3845.42

3845.468

3845.68 3845.69

3845.692

3845.84 3845.974

3846.00 3846.001

3846.29 3846.31 3846.412

3846.438 3846.516

3846.605

Type Element

C II Ce II Fe I Nd II Zr II Tl I Gd II Fe I Ce II

S III

He I

Tin II Zr II Mg I Mg I S III

CI II

N II Ce II Sm II

Nd II V I Fe I Fe I Gd II Mn I V I Fe I Fe I V I

Cr I La II V I Fe I Mn I Lu I Cr I Fe II Co I A II

V I Cr I Al II Co I Gd II N II Al II Al IIII Fe I

Fe I Sc II Zr II Sc II Fe I CI II Sm IIII Cr I Co I

Fe I Gd II Mn I Nl I V I V II 3d II Nl I A II V I

Fe I Fe II Fe I S II A II

CI II Co I Fe III

CI II Fe I

CI II V I La II Fe I Fe I Fe II Fe I Tl I

Tf II Pr II

Multlplet No.

1360 664

16

20 222

112

5

61

11

17

33569

30 114

34

2844

529 995

20

666

120

2044

70

28

945

6

3 69

1283254

87049

33

3049

49

12 222

221

1717 528

49

43

138784

703

17

6 137

720

2 18154

44

124

127 701

22

925

3435

25 771

25

26 703

947

128 804

83
I A Type

3846.803

3846.949

3847.01 3847.086

3847.252 3847.323

3847.323

3847. 38 3847.501 3847.511

3847.89 3848.023

3848.194

3848.233 3848.24

3848.29 3848.524

3848.597

3848.779 3848.983

3849.02

3849.26 3849.324

3849.368 3849.52

3849.534

3849.58

3849. 758 3849.969

3849.987

3850.042

3850.40 3850.409 3850.57

3850.69 3850.81

3850.820 3850.825

3850.93

3850.946

3850.97 3850.97

3851.04

3851.171

3851.38 3851.47

3851.58 3851.617

3851.667 3851.69

3851.748 3851.848

3851.880

3852. 10 3852.218

3852.45 3862.574

3852.58 3852.805

3853.038

3853.07

3853.09 3853.164

3853. 176 3853.462 3853.657

3863.719

3854. 177 3854.187 3854.209

3854.220 3854.322

3854.375

3854.75

3854.905 3864.91

3856.08 3866.18

3866.286 3856.329

3856. 370 3866.43

3856.56 3865.571

3855.66 3865.841

3866.846

3866.021 3856.07 MM.1A

Element Multiplet No

Fe. I 664

Fe I 176 Zr I 10 F II 1 Mo I 8 V I 7 V II 156 N II 30 W I 4

Sid II 34

II 12 Tm II 2 T II 72

Nd II 19 Mg II 5

Fe I 224 Nd II Ce II 36 Sm II Cp I 69

La II 12

Zr I 6 V I Cr I 138 Hf II 61

Cr I 24

Nl II 11 V II 33 Fe I 20 F II "I

Cr I 69 Kg II 5 V II 11 A II 10 Gd II 2

II 12 Fe I 22 Pr II 8 II 50 Co I 17

CI II 25

Gd II 2

II 12

V I • 44

CI II 25

II 13

Fe I Pr II F II 1

CI II 25

Nd II 35 Co I 128 8m II 29 V II 3 Cr I 24

Od II 2 Fe I 73

Cr I 11 Pr II Ti I 176

Zr II 81 8 II 30

Ce II 36 Cr I 69 Fe I 42S 81 II 1 Tl I 176 Od II 50

Ce II 62 Sm II

Cr I 69

Ce II 61 Fe I 567

CI II 84

Pr II La II 55 N II 30 A II 81

Cr I 69 Fe I 283 V I 7 Zr II 18 Od II 2

Cr. I 69

Cr I 138 V I 9

Fe I 567

81 II 1 K II 30 A II 55 I A

3856. 16 3856.281

3856. 373 3856.315

3856.796

3857.032 3857.18

3857. 240 3857.26

3857.631

3857.912

3858.07

3858. 133 3858.301 3858.32

3858.48

3858.90

3859.21' 3859.24

3859.26

3859.33

3859. 341

3859.36. 3859.913 3860.12

3860.13

3860. 15 3860.46

3860.64 3860.64

3860.74 3860.80 3860.915

3860.98 3861.079

3861. 164

3861. 18 3861.341

3861.40 3861.60

3861.95 3862.054

3862. 17 3862.223

3862.592

3862.823

3863.056

3863.072

3863. 327 3863.409

3863.419

3863.50

3863.607

3863. 70 3863.745

3863.81 3863.866

3863.88 3863.953

3864. 115

3864.13

3864.30

3864.300

3864. 31 3864.33

3864. 335 3864.45

3864.49 3864.60

3864.68

3864.75 3864.862

3866.458 3865.526

3865.59 3665.72

3866.01 3866.160 3866.446

3866.54

3866.744 3867.219

3867.26 3867.32

3867.45

3867.477 3867.56

3867.602

3867.631

3867.739

FINDING LIST

Type

33

Element Multiplet No

II 12 Cr I 69

Fe I 4

Rh I 7 Co I 60

Ce II 158

II 13 Ce II 127 y II 16

Cr I 69

Sm II 28 He II 4

Tl I 176

Nl I 32 A III 5 Fe I 565

Cr I 138 Fe I 175 Mg I 21 S II 30

Al II 38 V I 44

Sc II 1 Fe I 4

Fe II 128 Cr I 39 S II 41

Fe III 109 S II 50 S III 5

Fe I 701

CI II 25

Fe II

CI II 25

Tl I Co I 33 Eu II Fe I 283, 665

CI II 25 Fe I 663

CI II 84

Sm II 10 Cr II 129 V I 8 Si II 1 Ti I 175

Co II 9

Nl I 181 Nd II 27

Nd II 26

Fe II 152

II 12

Co I 131

Fe I 565 Fe I 280 V II 33 V I 66

Zr I 8 Fe II 127,152

HO I 1

II 11 Fe I 565 V I 64

Fe I 221

Zr I 10 * I 3

II 12 La II 141

CI II 84

II 12

Hf II 98 V I 7 Pr II Fe I 20 Cr II 167 V II 20

Cr II 130

Al II 17 Ti I 176 Cr II 130 V II 11 Fe I 488

Od II 50 Hf II 53

Fe I 221

Be I 20 8 I V I 7 He I 30

Tl I 176

I.A

3867.839 3867.925

3867.986 3868.243

3868.397

3868.53 3868.62

3868.64 3869.045

3869.085

3869.10 3869.275

3869.562

3869.590 3869.61

3870.057

3870.267 3870.506

3870.534

3871.078

3871.54

3871.60 3871.62

3871.64

3871.750

3871.778 3871.819

3872.15

3872.308 3872.45

3872.504

3872.55

3872. 552

3872.62

3872.748 3872.76 3872.835

3872.923

3872.98

3873.120

3873.203

3873.74

3873.763 3873.953

3874.053

3874. 10 3874.37 3874.41

3874. 570 3874.76

3875.036

3875.075

3875.14

3875. 193

3875. 26

3875. 262 3875.426

3875.46

3875. 545 3876.67

3875.807 3875.82

3875.902

3876.043

3876.051

3876.086

3876.188 3876.409

3876.63 3876.670

3876.671

3876.831

3876.974 3877.11

3877.225 3877.591

3877.60

3878.021

3878.180 3878.19

3878.22

3878.28 3878.372

3878.575

3878.58 3878.582

3878.61

3878.663 3878.715

3878.726

Type Element Multiplet No

Ru I 9 Fe I 221 W I 7 Fe I 430

Ti I 175 A II 90

CI II 84 C II 18 Nd II 34 Mo I 8 N I Ti I 175 Fe I 284

Fe I 284 A II 80

Al II 74 Cr I 11 Ca I 26 Co I 129 V I 66

Gd II 1 Nl I 181 C II 18 La II 13 Fe I 429

Sm II 18 He I 60 A II 54 Y II 61

II 11

Fe I 20 Hf II 27 Ca I 26

Gd II 19 V I 43

Fe II 29 W I 4

Fe I 284

Fe II 128 Co I 18

Ti I 176 K II 3 Fe I 175 Co I 18 Fe I 120

II 11 Zr II 89

Cr II 143

Cr I 138 Cr II 143

Ce II 162 V I 7

Cr I 138 8m II A II 2 Ti I 15,175 V I 43

Gd II 50 So II 17 V II 20

Ca I 26

II 13

V I 7 Fe I 22 C II 33 V I 8 C II 33 C II 33 Lu II 3 C II 33

Fe I 121

Co I 17,62

Ce II 82

Hf II 75 Pr II Ti I 175

Zr I 58 Fe I 20

He I 59

Fe I 565 C II 33 Y II 7

Ce II 48 Fe I 4

Kg I 20

Nd II Tl I 164

Fe I 175 V II 93

y» i 664
34 FINDING LIST

I A fype Element Multlplet No

3878.750 Co I 62

3879.04 Zr I 6 3879.222 Cp I 138 3879.60 C II 33 3880.34 A II 54 3880.466 Pr II 3880.59 C II 33 3880.766 Sm II 10 3880.779 Nd II 32 3880.82 Hf II 6

3881.04 V II 143 3881.214 Cr I 138 3881.383 Sm II 33 3881.399 Tl I 15 3881.402 V* I 2 3881.84 Gd II 36 3881.856 Cr I 138 3881.869 Co I 18 3881.92 Nl II 13 3881.94 Gd II 50

3881.97 Zr II 134 3882.147 Tl I 175 3882.197 II 12 3882.28 P Ti II 34

3882.313 Tl I 176 3882.446 Ce II 87 3882.45 II 11 3882.892 Tl I 176 3883.132 Tin I 3883. 15 II 12

3883.208 V II 11 3883; 282 Fe I 663 3883.292 Cr I 23 3883.43 V II 20 3883.437 Tm II 5 3883.660 Cr I 138 3883.77 Hf II 18 3883.80 C III 15 3883.80 CI II 55

3884.090 Tl I 175

3884.359 Fe I 282 3884.465 V I 66 3884.601 Co I 32

3884.66 Fe I 565

3884.847 V II 33 3885.07 P Fe I 732

3885.084 Cr I 138 3885.09 La II 151 3885.154 Fe I 430

3885. 190 Pr II 18

3885.218 Cr I 23 3885.275 Co I 31

3885.286 Sm II 46

3885.41 Zr I 7 3885.512 Fe I 124 3885.76 P Fe I 567 3885.770 V I 65

3885.87 P Nl I 1 3886.93 P Fe I 946

3885.95 P Tl I 164

3885.99 C III 16 3886.284 Fe I 4 3886.37 La II 40

3886.587 V I 64 3886.789 Cr I 23 3886.825 Ho I 8 3886.94 P Cr I 86

3887.051 Fe I 20 3887.157 Od II 3 3887.347 Tm I 1

3887.365 Tl I 176 3887.44 Be II 4

3887.866 Nd II 31 3887.993 D 1 3888.020 Tl I 175 3888.42 Fe I 665

3888.517 Fe I 45

3888.646 He I 2 3888.825 Fe I 486

3889.051 H 2

3889.141 Ca I 42

3889.18 C III 16 3889.33 P Fe I 662

3889.330 Pr II 14 3989.38 P Fe I 660 3889.65 P Nl I 180 3889.671 Nl I 16 3889.90 I> Cr II 129 3889.92 F Fe I 664

3889.929 Nd II

I A Type Element Multlplet No

3889.948 Tl I 15 3889.990 Ce II 80 3890.080 Sm t:, 17 3890.184 V I 8 3890.241 "g I 47 3890.32 Zr I 8 3890.39 Fe I 567 3890.528 Tm II 1 3890.580 Nd II 3890.82 Cr I 262

3890.844 Fe I 280 3890.940 Nd II 3891.119 V I 3891.210 Sm II 22

3891. 227 V I 43 3891.25 V II 20 3891.39 Zr I 11 3891.40 A II 2 3691.781 Ba II 4 3891.928 Fe I 733

3891.97 A II* 2 3891.976 Mg I 47 3891.98 P V II 11 3892.118 Co I 130 3892.14 Cr II 167

3892. 321 8 II 50 3892.859 V I 7 3892. 898 Fe I 283

3892. 98 Fe I 567 3893.067 Co I 114

3893.14 A II 91

3893.316 Fe I 364 3893.376 Kg I 47

3893.391 Fe I 430

3893.53 II 11 3893.924 Fe I 176

3894. 0C5 Fe I 663

3894.035 Cr I 23 3894.073 Co I 34 3894.19 Pd I 8

3894.49 Fe I 666 3894.627 Nd II 29 3894.696 Od II 1 3894.976 Co I 18 3895.03 P III 9

3895. 114 Ce II 210

3895. 12 Cr II 143 3895.16 Cr II 106

3895. 230 Od II 60 3895.243 Tl I 176

3895.26 A II 55

3895.44 P Fe I 566

3895. 59 P Tl I 164 3896.658 Fe I 4 3896.662 Kg I 47

3895.791 Gd II 3896. 11 P Fe II 23

3896. 155 V I 43

3896. 155 V II 10 3896.30 II 11

3896.63 Zr I 9 3896.63 P Fe I 834 3896.804 Ce II 188 3896.804 Y II 86 3896.977 Sm II 5 3897.075 V I 126 3897.290 Tl I 175 3897.449 Fe I 429 3897.581 Tl I 176 3897.896 Fe I 280

3897.92 K II 1 3898.012 Fe I 20 3898.019 V I 126 3898.120 Kg I 47

3896.143 V I 63 5898.273 Ce II 52

3898.278 V I 3898.292 Cb II 9 3898.485 Co I 68 3898.487 Tl I 13

3899.037 Fe I 175

3899.09 P 8 III 5 3899.140 V II 33 3899.27 8 III 12 3899.668 Tl I 16, 175 3899.709 Fe I 4. 3900.175 V I 126 3900.226 Nd II 3900.61 Zr I 6 3900.619 Fe I 665

I A Type El merit Multlplet No

3900.546 Tl II 34

3900,63 A II 54 3900.64 Hf II 109 3900.680 Al II 1 3900.790 Tm II 9 3900.958 Tl I 15 3901.03 P Fe I 834 3901.152 V I 126 3901.33 P V II 20 3901.775 Mo I 8

3901.850 Nd II 3902.09 P Sc II 9 3902. 108 Cr I 238 3902.250 V I 7 3902.398 Gd II 19

3902. 55S V I 43 3902.915 Cr I 23 3902.948 Fe I 49

3902.968 Mo I 1 3903. 164 Cr I 23

3903.27 V II 11 3903.417 Sm II 3903.77 Zr II 7 3903.902 Fe I 429 3904.02 Mg I 19 3904. 340 Ce II 91

3904.64 P Nl I 29 3904.785 Ti I 96 3904.79 P III 9 3904.790 Co I 171

3905.01 P Fe I 703 3905.18 P Fe I 564 3905.527 SI I 3 3905.64 Cr II 167 3905.66 P Fe I 153 3905.88 P Cr II 128 3905.886 Nd II 3906.037 Fe II 173 3906.287 Co I 17

' '06.482 Fe I 4

3906.748 Fe I 664

3906. 748 V I 42,43

3906.95 S II 3 3906.97 P Fe I 567 3907.10 Eu II 5 3907.289 Ce II 253 3907.45 II 11 3907.464 Fe I 284 3907.476 Sc I 8 3907.52 V II 178

3907.65 P Ti II 97 3907.778 Cr 1 262 3907.937 Fe 1 280 3908.033 Pr II 11 3908.408 Ce II 66 3908.431 Pr II 11 3908.64 P Fe II 29 3908.543 Ce II 127 3908.68 P Fe I 153 3908.766 Cr I 23

3908.90 P Fe I 153 3908.931 Ni I 117 3909.25 P Cr II 129 3909.313 Ce II 133 3909.664 Fe I 665

3909.830 Fe I 364 3909.894 V I 7,63 3909.910 Ba I 8 3909.933 Co I 3 3910.52 P Fe I 962

3910.790 V I 42

3910.81 La II 43 3910.846 Fe I 284 3911.00 P Fe I 662 3911.169 Nd II 3911.18 P Fe I 664

3911. 185 Tl I 175 3911.32 Cr II 129 3911.32 8 II 3911.362 Ti I 176

3911.58 A II 94 3911.699 Fe I 664

3911.810 8c I 8 3911.95 Cr I 3911.960 II 17 3912.086 II 17

3912. 191 Ce II 192 3912.207 V I 42,43

3912.310 Nl I 151 3912.32 P Ti II 97
FINDING LIST 1 A T>pe Elenent Multlplet No

3912.424 Ce IT 60 3012.689 Tl I 175 3912.886 V 1 42

3912.898 Pr Ii 17 3912.979 Nl I If 3913.464 Tl II 34 3913. 638 Fe I 120 3913.92 CI II 68 3914. 273 Fe I 567 3914.333 V II 33

3914.334 Tl I 15 3914.36 Zr II 134 3914.42 P Fe I 652

3914.480 Fe II 3 3914.50 P Fe I 660 3914.73 Fe I 662 3914.751 Tl I 14 3914.76 A II 2 3914.949 Ce II 78 3914.96 Cr I 137

3915.30 P Cr II 128 3915.384 Ir I 6. 3915.503 Co I 113 3915.843 Cr I 136 3915.879 Tl I 15 3915.94 Zr II 17 3916.05 La II 42

3916.243 Cr I 23 3916.418 V II 10 3916. 476 Tm I 2

3916. 508 Gd II 20 3916.61 P Gd II 00 3916.64 Zr I 6 3916.70 CI II 68 3916.733 Fe I 808 3916.980 Cr I 137 3917.115 Co I 113 3917.185 Fe I 20 3917.29 Bu II 10 3917.442 8n II 9

3917.47 Hf II 76 3917.57 CI II 68 3917.596 Cr I 137 3918.10 Bf II 7 3918.19 8 II 29 3918.236 Od II 50 3918.276 Ce II 12,248 3918.319 Fe I 124 3918.418 Fe I 364 3918.51 P Fe II 191

3918.54 P Cr I 136 3918.58 P Fe I 362 3918.644 Fe I 430 3918.856 Pr II 11 3918.977 C II 4 3919.005 N II 17 3919.069 Fe I 430

3919. 15 P Cr I 136 3919.159 Cr I 23 3919.287 II 17

3919.813 Ce II 60 3919.822 Tl I 130 3920.260 Fe I 4

3920.37 8 III 8 3920.487 V I 42

3920.524 Pr II 12 3920.645 Fe I 153 3920.677 C II 4

3920.839 Fe I 167 3920.965 Nd II

3921.02 P Zr II 42

3921.022 Cr I 23 3921.27 Pe I 220 3921.423 Tl I 14 3921.54 La i: 40 3921.731 Ce Ij 195 3921.80 Zr I 8 3921.905 V I 42 3922.005 Ce II 50 3922.08 P Fe I 153

3922.09 P Fe I 564 3922.36 Zr II 143 3922.397 8m II 38 3922. 431 V I 42

3922.54A II 11,53 3922.63 8 II 60 3922.68 P Fe I 429 3922.72 P III 9 3922.755 Co I 32

3922.914 Fe I 4 I A

3923.03

3923.109 3923.246

3923.39

3923.48 3923.483

3923.50 3923.503 3923.91

3923.92

3924.05

3924.075

3924. 18 3924.44

3924. 527 3924.844 3924.65

3924.658 3925.09

3925. 151

3925.201

3925. 216 3925.240

3925.456 3925.55

3925.646 3925.71

3925.87 3925.946 3926.001

3926.319 3926.32

3926.467

3926. 497 3926.530

3926.58 3926.649

3927.383 3927.61

3927.922

3927.926

3927. 93 3928.085

3928.279 3928.615 3928.82

3928.636 3928.87

3928.97 3929.114

3929.15

3929.208 3929.22

3929.53 3929.54

3929.583 3929.734

3929.875 3030.023

3930.076

3930.299 3930.31

3930.50

3930.63 3930.66

3930.88

3931.088

3931. 122 3931.24

3931. 340

3931.369

3931.938 3931.97

3932.007

3932. 30 3932.40

3932.53

3932. 55

3932. 59 3932.629

3933. 19 3933.294

3933.38 3933.38 3933.606 3933.65

3933.664

3933.731

3933.018

,3934.013

Type Elenent Multlplet No

Fe I 661

Ce II 191 Gd II 50

Ti II 97

He II 4 3 II 55

Ca I 7 8c II 9 Hf II 18 Zr II 100 8 II 3; Mn I Nl I 240

81 III

Tl I 13 Ce II 190

Cr II 129 V I 90 La II 135

Co I 131

Fe I 567 So I 2 V I 8 Pr II 11 Fe I 660

Fe I 364 A II 105

CI III 4

Fe I 364 Pe I 562

Tl I 292 V II 165 Mn I 44 V II 11 He I 58

II 11 Cr I 313

Ce II 43 Pe I 282 Fe I 4 V I 90

Fe I 361

Fe I 565

Sn II 17 8 III 8 A II 10 Cr I 23

Bu II 10 Tl I 175

Fe I 280

Tl II 97 Fe I 659 La II 27

Zr I 7 Zr II 142 Tm II 11 V II 10

Tl I 13 V I 63

Co I 59

Fe I 4 Fe II 3 Eu II 5 IV 10 Y II 16 Cr II 129 Ce II 49

Fe I 565 A II 2 V I 90

Ce II 61 8 II 29

Al I 18 Tl II 34 8 II 30 Bf II 28 La II 123 A II 90 Fe I 153 Fe I 280,682 A II 53 8 II 56 P III 9 8c I 8 Fe I 488,562

Hf II 6 Ca II 1 Ce II 61

Co I 17 V I 42 I A T>pe El erne

n t Multlplet No

3934.14 Zr II 7 3934.228 Tl I 15 3934.41 N III 8 3934.46 F Ce II 3 3934.80 Zr II 43 3934.823 Nd II 3934.824 Od II 1 3935.141 V I 90 3936.18 P Cr II 10 3935.31 Fe I 362

3935.64 Hf II 43 3935.717 Ba I 8 3935.764 Sm II 28 3935.77 Al I 18 3935.815 Fe I 362 3935.86 P Fe I 564 3935.914 He I 57 3935.942 Fe II 173 3935.964 Co I 32 3936 P C IV 2

3936.07 Zr II 42 3936.22 La II 13 3936.282 V I 42 3936.79 P Fe I 564 3936.95 Cr II 128 3937.329 Fe I 278 3937.575 Nd II 19 3937.870 Ba I 8 3938.005 Ti I 246 3938.086 Ce II 205

3938.289 Fe II 3 3938.400 Mg I 18 3938.52 N III 8 3938.621 Al II 73 3938.76 P Nl I 240 3938.856 Co I 171 3938.969 Fe II 190 3939.066 Al II 73 3939.49 S II 45 3939.51 P 8c II 9

3939.85 La II 134 3940.044 Fe I 731 3940.32 P Ti II 97 3940.338 Ce II 50 3940.882 Fe I 20 3940.887 Co I 18 3941.15 Cr I 213 3941.283 Fe I 562 3941.478 Ho II 4 3941. 490 Cr I 23

3941.512 Nd II 27 3941.728 Co I 17 3941.86 Ni I 171 3941.874 Sm II 1 3941.92 Zr II 55 3942.006 V I 63

3942. 14 IV 10 3942. 151 Ce II 37 3942.443 Fe I 364 3942.746 Ce II 57

3942.78

N III 8 3943.08 Eu II 22

3943. 141 Ce II 113 3943.21 Cr I 135 3943. 239 Sm II 9 3943.339 Fe I 72 3943.48 P V II 11 3943.664 V I 42 3943.888 Ce II 234 3944.009 Al I 1

3944.126 Ni I 151 3944.25 Cr I 135 3944.27 A II 2 3944.748 Fe I 381 3944.890 Fe I 430 . 3945.048 II 6 3945.06 8 II 33 3945.08 Fe III 69

3945. 10

C II 32

3945. 11 Cr II 142

3945.119 Fe I 280 3945.21 P Fe II 3 3945.27 P V II 165 3945.29 P IV 10 3946.326 Co I 29 3946.36 Hf II 109 3945.495 Cr I 135 3945.968 Cr I 134 3946.00 Hf II 115 3946.10 A II 105
36 FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

3946. 18 P Nl I 1 3956.82 P IV 10 3968.36 A II 2 3946.21 Y II 24 3956.901 Ce II 176 3968.38 P Fe I 219 3046.36 C II 31,32 3957.027 Fe I 562 3968.43 He II 3 3946.406 Al II 63 3957.053 Ca I 6 3968.470 Ca II 1 3946.611 8b II 17 3957.62 Fe I 564 3968.63 C II 37 3946.633 Co I 60 3957.64 P III 9 3968.78 Fe III 120 3946.681 Ce II 355 3957.66 P Pe II 13 3968.995 D 1 3946.98 8 II 45 3957.672 Gd II 19 3969.061 Cr I 38 3947.002 Fe I 561 3957.928 Co I 18 3969.116 Co I 128 3947.10 Fe III 23,69 3958.001 Nd II 25 3969.261 Fe I 43

3947.126 Co I T8 3958.08 Cr I 307 3969. 293 Od II 20 3947.301 I 3 3958.101 Tm II 1 3969.38 C II 37 3947.393 Fe I 153 3958.206 Tl I 13 3969.38 P Fe II 3 3947.489 I 3 3958.24 Zr II 16 3969.40 P Fe II 3

3947.6043 A I 2 3958.266 Ce II 160 3969.43 P Fe III 120 3947.633 Fe I 361,426 3958.39 A II 65 3969.628 Fe I 657 3947.694 I 3 3958.60 P Nl I 150 3969.748 Cr I 38 3947.60 C II 31 3958.66 Pd I 8 3970.07 Cr I 213 3947.633 Pr II 11 3958.865 Rh I 7 3970.074 H 1 3947.770 Tl I 14 3959.01 P 8c II 49 3970.10 Ta I 1

3947.838 So II 33 3959.436 Gd II 49 3970. 15 V II 203

3948.00 P Pe I 652 3959.46 P Fe I 556 3970.20 C II 38 3948.105 Fe I 562 3959.523 Od II 44 3970.391 Pe I 488

3948.113 Sm II 9 3959.527 8m II 3970.503 Nl I 151 3948.16 C II 32 3960 . 284 Fe I 913 3970.528 8m II 1 3948.2% P 'Fe I 561 3960.37 V II 189 3970.69 8 II 45,54

3948.48 P Fe I 560 3960.763 Cr I 68 3970.99 P Fe I 1074 3948.670 Tl I 13 3960.895 Fe II 212 3971. 062 Od II SO 3948.779 Fe I 604 3960.914 Ce II 84 3971.164 Pr II 27 3948.901 Ca I 6 3960.997 Co I 128 3971.255 Cr I 67

3948.9788 A I 2 3961.147 Fe I 361 3971.325 Fe I 277

3949. 10 La II 41 3961.503 Mo II 4 3971.397 So II 43

3949.14 Fe I 730 3961.523 Al I 1 3971.684 Ce II 133 3949.23 P Fe I 153 3961. 55 8 III 8 3971.754 Od II 40

3949.276 To I 2 3961.59 III 17 3971.82 Fe I 281

3949.438 Pr II 16 3962.03 La II 3971.98 Eu II 6 3949.46 C II 31 3962. 12 Nl I 199 3972.130 Tl I 81

3949.64 Cr I 136 3962.19 Cr I 68 3972. 164 Pr II 13 3940.964 .Fe I 72 3962. 353 Fe I 566 3972. 171 Nl I 20 3949.96 CI II 36 3962.42 P Fe I 560 3972.44 C II 37

3960.35 Y II 6 3962.445 Pr II 28 3972. 506 Co I 171 3960.42 8 II 45 3962.65 P Fe I 913 3972. 53 P Co I 173

3960. 78 P Fe I 153 3962.861 Tl I 12 3972. 570 Ca I 41

3951.097 Cr I 136 3962.995 8a II 3972.58 K II 4 3961.164 Nd II 19 3963.04 La II 3972. 688 Cr I 67

3951. 164 Fe I 661 3963. 108 Fe I 562 3972.920 Fe I 603

3951.51 P III 9 3963. 114 Nd II 30 3973. 144 Co I 58

3951. 59 J II 16 3963.13 II 43 3973.263 II 6 3951.717 Co I 171 3963.13 8 II 45 3973. 269 Nd II 10 3951.765 Cr I 136 3963.354 Tl I 81 3973.562 Nl I 31

3951.968 V II 10 3963.43 P Fe I 654 3973.642 V II 3951.987 I 30 3963.626 V I 3973.650 Nd II 37 3952.00 Od II 1 3963.628 Os I 3 3973.655 Pe I 760 3952.08 C II 32 3963.690 Cr I 38 3973.707 Ca I 6

3952. 195 Nd II 23 3964.09 P Fe II 29 3973.84 C II 37 3962.326 Co I 16 3964.11 Fe III 3973.981 Od II 50

3952. 367 Cb II 10 3964. 261 Pr II 33 3974. 160 Fe II 20

3952. 399 Cr I 136 3964. 269 Tl I 12 3974.397 Fe I 564 3952.573 Ce II 113,177 3964.35 P Cr II 10 3974.48 A II 3962.606 Fe I '278 3964. 622 Fe I 361 3974.65 P Fe I 526

3952. 704 Fe I 362 3964.57 P Fe i: 29 3974. 650 Nl I 108 3952.74 A II 89 3964.64 P Cr ii 10 3974.66 P IV 10 3952.917 Co I 28 3964.727 He i 5 3974. 726 Co I 18 3952.982 I 30 3964.825 Pr ii 8 3974.76 A II 8 3963.056 I 30 3964.90 Eu ii 10 3974. 766 Fe I 72

3953.156 Fe I 430 3964.96 Hf ii 54 3975.029 Fe II 101 3963.163 Cr I 136 3965.011 Co I 31 3975. 21 Fe I 153 3953.60 P Fe I 770 3965.236 Co i 30 3975.69 P Tl I 186 3963.516 Pr II 9 3965. 263 Pr ii 8 3975.86 Fe I 077 3963.626 Nd II 3965.446 Fe i 658 3976.01 Cr I 38 3953.660 Ce II 141 3965.511 Fe i 565 3976.270 8m II 3953.76 P Fe III 69 3965.83 P Fe i 122 3976.30 Cr I 280

3953.863 Fe I 36S 3966.045 8m ii 24 3976.392 Fe I 487

3964.21 CI II 82 3966.066 Fe i 45 3976.430 So II 33 3964.372 II 6 3966.37 Pt i 4 3976.564 Fe I 655

3964.36 Fe III 120 3966.43 P Fe ii 3 3976.615 Fe I 720

3954.596 I 30 3966.532 Pe i 562,662,766 3976. 665 Cr I 38 3954.687 I 30 3966.573 Pr ii 8 3976.836 Nd II 21 3964.716 Fe I 606 3966.630 ?e i 282,562 3976.866 Fe I 431,662

3956. 22 P Pe I 527 3966.66 It i 8 3976.88 Fe III 60

3966.362 Fe I 563 3966.72 < ii 5 3977.10 IV 10 3966.77 P Fe I 219 3966.824 Fe i 659 3977.184 Co I 113 3966.82 P Zr II 17 3967.048 Ce ii 84 3977.231 Os I 4

3966.861 N II 6 3967.423 Pe i 804 3977.30 C II 38 3965.966 Fe I 488 3967.441 ii 22 3977.32 Zr I 46

3966.270 Co I 2 3967.69 1 ii 82 3977.732 V II 10 3966.284 Ce II 202 3967.964 Pe i 561 3977.743 Fe I 72

3966.336 Tl I 13 3968.11 V ii 9 3978.28 P III 8 3966.469 Fe I 604 3968.25 Zr i 7 3978.43 Fe III 120 3966.681 Fe I 278 3968.261 Od ii 3 3978.466 Fe I 361
I A

78.600

78.690

78.677

.864 9978.87

3979.08

3979. 12 3979.200 3979.22

3979. 324

3979.36

3979.40

3979.42

3979.479 3979.51

3979. 518 3979.65

3979.798

3979. 86 3980.14

3980. 35 3980.56

3980.65 3980.821

3980.895

3981. 106 3981.233

3981.36 3981.466 3981.61

3981.62

3981.761 3981.775 3981.94

3981.998 3982.01

3982.063

3982.358

3982.478 3982.583

3982.59 3982.719

3982.901

3983.008 3083.138

3983.237 3983.35

3983.7 3983.77

3983.83

3983.907 3983.960

3984.03

3984.140

3984.177 3984.313

3984.335

3984.338

3984.46

3984.600

3984.675 3964.76

3984. 858 3984.93

3985. 241 3985.246 3985.32

3985. 393 3985.46

3985.580

3986.74

3985.783 3985.96

3980.97 3986.03

3986. 176 3986.18 3986.201

3986.30 3986.395

Type ilenent Multlplet No

Ce II 175

Co I 17 Cr I 67

Co I 173 C II 37 La II 140

Fe I 426

Sm II 51

Cr I 307

Cr I 280 A II 90 Hf II 97

Fe III 120

Nd II 57

Cr II 183 Co I 3 Fe I 561

Cr I 67 8 II 59

Fe III 120 C II 37

Al III 12 Fe I 153

Tl I 186 Ce II 194

Fe I 22

Cr I 67 La II 139

Tl I 188 Fe II 3

Fe I 428

Tl I 12 Fe I 278

CI II Tl II 11 Zr II 142 Pr II 28 Nd II 67

Tl I 11 Mn I 33 1 II 6

II 6 Ce II 172

Sd II 49

Sm II 38 Cr I 213

Fe I 485

Al II 32,48 8 III 8 Fe I 426

Cr I 38

Fe I 277 Hf II 19 Nl I 171 Mn I 33

Tl I 186 V I 89

Cr I 38 Fe I 219 V I 89

Ce II 252

Zr II 7 Ru I 9 Fe I 561

Mn I 33 Tl I

Fe I 219

Fe I 661

II 22

Tl I 188

Cr II 10 V II 202

Cr II 10 8 III 8 Cr II 10

Fe I 655

Fe I 060 Mo II 4 fe I 560 Mn I 33 I A

3987.98

3988.18

3988.51

3988.68

3988.833

3989.06 3989.24

3989.29 3989.444

3989.581

3989.60

3989.718

3989.758 3989.803

3989.859

3989.958 3989.986

3990.103

3990.16 3990.184

3990.19 3990.299

3990.379 3990.55 3990.566 3990.81

3990.94

3991. 123

3991. 14 3991.47

3991.50

3991.528 399i.673

3991.684

3991.743

3991.77 3991.831 3991.965

3992.014

3992.06

3992.11

3992. 114 3992.386

3992. 395 3992.64

3992.801 3992.845

3992.913

3993.213

3993.308

3993. 401 3993.326

3993.796 3993.822

3993.952

3993.968 3994.00

3994. 117

3994. 165 3994.27

3994.00 3994.042

3994. 06

3994.683 3994.684

3994.81

3994.834

3994.996

3990. 10 3990.17

3990. 199 3990.306

3990.48

3990.49 3990.586

3995.656 3995.74

3995.83

3995.860

3995.996

FINDING LIST

Type Element

Yb I A II La II Zr I V I 8c II P Fe I Zr I Ce II Tl I P Fe I Pr II Tl I V II Fe I Mn I Cr I Nd II Cr I Tl I

CI II Co I Fe I P Fe I V I Fe III S II Cr I Zr II V II

CI III Co I Cr I Co I Nd II SI II Co I V II Co I A II

Cr I Ir I Ce II Fe I P Fe I V I Cr I Ce II Gd II Sm II

Ba I S II Tl I Ce II Nl I Cr I P Fe I Fe I Gd II P Fe I

La II Co I P Tl I Tl I Nd II A II Pr II N II K IIIV

Fe I Co I 8c II Sc II Tn II Ba I * La II Nl I Al II

Fe I

37

3986.682 8o II 17 3996.076

3986. 7033 Kg I 17 3996. 139 3086.826 Mn I 33 3996.182 Forb 3987.090 Nl I 137 3996.26 P

3987.098 Mn I 33 3996.28 P

3987.117 Co I 16 3996.320 3987.214 Od II 19 3996.323

3987.428 8a II 28 3996.36 P

3987.464 Mn I 33 3996.381 3987.63 P Tl II 11 3996.518

Al II Al II Al II Fs I Fe I Gd II Al II Fe II

Al II Tm II

Multlplet No. 265

4046

898 5616 24081

605

121232

768

33

268

19 280

186

76

58 527 556

89

46

45

3830

107 173

38

17

19

129 202,227 32

385 134 604

21989

67 22614829 186

12

17067

560

52649

320

78

17 186

188

89,101

11121

10

604

3149

165827

23847

279

47

4747

561 427

47

19047 I A Type Elenent Multlplet No

3996.607 Sc I 7 3996.79 P Fe I 1074 3996.968 Fe I 945 3997.054 Pr II 9 3997.126 V II 9 3997.17 P III 9 3997.394 Fe I 278 3997.43 Y II 24 3997.48 P Fe I 563 3997.49 P Fe I 556

3997.764 Gd II 67 3997.901 Co 1 32 3997.97 8 III 3998.00 SI II 3998.054 Fe I 276 3998.46 P Fe I 606 3998.51 Hf II 59 3998.554 Co I 33 S998.635 Tl I 12 3998.69 N III 16

3998.730V I 8( 3998.79 s II 59 3998.85 Cr I 307 3998.98 Zr II 16 3999.00 P Cr II 10 3999.07 P Cr II 10 3999.195 V II 202 3999.242 Ce II 57

3999. 336 Tl I 188 3999.679 Cr I

3999.92

C III 3999.98 N I 4000.02 Fe I 360 4000.266 Fe I 556 4000.466 Fe I 426 4000.493 Nd II 64 4000.59 Cr I 295 4001.049 Ce II 193 4001.17 V II 202 4001.24 K II 6

4001.257 Gd II 49 4001.444 Cr I 268 4001.56 C III 4001.666 Fe I 72 4002.073 Fe II 29 4002.466 Tl I 188 4002.48 Cr II 166 4002.549 Fe II 190 4002.55 Zr I 46 4002.665 Fe I 320,655

4002.940

V II 9 4002.95 Zr II 142 4003.33 Cr II 194 4003.41 Fe III 15 4003.596 Co I 130 4003.64 N III 16 4003.764 -Fe I 728 4003.771 Ce II 188 4003.789 Tl I 186 4003.850 Gd II 104

4003.89 8 II 46

4003.921 Cr I 268 4004.010 Nd II 4004. 15 P Fe II 127 4004.832 Fe I 601 4004.976 Fe. I 486,607 4005.04 P Fe III 40

4005.246 Fe

T 43 4005.38 P Fe I 123 4005.49 P Fe I 219

4005.64 P Fe III 40 4005.7 Al II 89 4005.712 V II 32 4005.952 Tl I 187 4006.136 Nl I 4006. 16 P Fe I 064 4006.314 Fe I 603 4006.631 Fe I 488 4006.768 Fe I 320 4007.04 P Cr II 194

4007.195 Tl I 187 4007.233 Fe I 119 4007.277 Fe I 277 4007.36 Hf II 88 4007.435 Nd II 4007.589 Ce II 221 4007.64 La II 4007.66 A II 60

4007.72 P Fe II 189 4007.78 8 II 29
38 FINDING LIST I A Type Element Multiple

4007.81 P Forb He I 56 4008.046 Tl I 187 4008.17 V 11 32 4008.41 P Sc II 16 4008.46 Hf II 54 4008.60 P Sc II 16 4008.714 Pr II 28 4008.769 fc I 6 4008.81 Fe III 4008.913 Gd II

4008.926 Ti I 12 4009.270 He I 55 4009.39 S II 55 4009.54 P Fe I 556 4009.58 Al II 37 4009.653 Ti I 11 4009.714 Fe I 72 4009.90 C II 27 4009.984 Nl I 150 4010.18 Fe I 915

4010.77 Fe I 219,320

4011.089 Co I 2 4011.23 A II 53 4011.416 Fe I 218 4011.534 Tl I 10 4011.69 Eu II 22 4011.71 Fe I 153 4011.89 P Fe I 424 4012.10 K II 2 4012.16 Fe I 601

4012.250 Nd II 10 4012.372 Ti II 11 4012.389 Ce II 206 4012.467 Fe II 126 4012.49 Cr I 268 4012.50 Cr II 183 4012.51 Mo I 12 4012.704 Nd II 4012.786 Tl I 186 4013.24 P Tl I 186

4013.587 Tl I 187 4013.641 Fe I 557 4013.798 Fe I 485 4013.798 Gd II 4013.80 Mg II 22 4013.822 Fe I 486 4013.87 A II 2 4013.89 P Fe I 120 4013.942 Co I 58 4013.953 Gd II 17

4014.28 Fe I 426,427

4014.489 Sc II 8 4014.534 Fe I 802 4014.668 Cr I 268 4014.899 Ce II 157 4015.20 P Fe II 142 4015.377 Tl I 185 4015.389 Pr II 32 4015.50 Ni II 12 4015.877 Ce II 256

4016.264 Ti I 186 4016.432 Fe I 560 4016.54 Fe I 277 4016.81 P Fe I 428 4016.82 V II 202 4016.943 Ti I 208 4017.096 Fe I 279

4017. 156 Fe I 527 4017.27 C II 27 4017.29 V II 216

4017. 56 Ni I 171 4017.58 Eu II 10 4017.596 Ce II 163 4017.771 Tl I 185 4017.96 Cr II 166 4018.102 Mr, I 5 1018.282 Fe I 560 4018.38 Zr II 54 4018.49 P Fe II 13 4018.50 CI III 7

4018.826 Nd II 19 4019.05 Fe I 219 4019.05 V II 201 1019.055 Nl I 72

4010. K)7 Th II 3 4019.288 Co I 16 4019.30 P Co I 18 4019.45 P II 30 4019.982 8m II 16 4020.05 P re I 556 I A Type Element Multiple

4020.06 CI II 76 4020.25 Hf II 40 4020.399 Sc I 7 4020.490 Fe I 913 4020.872 Nd II 19 4020.898 Co I 16 4021.13 C II 27 4021.330 Nd II 36 4021.622 Fe I 120,557 4021.75 P Fe III 45

4021.812 Ti I 185 4021.869 Fe I 278 4021.925 V I 96 4022.052 Ni I 238,241 4022.263 Cr I 268 4022.333 Gd II 4022.36 Cr II 183 4022.36 Fe III 45

4022.45 Fe I 173 4022.744 Fe I 556.654

4023.002 Nd II 4023.231 Sm II 4 4023.388 V II 32 4023.399 Co I 59 4023.58 La II 79 4023.688 Sc I 7 4023.739 Cr I 268 4023.986 He I 54 4023.99 Ni I 170 4023.99 Zr I 46

4024.04 II 99 4024.109 Fe I 277 4024.45 Zr II 54 4024.491 Ce II 49 4024.552 Fe II 127 4024.573 Ti I 12 4024.727 F II 2 4024.735 Fe I 560 4024.785 Nd II 24 4024.92 Zr I 46

4025.010

F II 2 4025.012 Cr I 37 4025.07 Fe III 53 4025.07 P Ti I 208 4025.114 Ni I 240 4025.136 Ti II 11 4025.44 Cr I 37 4025.44 Ni I 117 4025.49 P Forb He I 19 4025.495 F II 2

4025.60 He II 3 4025.67 P Fe III 45 4025.87 La II 42 4026.080 N II 40 4026.166 Cr I 37 4026.189 He I 18 4026.362 He I 18 4026.40 II 51 4026.435 Mn I 4026.5 Al II 24

4026.539 Ti I 185 4027.032 Co I 3 4027.103 Cr I 37 4027.20 Zr I 46 4027.30 V II 201 4027.426* Ti I 4028.332 Ti II 87

40 28.411 Ce II 47 4028.791 S II 45 4029.16 Hf II 23

4029.32 P Ni I 170 4029.64 P Ti II 87 4O29.640 Fe I 556,563

4029.68 Zr II 41 4030.03 Zr I 46 4030.194 Fe I 72 4030.28 P Cr II 19 4030.470 Nd II 32 4030.499 Fe I 560

40 30.512 Ti I 185

4030.755 Mn I 2 4030.867 Al II 72 4030.90 P Fe I 943 4031.130 Cr I 268 4031.135 Al II 72 4031.210 Al II 72 4031.243 Fe I 186 4031.339 Ce II 108 4031.35 Zr II 42

4031.41

A II 65 I A Type Element Multipl€

40 31.456 Fe II 151 4031.633 Al II 72 4031.68 La II 40 4031.73 P Fe I 427 4031.753 Ti I 185

40 31.807 Nd II 4031.968 Fe I 655

40 32.46 Fe I 320 4032.628 Ti I 297 4032.636 Fe I 44

4032.812 S II 59 4032.946 Fe II 126 4032.975 Ga I 1 4033.073 Mn I 2 4033.18 II 50 4033.19 P Fe I 218 4033.263 Cr I 36 4033.55 Sb I 1 4033.68 P II 17 4033.83 A II 52

4033.857 Pr II 19 4033.883 Ti I 208 4033.95 Cr I 36 4034.012 Nd II 23 4034.10 Zr II 42 4034.490 Mn I 2 4034.84 Zr II 70 4034.884 Ti I 208 4035.087 N II 39 4035.09 II 51

4035.110 Sm II 33 4035.25 P Fe I 831 4035.47 A II 33 4035.54 P Fe II 22 4035.54 Fe III 119 4035.542 Co I 173 4035.631 V II 32 4035.728 Mn I 5 4035.82 P Fe III 45 4035.828 Ti I 208

4035.96 P Nl I 150 4035.98 P Fe I 426 4036.23 P II 16 4036.37 P Fe I 279 4036.53 CI II 76 4036.59 La II 59 4036.779 V II 9 4036.80 Cr I 36 4037.294 Cr I 36 4037.332 Gd II 49

4037.665 Ce II 218 4037.725 Fe I 118 4037.897 Gd II 49 4038.03 Cr II 194 4038.124 Nd II 31 4038.27 P Ni I 150 4038.545 V II 155 4038.622 Fe I 600,728 4038.82 A II 2 4039.100 Cr I 251

4039.12 Fe III 45 4039.30 Cr I 251 4039.302 Al II 62 4039. 357 Pr II 15 4039.397 Al II 62 4039.574 V II 32 4039.83 Y I 5 4039.94 Fe I 276 4040.24 Zr II 54

4040. 310 Tl I 185

4040.650 Fe I 655 4040.762 Ce II 138 4040.796 Nd II 30 4041.288 Fe I 603,654 4041.31 II 50 4041.321 N II 39 4041.361 Mn I 5 4041.64 P Fe II 172 4041.675 Sm II 22 4041.79 Cr I 36

4041.84 P Fe II 13 4041.911 Fe I 602 4042.135 Ce II 252 4042.20 A II 28 4042.246 Cr I 36 4042.584 Ce II 140 4042,635 V I 96 4042.723 Sm II 4 4042.75 P Fe I 556 4042.905 Sm II 9
FINDING LIST 39

I A Type Element Multlplet No

4042.81 A II 33 4042.91 La II 66

4043.602 Cu II 3 4043.537 N II 39 4043.57 Zr I 32 4043.596 Nd II 34

4043.69 P Fe I 122 4043.696 Cr I 306 4043.776 Tl I 208 4043.901 Fe I 276,867

4043.98 P Fe I 559 4044.01 P -Fe II 172 4044.148 K I 3 4044.4182 A- I 4 4044.49 P Pe I 1073 4044.49 P II 30

4044.67 Zr I 46

4044.614 Fe I 359 4044.64 P Fe I 484 4044.78 N II 39

4044.818 Pr 11 8 4044.96 11 51

4046. 133 lin I 48

4045.139 Fe I 125 4045.148 Gd II 49

4045. 16 P Forb He I 17 4045.206 lin I 4045. 386 Co I 31 4045.59 P Fe I 559 4045.63 Zr II 30

4045.815 Fe I 43 4046.07 P Fe I 557 4046.16 II 50 4046.19 Cr I 36 4046.269 V II 177 4046.341 Ce II 81 4046.46 P Fe I 1075 4046.687 Hg I 1 4046.629 Fe I 487 4046.760 Cr I 36

4046.81 P Fe II 126

4047. 160 8m II 16 4047 . 214 K I 3 4047.318 Fe I 117,853 4047.61 A II 66 4047.64 T I 6 4047. 792 8c I 7 4047.88 P Y I] 6 4047.948 W I 4 4047.96 Hf II 104

4048.02 P Cr 11 182 4048.22 II 50 4048.56 P Cr I 251 4048.68 Zr 11 43

4048.756 Mn I 5 4048.780 Cr I 261 4048.831 Fe II 172 4048.999 Hn I 48

4049.03 V II 215 4049.14 Cr II 193

4049.336 Fe I 218 4049.399 Tl I 185 4049.429 Gd II 60 4049.44 Hf II 53 4049.71 P Nl I 169 4049.783 Cr I 251 4049.868 Gd II 4060.02 Cr I 36 4060.08 La II 85 4050.11 S II 45

4060.32 Zr II 43

4080.67 Hf II 59 4060.963 V I 121 4061.06 V II 32

4081.08 Fe II 98 4061.148 Nd II 66

4061. 18 P Nl I 239 4061.21 P Fe II 172 4061.34 V II 218 4061.362 V I 121

4081.923 Fe I 700 4061.97 Cr II 19 4062. 22 CI II 61

4062. 312 Fe I 00,882 4062.466 Fe I 863 4052.472 Hn I 48 4062.664 Fe I 624 4082.72 P Fe I 867 4062.930 Tl I 208

4082. 94 A II 101

I A

4063. 28 4053.294

4053.45 4053.606

4053.56

4053. 59 4053.59 4053.642

4053.814 4053.82

4054.10 4054.11

4054. 18 4064.55

4054.555

4054.618 4054.833

4064.845

4054.883

4054.991

4055.011 4055.03 4055.046

4055.214

4055.543

4055.98 4056.027 4056.06

4056.07 4056.212

4056.270 4056.53 4056.543

4056.793

4056.8

4057.00 4057.074

(057.19 1057.195 4057.347

4057.356

4057.39 4057.457 4057.5052

4057.51 4057.612

4057.66 4057.72

4057.80 4057.81

4057.812

4057.960 4058.08

4058.139

4058.183

4058.219

4058 . 227 4058.46 4058.600 4058.7

4058.766 4058.77 4058.772 4058.912

4058.930 4058.933

4059.07

4059.27. 4059.321

4059.370

4059.392

4059.726 4059.961

1060.09 4060.263

4060.58 4060.62

4060.98 4061.088 4061.3

4061.742 4061.77

4061.787

4062.08

4062.09 4062.223

4062.446

4062.590

4062.817 4062.90

Type Element Multlplet No

Fe III 119 Gd II Cr II 19 Ce II 36 A II 83

Fe III 98 V II 215

Gd I 5 Tl II 87

Fe I 485

II 50,98

Cr II 19 Fe I 557

II 98

8c I 6

Co I 2 Fe I 698 Pr II 30

Fe I 698

Ce II 82

Tl I 80

Zr I 46

Fe I 218 Hn I 48 Hn I 5 Fe I 914

Ho I 12

C III 24

Cr II 182

Tl II 11

V II 14 Fe I 320 Pr II 26

Cr I 306

Al II 88

N II 39

V I 121

Cr I 156 Co I 3 Nl I 89

Fe I 277 P III 1 Fe II 212 Hg I 16

Fe III 33

Tl I 254

Fe I 729 A II 9

N IV 3 Cr I 251

Pb I 1 Hn I 29 La II 54

Tl I 254

Co I 16 Gd I 6

Fe I 558

Fe I 914

Co I 58

S II 54

Fe I 120

S II 52

Cr I 251

Ca I 40

Mn I 5 Cb I 1 CI III 7 P III 1 Co I 2 Gd II 118

Hn I 29

Fe I 767 Nd II 63

Tl I 284

Tl I 8C II 97

Cr I 166

II 97 Nd II 10

Sc III

Hn I 29

Cr II 19

Fe II 189 P II 17 Ho I 12

Ce II 34

Fe I 369

Gd II Pr II 26 Ne II 53

I A Type Element Multlplet No

4062.90 II 50 4063.174 Co I 18 4063.286 Fe I 698 4063.390 Gd II 4063.528 Hn I 5 4063.59 Gd II 48

4063.597 Fe I 43 4063.931 V I 121 4063.94 P Cr II 19 4064.07 P Fe

J 423

4064.16 Zr I 46 4064.2 C I 7 4064.203 Tl I 80 4064.22 P Tl I 254 4064. 350 Tl II 106

4064. 374 Nl I 179 4064.48 8 III 4064.46 Fe I 44 4064.576 8m II 24,33 4064.64 P II 16

4064.75 P Fe II 39 4064.99 1 II 24 4065.070 V II 215 4065.09 Au I 3 4065.094 Tl I 80 4065.1 C I 7 4065.14 A II 68 4065.402 Fe I 698 4065.595 Tl I 207 4065.716 Cr I 279

4066.02 P Fe I 695

4066. 16 P Cr II 182 4066.328 Fe II 214 4066.365 Co I 30 4066. 597 Fe I 424 4066.737 8m II 28 4066.938 Cr I 66

4066.979 Fe I 358 4067.03 V II 9 4067.05 P Cr II 193

4067.051 Nl II 11 4067.275 Fe I 217 4067.279 Ce II 22 4067.39 La II 26 4067.49 P Fe I 422 4067.60 P Fe I 666

4067.85 P Fe I 1103 4067.87 C III 16 4067.984 Fe I 559 4068.003 Mn I 5

4068.144 Tl I 207 4068.334 Sm II 42 4068.541 Co I 58 4068.661 Tl I 254 4068.7 Sc III 4068.836 Ce II 82 4068.97 C • III 16 4068.981 Tl I 299 4069.08 Fe I 557 4069.267 Nd II 20 .

4069.636 II 10 4069.883 Fe II 188 4069.897 II 10 4070.03 P Fe II 22 4070.094 Ce II 4070 . 279 Mn I 5 4070.288 Gd II 49 4070.30 C III 16 4070.390 Gd II 17 4070.45 P Fe I 525

4070.766 Fe I 558 4070.90 Cr II 193 4071.0 P Nl II 11 4071.000 Cr I 306 4071.09 Zr II 54 4071.20 II 49 4071.211 Tl I 254 4071.22 Hf II 74 4071.469 Tl I 254 4071.52 Fe I 218

4071.541 V I 96 4071.740 Fe I 43 4071.814 Ce II 81 4072.01 A II 33

4072. 13 P II 16 4072. 164 II 10 4072.40 A II. 41,52

4072.518 Fe I 698 4072.86 Cr II 26 4072.71 Zr I 46
40 FINDING LIST

I A

4072.913

4072.917

4073.195 4073.055

4073.477 4073.759 4073.760

4073.90 4074.356 4074.374

4074.53

4074.70 4074.794

4074.89 4074.897 4075.116 4075.272

4075.45

4075.63

4075.66

4075.714

4075.845

4076.853

4075.868 4075.92

4075.95

4076.00 4076.061

4076.124 4076.232

4076.370

4076.498 4076.636 4076.64

4076.71

4076.78 4076.810 4076.83

4076.87 4076.89

4076.96

4077.05

4077.089

4077.148 4077.35

4077.38 4077.470 4077.50

4077.677 4077.714

4078.321

4078.365

4078.444

4078.471

4078.700 4078.862

4079.18

4079.241 4079.422

4079.60

4079.708 4079.726

4079.848 4079.88

4080.04

4080.08

4080.221

4080 . 226 4080.227 4080.435

4080.44 4080.44

4080.48

4080.56

4080.600 4080.67

4080.886

4081.018

4081.10 4081.19

4081.21 4081.22

4081.222

Type

4081.42 P Fe II 4081.737 Cr I 4081.74 Ca III 4082.125 Fe I 4082.280 N II 4082.30 Cr II 4082. 3S0 8c I

Element Multlplet No

Nl I 197

Ce II 109

Gd II 34

N II 36

Ce II 4

Gd II 44

Fe I 558 III 23 Tl I 254

W I 6

C II 36

Fe I 912

Fe I 524

C II 36 Nl I 28

Nd II 62

Nd II 19

SI II , Cr II 19 V II 14

Ce II 57 Sm II 51

Ce II 206

II 10 Cr I 66

Fe II 21

C II 36

Cr I 279

Co I 16 Fe I 486

Tl I 9 Fe I 218 Fe I 558 A II 52 La II 11

SI II Fe I 557

N II 38

Cr II 19 Fe I 559

A II 64

Zr II 54

Cr I 66

Tl I 207 La II 41

Y I 7 Ce II 60

Cr II 19

Cr I 279

8r II 1

Ce II 19

Fe I 217

Gd II 15

Tl I 80

Qd I 5

II 10 Fe I 700

Hn I 5

Mn I 5

A II 33

Tl I 207

Cb I 1 Fe I 359

CI II 61 P III ' 1 Fe I 944

Cr I 66

Fe I 558

Nd II 18 Ce II 36

Hf II 6 V II 214

Ne II 53

Cr I 156

Ru I 7 A II Fe I 557 Pr II 14

III 23

Fe III 11B

Cr II 165

Zr I 46

Ce II 4

Fe II 188

Cr I 66

Ca HI 4

Fe I 698

N II 38 Cr II 165

8c I 6

I A Type Element Multlplet No

4082.40 A II 8 4082.44 Fe I 906 4082.456 Tl L 80 4082.593 Co I 16 4082.600 Sm II 54 4082.85 N II 38 4082.944 Mn I 5 4083.233 Ce II 60 4083.554 Fe I 117 4083.584 Sm II 24

4083.628 Hn I 5 4083.67 P Mn II 2 4083.71 P Fe I 1103 4083.71 Y I 6 4083.780 Fe I 697 4083.907 II 49

4084. 17 P Fe I 557 4084.391 Ho I 12 4084.498 Fe I 698

4084. 58 P Fe II 151

4084.66 II 21 4085.011 Fe I 358 4085. 124 II 10 4085.232 Ce II 172 4085.26 P Fe I 276 4085.312 Fe I 559 4085.38 Eu II 10 4085.38 P Fe I 486

4085.564 Gd II 50 4085.67 V II 214

4085.68 Zr II 54 4085.815 Nd II 16 4085.98 Fe I 1073

4086. 14 Cr II 26 4086.300 Co I 58 4086.69 Ne II 54 4086.72 La II 10 4087.099 Fe I 694 4087.16 II 48 4087.27 P Fe II 28

4087.297 Ce II 59 4087.35 N II 37 4087.60 Na II 4 4087.63 Cr II 19 4087.79 P Fe I 832 4088.291 Co I 2 4088 . 567 Fe I 906 4088.75 P Fe II 39 4088.863 Si IV 1 4088.90 Cr II 19

4080.225 Fe I 422

4089.295 II 48 4089.49 Cr II 164 4089.63 Cr I 260 4090.085 Fe I 700

4090. 305 Cr I 66 4090.34 P Fe I 44 4090.52 Zr II 29 4090.579 V I 41 4090.75 P Fe I 943

4090.947 Ce II 174 4090.984 Fe I 695 4091.53 P II 17 4091.561 Fe I 357 4091.945 V I 52 4092.174 Cr I 180 4092.266 Sm II 1 4092.386 Co I 29 4092.407 V I 52 4092.512 Fe I 18

4092.633 Ca I 26 4092.694 V I 27 4092.848 Co I 09 4092.940 II 10 4093.06 Cr I 260

4093. 16 Hf II 6 4093.497 V I 52 4093.62 P Nl I 1 4093.90 Mg II 29 4093.955 Ce II 160

4094.18 II 10 4094.188 Tm I 4094.478 Od II 48 4094.930 Ca I 20 4095.17 S III 4095.27 P Fe I 1075 4095.486 V I 41 4095.63 P Fe I 851 4095.63 II 48 4095.92 P N II 38

I A TyiDe Element Multlplet No

4095.975 Fe I 217 4096.118 Fe I 911

4096. 18 II 48 4096.21 P Fe I 18 4096.47 A II 65 4096.543 II 21 4096.63 Zr II 15 4096.822 Pr II 29 4096.96 P Fe I 173 4097.02 P Fe I 700

4097.099 Fe I 558 4097.12 Ca II 17 4097.15 A II 100 4097.21 Hf II 17 4097.260 II 20,48 4097.31 N III 1 4097.65 Cr I 97 4097.791 Ru I 9 4097.96 Cr I 97 4098.18 Cr I 97

4098.183 Fe I 508 4098.27 II 46 4098.44 Cr II 168 4098.533 Ca I 20 4098.54 Fe III 101 4098.606 Gd II 49 4098.73 La II 138 4098 . 77 Ne II 63 4098.900 Gd II 49 4098.981 Ce II 91

4099.016 Cr I 108 4099.08 Fe I 600,601

4099.166 Tl I 207 4099.25 S III 11 4099.44 S III 4099.47 A II 79

4099. 04 La II 78 4099.77 Mg I 46

4099.796 V I 27 4099.94 N I 10

4099.99 P Fe I 698 4100.04 He II 3 4100.17 Fe I 4100.240 Nd II 57 4100.30 Ne II 54 4100.35 Fe I 320 4100.35 P Fe I 1103 4100.52 Fe III 107 4100.621 - D 1 4100.745 Fe I 18

4100.746 Pr II 4 4100.91 P Fe I 173 4100.918 Cb I 1 4101.00 V II 176

4101. 163 Cr I 108 4101.272 Fe I 698 4101.684 Fe I 120 4101.737 H 1 4101.764 In I 1 4101.772 Ce II 5

4102. 158 Mo I 12 4102.159 V I 41 4102.38 Y I 7 4102.713 W I 2 4102.74 P Nl I 255 4102.926 Si I 2 4103.017 II 20 4103.085 F II 4 4103.37 N III 1 4103.525 F II 4

4103.61 P Fe I 831 4103.62 P Fe I 650 4103.724 F II 4

4103.85 Cr I 180 4103.871 F II 4 4103.91 A II 52,64

4104. 132 Fe I 356,008

4104. 18 P Fe II 39 4104.23 CI III 7 4104.46 P Fe I 422

4104.743 II 20 4104.77 P Fe I 320 4104.778 V I 112 4104.867 Cr I 108 4104.97 Fe I 694 4104.996 Ce II 106 4105.000 II 20 4105.06 P Fe I 700 4105.167 V I 27 4105. 365 Hn I 47
FINDING LIST 41

I A Type Element liultlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No 410S.843 Tib I 4115.376 Gd II 117 4124.072 V I 52 4106.03 II 10 4115.89 P Fe I 910 4124.081 N II 65 4106. OS Cr I 180 4115.982 Nl I 255 4124.09 A II 41 4106.134 Ce II 160 4116. 104 81 IV 1 4124.73 Lu I 3 4106.266 Fe I 217 4116.39 A II 124 4124.793 Fe II 22 4106.437 Fe I 697 4116.470 V I 27 4124.91 1 II 14 4106.582 Nd II 57 4116.047 F II 5 4125. 10 Hf II 94 4106.71 Cr I 200 4116.60 P V I 27 4125.23 P Fe I 173 4106.83 CI III 7 4116.66 Cr II 181 4125.4 8 III 11 4106.881 Ce II 139 4116.703 V I 27 4125.622 Fe I 1103 4107.07 II 47 4116.97 -Fe I 558 4125.776 Ce II 126 4107. 387 Sm II 50 4117.013 Ce II 35 4125.884 Fe I 354 4107.426 Ce II 138 4117.09 P II 17 4126.099 Cr I 65 4107.477 Mo I 12 4117.288 Ce II 77 4126.192 Fe I 695 4107.487 V I 52 4117.32 Fe I 484 4126.521 Cr I 35 4107.492 Fe I 354 4117.71 Fe I 833 4126.88 Fe I 354 4107.75 P Fe I 831 4117.872 Fe I 700,1103 4126.925 Cr I 4108.13 P Fe I 559 4118.10 Ne II 54 4127.08 Cr II 181 4108.31 P Fe I 833 4118.144 Ce II 11 4127.09 A II 41 4108.39 Zr I 32 4118.182 V I 112 4127.09 P Tl I 114 4108.400 Cr I 65 4118.45 P Cr I 85 4127.302 Cr I 35 4108.401 Gd II 117 4118.481 Pr II 8 4127.367 Ce II 4 4108.488 Co I 2 4118.549 Fe I 801 4127.49 P II 16 4108.554 Ca I 39 4118.551 8m II 54 4127.531 Tl I 296 4108.75 II 48 4118.643 V I 41 4127.54 8 III 4109.070 Fe I 558 4118.774 Co I 28 4127.57 •J II 15 4109.073 Nd II 17 4118.904 Fe I 559 4127.612 Fe I 357 4109.173 F II 5 4119.015 Ce II 89 4127.643 Cr I 65

4109. 19 P II 30 4119.219 F II 5 4127.721 Gd II 117 4109.405 Sm II 28 4119. 221 II 20 4127.80 Hf II 41

4109.455 Nd II 10 4119.44 Cr I 65 4127.807 Fe I 558,727 4109.54 Hg II 21 4119.457 V I 41 4128.063 81 II 3 4109.584 Cr I 65 4119.53 P Fe II 21 4128.067 Ce II 136 4109.706 Co I 1 4119.66 P Fe I 320 4128.071 V I 27 4109.786 V I 27 4119.784 Ce II 22 4128 . 14 Hn II 2 4109.808 Fe I 357 4119.877 Ce II 83 4123.31 Y I 5 4109.81 P V I 41 4120 P V 4 4128.65 A II 4109.83 Ca II 17 4120.037 Ti I 253 4128.735 Fe II 27 4109.95 Fe III 4120.211 Fe I 423 4128.858 V I 112 4109.98 Cr I 260 4120.279 II 20 4128.87 P Hn II 2

4109.98 N I 10 4120.538 V I 41 4126.870 Rh I 8 4110.00 N II 44 4120.554 II 20 4129.166 Tl I 4110.05 Zr II 30 4120.613 Cr I 65 4129.176 Ce II 227 4110.20 II 37 4120.654 Nd II 67 4129.21 Cr I 97 4110.33 Ca II 17 4120.78 P II 17 4129.22 Fe I 698 4110.381 Ce II 29 4120.612 He I 16 4129.231 Sm II 24 4110.472 Nd II 15 4120.829 Ce II 112 4129.34 II 19 4110.532 Co I 29 4120.97 Fe III 118 4129.46 P Fe I 695 4110.795 II 20 4120.993 Re I 16 4129.70 A II 77 4110.87 Cr I 97 4121.0 S II 2 4129.73 Eu II 1

4110.903 Hn I 37,47 4121.31 Fe III 4129.96 P Cr I 97 4111.01 Cr II 18,26 4121.318 Co I 28 4130.035 Fe I 44,486 4111.06 P Fe I 689 4121.45 Zr I 32 4130.372 Gd II 19,49 4111.36 Cr I 97 4121.48 II 19 4130.47 P Cr I 97 4111.394 Ce II 4121.637 Tl I 4130.538 Co I 16 4111.438 Gd II 4121.682 Rh I 9 4130.648 Ba II 4 4111.56 8 III 4121.7 P V 11 4130.706 Ce II 209 4111.67 Cr I 97 4121.806 Fe I 366 4130.77 P II 17 4111,786 V I 27 4121.817 Cr I 108 4130.86 CI II 60 4111.902 Fe II 188 4121.96 B II 2 4130.884 81 II 3

4112.018 Os I 5 4122.00 P Fe I 765 4131.099 Ce II 112 4112.029 II 21 4122.05 C III 17 4131.17 P Fe II 188 4112.04 Eu II 10 4122.06 Fe III 118 4131.244 Ti I 253 4112.09 P Fe I 766 4122.143 Tl I 296 4131.31 It II 54

4112. 17 P Fe I 275 4122. 162 Cr I 66 4131. 360 "r I 261

4112. 35 Fe I 695 4122.522 Fe I 356 4131.430 Hn I 37 4112.59 Cr II 18 4122.638 Fe II 28 4131.73 A . II 32 4112.708 Tl I 9 4122*307 lln I 47 4131.74 La II 167 4112.83 A II 8 4122.98 Fe III 118 4131.75 P Fe I 1075 4112.972 Fe I 1103 4123 P V 4 4131.94 P Fe I 695

4113.210 Zn I 9 4123.069 Na II 19 4131.97 P Fe I 558 4113.23 Fe III 4123. 188 V I 112 4132.017 V I 27 4113.24 Cr II 16 4123.23 La II 41 4132.060 Fe I 43

4113.28 La II 166 4123.230 Ce II 162 4132. 155 Co I 30 4113.45 Fe III 4123.279 tin I 47 4132.275 Gd II 49

4113.518 V I 52 4123. 287 Tl I 302 4132.41 Cr II 26 4113.68 Hf II 24 4123.38 Zr II'. 54 4132.48 CI II 29 4113.726 Ce II 137 4123.387 Cr I 108 4132.50 La II 150 4113.82 II 37 4123.488 Ce II 22 4132.54 P Fe I 1103 4113.826 Nd II 20 4123.54 Hf II 95 4132.806 II 19

4113.876 Hn I 47 4123.543 Hn I 37 4132.903 Fe I 357 4113.902 8m II 16 4123.659 Tl I 296 4132.94 P Fe I 44

4114.00 N I 10 4123.066 V I 27 4133.006 Sc I 20 4114.449 Fe I 357 4123.746 Fe I 217,422 4133.33 La IT 4114.52 A II 124 4123.812 Cb I 1 4133.361 Nd 11 19 4114.96 Na II 20 4123.872 Ce II 60 4133.65 Ne II 53 4114.957 Fe I 690 4123.881 Nd II 65 4133.66 CI II 60 4114.99 K II 2 4123.90 V 4 4133.669 N II 65 4115.185 V I 27 4123.956 8m II 46 4133.800 Ce II 4 4115.374 Ce II 22 4124.00 CI II 60 4133.869 Fe I 698
42 FINDING LIST I A Type Element Hultlplet No

4134.19 P Fe I 217 4134.343 Fe I 3 4134.433 Fe I 482,697

4134.488

V I 27 4134.681 Fe I 367 4134.72 K II 1 4135.325 Nd II 4135.443 Ce II 188 4135.68 Zr I SO 4135.77 P Cr II 163

4135.77 Fe I 1073 4135.784 Os I 3 4135.9 P V 11 4136.386 V I 26 4136.512 Fe I 694

4136.894 Tl I 221 4137.002 Fe I 726 4137.090 Cb I 1 4137.104 Gd II 4137.257 Mn I 37

4137.284 Tl I 253 4137.42 P Fe 1 1103 4137.63 N I 6 4137.646 Ce II 2 4137.93 Fe III 118 4137.97 P Fe I 320 4138.21 P Fe 11 150 4138.40 P Fe II 39 4138.52 Nl I 237 4138.84 Fe I 117

4139.37 Fe III 118 4139.452 Co I 94

4139.48 Tl I 221 4139.702 Cb I 1 4139.933 Fe I 18 4140.24 P Fe I 418 4140.304 Sc I 20 4140.42 P Tl I 221 4140.441 Fe I 694,695

4140.450 Gd II 48

4140.51 Fe III 118 4140.74 II 19 4141.017 Gd II 117 4141.25 Forb Al III 17 4141.257 Pr II 10 4141.352 Fe I 480 4141.73 La II 40 4141.84 Hf II 87 4141.862 Fe I 422

4141.96 II 106

4142.08 II 106 4142.15 Al III 16 4142.184 Nl I 212 4142.193 Cr I 305 4142.24 II 106 4142.291 S II 44

4142.320 Nl I 4142.398 Ce II 10 4142.47 Cr I 179 4142.480 Tl I 296

4142.628 Fe I 1103 4142.66 V I 26

4142.86

Y I 5 4142.90 V II 226

4143.048 Tl I 263

4143.07 P Fe II 186 4143.136 Pr II 4

4143.280 Tl I 263 4143.418 Fe I 523 4143.42 P N I 6

4143.50 P Fe I 697 4143.52 II 106 4143.759 He I S3 4143.77 La II 54 4143.77 II 106 4143.83 P Fe I 364 4143.87 Fe III 4143.871 Fe I 43

4144.164 Ru I 7 4144.492 Ce II 3 4144.563 Nd II 61 4144.995 Ce II 9 4145.100 8 II 44 4146.209 Fe I 274 4145.74 Fe III 4145.764 N II 66 4145.77 Cr II 162 4145.90 II 106 4146.071 Fe I 422

4146.09 II 106 I A 'J¥» Element Multiple! No

4146.20 Cr I 260 4146.234 Ce II 203 4146.47 Cr I 108 4146. C5 Cr I 107 4146.94 S II 66 4147.09 CI II 60 4147.26 P Fe II 141 4147.34 P Fe I 693

4147.43A II 9 4147.49 P Fe I 892

4147.532 Mn I 37 4147.673 Fe I 42

4148.27 P Fe I 832

4148.52 Cr I 241 4148.75 P Nl I 89 4148.859 V I 26 4148.901 Ce II 28 4148.91 8 III 4149.19 K II 6 4149.22 Zr II 41

4149.372 Fe I 694

4149.445 Ti I 296 4149.45 Cr I 261 4149.49 P Fe I 942

4149.76 P Fe I 3 4149.831 Sm II 8 4149.897 Al III 5 4149.917 Al III 6 4149.936 Ce II 168,189 4150.08 P V II 37

4150.138 Al III 5 4150.258 Fe I 695 4150.366 Nl I 178 4150.429 Co I 16 4150.557 Tl I 263 4150.67 Ne II 63 4150.809 Tl I 221 4150.963 Tl I 206 4150.97 Zr II 42

4151 P V 4

4151.00 Cr II 163 4151.46 N I 6

4161. 52 Eu II 10 4151.60 P Fe II 149 4161.79 P Fe II 12 4151.967 Fe I 764

4151.970 Ce II 2 4161.98 La II 40 4152.07 P Fe I 1049

4162. 172 Fe I 18

4152.209 8m II 16 4152.358 Sc I 20 4152.43 C III 21 4152.575 Cb I 1 4152.775 Cr I 261 4152.78 La II 78 4152.98 P Fe II 46

4153.067 Cr I 36 4153.098 8 II 44

4153.302 II 19

4153.328V I 20 4153.332 8m II 64

4153.510 Gd II 117 4153.67 P Ce II 169 4153.816 Cr I 35 4153.906 Fe I 696

4154.109 Fe I 694

154.502 Fe I 366 4164.812 Fe I 694 4164.862 Gd II 67

4164.865 Tl I 221 4154.98 Fe III 4166.217 8m II 8,60

4155.525 Mn I 37 4155.532 Ce II 29 4156.083 Nd II 10 4166.11 A II 62 41S6.24 Zr II 29 4166.266 Nd II 14 4166.3 LI II 3

4166.460 Fe I 693

4156.50

C III 21 4156.64 II 19 4166.670 Fe I 419 4166.8 N II 1.0,51 4156.803 Fe I 384 4167.788 Fe I 695 4157.82 CI II 4158.420 Co I 144 4168.45 P Fe II 12 I A Type Element Hultlplet No

4158.5906

A I 2 4158.76 V 11 4168.798 Fe I 696 4168.90 Hf II 41

4159.033 Ce II 246 4159.407 Al II 71 4159.450 Al II 71 4169.634 Tl I 206 4169.686 V I 25 4159.725 Al II 71

1169.809 Al II 71

4160. 239 Al II 71

1160.263 Al II 71

1160.28 P Fe II 149 4160.56 P II 31 4160.561 Fe I 419 4160.62 P Fe II 39 4160.78 P Fe I 1116 4160.8 N II 60,51 4161.06 Cr II 162

4161.080 Fe I 689

4161. 175 Ce II 22

4161. 20 Zr II 42 4161.27 P Cr II 127 4161.34 P Nl I 86

4161.415 Cr I 305 4161.488 Fe I 422

4161. 524 Tl II 21 4161.56 P Cr II 127 4161.796 8r II 3

4161.94 La II 4162.072 V II 175 4162.39 8 II 66 4162.40 Hf II 60 4162.698 S II 44,66 4162.732 Gd II 17 4162.80 C III 21 4162.93 P Fe I 476* 4163.092 Gd II 44

4163. 16 P Cr I 36

4163. 36 P Fe I 1076

4163. 516 Ce II 36 4163.625 Cr I 66

4163.644 Tl II 106 4163.666 V II 176 4163.658 Cb I 1 4163.676 Fe I 274,668 4163.94 Cr I 241 4164.015 V II 37 4164. 134 Tl I 163

4164. 1800

A I 2 4164.192 Pr II 8

4164. 24 P Fe I 694

1164.54 Pt I 6

4164. 636 Nl I 28 4164.661 Cb I 1 4164.79 Fe III 118 4164.80 Fe I 418 4164.96 8 III 4165. 11 8 II 64

4165. 184 Sc I 20 4165.519 Cr I 305 4165.606 Ce II 10 4166.003 Ba II . 4

4166.311 Tl I 163 4166.37 Zr I 45 4166.73 P II 16 4166.86 Fe III 118 4167.159 Gd II 18 4167 . 2604 "8 I 16

4167.2712 Mg I 18 4167.52 Y I 7 4167.67 P Tl II 21 4167.69 P Fe II 149 4167.80 Cr I 107 4167.804 Ce II 20 4167.862 Fe I J99 4168 . 122 Cb I X

4168.31 Cr I 261 4168.409 8 II 44

4168.41 Fe III 116 4168.424 Al II 61 4168.511 Al II 61

4168.626 Fe I 689

4168.66 P Fe II 22 4168.942 Fe I 094 4168.971 He I 62

4168.98

A II 4169.09 P Fe I 18 4169.230 II 19
FINDING LIST 43

I A

4169.330

4169.478 4169.773

4169.777

4169.838 4169.878

4169.98

4170.108 4170.202

4170.58

4170.86

4170.906

4171.018 4171.608 4171.675

4171.696

4171.824

4171.897 4171.904 4171.92

4172.048 4172.126

4172.20 4172.273

4172.60 4172.609 4172.641

4172.749

4172.97 4173.05

4173.18 4173.234

4173.322

4173.379

4173.450 4173.51

4173.537

4173.556 4173.75

4173.76

4173.77 4173.926

4174 4174.042

4174.088

4174.088

4174. 14 4174.15

4174.27 4174.300

4174.31

4174.33 4174.419 4174.472

4174.795

4174.917

4174.941

4175.227 4175.538 4175.606

4175.640

4175.89 4175.945

4176.080

4176.164 4176.44

4176.57 4176.571

4176.793

4177.07

4177.17 4177.321

4177.357

4177.50 4177.52

4177.54

4177.59

4177 . 597 4177.70

4178.019

4178.39 4178.390

4178.855

4179 4179.05 4179.062

4179.226 4179.25

4179.257

4179.31

Type Element Multiple

Ti I 163 Sm II 24

Ce II 161

Fe I 693

Cr I 278

Ce II 173

Fe II 12

Cd II 35

Cr I 278

Cr II 18

Cr II 181

Fe I 482

Ti I 206

N II 43

Cr I 261

Fe I 941

Pr II 16 TI II 105

Fe I 650

Cr II 18

Ga I 1 Fe I 649

Fe II 148 Pr II 13

Cr II 18 TI I 163

Fe I 689

Fe I 19

Fe. I 909,107

TI II 96

Fe I 698

0s I 4

Fe I 355

Nd II 16 Fe II 27

N II 50 TI II 21

Gd II 117

N II 50 Y II 23

A II 78

Fe I 19

N IV 14

S II 64

TI I 55

TI II 105 Y I 6

Cr I 305

Fe III

S II

Mn II 2 Hf I 3 Fe I 799

Ti I 220

Cr I 241 Fe I 19 Cr I 278

Cr I 261

Gd I 5 Nd II 39

Fe I 354

Fe I 694

Cr I 106

Ce II 135

N II 42

Fe II 149

Fe I 689

Fe I 695

V I 6 Fe I 690

Cr I 133

Nd II 10 Ti I 163 Hf II 51

Fe I 172

Y II 14

Co I 2 Fe I 18 Fe II 21 8b II 16,50

A II 7 V II 25

Fe II 28 V 4 Cr I 250

V II 19 Co I 144

Fe III

Cr I 179,250

A II 52

I A

4179.419 4179.422

4179.43 4179.55 4179.585

4179.667

4179.81 4179.860

4179.90 4179.92

4180.41

4180.498

4180.68

4180.7 4180.86

4180.97

4180.97 4181.17

4181.17

4181.20

4181.50

4181.55

4181.758 4181.8838 4182.384 4182.591

4182.69

4182.790

4182.98

4183

4183.025

4183.20 4183.294

4183.31

4183.435 4183.764

4184.09 4184.22 4184.252

4184.26

4184.329

4184.475 4184.895

4184.895 4185.334

4185. 345 4185.456

4185.60

4185.61

4185.66

4185.95

4186.01

4186.033

4186.08 4186.119 4186.24

4186.359

4186.599

4186.70 4187.044

4187.05

4187.246 4187.31

4187.323

4187.56 4187.59

4187.616

4187.68 4187.802

4188.099

4188.128 4188.694 4188.82

4188.88

4189.10

4189.50

4189.518 4189.564

4189.67 4189.71

4189.788 4189.841

4189.96

4190.16

4190.29

4190.40 4190.626 4190.66 4190.712

4190.7127

Type Element

V I Pr II Cr II Hf II Nd II

N II

Zr II Ti I Co I Cr II

Fe I Ti I Pr II

S II V II Fe II La II N II Ti II Fe I

Cr II Fe I Fe I A I Fe I V I Fe II Fe I A II N IV

Fe I Fe II Ti I Zr I V II Sm II Fe III Fe I Gd II Lu II

Ti II Nl I Cr I Fe I Ce II Cr III Cr II

CI II Fe I

S II Ti I Nd II

Cr II Ti I K II Cr I Ce II Zr II Fe I

C III

Co I La I Ce II Zr I Fe I Tn I Hf II Fe I Gd II

Sm II TI I CI II Al III Fe III

Co I Pr II Fe I A II S II

II V I Cr I Cr I Ti II V II Ce II Cr I Co I A I

Multiplet No.

25

4

26 114

195099 206

1 127

274

206

23

64

19 148 133

4996

908

181 763

354

7 476a

24

149 694

36

1<

697

21 220

51

374

22 274

156

2189

155

355

124

106

36 16343 1104

22024

127

129

1 249

1 97 152

1893

586

45 694

73

152

17

50

22043

15

2

8 940

44,64

36

24

10684

21

25 16935

12

I A Typ e Element Multlpl

4190.738 Si II 4190.89 V II 37 4191.0296 A I 7 4191.067 Gd II 34 4191.271 Cr I 35 4191.436 Fe I 152 4191.50 Zr I 108 4191.558 V I 24 4191.59 CI II 43 4191.615 Pr II 12

4191.685 Fe I 355 4191.750 Cr I 35 4192.07 Ni II 10 4192.103 Cr I 273 4192.35 La II 78 4192.50 II 42 4192.856 Co I 94 4193.094 Ce II 79 4193.34 La II 4193.37 P La II 133

4193.44 Mg II 28 4193.51 S II 10 4193.662 Cr I 248 4193.874 Ce II 85 4193.89 Cr I 248 4194.36 La II 160 4194.50 P Fe I 274 4194.951 Cr I 248 4195.11 CI II 43 4195.337 Fe I 693

4195.41 Cr II 161 4195.531 Ni I 239 4195.615 Fe I 478 4195.70 N III 6 4195.83 V II 19 4196.218 Fe I 693 4196.26 II 42 4196.335 Ce II 123 4196.533 Fe I 418 4196.55 La II 41

4196. 64 P Ti II 21 4196.69 Fe III 22 4196.72 II 42 4197.069 Gd II 117 4197.10 P Fe I 18 4197.234 Cr I 249 4197.38 P Fe I 976 4197.47 Cr I 249 4197.668 Ce II 136 4197.681 Gd II

4197.95 P Ti II 96 4197.998 Ce II 209 4198.174 Si II 4198 . 268 Fe I 693 4198.310 Fe I 152 4198.3170 A I 4 4198.425 Co I 2 4198.431 Ce II 207 4198.525 Cr I 249 4198.611 V I 24

4198.645 Fe I 693 4198.669 Ce II 7 4198.724 Ce II 3 4199.02 P Cr II 180 4199.09 P Fe II 141 4199.098 Fe I 522 4199.099 Nd II 15 4199.27 Y II 5 4199.37 P Fe I 416 4199.83 He II 3

4199.902 Ru I 8 4199.918 Tm II 1 4199.93 A II 124 4199.97 Fe I 3 4200.02 N III 6 4200.06 Fe III 4200.09 P Fe I 993 4200.103 Cr I 4200.38 Fe III 4200.40 P Ti II 96

4200.464 Nl I 89 4200.6751 A I 2 4200.752 Ti I 220 4200.78 P Fe I 44 4200.89 V I 6 4200.930 Fe I 689 4201.45 Zr I 45

4201.50 La II 4201.58 A II 52 4201.723 Nl I 238
FINDING LIST

I A Type Element Multlplet

4201.73 Fe I 799 4201.651 Rb I 2 4201.09 A II 8,124 4202.031 Fe I 42

4202.154 Nl I 179 4202.350 V II 25 4202.4 Al II 87 4202.755 Fe I 476a, 521 4202.944 Ce II 186 4203.051 Sm II 42

4203.30 Fe I 418 4203.43 A II 4203.465 Tl I 220

4203.570 Fe I 19 4203.590 Cr I 35 4203.67 P Fe I 1245 4203.730 Tm I 4203.953 Fe I 850 4203.987 Fe I 355 4204.03 La II 53

4204.19 Cr I 35 4204.20 V II 25 4204.471 Cr I 272 4204.54 CI II 43 4204.66 P Cr II 127 4204.69 Y II 1 4204.83 P Cr II 180 4204.857 Gd II 46 4205.05 Eu II 1 4205.05 P V II 25

4205.07 CI II 67 4205.080 V II 37 4205.19 A II 111 4205.37 P Kn II 2 4205.48 P Fe II 22 4205.546 Fe I 689 4205.595 Nd II 19 4205 . 91 Zr II 133 4205.92 Fe III 22 4205.92 P Tl II 33

4206.128 Sm II 38 4206.21 Ca II 16 4206.375 Hn II 7 4206.43 Ne II 53 4206.59 Hf II 74

4206.702 Fe I 3 4206.739 Pr II 8 4206.899 Cr I 4207.130 Fe I 352

4207 . 23 P Mr. II 2

4207.35 Cr II 26 4207.51 Cr I 133 4207.61 La II 133 4208 . 03 CI II 43

4208 . 357 Cr I 249 4208.610 Fe I 689,696

4208.99 Zr II 41 4209.02 Cr II 162 4209.368 Cr I 248 4209.409 Ce II 3

4209.649 Mo II 3 4209.74 V II 25 4209.756 Cr I 155 4209.84 P Cr II 180 4209.807 V I 24 4210.00 A II 78 4210.22 La II 4210.352 Fe I 152 4210.352 Sm II 8 4210.39 P Fe I 482

4210.62 Zr II 97 4210.77 Cr I 106 4210.87 Fe III 4211 P V 4 4211.286 Nd II 57 4211.349 Cr I 133 4211.51 Fe III 104 4211.729 Tl I 279 4211.80 P Fe II 21 4211.88 Zr II 15

4212.001 Gd II 16 4212.00 P Fe I 697 4212.003 Ru I 6 4212.44 81 IV 5 4212.90 Pd I 7 4213.030 Ce II 169 4213.179 Cr I 155 4213.42 P Fe I 274 4213.5 8 II 44 4213.600 Fe I 350

I A Type Element Multiple

4213.86 Zr I 45 4214.041 Ce II 203 4214.73 N I 5 4215.023 Gd II 32 4215.430 Fe I 274,419 4215.524 Sr II 1 4215.556 Rb I 2 4215.69 N III 6 4215.76 Zr II 68 4215.77 Cr II 18

4215.92 N I 5 4215.975 Fe I 273 4216.04 Ba II 17 4216.186 Fe I 3 4216.365 Cr I 132

4217 P C IV 11 4217.07 Cr II 18 4217.09 I 33 4217 . 15 Ne II 52

4217.195 Gd II 49

4217.23 S II 44

4217.282 Nd II 57 4217.34 P Ti II 96 4217.45 A II 4217.551 Fe I 693 4217.56 La II 78 4217.591 Ce II 19 4217.626 Cr I 132 4218.12 P Fe I 19 4218.18 P Ti II 33

4218 . 21 P Fe I 172 4218.69 A II 64 4218.710 V I 24 4219.364 Fe I 800 4219.383 W I 3 4219.41 P Fe I 419 4219.51 V I 24 4219.59 P Fe I 763 4219.74 P Fe I 832 4219.76 Ne II 52

4220.047 V II 25 4220.05 P Fe I 994

4220.13 Ca II

' 16 4220.258 Nd II 32 4220.32 Fe III 4220.347 Fe I 482

4220.45 Cr I 106 4220.659 Sm II 15,50 4220.92 Ne II 52 4221.572 Cr I 105,248

4221 . 696 Nl I 86 4222.00 Cr II 180 4222.15 P III 3 4222. 219 Fe I 152

4222. 39 Fe III 4222. 41 Zr II 80 4222.599 Ce II 36 4222.67 A II 77 4222.732 Cr I 132 4222.78 I 33

4222.97 K II 7 4222.98 Pr II 4 4223.020 Gd II 141 4223.04 N I 5 4223.47 Cr I 132 4223 . 73 P Fe I 417 4224.09 P Cr II 31 4224.176 Fe I 689 4224.27 Zr II 29 4224.30 P Fe I 1104

4224.43 P II 16 4224.509 Fe I 689 4224.51 V II 20 4224.514 Cr I 155 4224.57 Ne II 52

4224.03 P Fe I 274 4224.74 N I 5 4224.790 Tl I 301 4224.80 Cr II 162 4224.92 CI II 83

4220.02 P Nl I 169 4220.148 Gd II 14 4225.228 V II 37 4220.327 Pr II 8 4220.328 8m II 22 4220.460 Fe I 693 4225.67 K II 4 4225.71 P Fe I 1102 4225.79 P Fe I 118 4220.800 Od I 4

I A Type Element Multiple!

4225.956 Fe I 521 4226.14 Fe III 44

4226.426 Fe I 352 4226.44 CI I 9 4226.570 Ge I 4 4226.65 A II 113 4226.728 Ca I 2 4226.76 P Cr I 105 4226.827 Al II 46 4226.918 Forb Al II 46

4227.02 A II 113 4227 . 14 P Fe II 45 4227.140 Gd II 43 4227.34 P Ti II 33 4227.42 P Fe I 689 4227.420 Al II 46 4227.434 Fe I 693 4227.509 Al II 46 4227.545 Forb Al II 46

4227 . 654 Ti I 278

4227.719 Nd II 19 4227.73 Cr II 155 4227.746 Ce II 8 4227.749 N II 33 4227.76 Zr I 40 4227.875 Al II 46 4227.945 Al II 46 4227 . 999 Al II 46 4228.18 A II 8 4228.200 Nd II 36

4228.71 P Fe I 690 4229.516 Fe I 416,649 4229.704 Sm II 4 4229.760 Fe I 41

4229 . 803 Gd II 117 4229.81 Cr II 26 4229.89 A II 4229.955 Co I 1 4230.29 Cr I 106 4230.35 N I 5

4230. 39 P Ni I 150 4230.481 Cr I 132 4230.584 Fe I 478 4230.95 La II 83 4230.98 S II 67 4231.040 Ni I 136 4231.165 V II 25 4231.35 C I 17 4231 . 525 Fe I 647 4231.60 Ne II 02

4231.64 Zr II 99 4231.745 Ce II 4232.065 V II 220 4232.222 Cr I 294 4232.378 Nd II 8 4232.43 Hf II 72 4232.460 V I 111 4232.724 Fe I 3 4232.866 Cr I 132 4232.952 V I 111

4232.96 P Cr II 180 4233.167 Fe II 27 4233.25 Cr II 31 4233.32 I 33 4233.608 Fe I 152 4233.996 Co I 1 4234.000 V I 6,111 4234.09 CI II 24 4234.196 Nd II 20 4234.251 V II 24

4234.510 Cr I 178 4234.524 V. I 6 4234.00 V II 200 4234.573 Sm II 42 4234.727 Ce II 170 4235.140 Mn I 23 4235.290 Mn I 23 4235.49 CI II 71,83 4235.54 Fe III 4235.54 P Ni I 206

4235.65 P Fe I 215 4235.73 Y II 5 4235.706 V I 111 4230.84 P Fe I 172 4230.94 Y I 5 4230.942 Fe I 152 4230.96 P Fe I 692 4230.98 Cr I 132 4236.33 P Cr II 17 4236.372 Nl I 237
FINDING LIST 40

I A Ty pe Element Multlplet No

4236. 56 Zr II 110 4236.66 P Fe I 907 4236. 745 8m II 53 4236.76 Ft I 906 4236.82 V II .18 4236.930 N II 48 4237.049 N II 48 4237.085 Fe I 19 4237.162 Fe I 4237.21 Fe III 104

4237.23 A II 32

4237.27 Cr I 106 4237.57 P Al II 23 4237.663 8m II 8 4237.67 P Fe I 418 4237.710 Cr I 132 4237.786 Tl I 202 4237.889 Tl I 284 4238.027 Fe I 689,696 4238.38 La II 41

4238.61 P Fe I 849 4238.69 P Cr II 17 4238.78 Fe III 104 4238.782 Od II 4238.79 P Mn II 2 4238.816 Fe I 693

4238.957 Cr I 131 4239.01 P Fe I 974 4239.31 Zr I 48

4239.36 P Fe I 907

4239.5 III 1 4239.725 Mn I 23 4239.735 Fe I 416

4239.847 Fe I 18,273 4239.912 Ce II 2 4239.95 P Fe I 476a 4239.95 Ne II 52

4240.35 Zr I 45 4240.372 Fe I 764 4240.456 Ca I 38

4240.705 Cr I 105,178 4240.75 Al II 36 4241.019 Pr II 9 4241.112 Fe I 351 4241.20 La II 163 4241.20 Zr I 45

4241.276 Gd II 117 4241.38 CI II 24 4241.68 Zr I 45

4241.787 N II 47,48

4241.93 Hf II 108 4242.153 Tn II 5 4242.20 He II - 52

4242.38 Cr II 31 4242.47 Mg II 20 4242.588 Fe I 273 4242.723 Ce II 58 4242.730 Fe I 649 4242.82 Cr I 131 4242.894 V II 200

4243.368 Fe I 906 4243.528 Pr II 33 4243.60 a III 1 4243. 71 A II 63,78 4243.786 Fe I 994 4243.85 Fe III 4244.17 Ne II 62 4244.26 Mn II 7 4244.33 Cr I 240 4244.374 K I 1

4244.53 P Fe II 12 4244.55 P II 30 4244.702 8m II 27 4244.80 Nl II 9 4245.258 Fe I . 352

4245.358 Fe I 691 4245.84 Hf II 72 4245.976 "C« II 158 4246.02 P Fe I 649 4246.090 Fe 1 906

4246.16 F II 9 4246.41 Cr II 31 > 4246.568 Od II 67 4246.59 P Fe I 689 4246.68 P III 3 4246.711 Ca II 77 4246.79 P Fe I 216 4246.829 8c II 7 4246.879 M II 14

4247 . 29 P Fe I 905

I A Type Element Uu I tip let No

4247 . 31 P Fe I 172 4247.367 Nd II 8 4247.43 P Fe II 120 4247.432 Fe I 693 4247.56 C III 11 4248.228 Fe I 482

4248.344 Cr I 131 4248.40 P Fe I 19 4248.676 Ce II 1 4248.72 P Fe I 939

4248.73 Cr I 105 4248.820 v V II 24

4249.114 Tl I 252 4249.32 P Fe I 117 4249.33 Hf II 39 4249.57 P IV 2 4249.81 P Cr I 155 4249.92 8 II 66 4249.95 Fe III 4249.99 La II 79

4250.120 Fe I 102 4200.68 Ne II 02 4200.689 Mo II 3

4200.790 Fe I 42

4200.90 P Fe I 478 4201.1802 A I 2 4201.49 P Fe II 12 4201.618 Ti I 162 4201.733 Od II 10 4201.769 Tl I 201

4201.88 P Fe I 216 4202.00 P Tl II 90 4202.107 Nl I 136 4202.243 Cr I 131 4202. 302 Co I 1 4202.62 Cr II 31 4203.02 Mn II 7 4253.28 N I 4 4253.306 Ce II 77 4253.366 Od II 46

4253.51 CI II 24 4253.52 P Fe I 690 4253.55 P Fe I 1245 4253.593 S III 4 4253.612 Od II 4253.74 II 101 4253.93 P Fe I 905 4253.98 II 101 4254.346 Cr I 1 4254.41 V II 18

4254.420 Pr II 27 4254.7 N I 4

4254.938 Fe I 419,477 4255.01 8 II 44

4255.20 Fe III 4255.499 Fe I 416 4255.502 Cr I 105 4255.62 A II 63 4205.784 Ce II 81 4256.025 Tl I 252

4256.156 Ce II 172 4256.16 Cr II 192 4256.212 Fe I 690 4256.239 Nd II 09 4256.32 P Fe I 172 4256.393 Sm II 37 4256.620 Cr I 131 4256.79 Fe I 1102 4257.02 V II 200 4257.121 Ce II 123

4257.368 Cr I 131 4257.42 S II 66

4257.659 Mn I 23. 4257.82 Ne II 52 4258.05 Zr II 15 4258.155 Fe II 28 4258.320 Fe l" 3 4258.35 P Fe II 21 4258.523 Tl I 252 4258.619 Fe I 351

4258.956 Fe I 419

4259. 10 Cr I 131 4259. 18 8 II 66

4259.203 Mn II 7 4259.312 V I 6 4209.34 P Fe I 416

4259.3618 A I 9 4259.52 CI II 42,52

4259.748 Ce II 176 4259.95 P Fe I 70

I A Ty ie Element Multlplet No

4209.988 Fe I 689 4260.135 Fe I 476a 4260.19 Cr I 240 4260.47 P Mn II 2 4260.479 Fe I 102 4260 . 73 P Fe I 301 4260.738 Tl I 251 4260.70 V II 18,24 4260.854 08 I 1 4261.164 Ce II 19

4261.22 CI II 66 4261.354 Cr I 96 4261.609 Tl I 252 4261.615 Cr I 4261.796 Pr II 23 4261.80 P Cr II 17 4261.92 Cr II 31 4262.092 Od II 44 4262.133 Cr I 84,178

4262.38 Cr I 154

4262.677 8m II 37 4282.72 Hf II 18 4263.134 Tl I 162 4263.141 Cr I 247 4263.40 K II 2 4263.427 Ce II 254 4263.49 P ' Cr II 17 4263.59 La II 84 4263.836 V II 24 4263.895 Fe II

4284.19 P Cr II 17 4264.209 Fe I 692 4264.370. Ce II 239

4264. 50 V II 24 4264.743 Fe I 993 4264.88 Y II 71 4264.91 Zr II 98 4265.075 So II 15 4265.170 V I 4265.260 Fe I 993,994

4265.273 Tl I 202 4265.723 Tl I 162 4265.924 Mn I 23 4266.227 Tl I 252 4266.23 P Cr II 37 4266.2867 A I 4

4266.44 Cr I 199 4266.03 A II 7 4266.716 Nd II 58 4266.72 Zr II 80

4266.82 Cr I 105 4266.88 Fe III 4266.968 Fe I 273 4267.02 C II 6 4267.27 C II 6 4267.30 P Zr II 132 4267.47 A II 52 4267.802 8 II 49

4267.830 Fe I 482

4267.95 Ba II 11

4268.01 Zr I 45 4268.032 Co I 1 4268.096 Ir I 4 4268.10 Bf II 86 4268.446 Co I 127 4268.643 V I 88 4268.731 Gd. II 68 4268.744 Fe I 649 4288.788 Cr I 271 4268.928 Tl I 252

4268.93 Cr II 192 4268.99 C I 16 4269.02 Cr I - 240 4269.28 Cr II 31 4269.50 La II 76 4269.67 Hf II 26 4269.76 8 II 49

4269.87 P Fe I 690 4269.951 Cr I 154

4270. 139 Tl I 251

4270.189 Ce II 204 4270.31 P Fe I 215 4270.39 P Fe II 125 4270.427 Co I 29 4270.565 Nd II 12 4270.61 CI II 66 4270.64 V II 23 4270.716 Ce II 21 4271.061 Cr I 154 4271.159 Fe I 152
46 FINDING LIST

I A

4271.47 4271.554 4271.65

4271.764 4271.94

4271.95

4272.1690 4272.271

4272.440

4272.789

4272.85

4272.910

4273.17 4273.312

4273.317 4273.42

4273.52 4273.87

4274.13 4274.408

4274.584

4274.803 4275.19

4275.52

4275.561

4275.57 4275.64 4275.72

4275.90 4275.973

4276.21 4276.441

4276.51 4276.657

4276.684

4276.71 4276.958

4277 . 246 4277.279

4277 . 322

4277 . 37 4277.40 4277.41 4277.55

4277.68

4277.90

4278.01

4278.10

4278 . 128 4278.231

4278.234

4278.38

4278 . 54 4278.829 4278.866

4278.893 4278.94

4279.023

4279.3 4279.480

4279.678

4279.864 4279.927

4280.069

4280.141

4280 . 27 4280.33 4280.405

1280.490 4280.53

4280.63 4280.789

4281.009

4281.03 4281.099

4281.371 4281.40 4281.60

4282.20

4282.21

4282.406

1282.440 4282.443

4282.570 4282.63 4282.702

4282. H-i 4282.90 4282.96

VJii. 97

Type Element

Fe III V I Fe I Fe I Tl II Fe I A I Pr II Tl I Nd II

Hf II Cr III Tl I Fe II be III Zr II

Fe III Ti I

Tl I Cr I A II

II Ce II

Cr II La II

Fe III

Cr I

II

11 I CI II Tl I Fe III V I Mo I Nd II Th II

Zr IIII

Fe I A II

Fe III Fe I Cr II Fe II

Tl I

Fe I Fe I S II Ti I Ce II V II

Cr II Ho II Y II Fe I

Sm II Fe I So II Tl I Ce II La I Cr II Cr I Dd II Fe I

Fe I Sm II Sm II Cr II

Mr, I Tl III

Fe I Zr I Zr II

Fe I !T II Nd II Nd II

s II Tl III

A II

II Al II

Hultlplet No.

88

7042

95

171

4

15

•44 11

1496

68 251

27 121

28 478

68 252

44,162

1 77

67 206

31

40 215

68 240

68

148

66 252

976 54,67

88

717

2

40 67,68

214

32 17267

1102

161

32 291

691

35149 252

111 225

17

370 993

27 351

15 252

225

5

17 247

15 598

416

46

172344

54

17145

132

71-

19

1349

162

54

767

86

I A Type Element Hultiple

4263.010 Ca I 5 4283.13 II 67 4283.40 P Fe I 215 4283.70 S III 4283.75 II 67 4283.772 Hn II 6 4283.87 P Fe I 19 4284.055 V I 88 4284.084 Hn I 23 4284.21 Cr II 31

4284.415 Fe I 417 4284.425 Hn II 6 4284.51 N III 4284.518 Nd II 10 4284 . 683 Nl I 86 4284.725 Cr I 96 4284.988 Tl I 148 4284.991 S III 4 4285.19 P Nl I 86 4285.366 Ce II 11

4285.445 Fe I 597 4285.496 Sm II 27 4285.70 II 78 4285.782 Co I 1 4285.832 Fe I 904 4285.96 C II 42 4286.006 Ti I 44 4286.13 Fe III 121 4286.13 V II 23 4286.311 Fe II

4286.440 Fe I 414

4286.51 Zr II 69 4286.640 Sm II 42

4286 . 97 La II 75 4286.976 Fe I 976 4287 . 405 Tl I 44 4287.71 P Tl I 45 4287.80 Ba II 16 4287.893 Ti II 20 4288.005 Ni I 178

4288.148 Fe I 273 4288.161 Ti I 43,79 4288.21 N III 4288.53 P II 33 4288.65 Ho I 7 4288.72 N III 4288.78 P Tl I 45 4288.78 V II 17 4288.83 II 54 4288 . 962 Fe I 214

4289.068 Ti I 44 4289.18 Zr II 117 4289.29 P Fe I 117 4289.364 Ca I 5 4289.454 Ce II 135 4289.721 Cr I 1 4289.919 Ti I 205 4289.938 Ce II 111 4290.222 Ti II 41 4290.382 Fe I 416

4290.40 Ne II 57 4290.55 N III 4290.80 N III 4290.870 Fe I 351 4290.933 Ti I 44 4291.214 Tl I 45 , 147 4291.25 II 55 4291.44 P Fe I 273 4291.45 S II 49 4291.466 Fe I 3,41

4291.76 CI II 19 4291.816 V I 120 4291.88 Ti I 251 4291.964 Cr I 240 4292.00 C II 41 4292.13 P Fe I 70 4292.182 Sm II 32 4292.23 II 78 4292.246 Mn II 6 4292.293 Fe I 70

4292.676 Tl I 79 4292.747 Cd II 128 4292.767 Ce II 205 4292.885 Zn I 3 4293.14 Zr II 110 4293.228 Ho I 7 4293.565 Cr I 96 4294.04 P Fe I 214 4294.101 Ti II 20 4294.128 Fe I 41

Type Element Hultlplet No.

4294.432 S II 49 4294.623 W I 6 4294.76 N III 4294.767 Sc II 15 4294.78 Zr I 45 4294.82 II 54 4294.939 Fe I 598 4295.37 P Cr II 37 4295.751 Ti I 44

4295.757 Cr I 64

4295.888 Ni I 178 4296.05 La II 53 4296.069 Ce II 172 4296.076 Gd II 46 4296.107 V I 120 4296.11 C II 42 4296.30 Cr I 176 4296.30 Gd II 117 4296.567 Fe II 28 4296.680 Ce II 2

4296.74 Zr II 98 4296 . 743 Sm I 3 4296.786 Ce II 57 4296.86 Fe III 121 4297 . 050 Cr I 64 4297.173 Gd II 4297 . 60 Ba II 7 4297.681 V I 120 4297.711 ttu I 5 4297.738 Cr I 247

4297.764 Pr II 7 4297.99 A II 4298.029 V I 120 4298.040 Fe I 520 4298 . 21 P Fe I 476a 4298.515 Ni I 178 4298 . 664 Ti I 44

4298.767 Nl I 28 4298.986 Ca I 5 4299.17 P Ti I 45

4299.177 F II 7 4299 . 229 Ti I 148 4299.242 Fe I 152 4299.25 P Fe I 597 4299 . 362 Ce II 47 4299.49 P Fe I 648 4299.636 Ti I 43 4299.65 Fe I 416 4299.718 Cr I 96 4300.052 Ti II 41

4300.1011 A I 4 4300.197 Hn II 6 4300.21 P Fe I 975 4300.331 Ce II 134 4300.44 La II 9 4300.52 P Ti I 205 4300.566 Ti I 44

4300 . 66 A II 36,76 4300.828 Fe I 976 4301.089 Ti I 44

4301.130 V II 225 4301.178 Cr I 4301.81 Zr II 109 4301.928 Ti II 41 4302.100 Pr II 32 4302.12 P Nl I 102 4302.123 W I 7 4302.191 Fe I 520 4302.527 Ca I 5 4302.81 II 100

4302.88 Zr I 45 4302.979 Ti I 79 4303.06 II 100 4303.166 Fe II 27 4303.235 Co I 1 4303.573 Nd II 10 4303.82 II 54 4304.07 CI II 19 4304.087 Gd II 128 4304.11 La II 165

4304.15 P Fe I 647 4304.15 V II 213 4304.552 Fe I 414

4304.81 Fe III 121 4304.87 P Fe I 598,756 4304.895 Gd II 4305.00 K II 5 4305.13 P Fe I 272 4305.20 Fe I 760 4305.447 Sr II 3
FINDING LIST I k

4306.453

4305. 455 4305.46

4305.474 4305.53

4305.715

4305.763

4305.910 4306.214

4306.340

4306.58

1306.724

1306.945

1307.08 1307.184

4307 . 20 4307.31 4307.42

4307.741

4307.778

4307.900 4307.906

4308.233 4308.514

4308.54

4308.94

4308.96 4309.012

4309.036

4309.06

4309.071

4309.10 4309.11

4309.25

4309.32 4309.382

4309.46 4309.62

4309.739 4309.795

4310 . 37 4310.37 4310.373 4310.699 4310.72

4310.981 4311.654

4312.10

4312.23

4312.469

4312. 550 4312.861

4313.034 4313.04

4313.11 4313.30

4313.43

4313.50 4313.845

4314.084

4314.18 4314.289 4314.356

4314.511 4314.74

4314.801 4314.979

4315.087 4315.35

4315.80

4315.90

4315.95 4316.052

4316.258 4316.266

4316.807 4317.04

4317.139

4317.32

4317.42

4317.65 4317.70

4318.216

4318.631 4318.652

4318. 68 4318.77

4318.81 4318.92 4318.936

Type Element Multlpiet No

Cr I 96

Fe I 476 N I Til 147

II 56

Sc II 15 Pr II 8 Tl I 44 V I 5

Cd I 4

Fe I 691 Ce II 1 Tl I 43

Fe I 690 V I 5

Al II 85

II 53

CI II 19 Ca I K Nd II 63

Ti II 41

Fe I 42

Gd II 47

Tl I 79

Fe I 70

Zr II 88

II 64 Sm II If Fe I 846 CI II 52

Tl I 235 K II 7 A II 36 V II 99

Ba II 11

Fe I 414

Fe I 471 T 17 5 Ce 11 126 V I 5

Fe I 994

Fe III 121 Tl I 79

Ce II 133 V II 36 Gd II 15

Tl I 205

II 79

Zr II 99

Cr I 177

Ifn I 23

Tl I 41 Fe 11 220 Fe I 273 N I V 11 23

II 78

C II 28

Gd I 4

Sc II 15

Si IV 4

Fe II 32

Tl I 45

Nd II 9

Tl I 43

Tl I 43

Tl II 41

Fe I 71

II 64,79

II 78

La II 41

Fe I 171

Gd II 49 V II 2J Gd II 67,6

Ti II 94

Fe I 762

II 2

Zr II 40 C II 28

II 53

N I Ke II 220 Tl I 235 Ca I 5 S II 49

Cr II 37 Fe I 215 C II 28

8m II 27 I A Type Element Multlpiet. No

4319.45 P Fe I 214 4319.51 Hf II 52 4319.631 II 2 4319.641 Cr I 96 4319.69 A II 87 4319.717 Fe II 220 4319.93 II 61 4320.13 P Fe I 1170 4320.36 P Fe I 691 4320.52 Fe I 691

4320.592 Cr I 96 4320.69 Hf II 40 4320.723 Ce II 125 4320.745 Sc II 15 4320.965 Tl II 41 4321.110 Gd II 46

4321.238 Cr I 83 4321.341 Fe II 220 4321.36 Hf II 86

1321.37N III 10

4321.617 Cr I 177 4321.655 Tl I 235 4321.95 C II 28 4322.02 V II 17

1322. 195 Gd II 15 i322.51 La II 25 4322.66 Ne II 63 4322. 70 P Fe I 215 4323.284 Sm II 8 4323.35 CI I 9

4323.37 P Fe I 171 4323.440 Ti I 79

4323.523 Cr I 4323.551 Pr II 23 4323.62 Zr II 141 4323.81 Fe III 32 4323.93 N III 10 4324.064 Gd II 68. 4324.36 P Fe II 147 4324.961 Fe I 70

4325.010 5c II 15 4325.075 Cr I 104 4325.1 P Hn II 6 4325.134 Ti I 235 4325.22 V II 233 4325.361 Nl I 116 4325.566 Gd II 103 4326.607 Ni I 86 4326.64 Zr II 108 4325.65 > I 176

4325.7 Li II 5

4325.70

C III 7 4325.73 Ba II 17 4325.74 P Fe I 2 4325.763 Fe I 42 4325.766 Nd II 10 4325.77 II 2 4325.88 C II 28 4325.95 P Fe I 598 4326.359 Ti I 43

4326.445 Sr I 6 4326.74 Ba II 7 4326.756 lin II 6 4326.762 Fe I 413 4326.826 Ce II 224 4326.986 Ti I 43 4327.04 P Fe II 20 4327 . 100 Fe I /61 4327.125 Gd II 15 4327.48 II 41

4327.89 II 41 4327.92 Fe I 597 4326.15 N III 10 4328.22 Si IV 4 4328.62 II 61 4328.91 P Cr II 37 4329.016 So II 15 4329.415 Pr II 27 4329.54 P Fe I 70

4329.62 Ba II 17

4330.024

V I 5 4330.14 N III 10 4330.264 Ti II 94 4330.44 N III 10 4330.445 Ce II 82

4330.606 Gd II 46 4330.708 Tl II 41 4330.720 Nl I 149 4330.81 P Fe I 475 4330.962 Fe I 597 I A Type Element Multlpiet No

4331.13 II 66,75 4331.231 Co I 168 4331.25 A II 7 4331.47 II 41 4331.529 Fe II 4331.55 V II 36 4331.645 Nl I 52 4331.79 V II 23 4331.89 II 41 4331.93 Kg II 27

4332.0 Al II 31 4332.06 A II 1 4332.569 Cr I 176 4332.71 S III 4 4332.76 II 65 4332.823 V I 5 4332.88 P Fe II 33 4333.06 P Fe I 1135 4333.28 Zr II 132 4333.5612 A I 9

4333.76 La II 24 4333.84 S II 49 4333.913 Pr II 8 4334.153 Sm II 27 1334.29 II 63,64 4334.65 Hf II 69

4334.77 P V II 36 4334.840 Ti I 43 4334.96 La II 77 4335 P N V 3

4335.15 Hf II 6 4335.290 Gd II 128 4335.3380 A I 9 4335.46 P Fe I 477 4335.53 N III 10 4335.89 Fe I 991 4336.255 Ce II 89

4336.26 CI II 19 4336.36 Zr II 119 4336.48 N I

4336.51

A II 4336.60 P Fe I 990 4336.66 Hf II 74 4336.86 P Fe I 692 4336.865 II 2 4337.049 Fe I 41 4337.10 A II 113 4337.33 Ti II 94 4337.510 Gd II 128 4337.52 P Fe I 214

4337.566 Cr I 22 4337.63 Zr II 119 4337.777 Ce II 82

4337.78 La II 138 4337 . 916 Ti II 20 4338.24 A II 88 4338.260 Fe I 70 4338.476 Ti I 204 4338.52 Si III 3 4338.67 He II 3

4338.694 Pr II 31 4338.697 Nd II 68 1338.70 P Fe II 32

4338.799 Cr I 198 4338.84 P Fe I 117 4339.13 P Co I 1 4339.287 D 1 4339.317 Ce II 34 4339.450 Cr I 22 4339.52 N III 10

4339.56 Zr II 41 4339.718 Cr I 22 4339.78 Ne II 62 4340.018 Ti I 174 4340.03 K II 4 4340.130 Cr I 64 4340.30 S III 4 4340.36 II 77 4340.468 H 1 4340.49 P Fe I 272

4340.51 P Fe I 691 4341.013 V I 5 4341.09 Cr II 179 4341.13 Zr I 61 4341.23 P Fe I 691 4341.282 Gd II 14 4341.369 Ti II 32 4341,42 Ne II 59 4341.48 Cr I 64 4341.57 'P Fe I 644
4fl FINDING LIST I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Clement Multlplet No

4342.00 II 77 4355.308 Tl I 174 4368.14

C II 45 4342.071 Nd II 8 4355.911 Ni I 149 4368.14 C III 4342.179 Gd II 15 4355.943 V I 5 4368.20 P Cr II 37 4342.23 Zr II 98 4356.711 Al II 60 4368.234 Ce II 227 4342.83 II 103 4356.760 Cr I 130 4368.252 Cr I 130 4342.832 V I 103 4356.807 Al II 60 4368.262 Fe II 4342.84 S II 43 4357.24 P Al III 9 4368.30 I 5 4343.163 Cr I 64 4357.25 IT 18,63,64 4368.312 Nl I 102 4343.22 P Fe I 644 4357.50 P Fe I 1170 4368.327 Pr II 5 4343.257 Fe I 645 4357.525 Cr I 198 4368.632 Nd II 11

4343.36 II 75,103 4357.53 P Fe I 994 4368.66 P Fe I 644

4343.62 CI II 19 4357.574 Fe II 4368.67 P V II 188 4343.699 Fe I 517 4357.85 P Nl I 256 4368.89 Cr I 198 4343.798 Tl I 204 4358. 169 Nd II 10 4368.941 Tl I 245

4343.86 P Fe I 756 4368.27

N I 4369.28 II 26 4343.987 Mn II 6 4368.343 Hg I 1 4369.29 P Fe I 1244 4344.291 Tl II 20 4358.40 6 II 64 4369.404 Fe II 28 4344.300 Od II 44 4368.506 Fe I 412 4369.52 CI I 8 4344.42 II 65 4J68.63 A II 87 4369.61 P Fe II 148 4344.487 Gd II 31 4358.66 Cr I 176 4369.682 Tl I 290

4344.507 Cr I 22 4368.699 Nd II 57 4369.73 P Fe I 976 4345.085 Cr I 198 4358.73 y II 5 4369.77 Ne II 56 4345.1682 A I 9 4358.95 P Fe I 987 4369.771 Od II 15 4345.562 II 2 4359.12 P Fe II 202 4369.774 Fe I 518 4345.6 P Mn II 6 4359.152 Od II 47,68 4370.041 Nl I 149 4345.858 8m II 7 4369.38 II ' 36 4370.27 V II 31 4345.963 Ce II 251 4369.585 Nl I M 4370.76 A II 39 4346.104 Tl I 234 4359.631 Cr I 32 4370.875 Mn I 17 4346.458 Od I 4 4359.636 Ul II 67 4370.95 Hf II 26 4346.50 P Fe II 202 4369.74 Zr II 79 4370.96 Zr II 79

4346.558 Fe I 596 4359 #795 Pr II 26 4371.00 P Fe I 69

4346.610 Tl I 204 4359.929 Tra I 1 4371.069 Nd II 57

4346.833 Cr I 104 4359.992 Cr I 198 4371.10 Fe III 4

4346.866 Al II TO 4360.03 P Fe II 148 4371 . 130 Co I 93 4346.89 V II 17 4360.16 Ce II 245 4371.17 P V II 36 4346.918 Al II 70 4360.487 Tl I 204 4371.279 Cr I 22

4347 . 223 Al II 70 4360.49 8 II 4371.28 P Cr I 304 4347 . 239 Fe I 2 4360.690 Be II 4 4371.33 C I 14 4347.310 Gd II 103 4360.720 8m II 23 4371.36 A II 1 4347.316 Al II 70 4360.80 Zr I 31 4371.59 C II 45

4347.425 II 16 4360.813 Fe I 903 4371.65 II 76 4347.490 Pr II 30 4360.917 Gd II 16 4372.09 A II 86 4347.785 Al II 70 4361.025 Be II 4 4372.208 Ru I 13 4347.801 Sm II 37 4361.031 Co I 1 4372. 22 P Fe II 33

4347 . 802 Al II 70 4361.249 Fe II 4372. 383 Tl I 277

4347 . 854 Fe I 828 4361.53 8 III 4 4372.4 Fe III 122

4348.11A II 7 4361.661 Ce II 157 4372.401 Ce II 169 4348.36 N III 10 4361.710 8r I . 6 4372.49 C II 45

4348.64 P Zr II 132 4361.85

C Ill 4372.50

A II 63

4948.939 Fe I 414 4361.913 Co I 1 4372.88 P V II 13

4349.28 P Fe II 202 4362.040 8m II 45 4372.91 CI II 52 4349.426 II 2 4362.07 A II 39 4372.994 Fe I 473 4349.789 Ce II 59 4362.10 Nl II 9 4373.230 V I 140 4349.97 V II 36 4362.93 Cr II 179 4373.254 Cr I, 22 4350.465 8m II 46 4362.95 Cr I 82 4373.462 Sm II 42

4350.52 Hf II 72 4363.05 La II 133 4373.563 Fe I 214,413 4350.834 Tl II 94 4363.134 Cr I 103 4373.656 Cr I 304 4351.051 Cr I 22 4363.30 CI I 8 4373.818 Ce II 202 4351.269 II 16 4363.525 V I 23 4373.90 P Fe'I 904 4351.295 Nd II 10 4363.644 Mo II 3 4374.158 Cr I 104

4351.37 P Fe I 691 4364.01

Y II 70 V374.243 Gd II 83 4351.549 Fe I 413 4364.14 Cr I 130 1374.28 C II 45

4351.764 Fe II 27 4364. 140 Gd II 33 1374.455 Sc II 14 4351.770 Cr I 22 4364. 17 Y II 70 374.495 Fe I 648 4351.849 Pr II 23 4364.59 Al III 9 ,374.61 P Cr II 179 4351.8941 Kg I 14 4364.658 Ce II 135 4374.825 Tl II 93 4351.9056 "g I 14 4364.66 La II 63 4374.87 A II 77 4352.1 C I 15 4364.73 8 III 7 4374.918 Co I 150 4352.101 8m II 4364.87 Cr I 153 4374.923 Nd II 15 4352.23 A II 1 4364.89 P Fe II 202 4374.94 Y II 13 4352.25 As II 7 4365.56 Fe III 4 4375.00 N II 16 4352.68 P Cr II 37 4365.72 Ne II 57 4375.039 Nd II 8 4352.70 Fe III 4 4365.745 V I 79 4375.304 V I 140 4352.733 Ce II 220 4365.902 Fe I 415 4375.333 Cr I 103 4352.737 Fe I 71 4366.165 Fe II 216 4375.35 P Tl II 104 4352.872 V I 5 4366.315 Nd II 12 4375.425 Tl I 219 4353.60 II 76 4366.33 Cr I 153 4375.48 P Fe I 797 4353.66 N III 10 4366.45 Zr I 61 4375.540 Co I 143 4353.983 Cr I 198 4366.896 II 2 4375.918 Ce II 134 4354.064 Tl I 204 4366.91 V II 36 4375.932 Fe I 2 4354.28 P Fe I 975 4367.07 P Fe I 1170 4375.96 A II 17 4354.358 Fe II 213 4367.36 P Nl I 88 4376.78 C II 46

4354.40 La II 58 4367.581 Fe I 414 4376.782 Fe I 471,904

4354.540 "* I 13 4367.657 11 II 104 4376.798 Cr I 304 4384.56 8 III 7 4367.87 A II 98 4377.330 Fe I 990 4954.609 8c II 14 4367.90 Hf II 15 4377.549 Cr I 83

4354.979

V I 103 4367.906 Fe I 41 4377.765 Mo II 3 4358.03 P 4386.09

Fe II 202 4367.966 Cb II 8 4377.796 Fe I 645

Eu II 22 4368.031 8m II 37 4377.95 Ne II 66

4986.096 Ca I 37 4368.042 v' I 5 1378.01 II 102
FINDING LIST 49

I A Tjr, >e Element Multlplet No. I A Type Element Multiple t No. I A Type Element Multlplet No 4378.10 La II 77 4391.84 S II 43 4406.67 Od II 103 4378.236 Stn II 53 4391.87 P Fe I 992 4407.278 Ce II 64 4378.41 II 102 4391.94 Ne II 57 4407.637 V I 22 4378.73 P Fe I 759 4392.074 V I 23 4407.678 Tl II 51 4379.09 N III 17 4392.26 Cr I 130 4407.714 Fe I 68 4379.238 V I 22 4392.31 P Fe I 757 4407.72 Cr I 129 4379.25 A II 63 4392.58 Fe I 973 4407.911 Be I 4 4379 . 50 Ne II 56 4393.03 P Fe I 473 4408.204 V I 22 4379.74 A II 7 4393.45 Na I 17 4408.248 Gd II 44 4379.78 Zr II 88 4393.534 Cr I 102 4408.419 Fe I 68 4379.782 Cr I 130 4393.70 P Fe I 899 4408.511 V I 22 4379.90 CI I 7 4393.835 V I 40 4408.844 Pr M 4 4379.97 C III 14 4393.925 Tl I 244 4408.92 V II 224 4380.060 Ce II 155 4394.057 Tl II 51 4409.123 Fe I 645 4380.38 Mg I 12 4394.31 P Fe I 975 4409.22 Ti II 61 4380.55 Cr I 130 4394.65 A II 87 4409.30 Ne II 57 4380.642 Gd II 68 4394.719 Gd II 44 4409.519 Ti II 61 4381.04 V I 23 4394.779 Ce II 259 4409.84 Mg I 48 4381.112 Cr I 64 4394.83 Cr I 130 4410.026 Ru I 5 4381.290 Nd II 56 4394. 855 Tl I 78 4410.06 C II 40

4381.79 P Fe II 9 4394.94 Zr I 61 4410.304 Cr I 129 4382.02 P Fe I 938 4395.031 Tl II 19 4410.516 Ni I 88 4382.061 Gd II 46 4395.228 V I 22 4410.641 Ce II 33 4382.167 Ce II 2 4395.288 Fe I 828 4410.967 Cr I 102 4382.31 Fe III 4 4395.417 Cr I 129 4411.052 Nd II 8 4382.33 P V II 36 4395.514 Fe I 991,992 4411.080 Ti II 115 4382.777 Fe I 799a 4395.78 Fe III 4 4411.093 Cr I 129 4382.853 Cr I 64 4395.788 Pr II 29 4411.20 C II 39 4382.95 Zr II 109 4395.848 Tl II 61 4411.21 La II 138 4383.10 Zr II 97 4395.95 II 26 4411.34 S I 5

4383.119 Gd II 67 4397 . 251 Cr I 129 4411.52 C II 39 4383.17 Eu II 27 4397.27 P Fe II 33 4411.786 Co I 27 4383.24 C III 14 4397.37 Ti IV 4411.878 Mn I 4383.44 La II 76 4397.51 Gd II 4411.936 Ti II 61 4383.547 Fe I 41 4397.94 Ne II 56 4412.155 Pr II 8 4383.79 A II 16 4398.02 Y II 5 4412.250 Cr I 22 4384.08 Ne II 60 4398.314 Ti II 61 4412.265 Nd II 9 4384. 13 P Fe I 1101 4398 . 52 V II 187 4412.43 P Fe I 69 4384.33 P Fe II 32 4398.625 Ni I 102 4412.436 Ti I 54

4384. 543 Nl I 86 4398.787 Ce II 81 4412.54 Ne II 55

4384.6 P Nl II 10 4399.14 CI II 46 4413.04 Zr I 61 4384.643 Mg II 10 4399.203 Ce II 81 4413.20 Ne II 57,65 4384.682 Fe I 474 4399.44 Zr II 67 4413.40 P Fe I 1046 4384.722 V I 5,22 4399.607 Ni I 196 4413.600 Fe II 32 4384.813 Sc II 14 4399.767 Tl II 51 4413.765 ?r II 26 4384.977 Cr I 22 4399.823 Cr I 129 4413.784 Nd II 22 4385.00 Ne II 56 4399.86 P Fe II 20 4413.866 Cr I 234 4385.08 A II 98 4400.09 A 11 1 4414.03 P Fe I 825 4385.20 La II 75 4400.18 Gd II 67 4414.17 P V II 13 4386.260 Fe I 415 4400.26 Nl I 146 4414.20 P Nl I 88

4385.381 Fe II 27 4400.355 Sc II 14 4414.23 P Fe I 475 4385.45 P V II 30 4400.575 V I 22 4414.29 P II 25 4385.663 Nd II 50 4400.63 P Ti II 93 4414.37 II 60 4386.434 Tm I 1 4400.828 Nd II 10 4414.432 Nd II 3 4386.461 Nl I 168 4400.870 Nl I 14S 4414.47 P Fe I 643 4386.57 P Fe II 26 4401.02 A II ] 4414.54 Zr II 79 4386.6 Fe I 899 4401.293 Fe I 828 4414.879 Mn I 22 4386.835 Ce II 57 4401.35 Zr II 68 4414.909 II 5 4386.858 Tl II 104 4401.447 Fe I 350 4415.125 Fe I 41

4387 . 213 V I 40 4401.547 Nl I 86 4415.37 S II 53

4387 . 380 Cr I 84 4401.74 A II 76 4415.559 Sc II 14 4387.496 Cr I 103 4401.97 P II 24 4416.474 V I 22

4387.674 Gd II 15 4402.86 S II 43 4416. 535 Ti I 161 4387.897 Fe I 476 4402.875 Fe II 4416.77 Ne II 61 4387.928 He I 51 4403.03 CI I 6 4416.817 Fe II 27 4388.007 Ce II 5 4403.35 Zr II 79 4416.975 II 5 4388.077 Ti I 219 4403.360 Sm II 22 4417.274 Ti I 161 4388 . 16 K II 7 4403.372 Cr I 128 4417.31 P II 24 4388.24 C III 14 4403.498 Cr I 4417.37 Hf II 51 4388.412 Fe I 830 4403.54 Ti IV 4417.398 Co I 150

4388.50 Zr II 140 4403.605 Pr II 34 4417.718 Ti II 40 4389.12 P V II 13 4404.10 P Fe I 987 4418.340 Ti II 51 4389.244 Fe I 2 4404.276 Ti I 218,219 4418.432 Fe I 412 4389.76 CI I 7 4404.397 Ti I 78 4418.60 P Fe 1 899 4389.870 Nl I 87 4404.68 V II 30 4418.784 Ce II 2 4389.974 V I 22 4404.752 Fe I 41 4418.84 S III 4 4390.14 Na I 17 4404.81 Zr II 118 4419.032 Gd II 15 4390.322 Nl I 136 4404.911 Ti I 161 4419.10 Cr I 128 4390.460 Fe I 413 4404.932 Co I 127 4419.16 La II 89 4390.585 «g II 10 4405.011 V I 23 4419.30 P Fe I 893

4390.858 8m II 15 4405.02 P Fe I 2 4419.59 Fe III 4 4390.953 Gd II 32 4405.23 Ba II 16 4419.78 P Fe I 644 4390.954 Fe I 414 4405.40 P Fe I 991 4419.935 V I 21 4390.977 Tl II 61 4405.694 Tl I 78 4419.94 Na I 16 4391.110 Nd II 24 4405.849 Pr II 4 4420.45 Zr I 61 4391.114 Th II 6 4406.02 II 26 4420.468 Os I 1 4391.26 Fe III 42 4406.147 V I 40 4420.526 Sm II 32

4391 . 568 Co I 150 4406.22 P V II 30 4420.666 Sc II 14 4391.661 Ce II 81 4406.26 Cr I 152 4420.75 P Fe U 9 4391.753 Cr I 22 4406.641 V I 22 4420.90 A II 1
50 FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

4421.138 Sm II 37 4431.922 Mn I 40 4444.207 V I 21 4421.231 Pr II 13 4432.089 Ti II 51 4444.259 8m II 4421.24 Gd II 103 4432.175 Cr I 81 4444.267 Ti I 218 4421.337 Co I 150 4432.26 Ne II 74 4444.393 Ce II 19 4421.38 Ne II 66 4432.41 S II 43 4444.559 Ti II 31 4421.573 V I 22 4432.572 Fe I 797 4444.563 Fe II 201 4421.754 Tl I 218 4432.739 N II 55 4444.704 Ce II 4421 . 949 Ti II 93 4432.80 P Fe I 471 4445.26 P Fe II 9 4422.477 V I 79 4432.82 Al II 84 4445.48 Fe I 2 4422.570 Fe I 350 4432.90 P Fe I 271 4445.711 Co I 150

4422.59 Y II 5 4432.95 La II 11 4445.77 P V II 13 4422.697 Cr I 234 4433. 223 Fe I 830 4445.88 Zr II 96

4422.76 Hf II 103 4433.39 P Fe I 412 4446.248 Fe II 187 4422.823 Ti I 78 4433.48 N II 55 4446.387 Nd II 49 4422.882 Fe I 646 4433.501 Mo II 3 4446.46 Ne II 56 4423.000 Nl I 168 4433.578 Ti I 267 4446.487 Gd II 14 4423.145 Fe I 412 4433.635 Gd II 82 4446.71 F II 10 4423.212 V I 40 4433.793 Fe I 825 4446.842 Fe I 828 4423.22 P Tl II 61 4433.83 A II 123 4446.90 P Fe I 596 4423.31 Na I 16 4433.885 Sm II 41 4447.033 N II 15

4423.318 Cr I 128 4433.968 Cr I 128 4447.134 Fe I 69 4423.678 Ce II 21 4433.991 Kg II 9 4447.18 F II 10 4423.73 I II 5 4434.003 Ti I 113,161 4447.722 Fe I 68 4433.858 Fe I 830 4434.323 SB II 36 4447.8 Al II 83 4423.9 P II 31 4434.75 Cr I 128 4447.82 P III 33 4424.075 Cr I 82 4434.960 Ca I 4 4448.21 II 35 4424.102 Gd II 67 4435.151 Fe I 2 4448.47 A II 127 4424.194 Fe I 757 4435.58 Eu II 4 4448.88 A II 127 4424.281 Cr I 129 4435.688 Ca I 4 4448.97 P Fe I 891 4424.339 Sm II 49 4435.84 La II 8 4449.143 Ti I 160

4424.401 Tl I 243 4436.025 Mn I 40 4449.336 Ce II 202 4424.62 P V II 30 4436.138 V I 21 4449.573 V I 62 4424.84 Nl I 262 4436.225 Gd II 117 4449.663 Fe II 222 4425.129 Cr I 152 4436.352 Mn I 22 4449.867 Pr II 4

4425 . 441 Ca I 4 4436.48 Mg II 19 4449.985 Ti I 159 4425.662 Fe I 798 4436.586 Ti I 160 4450.13 Nl I 178 4425.75 P Fe I 555 4436.64 Ti I 267 4450.301 Nl I 236 4425.79 P Fe I 899 4436.931 Fe I 516 4450.320 Fe I 476

4425.840 Ti I 78 4436.981 Ni I 86 4450.487 Ti II 19 4425.95 P II 24 4437.549 He I 50 4450.732 Ce II 3

4426.005 V I 22 4437.570 Ni I 168 4450.77 P Fe I 972 4426.01 A II 7 4437.612 Ce II 169 4450.896 Ti I 160 4426.054 Ti I 161 4437.837 V I 21 4451.545 Fe II 4426.151 Gd II 14 4438.044 Sr I 6 4451.566 Nd II 50 4426.18 Hf II 87 4438.12 A II 123 4451.586 Mn I 22 4427.098 Ti I 128 4438.13 Gd II 67 4451.61 P V II 30 4427.12 P Ti I 78 4438.232 Ti I 218 4461.978 Nd II 6 4427.21 N II 56 4438.266 Gd II 44 4452.008 V I 87 4427.30 P Fe I 828 4438.353 Fe I 828 4452.32 P Fe I 898 4427.312 Fe I 2 4438.48 CI I 6 4452.377 II 5

4427.52 La II 76 4438.53 P Fe I 969 4452.45 P II 31 4427.606 Od II 66 4439.13 P Fe II 32 4452.62 P Fe I 969

4427.71 Cr I 129 4439.30 Ne II 65 4452.70 Hf II 94

4427.90 P Ti II 61 4439.42 V II 46 4452.727 8m II 28 4427.917 Ce II 171 4439.45 A II 127 4453.005 Mn I 23

4427.97 N II 55 4439.643 Fe I 515 4453.312 Ti I 113 4427.995 Mg II 9 4439.87 S III 7 4453.35 V II 199 4428.501 Cr I 129 4439.883 Fe I 116 4453.708 Ti I 160 4428.515 V I 21 4439.95 Ne II 61 4453.931 Gd II 64 4428.54 Ne II 57,61 4440.09 A II 76,127 4454.382 Pr II 5

4428 . 57 P Fe I 973 4440.1 III 33 4454.383 Fe I 350 4428.74 P Fe I 899 4440.345 Ti I 159 4454.629 Sm II 49

4429.11 P V II 13 4440.41 V II 224 4454.655 Fe I 902

4429.20 P Fe I 987 4440.45 Zr II 79 4454.781 Ca I 4

4429.238 Pr II 2,4 4440.479 Fe I 829 4454.80 Zr II 40 4429.270 Ce II 19 4440.840 Fe I 992 4455.012 Mn I 28 4429.32 Fe I 972 4440.883 Ce II 238 4455.032 Fe I 974 4429.34 Zr II 118 4440.972 Fe I 645 4455.258 Fe II 4429.60 Ne II 74 4441.272 Ti I 160 4455.318 Mn I 28 4429.796 V I 22 4441 . 56 P Fe I 987 4455.321 Ti I 113 1429.90 La II 38 4441.683 V I 21 4455.45 Cr I 127 4429.938 Cr I 234 4441.73 P Tl II 40 4455.79 La II 53 4430.023 Tl I 267 4441.81 C IV 4 4455.821 Mn I 28 4430.18 A II 7 4441.99 N II 55 4455.85 P Fe II 140 4430.197 Fe I 472 4442.268 Cr I 102 4455.887 Ca I 4

4430.366 Tl I 113 4442.343 Fe I 68 4456.331 Fe I 516 4430.486 Cr I 234 4442.441 Nl I 87 4456 . 394 Nd II 50 4430.51 P Cr I 128 4442.50 Zr II 53 4456.43 S II 43

4430.618 Fe I 68 4442.67 Ne II 56 4456.53 V II 199 4430.90 Ne II 56 4442.72 P Ce II 19 4456.612 Ca I 4 4430.95 Fe III 4 4442.835 Fe I 69 4456.63 P Fe I 973 4431.02 A II 1 4442.99 Zr II 88 4456.650 Ti II 115 4431.02 8 II 32 4443.05 II 35 4456.84 P Cr II 16 4431.284 Tl I 218 4443.07 Hf II 4456.95 Ne II 61 4431.369 8c II 14 4443.197 Fe I 350 4457.045 Mn I 28

4431.48 Zr I 61 4443.707 Cr I 234 4457 . 179 Nd II 18

4431 .008 Co I 143 4443.743 Ce II 171 4457.42 Zr II 79

4431 .626 Fe II 222 4443.802 Tl II 19 4457.428 Ti I 113

4431. f,7 Ne II 74 4443.94 La II 133 4457.479 V I 21 4431.82 N II 55 4444.20 P V II 30 4457.549 Mn I 28
FINDING LIST 51 I A Type Element Multlplet No

4487.739

V I 101 4459.101 Fe I 992

4458; 262 Mn I 28 4458.336 Pr II 8 4458.517 Sra II 7 4458.538 Cr I 127 4459.037 Ni I 86

4459 . 121 Fe I 68 4459.34 Cr I 63 4459.738 Cr I 127

4459.760

V I 21 4459.96 N II 21 4460.12 P Fe I 271 4460.16 P- V I 62

4460.213 Ce II 2 4460.292 V I 21 4460.377 Mn I 28 4460.55 P Fe I 1100 4460.56 A II 1 4460.769 Cr I 63

4461.085 Mn I 28 4461.138 Ce II 10 4461.205 Fe I 471 4461.22 Zr II 67 4461.37 Fe I 725 4461.43 P Fe II 26 4461.56 III 33 4461.654 Fe I 2 4461.80 P Fe I 412

4461.989 Fe I 471,825,902

4462.022 Mn I 28 4462.099 Tl I 8 4462.2& P Fe I 824 4462.363 V I 87 4462.407 Nd II 54

4462.460 Nl I 86 4462.76 P V II 13 4462.774 Cr I 127 4462.90 Fe III 106 4462.95 P II 28

4462.985 Nd II 50 4463.14 P Fe I 471 4463.16 P Fe I 901 4463.247 Od II 83 4463.391 Tl I 160 4463.410 Ce II 30 4463.427 Nl I 102 4463.639 Tl I 160 4463.582 S II 43 4464.32 V II 199

4464.425 8 II 4464. 488 Tl II 40 4464.669 Cr I 127 4464.677 Mn I 22 4464.69 P Fe I 555 4464.747 V I 110 4464.773 Fe I 472

4464.907 Cr I 127 4464.97 Eu II 27 4465.075 Nd II 5

4468.15 Cr I 267 4468.33 P Fe I 1099 4466.357 Cr I 127 4465.4 Y II 81 4466.40 II 94 4468.84 N II 21 4461.601 Nd II 13 4465.78 Cr n 191 4468.807 Ti I 146 4466.11 P II 24

4466.13 P Cr I 34

4466 .468 Cr I 127

4466.183 Fe I 901 4466.32 II 87 4466.394 Nl I 168 4466.41 Hf II 72 4466.547 Gd II 44

4466.584 Fe I 350 4466.57 P Fe I 2 4466.68 K II 6

4466.881 Co I 150 4466.939 Fe I 992

4467.227 Od II 82

4467.342 So II 53 4467.36 Fe III 106 4467.446 Fe I 1048 4467.837 Ce II 17 4467.561 Cr I 127 4467.83 S III 7 4467.88 II 94 I A

4467.98

4468.010 4468.38

4468.493 4468.712

4468.759

4468.91

4469.160 4469.32

4469.37

4469.381 4469.547

4469.710 4469.880

4469.92

4470.138 4470.39 4470.483

4470.864

4471.238

4471.240 4471.29

4471. 477 4471.52

4471.550

4471.68 4471.688

4471.81

4472.09

4472.52

4472.57 4472.721

4472.792

4472.921 4473.015

4473.782

4474.03 4474.045 4474.194

4474.714

4474.77 4474.882

4474.98

4478.19

4475.20 4475.22 4475.24

4475.27

4475.28 4475.31

4475.345 4475.518 4475.70 4475.72

4475.99

4476.021

4476.08 4476.082

4476.61

4477.02

4477.45 4477.74

4477.88

4476.03

4478.040 4478.319

4478.48

4478.657 4478.795

4479

4479.00

4479.01 4479.29

4479.359

4479.432 4479.612

4479.724 4479.891

4479.968 4479.97

4480.142 4480.263

4480.27 4480.350 4480.46

4480.570

4480.600

4480.687 4480.85

4481.04

Type Multlplet No. p II 25 V I 87

Cr I 127

Ti II 31 Pr II 28 V I 102

Ne II 61

Tl II 18

II 59,94

CI I 15

Fe I 830

Co I ISO V I 87 Ce II 230 He I 15 Mn I 22 V II 30 N 1 I 86

Ti II 40

Ti I 146

Ce II 8 Gd II 82 He I 14 Ne II 65

Co I 15©

Fe I 2 He I 14 Fe r 972

Ca II 6 Fe I 39

Fe I 411 Fe I 595,900

Mn I 22

Fe II 37 Sa II 26

Cr I 63 La II 133 V I 110

Fe II 171 V I 101 A II 38 Tl I 113,184 o hi 37

Tl I 184

Cr I 63

Ne II 68 V II 198 P II 24

CI II 41,86

CI I 7

Cr I 95

Tir 184

V II 199 Y I 14

Fe I 899

Fe I 350

II 87 Fe I 830

Ti I 184

Cr I 63 Y I 14 N II 21

II 88

V II 13 Fe I 69

Co I 150 8 III 7 8m II Gd IT 15 N IV 6

Fe I 987

Fe I 899 Ca II 6

Ce II 203 Ce II 124

Fe I 828,848

Ti I 146 Al III 8 Al in 8 Fe 1 974

Fe I 515

Cr I 197 Fe I 823

Cu I 8 Fe II 20

Ni I 211

Ti I 146

Fe II A II 104

Fe I 893 I A Type Element Multiple

4401. 036 Gd II 44 4401.129 «8 II 4 4491.21 La II 146 4481.23 Nl I 168 4481.261 Tl I 146 4481.273 Tm II 1 4481.327 ** II 4 4401.44 Cr I 270 4481.621 Fe I 827 4481.83 A II 39

448*. 02 CI II 85 4402.04 Zr II 131 4402.171 Fe I 2 4402.257 Fe I 68 4482.40 P Ti II 30 4482.688 Tl I 113 4482.750 Fe I 828 4482.878 Cr I 197 4483.328 Gd II 62 4483.424 S II 43

4483.50

V II 224

4403.67 P II 25 4403.78 P Fe I 898 4483.900 Ce II 3 4483.918 Co I 150 4484.227 Fe I 828 4404.513 Co I 27 4484.54 Nl I 102 4484.08 Cr I 151 4484.93 P Fe II 9

4485.013 Tl I 184 4483.15 Eu II 26 4485.44 Zr II 79 4485.679 Fe I 830 4485.97 P Fe I 825 4486.14 Hf II 23 4488.352 Gd II 135 4466.65 Hf II 107 4486.66 S II 43 4486.909 Ce II 57

4407.01 P Fe I 988 4467.38 Y I 14 4487.36 P Fe I 824 4407.46 B III 2 4407.46 Cr I 63 4487.47 Y I 14 4407.72 II 104 4487.74 P Fe I 594 4487.821 Pr II 3 4488.051 Cr I 293

4488.09 II 104 4488.140 Fe I 819 4488.15 N II 21 4488.27 P Ti I 184 4488.319 Ti II 115 4488.401 Gd II 82 4488.898 V I 86,110 4488.917 Fe I 213,827 4489.089 Ti I 146 4489 . 185 Fe II 37

4489.471 Cr I 4489.48 II 86 4489.741 Fe I 2 4489.87 Al II 107 4490.00 CI II 41 4490.081 Mn I 22 4490.084 Fe I 469 4490.24 P Ke I 319 4490.541 Ni I 134,235 4490.56 Cr I 267

4490.60 Hf II 74 4490.63 P Fe I 891 4490.773 Fe I 974,974 4490.815 V I 86

4490 . 90 Fort Al III 7 4490.99 A II 39 4491. 10 P Ce II 19 4491.164 V I 62 4491.25 II 86 4491.401 Fe II 37

4491.678 Cr I 95 4491.858 Cr I 83 4492.312 Cr I 197 4492.3 S II 58 4482.40 N I 4492.427 Pr II 23 4492.540 Ti I 184 44921693 Fe I 969 4492.98 P Fe I 639 4493.37 P Fe I 796
52 FINDING LIST

I A

4493.53

4493.579 4494.05

4494.180

4494.41

4494.47 4494.568

4494.67 4494.71 4494.746

4494.853

4495 4495.006 4495.04

4495.275

4495.386

4495.389

4495.44 4495.46 4495.52

4495.566

4495 .

9

4495.986 4496.062

4496.146

4496.245

4496.429

4496.75 4496.862

4496.864

4496.96 4496.989

4497.30

4497 . 58 4497.657

4497.709

4497.849

4497.88 4498.276

4498 . 54

4498.55

4498.730

4498 . 76 4498.897 4498.94

4499.18

4499 . 29 4499.475

4500 . 295 4500.32

4500.86

4501.112 4501.256

4501.270 4501.692

4501.788

4501.808 4501.972

4502.16 4502.220

4502.52

4502.592

4502.95

4503.05

4503.13 4503.762

4504 . 23 4504 . 27 4504 . 52 4504.838

4505.00 4505.22

4505.33 4505.715

4505.75

4505 . 95 4505.997 4506.302

4506.333

4506.50

4506.582

4506.624

•800.74

4506. S53 4506.931

4507.11 4607.19 4507.195

4507.417 4507.559

Type Element

Tl II Fe II Fe I Na I Zr II Fe I Fe I N I La I Co I

Gd II N IV Tl I Cr I Cr I Fe I Ce II Zr II Tl II Fe II

Fe* I S II Fe I V I Tl I Tl I Pr II Tl I Cr I V I

Zr II Mn II

CI II B III Na I Tl I Ce II S II Gd II Fe I

A II

Cr I La II Mn I Ne II P II

S III Sm II Cr I Tl II

V II

Cr I V I Tl II

Nl I Cr I Nd II V I La II

lin I

Ne II Fe I A II Cr I V II Tl I Fe I Cl II Cr II

Fe I

Ca I Cr I K II Tl I Nd II Y I Cu II

Nl I Bd II

II

Nd II Ca I Tl II Cr I Qd II

7.r I Cr II Fe II Ca I N II

Multlplet No.

18 222 973

15 130 411

68

11 168

14

6

101 275 319.970

15479

40

147

827

48 825

110 146

8 4,25

184

1086

40

17 41,85

3 15 184

1953

31 988

13681

94

2264

11

723 150

18

30

8186

31 115

81

53

62 154

22

56 796

63 310

13 184

98841

16 555

24 151

4 184

314

1 133

7 34

30 288

13

3116 213

24

21

I A Type Element Multlplet

4507.854 Ca I 24 4507.95 Cr I 267 4508.083 Ce II 153 4508.21 Ne II 68 4508 . 26 P Fe II 222 4508 . 283 Fe II 38 4508.48 La II 52 4509.0 S II 48 4509.082 Gd II 84

4509.13 P Fe I 213

4509.287 V I 110 4509 . 306 Fe I 514,937 4509.446 Ca I 24 4510.160 Pr II 20 4510.210 Mn II 17 4510.380 Gd II 30 4510.7333 A I 9 4510.82 P Fe I 823 4510.92 N III 3 4511.04 P Fe I 970

4511.176 Tl I 4511.29 Ne II 70 4511.310 In I 1 4511.37 Ne II 70 4511.82 P Cr II 191 4511.829 Sm II 14 4511.903 Cr I 150 4512.282 Ca I 24 4512.535 Al III 3 4512.72 V II 212

4512.734 Tl I 42 4512.995 Nl I 163 4513.21 Cr I 150 4513.58 Y I 15 4513.715 Tl I 112 4513.72 P Fe I 213 4513.89 Cr I 175 4513.90 P Nl I 131 4514.189 Fe I 514 4514.191 V I 110

4514.373 Cr I 287 4514.505 Gd II 103 4514.531 Cr I 95 4514.80 Ne II 55 4514.89 N III 3 4515.094 Sm II 4515.17 P Fe I 319 4515.19 P Fe II 20 4515.337 Fe II 37 4515.440 Cr I 126

4515.558 V I 100 4515.610 Tl I 184 4516.02 C III 9 4516.08 P Fe I 639 4516.27 P Fe I 819 4516.38 La II 4516.45 P Fe I 825 4516.56 P Cr II 191 4516.93 C III 9 4517.094 Co I 150

4517.10 Gd II 135 4617.35 V II 211 4517.43 P Forb He I 13 4517.530 Fe I 472

4517.595 Pr II 2 4517.60 P Fe I 992 4517.79 Ne II 55 4517.81 Nl I 103 4518.022 Tl I 42 4518.18 N III 3

4518.30 P Tl II 18 4518.38 V II 212 4518.45 Fe I 593 4518.58 P Fe I 69 4518.58 Lu I 4518.63 Cr I 34,100 4518.700 Tl I 112 4518.9 S II 47 4519.02 Hf II 4519.19 Cl II 41

4519.633 Sm II 49 4519.83 Cr I 126 4519.986 Nl I 51 4520.070 Gd II 82 4520.225 Fe II 37 4520.24 P Fe I 471 4520.37 P Tl II 30 4521.141 Cr I 277,287

4521 . 296 Gd II 44 4521.65 P Fe I 641

I A

4521.924

4521.94

4522 4522.00

4522.3238 4522.37

4522.59 4522.634

4522.66

4522.798

4522.82

4523.037

4523.077 4523.403

4523.60 4523.74 4523.912

4524.218 4524.344

4524.68

4524.732

4524.74

4524.744 4524.81 4524.841

4524.928 4524.946 4525.142

4525.15

4525.168

4525.21

4525.31 4525.75 4525.875

4526.108 4526.12

4526.20

4526 . 374 4526.40

4526.466

4526.563

4526.565 4526.58 4526.794

4526.935 4527.25

4527 . 305 4527.339

4527 . 348 4527.455

4527.471

4527 . 648 4527 . 796 4527.80

4527.86

4527.90

4527.919

4527.96

4527 . 990 4528

4528 . 472 4528.51

4528.619 4528.76 4528.82

4528.911 4529.08

4529 . 176 4529 . 301 4529 . 376

4529.465

4529.56 4529.562

4529.589

4529.7 4529.851 4530.034 4530.12

4530.403 4530.54

4530.57

4530 . 688 4530.755

4530.78 4530.785 4530.84

4530.949

4531.152

4531.60 4631.633

Type Element Multlplet No.

Nl I 116 Gd II 135 V 15

Cr I 173 A I 7 La II 8,74

Eu II 4 Fe II 38 Ne II 68

Tl I 42

Gd II 103 Sm II 3 Ce II 2 Fe I 829

N III 3 Nl I 99 Sm II 41

V I 99 Mo I 6

S II 40

Tl II 60 Hf II 104

Sn I 5

V II 212

Cr I 276 Ba II 3 S II 40

Fe I 826

Fe I 819

V I 110

Tl II 18 La II 76

Fe II 9

Fe I 319

Cr I 196 La II 50

Cl I 15 Tl I 127 , 184

Fe I 969

Cr I 33

Fe I 471 Tm II 1 Fe II 171

Co I 177

Ca I 36 Y I 14

Tl I 42

Cr I 33,82

Ce II 108 Tl I 7

Cr I 174

Cb II 8 Fe I 641

Y I 14

N III 13 Fe I 897

Co I 156

S III 7 V I N IV 6

Ce II 1 V II 56

Fe I 68

Fe I 595

Fe I 468

Al III 3 V II 198

Al III 3 V I 95

Tro II 5

Tl II 82

Fe II 171 Fe I 987

V I 99

III 32

Cr I 33 Mn II 17 Cr I 126

N II 59 La II 73

A II 35 Cr I 33 Cr I 33 P II 25,35 Cu I 8

N III 3 Co I 150 Fe I 39 Tl I 112

Fe I 555,847,992
FINDING LIST 53

I A

4531.82

1532.188 4532.75 4533.143

4533. 18 4533.238 4533.3

4533.81 4533.966 4533.985

4534.154

4534. 166 4534.26

4534.57

4534.62

4534.66 4534.782

4535.11 4535.146

4535. 215

4535.38 4535.47

4535.50

4535.51 4535.574

4535.721

4535. 75 4535.87 4535.920

4535.921

4536.051

4536.509 4536.55

4536.78 4537.663

4537.67 4537.677 4537.751

4537.952

4538.20

4538.58 4538.64

4538.73 4538.764 4538.84

4538.87 4538.95

4539.096 4539.62 4539.755

4539.788 4540.014

4540.016

4540.376 4540.483

4540.502 4540.71 4540.719

4540.873

4541.071

4541.269 4541.31

4541.513

4541. 523 4541.59 4541.671

4541.953 4542.22

4542.422

4542.603

4542.621

4542.720 4542.77 4543.22 4543.74

4543.810 4543.91

4543.948 4544.009

4644.11

4644.48 4544.60 4544.619

4544.688

4544.70 4644.80

4644.961 4645.08 4646.144

4545.218

Type Element Multiple

Cr I 275

V II 212

Cr I 212

Fe I 641 Hf II 25

Tl I 42

S II 47 P II 25

Tl II 50

Co I 150

Pr II 20 Fe II 37 Mg II 26

N III 3 Fe I 1169

Ne II 58

Tl I 42

N III 13 Cr I 33 V II 210

Hf II 72

Ne II 55

Fe III

A II 86

Tl I 42

Cr I 33,276

Zr I 30

Tl I 112

Tl I 42

Pr II 1

Tl I 42

Fe I 896

Cr I 190

CI II 41

V I 82

A II 123

Fe I 594

Ne I 11 Sm II 45

Fe I 1071

Fe I 972 V II 212

A II 104 Fe I 115 Fe I 969 La II 149

Fe I 1048

Tl I Cr II 39 Ce II 108

Cr I 33 V I 100 Gd II 135 Ne I 17 Tl I 8 Cr I 33 La II 81

Cr I 150

Tl I 112

Cr I 33

Nd II 58 Hf II 36

Cr I 149

Fe II 38 He II 2 Na I 14

Fe I 593

Zr I 49 Fe I 894

Nd II

Cr I 149,275

Fe I 827

Cr II 16 Fe I 893

Cr I 100 Co I 142 A II 95

8m II 32

Tl II 60

Ne II 64

CI II 48 Fe I 970

Cr I 33

Tl I 42

Cr II 16

N III 12

Ce II 123 A II 15

Tl II 90 Na I 14

I A

4545.335

4545.394 4545.49

4545.54 4545.956 4545.985

4546.36

4546.47

4546.68 4546.930

4547.022 4547.234 4547.34

4547.78 4547.850

4547.851 4548.094

4548.764 4549.214

4549.467

4549.50

4549. 547 4549.622

4549.644

4549.658 4549.82

4550.954

4551.236

4551.297 4551.455

4551.667

4551.860 4552.25

4552.37

4552.378 4552.453

4552.536 4552.544

4552.654

4552.659

4553.01 4553.056

4553. 16 4553.175

4553.48 4553.949 4553.96 4554.033

4554.28

4554.467

4554.509

4554.81

4554. 830 4554.989 4555.02

4555.069 4555.09

4555.30

4555.30 4555.421

4555.486 4555.75 4555.890

4555.922

4556.129

4556.136 4556.169 4556.735

4556.765

4556.939

4557.237 4557.857 4558.04

4558.080

4558.092

4558.108 4558.46 4558.46

4558.58 4558.659

4558.83 4559.09

4559.28 4559.920

4559.945

4560.096 4560.26

4560.280 4660.710 4560.969

Type Element Multlplet No.

Cr I 33 V I 109

Cr II 16

Fe I 894

Cr I 10 Co I 142

N III 13

Fe I 1047 Fe I 989

Nl I 261

Fe I 39

Nl I 146

N III 3 A II 76

Tl I 270

Fe I 755

Tl I 270 Tl I 42

Fe II 186

Fe II 38

La I 11

S II Tl II 82

V I Co I 150

Tl II 39 Gd II 44

Nl I 236

Ce II 229

Gd II 62

Fe I 972

V I 82

Tl II 30

As II 4

S II 40,48

Tl I 42

N II 58 Fe I S III 2 Sm II 23

Zr I 31 V I 133 Ne II 55

Nl I 135

Fe I 472

Cr I 276

Zr II 130 Ba II 1 V 7 Fe I 319

Ru I 5 P II 28

Cr I 173 Gd II 82

Cr II 44

Tl I 266

Cr I 149

Cr I 212

III 34

Cs I 2

Tl I 42

Fe I 640 Fe II 37 Cu II 1 Fe I 410,820,974

Nd II 6 Cr I 173

Nd II 12 V II 198 Fe I 638

8c I Tl I 270 P II 29 Gd II 44

Tl I 262,263

Fe I 894,974

La II 39 V II 212

Fe II 20 Cr II 44

Cr II 44

Fe III La II 53

Tl I 112

Nl I 115 Fe I 823

Cr I 211 Ce II 8 V I 109 Ce II 2

I A

4561.03

4561.20 4561.461 4561.54

4561.88 4562.05 4562.360

4562.5

4562.637

4563 . 245

4563.427

4563.657

4563.761

4563.78 4564.166

1564.216 4564.43 4564.592

4564.715

4564.78

4564.832

4565.13 4565.22

4565.324 4565.43 4565.45

4565.49

4565.512

4565.578 4565.684

4565.73

4565.78 4565.842

4566.03 4566.206

4566.520 4566.602

4566.68 4566.990

4567.415

4567.606 4567.872

4567.90

4568 4568.312

4568.545 4568.62

4568.789

4568 . 842 4569.01

4569.06 4569.42

4569.50 4569.530

4569.644 4569.82

4569.849 4570.02 4570.024

4570 . 30

4570 . 34 4570.425

4570.70

4570 . 906 4570.97

4570.977

4570.98 4571.0956 4571.105 4571.24

4571.44

4571.676

4571.783 4571.83

4571.971 4572.13

4572.16

4572. 277 4572.671

4572.83

4572.86 4572.92

4573.14

4573.38

4573.63

4573.81 4573.993

4574.03 4574.240

4574.32

Type Element Multlplet No.

A II 51 Cr I 34

Pr II 23

Cr I 277

S II Ne II 64

Ce II 1 La II 161

Tl I 7

Cr I 246

Tl I 266

Cr I 172

Tl II 50 A II Cr I 312

Tl I 112 A II 85

V II 56

Fe I 823

N II 14

Fe I 472

Nl I 88 P II 36

Fe I 641

Zr II 116

Nl I 99

Ne II 55

Cr I 21 Co I 150

Fe I 554

Mn I 52

Cr II 39

Ce II 21 Fe I 1169 Sm II 32

Fe I 641

Cr I 125 Fe I 212

Fe I 723

Nl I 102

Nd II 49

SI III 2

La I 11 IV 15 Tl II 60 Pr II 33 Fe I 989

Fe I 554

Fe I 894

Ne II 69

Fe I 593 CI II 35

III 36

Cr I 173

Cr I 173

Fe III 82

Nd II 5 La I 11 Co I 178

Cr I 125,190

Fe III 66 V I 109 Hf II 86

Tl I 266 La II 38 Gd II 84

Cr I 173 Mg I 1 Cr I 125

Cr II 16

Fe I 319

Cr I 32 V I 109

Cr I 246

Tl II 82

CI II 35

Cr I 190,246

Ce II 1 Be I 3 Cr II 16

Fe I 819

A II 94

Fe III

Cr I 246

Cr II 16 Hf II 40

Sc I Nl I 87

Fe I 554

Ta I 1
54 FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

4574.45 Cr I 148 4588.217 Cr II 44 4602.005 Fe I 39 4574.49 Ne II 64 4588.40 P Cr II 16 4602.11 II 93 4574.49 Zr II 139 4588.730 Co I 15 4602.51 Cr I 210 4574.724 Fe I 115 4589.689 Al II 45 4602.75 P Fe II 19 4574.777 SI III 2 4589.750 Al II 45 4602.944 Fe I 39 4574.87 La II 23 4589.76 Pr II 23 4602.99 LI I 6 4575.121 Cr I 196 4569.79 P II 24,36 4603.2 P N V 1 4575.52 Zr I 5 4589.89 Cr II 44 4603.34 P Fe I 348 4575.80 Fe I 593,970 4589.93 A II 31 4603.956 Fe I 410 4576.331 Fe II 38 4589.96,1 Tl II 50 4604.23 P Fe I 348

4576.500 Mo I 6 4590.00 P Cr II 16 4604.42 Zr I 29 4576.551 Tl I 262 4590.505 V II 210 4604.58 Cr I 190 4576.76 Cr I 148 4590.68 Fe III 52 4604.85 P Fe I 846 4577.13 P V II 56 4590.69 Cr I 125 4604.994 Nl I 98 4577.173 V I 4 4590.8 S II 47 4605.10 P Fe I 348 4577.690 Sm II 23 4590.971 II 15 4605 . 352 V II 56

4577.78 P Fe II 54 4591.05 s II 4605.363 Mn I 4578 . 139 Pr II 10 4591 . 220 V I 133 4605.78 La II 52

4578 . 334 Cr I 246 4591.26 P Fe II 17 4605.79 Hf II 22 4578.558 Ca I 23 4591.394 Cr I 21 4605.99 P Fe I 893

4578.728 V I 109 4591.818 Sm II 14 4606.146 V I 4

4579.05 P Fe I 988 4591 . 991 V I 95 4606.231 Nl I 100 4579.07 P Fe I 640 4592.09 Cr II 44 4606.375 Cr I 303 4579.198 V I 109 4592.529 Nl I 98 4606.402 Ce II 6 4579.344 Fe I 319,936 4592. 54 Cr I 303 4606.514 Sm II 1 4579.39 A II 17 4592.655 Fe I 39 4606.59 P V II 45 4579.446 Cb II 8 4593.195 Cs" I 2 4607.08 P Fe I 724

4579.523 Fe II 4593.44 A II 51 4607.153 N II 5 4579.59 Cr I 246 4593.47 C III 4607.331 Sr I 2 4579.68 P Fe I 894 4593.544 Fe I 971 4607.655 Fe I 554,969

4579.825 Fe I 469 4593.544 Sm II 36 4607.94 T II 80

4580 . 05 La II 53 4593.84 Cr I 190 4608.030 Gd II 144 4580.055 Fe II 26 4593.932 Ce II 6 4608.21 CI III 13 4560.056 Cr I 10 4594.03 Eu I 1 4608.45 K II 7

4580.139 Co I 27 4594. 103 V I 4 4608.908 Co I 57 4580 . 35 Ne II 72 4594.403 Cr I 4609.146 Nd II 3 4580.394 V I 4 4594.447 Nd II 52 4609.26 P Tl II 39 4580.458 Tl II 60 4694.51 P Tl I 262 4609.42 II 93 4580.46 P Fe I 348 4594.633 Co I 176 4609.60 A II 31 4580 . 600 Fe I 827 4594.908 Nl I 4609.646 V I 61

4580.619 Nl I 146 4594.959 Fe I 638 4609.7 Al II 44 4581.063 Cr I 148 4595.05 Cr I 190,211 4609.894 Cr I 303 4581.086 Gd II 44 4695. 160 Mo I 6 4610.14 II 92

4581.32 Y I 15 4695.21 P Fe I 846 4610.59 P Fe II 170 4581.380 Co I 156 4595.291 Sm II 45 4610.926 V I 39 4581.402 Ca I 23 4695.363 Fe I 594 4611.05 P Fe I 641 4581.517 Fe I 665 4596.690 Cr I 286 4611.19 P Fe I 319 4S81.596 Co I 150 4595.68 P Fe II 38 4611.25 A II 4581.77 P II 9 4595.951 Nl I 101 4611.285 Fe I 826 4582.12 P Fe II 19 4596.069 Fe I 620 4611.29 P Fe I 819

4582.38 Gd II 82 4596.09 Fe III 4611.35 P Fe I 17 4582.502 Ce II 7 4696.0970 A I 9 4611.968 Cr I 4582.53 Gd II 65 4596.174 II 15 4612.473 Nd II 3 4082.835 Fe II 37 4596.37 V II 210 4612.64 Fe I 349 4582.941 Fe I 348 4596.38 Cr I 210 4612.84 P II 9 4583.443 Tl II 39 4596.433 Fe I 823 4612.89 Ne II 64

4583.72 P Fe I 472 4596.90 Cr I 171 4613.11 II 93 4583.783 V I 109 4696.903 Co I 177 4613.210 Fe I 564

4583.829 Fe II 38 4696.978 Gd II 44 4613.373 Cr I 21 4583.89 Cr I 125 4697.013 Nd II 51 4613.38 La II 50

458 3.99 P Fe II 26 4697.06 P Fe I 17 4613.47 8 III 10 4584.095 Cr I 172 4697.91 Gd II 44 4613.67 II 92

4584.28 CI II 4598.122 Fe I 564 4613.74 Hf II 103 4584.445 Ru I 6 4598 . 33 P Fe I 17 4613.868 N II 5 4584.732 Fe I 820 4598 . 37 P Fe I 970 4613.95 Zr II 67 4584.75 Cr I 125 4698.441 Cr I 172 4614.15 Cr I 148 4584.824 Fe I 822 4598 . 528 Fe II 219 4614.216 Fe I 638 4584.934 Cr I 196 4598.74 P Fe I 819 4614.523 Cr I 245 4685.03 CI II 34 4598.77 A II 38 4614.58 Nl I 99 4585.088 Cr I 212 4598.99 P Tl I 262 4614.73 Cr I

4585.59 P Fe I 468 4599.00 Cr I 171 4615.441 Sm II 49

4585.72 Cr I 211 4599.226 Tl I 4615.690 Sm II 22

4585.820 Al II 45 4599.25 Cr I 171 4615.98 Ne II 64,67 4585.871 Ca I 23 4599.46 Hf II 92 4616.137 Cr I 21 4585.923 Ca I 23 4600.104 Cr I 32 4616.64 Cr II 44

4585.94 V I 61 4600.11 Ne II 64 4616.95 Fe III 108 4586.138 Cr I 172 4600.19 V II 66 4617.269 Tl I 146 4586 . 25 Hf II 23 4600.28 P Tl II 60 4617.94 Nl I IIS 4586.364 V I 4 4600.372 Nl I 98 4618.12 P V II 66 4586.95 P Tl I 266 4600.59 La II 148 4618.52 V II 252

4586.99 Cr I 4600.752 Cr I 21 4618.568 Fe I 1151 4687.132 Fe I 795 4600.937 Fe I 591 4618.765 Fe I 409 4587.72 P Fe I 971 4601.00 CI I 15 4618.800 V I 39 4587.86 Cr I 125 4601.021 Cr I 32 4618.83 Cr II 44

4587.90 A II 16 4601.05 Gd II 44 4618.85 C II 60 4587.91 P II 15,35 4601.15 Cr I 172 4619.294 Fe I 821 4687.91 P III 7 4601.34 P Fe II 43 4619.329 Co I 27

4588.082 Al II 45 4601.478 N II 5 4619.4 P N V 1 4588.13 Ne II 68 4601.97 P II 15 4619.626 Tl I 261 4588.194 Al II 46 4601.97 Zr II 138 4619.551 Cr I 81
FINDING LIST I A Type Element Multiple

4619.648

V I 4619.771 V I 4 4619.87 La II 76 4680.13 P Fe I 468 4620.38 Ni I 163 4630.513 Fe II 38 4621.00 Cr I 32 4621.28 II 92 4621.39 Fe III 108 4621.392 N II 5

4621.41 P Cr II 25 4621.63 P Fe I 989 4621.893 Cr I 32 4621.963 Cr I 32,244

4622.40 P Fe II 17 4622.491 Cr I 233 4622.71 Hf II 70 4622.71 P II 36 4622.761 Cr I 81 4623.020 Co I 156

4623.098 Ti I 145 4624.11 S II 4624.404 V I 39 4624.42 Fe III 108 4624.561 Co I 141 4624.657 V I 94 4624.86 Zr II 116 4624.899 Ce II 27 4625.052 Fe I 554

4625.30 Cr I 171

4625.44 P Fe I 974

4625.549 Fe II 219 4625.65 Cr I 244 4625.71 C II 49 4625.767 Co I 176 4625.911 Fe II 186 4625.925 Cr I 244 4626.188 Cr I 21 4626.36 P Fe I 636 4626.467 Mo I 6

4626.480

V I 39 4626.53 Fe III 108 4626.544 Hn I 4626.565 Td II 4626.61 P II 15 4626.758 Fe I 410 4626.78 P Fe II 170 4626.81 Cr I 209 4627.02 P Fe I 637 4627.22 Eu I 1

4627.48

V II 210 4627.66 Gd II 43 4627.85 Ne II 73 4627.86 P Fe II 54 4628.160 Ce II 1 4628.4410 A I 9 4628.473 Cr I 186 4628.69 P Fe I 819

4628.71 P II 28 4628.751 Pr II 1

4628.821 Fe II 219 4628.908 Co I 15 4629.07 Zr II 139 4629.29 P Ti II 38 4629.336 Fe II 37 4629.336 TI I 145 4629.359 Co I 156 4629.7 Al II 35 4629.814 Zn I 8 4629.90 P Fe II 170

462&.08 P Nl I 223 4630.125 Fe I 115 4630.52 C II 49 4630 . 537 N II 5 4630.785 Fe I 969 4631.03 P Fe I 1071 4631.38 Si IV 6 4631.49 Fe I 1152 4631.5 Al II 97 4631.895 Fe II 219

4632.14 P Fe I 754 4632.180 Cr I 171 4632.83 P Fe I 620 4632.915 Fe I 39 4633.05 P Fe I 17 4633.2 Al II 97 4633.286 Cr I 186 4633.764 Fe I 410 4633.99 Zr I 5 4634.11 Cr II 44 I A Type Element

4634.16

N III 4634. 21 V II 4634.59 Cr I 4634.60 P Fe II 4634.73 Ne II 4634.95 La II 4635.176 V I 4635.328 Fe II 4635.539 Ti I 4635.62 P Fe I

4635.7 Al II 4635.646 Fe I 4636.345 Ti II 4636.42 La II 4636,66 P Fe I 4637.182 Cr I 4637.209 Ti I 4637 . 25 A II 4637.512 Fe I 4637.772 Cr I

4637.887 Ti I 4638.016 Fe I 4638.12 Si III 4638 . 854 II 4639.001 Gd II 4639. 150 Mn II 4639.326 Al II 4639.369 Ti I 4639.384 Al II 4639.538 Cr I

4639.669 Ti I 4639.725 Al II 4639.833 Al II 4639.944 Ti I 4640.062 V I 4640.14 Hf II 4640 . 309 V I 4640.362 Al II 4640 . 384 Al II 4640.431 Ti I

4640.55 Cr I 4640.64 N III 4640.67 Cr I 4640.735 V I 4641.22 P Fe I 4641.77 Forb K I 4641.811 II 4641.90 N III 4642.011 Cr I 4642.235 Sm II

4642.27 Forb

K I 4642.58 P Fe I 4643.086 N II 4643.20 P Fe I 4643.468 Fe I 4643.69 Y I 4644.09 P Fe II 4644.82 Zr I 4645.193 Ti I 4645.28 La II

4645.971

V I 4646.059 Pr II 4646 . 174 Cr I 4646.326 Gd II 4646.396 V I 4646.495 Cr I 4646.684 Sm II 4646.808 Cr I 4646.94 P Ni I 4647 P C IV

4647 . 34 Ne II 4647.40 C III 4647.40 Ti IV 4647 . 42 P Nl I 4647.437 Fe I 4647 . 50 La II 4647.585 Mn II 4647.72 P Fe I 4647.759 Nd II 4648.126 Cr I

4648.160 Sm II 4648.17 S II 4648.23 P Fe II 4648.62 Al II 4648 . 659 Nl I 4648.868 Cr I 4648 . 933 Fe II 4649.06 A II 4649.139 II 4649.461 Cr I

Multlplet No. 2 210

171

25

67 1334 186

261 319 . 97 349

38 101 513

32

261

31 554

32

261 822

131 64,102

1869 14569

186

14569

69

145

3974

94

69

69

261

1712 244

39

347212 244

362 688538 62043164

1458422

2182

39 147

26

186 1456

721

148 409

77

18 722

46

321 36

3882

9832

25

511 32 I A Type Element

4649.54 P Cr I 4649.828 . Fe I 4650.016 Ti I 4650.04 P Fe II 4650.16 C III 4650.544 Al II 4650 . 646 Al II 4650.841 II 4651.285 Cr I 4651.35 C III

4651.42 P V II 4651.517 Pr II 4652.158 Cr I 4652.280 Fe II 4652.816 Mn II 4653.0 Al II 4653.49 P Fe I 4654.14 Si IV 4654.23 I 4654.286 Ce II

4654.501 Fe I 4654.56 I 4654.57 N II 4654.628 Fe I 4654.736 Cr I 4654.986 Gd II 4655.05 Al II 4655.36 I 4655.49 La II 4655.661 Nl I

4655.712 Ti I 4655.75 P Ti II 4656.048 Ti I 4656.189 Cr I 4656.468 Ti I 4656.74 S II 4656.80 Si II 4656.837 Cr I 4656.974 Fe II 4657.210 Ti II

4657 . 38 Ni I 4657 . 390 Co I 4657 . 598 Fe I 4657.64 Zr I 4657.94 A II 4658.03 P Fe II 4658.03 Lu I 4658 . 12 P II 4658.29 Fe I 4658.64 C IV

4659.38

K II 4660 P C IV 4660.93 P Fe II 4661.19 P Fe II 4661.22 CI I 4661.33 P Fe I 4661.538 Fe I 4661.635 II 4661.78 Zr II 4661.88 Eu I

4661.933 Mo I 4661.975 Fe I 4662.0 P Forb Na I 4662.51 La II 4662.71 P Ti II 4662.74 P Ti II 4662.767 Mo I 4663.054 Al II 4663.183 Fe I 4663.328 Cr I

4663.403 Co I 4663.53 C III 4663.700 Fe II 4663.76 La II 4663.78 Fe III 4663.832 Cr I 4664 . 14 Hf II 4664.272 Gd II 4664.32 P Nl I 4664.647 Pr II

4664.71 P Fe I 4664.79 P Fe II 4664.798 Cr I 4664.811 Na I 4665 P C IV 4665.24 P Fe I 4665.56 P Fe I 4665.8 P Forb Na I 4665.80 P Fe II 4665.87 Si III

55

Multlplet No.

233 592

145

1461 59

591 211

45621 219

1881

17718 154

38

1811 554,821

18665 106

1875 115

261

38 145

14769

311

4359

254

156

346

64

15 170215 591859 146 170

15 347 1207. 1 12916 409

13836

3862 754

186

1565 44

82

52 186

14 127

147

27

347

17 186

127 1115 1044

1326

13
56 FINDING LIST

I A

4665.90 4665.902

4666 . 149 4666.215

4666.28

4666.448 4666.512

4666.750

4666.8 4666.994

4667.181

4667.28

4667 . 459 4667.53 4667.585

4667.766

4668.07

4668 . 142 4668 . 357 4668.560

4668.58

4668.91 4669.174

4669.273

4669.33 4669.336

4669.396

4669.502 4669.53

4669 . 650

4669.67

4669.977

4670 . 170 4670.404 4670.483 4671.25

4671.36

4671.686

4671.688 4671.82

4671.94

4672.02

4672.081 4672.75

4672.83

4673.169

4673.28 4673.462

4673.555

4673.70

4673.75 4673.91

4674.41 4674.599

4674.65 4674.84

4674.98

4675.118 4675.45 4675.639

4676 . 234 4676.911 4677.00

4677.528 4677.59

4677.67 4677.858 4677.93

4678 . 160 4678.41

4678.852

4678 . 94 4678.95

4679.229 4679.73

4679.87 4679.96 4680.127

4680.138

4680.297

4680 . 458 4680.475

4680.49

4680 . 539 4680.734 4680.870 4681.05

4f.«1.32

4fcS1.5

2

4681.786

Type Element

C III Cr

VCrA II Gd II Cr

Fe II

Al II Nl

Cr

N II Fe

TlTl

Nl

FeFe I . Tl

Na

S II La II FeV

II

Cr

Sri II Ce II

II Sm II

CrRu

Fe II

Sc II V

Fe III Cr II Cu II MnLa II

Sc II FePr II

Fe

FeFeBe II Cu II

II

C III

Zr II Sm II Fe

Y

N II TlHf II Nl

II Sm II

II Co

Fe

S III Tm II N II Cd

Fe

FeCe II P II FeTl

Cr II Fe

Ce II Zn

Fe

Ce II Fe

Cr

wNd II Cr

Nl

S II

A II Ru

Multlplet No.

5 23394

9951 101

186

37 105

146

99

11 822

77

6 163 826

554

77

12

3676 8214

90 186

7

89

26

170

112524

39

58 1784

21

80

48 1045

21

1740 820 822

64

17

15 139

1440

4

1177

92 115

13 91

15 1072

10

562

2 688

821

153

28 688

7725 1071

18239

2 346

186

14

170

143

8 76

6

Type Multlplet No.

4681.908 Tl I 6 4681.990 Cu II 4 4682.12 La II 37 4682.28 Ra II 1 4682.29 A II 4682.32 Y II 12 4682.361 Co I 156 4682.58 Fe I 384 4682.68 Hf II 102 4683.018 Si III 13

4683.43 Zr I 63 4683.565 Fe I 346 4683.774 Si III 13 4684.457 V I 94 4684.484 Ti I 203 4684.605 Ce II 228 4684.605 Cr I 146 4684.77 Cr II 178 4685.03 P Fe I 347 4685.19 Zr II 129

4685. 265 Ca I 51 4685.682 He II 1 4685.837 Ge I 3 4685.95 P Fe II 50 4686.218 Nl I 98 4686.921 Ti I 203 4686.926 V I 93

4687 .183 Sm II 3 4687.30 P Fe I 17 4687.387 Fe I 347

4687.67 P Fe I 347 4687.80 Zr I 43 4687.82 P Ti I 111 4688 . 38 P Fe I 1071 4688 . 392 Ti I 306

46*88.45 P V II 45

4688.45 Zr I 5 4688.65 La II 92 4689.374 Cr I 186 4689.46 P Ti II 38

4690. 146 Fe I 820 4690 . 38 P Fe I 17 4690.827 Ti I 76 4690.97 II 58

4691.17 La II 23 4691.336 Ti I 75 4691.414 Fe I 409 4691.47 II 58 4691.55 P Fe II 17 4692.45 P Ti I 77

4692.50 La II 75 4692.97 Cr I 99 4693.190 Co I 156 4693.628 Sm II 14 4693.670 Ti I 6 4693.949 Cr I 99 4694.13 S I 2 4694.55 N II 61 4695.153 Cr I 99 4695.45 S I 2

4695.91 N II 68 4696.12 P Ce II 153 4696.25 S I 2 4696.36 II 1 4696.71 P Sc II 48 4696.923 Ti I 203 4697.062 Cr I 62

4697 . 395 Cr I 195 4697.62 Cr II 177 4698.276 Sc II 13

4698.389 Co I 156 4698.408 Ni I 235 4698 . 456 Cr I 186 4698.48 II 40 4698.615 Cr I R2.146

4698 . 62 N II 68 4698 . 64 P Cr II 25 4698 . 67 P Ti II 59 4698.766 Ti I 75 4698.86 P Ti I 203

4698 . 947 Cr I 146 4699.180 Co I 27 4699.21 II 25,40 4699.589 Cr I 292 4699.62 La II 39 4699.72 Hf II 71 4700 .

1

Ne II 67 4700.12 N II 68 4700.171 Fe I 935 4700.21 S II 52

I A Type Element Multlplet No

4700.42 P Fe I 67 4700.608 Cr I 62 4700.80 P II 14 4701.052 Fe I 820 4701.159 Mn I 21 4701.23 II 58 4701.336 Nl I 101 4701.536 Nl I 235 4701.65 Al III 6 4701.76 II 58

4701.90 P Fe I 688 4701.92 Cr I 170 4702.3164 A I 9 4702.57 N II 68 4702.9758 Mg I 11 4702.9831 Mg I 11 4702.9909 Mg I 11 4703.03 Zr II 138 4703.18 II 40 4703.27 La II 76

4703.36 A II 4703.576 Nd II 55 4703.62 Hf II 72 4703.808 Ni I 133 4704.33 N II 68 4704.386 Co I 178 4704.395 Ne I 11 4704.397 Sm II 1 4704.958 Fe I 821 4705.099 V I 136

4705.355 II 25 4705.464 Fe I 752 4705.50 Ni I 101 4705.93 Nl I 128 4706.102 Cr I 170 4706.178 V I 94 - 4706.31 P Fe I 890 4706.41 N II 68 4706.542 Nd II 3 4706.574 V I 119

4706.967 Sc I 22 4707.281 Fe I 554 4707.487 Fe I 346 4707.541 Pr II 5 4707.754 Cr I 195 4707.78 Zr I 63 4707.80 II 89 4708.040 Cr I 186 4708.663 Ti II 49 4708.854 Ne I 11

4708 . 94 Ba II 15 4708 . 972 Fe I 889 4708.976 Tl I 203 4709.092 Fe I 821 4709.336 Sc I 22 4709.45 N II 25,68 4709.484 Ru I 14 4709.711 Nd II 7 4709.715 Mn I 21 4710.04 Ne II 73

4710.04 II 24 4710.058 Ne I 11 4710.08 Zr I 43

4710.186 Ti I 75,203 4710.24 Cr I 145 4710.286 Fe I 409 4710.566 V I 119 4711.68 P Ti I 111 4711.732 Sc I 22

4711.91 Zr I 64

4711.975 Gd II 64 4712.060 Ne I 16 4712.069 Ni I 131 4712.104 Fe I 467 4712.13 N II 68 4712.92 La II 38 4713.057 Sm II 49 4713.143 He I 12 4713.18 P Fe II 26 4713.26 Y II 22

4713.373 He I 12 4713.84 P Ni I 128 4713.996 Ce II 250 4714.074 Fe I 1206 4714.113 V I 119 4714.182 Fe I 591 4714.421 Nl I 98 4714.53 Fe III 57 4714.83 Ce II 17 4715.12 Cr II 178
FINDING LIST I A Type Element Multiplet No. I A Type Element Multiplet No. I A Type Element Multiplet No

4715.295 Tl I 6 4730.711 Cr I 145 4748.525

V I 113 4715.344 Ne I 16 4730 . 92 As II 3 4748.67 CI II 75 4715.589 Nd II 49 4731.172 Ti I 202 4748.73 La II 65 4715.778 Nl I 98 4731.36 Hf II 38 4749.25 Cr I 195 4715.900 V I 136 4731.439 Fe II 43 4749 . 25 P Fe I 1098 4716.13 P Sc II 13 4731.77 P Fe I 67 4749 . 68 Co I 156 4716.226 S II 9 4731.809 Nl I 163 4749.93 Fe I 1206 4716.44 La II 52 4732.051 Co I 15 4750.49 P Fe II 206 4716.576 Gd II 102 4732.08 A II 38 4750 . 990 V I 113 4716.644 V I 51 4732.34 Zr I 48 4751 P N V 5

4716.658 Si III 4732.465 Nl I 235 4751 P VI 10 4716.85 P Fe I 634 4732.53 Ne II 67 4751.04 Cr I 290 4717.031 Sc I 14 4732.60 Gd II 65 4751.34 II 24 4717.58 La II 87 4732.96 P Tl II 29 4751.574 V I 94 4717.688 Cr I 170 4733 P N IV 11 4751.822 Na I 11 4717.692 V I 119 4733.426 Ti I 202 4752 P N IV 11 4717.718 Sm II 41 4733.596 Fe I 38 4752.084 Cr I 4718.16 Ca II 7 4734.094 Sc I 14 4752.124 Ni I 165 4718.329 Sm II 53 4734.100 Fe I 1133 4752.426 Nl I 132 4718.429 Cr I 186 4734.177 Pr II 4 4752.70 II 24

4718.43

N II 68 4734.427 Gd II 43 4752.7313 Ne I 21 4719.040 Gd II 43 4734.52 Y II 4752.87 Cr I 194 4719.10 Hf II 15 4734.682 Tl I 233 4753.06 Zr I 66 4719.12 Zr I 66 4734.75 C II 48 4753.152 Sc I 5 4719.37 Ne II 67 4734.828 Co I 156 4753.957 V I 113 4719.515 Ti II 59 4734.94 Zr II 138 4754.042 Mn I 16 4719.80 Zr II 116 4735.67 Hf II 25 4754.358 Co I 156 4719.838 Sm II 3 4735.75 Hf II 59 4754.38 Ti I 202 4719.93 La II 81 4735.846 Fe I 1042 4754.635 Pr II 4 4720.15 P Fe II 54 4735.93 A II 6 4754.743 Cr I 168

4720.26 P II 8 4736.13 Cr I 195 4754.768 Nl I 141 4720.56 P Fe I 1114 4736.50 Ni I 99 4755.12 S II 35 4720.830 Sc I 14 4736.780 Fe I 554 4755.137 Cr I 124 4720.997 Fe I 1071,409 4737 P C IV 12 4755.347 Gd II 134 4721.14 Cr I 232 4737.282 Ce II 4755.64 CI II 13 4721.273 Gd II 83 4737 . 350 Cr I 145 4755.728 Mn II 5 4721.43 CI II 75 4737.59 V II 16 4756.113 Cr I 145 4721.524 V I 108 4737 . 633 Fe I 590 4756.519 Ni I 98 4721.59 N II 68 4737.642 Sc I 14 4756.722 Co I 180 4721.62 A II 85 4737.769 Co I 57 4757 . 326 Cr I 290

4722.159 Zn I 2 4738.11

C II 1 4757.37

V I 113 4722.278 Sr I 5 4738.29 Hn II 5 4757.50 V I 113 4722.333 Bi I 2 4738.41 CI II 75 4757 . 565 W I 7 4722.58 Ca II 7 4738.52 P Fe II 170 4757.582 Fe I 634,1115 4722.603 Tl I 75 4739.108 Mn I 21 4757.591 Cr I 231 4722.652 Bi I 2 4739.42 CI II 13 4757.791 Gd II 45 4722.741 Cr I 195 4739.48 Zr I 43 4757.841 Ru I 12 4722.877 V I 108 4739.49 Ce II 157 4757.842 Ce II 4729 P N IV 11 4739.49 P II 14 4758.120 Ti I 233 4723.06 Cr I 145 4739.59 Mg II 18 4758.42 Nl I 193

4723.171 Ti I 75 4739.80 La II 64 4758.421 Cu II 1 4723. 18 Cr I 292 4740 P N IV 11 4758.742 V I 51

4723. 37 P Ni I 162 4740.165 Ni I 99 4758.913 Tl I 41 4723.88 P Ni I 167 4740.27 La II 8 4759.272 Ti I 233 4724.07 P Fe II 17 4740.343 Fe I 409 4759.74 Cr I 124 4724.416 Cr I 145 4740.40 CI II 51 4759.74 Ti I 202 4724.42 La II 50 4741.018 Sc I 14 4759.907 Cr I 169 4724.679 Ti I 203 4741.081 Fe I 688 4760.07 P Fe I 384 4725.090 Ce II 153 4741.089 Cr I 292 4760.15 P Fe II 169 4725.67 Cr I 195 4741.34 P Ni I 166 4760.23 P Nl I 114

4725.94 Fe I 1134 4741.533 Fe I 346 4760.59 Hf II 85 4725.95 Cr I 99 4741.71 II 25 4760.98 y I 4

4726.165 Fe I 384 4741.922 Sr I 5 4761.242 Cr I 169 4726.725 Gd II 148 4742.00 Ge II 2 4761.42" Cr II 176 4726.91 A II 14 4742.129 Tl I 202 4761.526 Mn I 21 4727.01 P Fe I 635 4742.32 P Tl I 111 4761.67 Zr II 107 4727.153 Cr I 99 4742.4 S II 8 4761.73 Cr I 194 4727.21 C II 48 4742.631 V I 128 4762 P N IV 11 4727.405 Fe I 821 4742.791 Tl I 233 4762.376 Mn I 21 4727.476 Mn I 21 4742.93 P Fe I 1072 4762.41 C I 6

4727.851 Nl I 146 4743.08 La II 75 4762. 627 Ni I 71 4727.9 P Mn II 5 4743.112 Cr I 290 4762.727 Pr II 26 4727.096 Co I 15 4743.28 P Fe II 31 4762.77 Tl II 1* 4728.41 La II 22 4749.814 8c I 14 4762.78 Zr I 66 4728.42 Ni I 115 4744.13 P Fe I 1168 4763.38 S II 35 4728.468 Gd II 65 4744.64 P Fe I 17 4763.624 Nd II 54

4728.555 Fe I 822 4744.90

C II 1 4768.79 P Fe II 50

4728.769 8c I 14 4744.925 Pr II 3 4763.84 P Ti II 48 4729.028 Fe I 1043a 4745.129 Fe I 67 4763.865 Nd II 6 4729.226 8c I 14 4745.308 Cr I 61 4763.950 Ni I 146

4728.291 Nl I 295 4745.680 Sm II 7 4764.294 Cr I 231 4729.45 8 II 46 4745.806 Fe I 821,1068 4764.535 Ti II 48 4729.544 V I 93 4746.115 Co I 182 4764.643 Cr I 124 4729.099 Fe I 688 4746.698 V ' I 113 4764.7 P Mn II 5 4729.723 Cr I 169 4747.00 Cr I 168 4764. 89 A II 15 4730.0285 *g I Ne II

10 4747.143 Ce II 4765.30 CI II 13 4730.24 72 4747.256 Ti I 75 4765.485 Fe I 40

4790 . 361 Mn II 5 4747.680 Ti I 299 4765.78 Hf II 84 4790.394 V I 108 4747 i 941 Na I 11 4766.859 Mn I 21 4790.69 A II 94 4748.13 P 8c II 48 4766.390 Tl I 339
FINDING LIST

I A Type Element Multiple t No

4766.430 Mn I 21 4766 . 62 c I 6 4766.63 Cr I 231 4766.635 V I 113 4766.66 P Cr I 124 4766.87 P Fe I 688 4767.142 Co I 182 4767.280 Cr I 231 4767.30 P Tl II 29 4767.860 Cr I 231

4768.072 Co I 156 4768.334 Fe I 821 4768.397 Fe I 384 4768.68 CI II 40 4768.775 Tl I 233 4760.80 Cr I 283 4770.00 C I 6 4770.670 Cr I 124 4771.09 CI II 40 4771.103 Tl I 41

4771.108 Co I 156 4771.67 Cr I 124 4771.66 CI II 45 4771.702 Fe I 67 4771.72 C I 6 4772.32 Zr I 43 4772.54 I 16 4772.57 IV 9 4772.728 Gd II 133 4772.77 P Fe II 31

4772.817 Fe I 38,467 4772.89 Ni I 162 4772.89 I 16 4773.412 Nl I 167 4773.52 P Fe I 408 4773.76 I 16 4773.942 Ce II 17 4774. 222 N II 20 4774.557 Cr I 124 4775.141 Cr I 230

4775.53 Cr I 263 4775.87 C I 6 4775.87 P Fe I 1115 4776.075 Fe I 635 4776.311 Co I 158 4776.34 Fe I 1206 4776.364 V I 113 4776.519 V I 128 4777.57 Cr I 124 4777.78 P Cr II 25

4777.846 Sm II 3 4778.233 Co I 186 4778 . 259 Tl I 232 4778.50 Cr I 124 4778.93 CI II 40 4779.09 IV 9 4779.11 8 II 8 4779.347 Sc I 5 4779.444 Fe I 720 4779.710 N II 20

4779.87 Cr I 124 4779.979 Co I 158 4779.986 Tl II 92 4780.60 P Fe II 50 4780.81 P Fe I 633 4781.04 Y I 13 4781.168 K II 20 4781.32 CI II 40 4781.432 Co I 57 4781.718 Tl I 41

4781.82 CI II 13 4781.95 Ne II 71 4782.79 P Fe I 588 4783.06 Cr I 283 4783.306 Tl I 41 4783.420 Mn I 16 4783.43 IV 9 4784.320 8r I 5 4784.480 V I 3 4784.70 P Cr I 168

4784.94 Zr I 44 4785.070 Co I 186 4785.42 Ui II 5 4785.44 CI II 40 4785.963 Fe I 1044 4786.293 Nl I 50 4786.515 V I 113 4786.541 Nl I 98 4786.58 Y II 22

4786.810 Fe I 467

I A Type Element Multlplet No

4786.908 Gd II 68 4787.50 P Fe I 408 4787.64 P Tl I 40 4787.74 Cr I 16S 4787.84 Fe I 384 4788.126 N II 20 4788 . 69 Zr I 49

4788.757 Fe I 568 4788.9258 Ne I 15 4789 P C IV 5

4789.354 Cr I 31 4789.654 Fe I 753

4789.68 P Ce II 228 4789.803 Tl I 41 4790.218 Ne I 33

4790.337 Cr I 31 4790.56 P Fe I 10t» 4790.72 Hf II SO

4790.75 P Fe I 633

4791.00 Nl I 71

4791.150 Gd II 66 4791.250 Fe I 633 4791.500 Sc I 5 4791.584 Sm II 7 4792.02 S II 46 4792.04 CI II 18 4792.06 P II 36 4792. 12 A II 62

4792.24 P Tl I 40 4792.39 P Tl II 48

4792.482 Tl I 266 4792.513 Cr I 168 4792.63 Au I 3 4792.855 Co I 158 4793.47 Nl I 158 4793.656 N II 20 4793.96 P Fe I 512

4794. 22 IV 9 4794. 36 P Fe I 115

4794. 54 CI II 1

4794. 84 P Tl II 29 4795.62 Ne II 71 4795.84 Nl I 128 4795.853 Co I 185

4796. 169 Cr I 283

4796. 210 Tl I 260 4796.378 Co I 14 4796.67 La II 63 4796.84 Cr I 283 4796.930 V I 113

4797.157 Nd II 60 4797.69 Cr I 230 4797.973 V I 93 4797.983 Tl I 260 4798.25 IV 9 4798.269 Fe I 1042 4798.40 CI II 13 4798.535 Tl II 17 4798.736 Fe I 38 4799.06 P Fe I 1098

4799.30 Y I 13 4799.412 Fe I 888 4799.423 Nd II 2 4799.786 V I 3 4799.797 Tl I 242 4799.83 Nl I 161 4799.859 Gd II 126 4799.918 Cd I 2 4799.94 P V II 29 4800.100 Od II 133

4600. 14 Fe I 384 4800.55 P Fe I 590 4800.652 Fe I 1042 4800.77 P IV 9 4801.030 Cr I 168 4801.05 Od II 65 4801.150 Pr II 36 4801.63 P Fe I 1115 4801.80 I 15 4801.90 P Tl I 40

4801.93 P Tl I 40 4802.20 I 15 4802.53 P Fe I 1206 4802.575 Od II 43

4802.81 8 III 4802.883 Fe I 888,934

4803.00 I 15 4803.272 N II 20 4803.536 Od II 102 4804.04 La II 37

i A

.884.12

4804. 52S 4804.9*

4604.64

4*09. 10* 4*05.18

4805.24

4800.410

1805.817 4805.88

4806.07 4806.180

4806. 2M

4*06. 33 4806.79

Type Kit »nt

.14 4*67.24*

48*7.937 4*07.72*

4808.156

4808. 89

4808.864

48**. 00

4*0*. 14 4809.18 4809.2*

4*00.32

4800.94

4810.06

4810.17 4810.286 4810.534

4810.733

4810.760 4811.04 4811.074

4811.14

4811.343

4811.57 4811.61

4811.881 4811.999

4812. 240 4812.35

4812.84

4812.908

4812. 940 4813.00

4813.07 4813.11

4813.2*0

4613.45 WIS. 476 4613.72 4613.952

4813.966

4814.265

4814.617

4814.80

4815.06 4815.22

4815.515 4815.62

4815.808 4815.900 4815.92

4816.012

4816.41

4816.47

4816.47

4816.67 4817.22

4817.33

4817.773

4817.847 4818.26

4818.66 4819.46

4819.60 4819.64

4819.746

4819.79

4820.336

4820.410 4821.01

4821.143

4821.29 4821.066

8 II Fe I Fe I Cr I Tl II Cr II Cr I Tl I Od II Zr I

A II Gd II Cr I Tl II Tl I

111 Hf

FeV

Fa

Fe I HI I Tl I Ml I La II Fa I Hf II Fe I Cr I Fe I

CI II V II

N II Zn I Cr I Fe II Fe I Tl I V II Nd II

CI II Au I 8r I Nl I Tl I Cr II C I Tl I Cu II V II

Fe

81 III Co I Co

FeV

Co

Cr

Nl

Oe II Zr I Fe I 8 II Zr I 3a II Co I Nl I 8m II Cr I

Tl I Zr II Fe I Hf II C I Fe I Nl I Fe II Fe I CI II

8 II Y I 81 III

CI II Nd II Tl I Tl II Nl I Tl I Od II

Multlplet Ho.

8 794

721

619Z

29 283

2606043

6 116

61

1740

163

97 634,10**

113

633 1M

366* 160

37 999

59 103*

230 703

1 39

202

144

169 467

158

197

3

74

35 130 260

30

541

8 248

9 630

9 142

158 1243

197

108 144

98

720

943

14 142

131

41 283

40

66 588

60

67 254

11 719

1

46,93

139

1347 126

29 254

201

133
FINDING LIST 09

I A Type Element ultiplet No. I A Type Element Multlplet No. I A Type Element Multlplet No 4822.06 Cr I 144 4840.329 Fe I 1068 4858.24 P Fe I 1069 4822.39 P Ti II 110 4840.874 Tl I 53 4858.27 P Fe I 1098 4622.66 P Fe I 633 4840.89 P Fe I 1070 4858.74 N III 9 4823.31 T II 22 4841.02 P Cr I 266 4858.88 N III 9 4823.396 V II 223 4841.60 P Fe I 633 4859.030 Nd II 3 4823.516 Mn I 16 4841.67 P Nl I 164 4859.038 Pr II 25 4823.84 P II 13 4841.701 Sm I 2 4859.12 Fe I 1068 4823.93 P IV 9 4841.73 Cr I 266 4859.18 La II 86 4824.09 La II 50 4841.80 Fe I 1070 4859.28 81 II 4824.07 S II 52 4841.98 Zr II 138 4859.31 P Fe I 632 4824.13 Cr II 30 4842.01 Nl I 260 4859.323 He II 2 4824.162 Fe I 888 4842.19 P Fe I 511 4859.748 Fe I 318 4824.20 Ge II 2 4842.50 V II 248 4859.84 Y I 13 4824.29 Zr I 43 4842.71 P Fe I 1098 4860.029 D 1 4824.97 P Cr II 20 4842.78 Fe I 1069 4860.20 Cr II 30 4825.445 Ti I 250 4843. 155 Fe I 687 4860.35 N II 67 4825.482 Nd II 3 4843.165 Ni I 50 4860.37 Cr I 31 4825.51 Cr I 144 4843.19 Mn I 43 4860.90 La II 8 4825.593 Mn I 43 4843.26 II 105 4860.98 P Fe I 688 4825.71 P Fe II 30 4843.29 La II 98 4861.03 II 57 4825.91 Ra I 1 4843.39 P Fe I 794 4861.205 Cr I 31 4826.649 Pr II 20 4843.454 Co I 108 4861.33 N III 9 4826.73 C I 5 4843.46 Ba II 15 4861.332 H 1 4826.87 La II 22 4843.53 P Nl I 235 4861.842 Cr I 31 4826.896 Mn I 43 4843.829 W I 1 4862.054 Mn I 43 4627.338 Ne I 10 4843.989 Tl I 217 4862.54 P Fe I 1070 4827.458 V I 3 4844.00 Hf II 16 4862.60 P Fe I 1069 4827.597 Tl I 250 4844.016 Fe I 750 4863.653 Fe I 687 4828.05 Zr I 44 4844.208 Sm II 26 4863.75 P Ti I 217 4828.66 Cr I 31 4844.31 P V II 29 4863.78 P Fe I 384 4828.923 81 III 9 4844.315 Mn I 43 4863.931 Ni I 113 4829.028 Nl I 131 4844.87 P Ce II 8 4864.187 Tl I 201 4829.23 K II 1 4845.01 II 30 4864.282 Nl I 128 4829.376 Cr I 31 4845.17 Nl I 115 4864.32 Cr II 30 4829.568 So II 36 4845.656 Fe I 588,888 4664.38 P II 13 4829.68 P Fe I 1038 4845.67 Y I 13 4864.741 V I 3 4830.40 P Fe II 206 4846. 29 Cr I 208 4864.83 P V I 50 4830.51 La II 51 4846.47 P Fe II 20 4864.95 II 29 4831.11 P Fe II 54 4846.574 Ce II 17 4865.02 Gd II 65 4831.15 P Nl I 100 4847.09 P Fe I 67 4865.43 Hf II 93

4831.183 Nl I 111 4847 . 14 Ba II 14 4865.620 Ti II 29 4831.427 Cr I 208 4847 . 177 Cr I 144 4865.96 A II 85 4831.642 V I 3 4847.296 Ca I 00 4866.07 Zr I 44

4832.065 Tl I 250 4847 . 61 P Fe II 30 4866.267 Ni I 111 4832.075 8r I 4,0 4847.760 Sm II 03 4866.77 P Fe I 1093 4832.236 Cu II 1 4847.90 A II 6 4867 . 18 N III 9 4832.276 Nd II 4848.24 Cr II 30 4867.53 P Fe I 38 4832.427 V I 3 4848.41 P Tl I 217 4867.59 A II 62 4832.54 P Cr I 266 4848.46 Hf II 63 4867.64 P Fe I 587 4832.704 Nl I 146 4848.487 Tl I 201 4867.73 P Fe II 30

4832.734 Fe I 888,1098 4848.821 V I 78 4867.79 P V II 29 4832.97 P Cr II 176 4848.698 Fe I 114 4867 . 839 Nd II 46 4833.027 V I 78 4849.12 P Nl I 112 4867 . 870 Co I 158 4833.21 P Fe II 30 -4849.18 P Ti II 29 4868 . 264 Ti I 231 4834.232 Gd II 65 4849.4 Ne II 71 4868.38 P Fe I 38 4834.359 Co I 57 4849.67 P Fe I 793 4868.700 Sr I 10 4834. Sill Fe I 115 4850.58 La II 51,88 4868.82 P Fe II 30 4834.618 Sm II 45 4850.84 Ba II 15 4869.153 Ru I 11 4834.82 P Nl I 158 4851.10 Mg II 25 4869.45 P Fe I 751 4835.68 Cr I 229 4851.36 Zr I 43 4869.8 Ne II 71

4836.180 8 II 46 4851.465 Cr I 208 4870.05 P Fe I 985 4830.862 Fe I 1068 4851.483 V I 3 4870.129 Ti I 231 4630.982 Nd II 1 4802.060 Nl I 130 4870.71 P Fe II 30 4836.125 Tl I 241 4802.69 Y I 13 4870.796 Cr I 143 4836.18 P Cr I 266 4853.30 P Nl I 207 4870.845 Ni I 131 4836.22 Cr II 30 4853.52 P Cr I 61 4871.27 P Fe II 25 4836.27 Nl I 114 4853.74 Ni I 99 4871.323 Fe I 318 4836.79 CI II 13 4854.18 P Fe I 1243 4871.58 II 57 4836.857 Cr I 144 4854.365 Sm II 36 4871.94 P Fe I 630 4837.42 P Tl I 250 4804.604 Mn I 43 4872.02 Cr I 30

4837.60 P Fe I 1243 4854.65 Zr II 78 4872.144 Fe I 318 4837.65 P Nl I 85 4854.727 Ti I 217 4872.493 Sr I 4 4837.948 Co I 15 4854.87 Y II 22 4872.69 P Fe I 1115 4838.09 P Fe I 630 4804.89 Fe I 1043 4872.91 P Fe I 1097 4838.244 Mn I 43 4800.045 Sr I 10 4873.27 P Nl i 112 4838.519 Fe I 687 4806. 146 Cr I 61 4873.339 Gd II 65 4838.601 Nl I 260 4800 . 235 Co I 14 4873.437 Nl I 111 4838.81 P Fe I 1167 4855.414 Ni I 130 4873.58 N III 9 4839.08 V II 223 4855.54 P Fe II 25 4873.74 P Fe I 633 4839.201 Tl I 217 4865.683 Fe I 687 4874.025 Ti II 114

4839.251 Tl II 110 4800.90 P Tl II 114 4874.35 P Fe I 467

4839.549 Fe I 588 4806.012 Ti I 231 4874.651 Cr I 167 4839.616 Gd II 126 4806.19 Cr II 30 4874.805 V II 197 4839.62 Lu II 2 4806.49 II 29 4874.809 Ni I 98 4839.77 P Fe I 1206 4856.76 II 29 4875.32 P Fe I 1038 4839.87 Y I 13 4857.04 CI II 74 4875.462 V I 3 4840.00 P Fe II 30 4857.34 Cr I 61 4875.49. P V II 248 4840.02 La II 37 4857.382 Ni I 111 4875.72 P Fe I 1243 4840.22 Cr I 266 4857.60 Cr II 200 4875.89 Fe I 687 4840.203 Co I 108 4807.938 Co I 10 4875.966 Gd II 126
90 FINDING LIST

I A Type Element Hultlplet No

4876.06 Br I 4

4876.19 P Fe I 631 4876.325 Sr I 5 4876.41 Cr II 30 4876.48 P Cr II 30 4877.08 A II 112 4877.61 P Fe I 384 4878.049 Gd II 64 4878.132 Ca I 35 4878.218 Fe I 318

4879.121 Pr II 20 4879.90 A II 14 4880.06 Cr I 167 4880.20 La II 153 4880 . 25 Co I 15 4880 . 30 P V II 29 4880.560 V I 50 4880.922 Tl I 201 4881.25 Zr I 44

4881.3 LI II 4

4881.44 Y II 12 4881.564 V I 3 4881.726 Fe I 588,1041 4881.81 N III 9 4881.925 Gd II 113,133 4882.151 Fe I 687 4882.183 V I 50 4882.25 A II 4882.326 Tl I 231 4882.462 Ce II

4882.704 Co I 158 4883.415 V II 209 4883.61 Zr I 44 4883.69 Y II 22 4883.73 S II 46 4884.06 V II 197 4884.14 N III 9 4884.57 Cr II 30 4884.915 Ne I 20,35 4864.949 Cr I

4885.082 Tl I 157 4885.435 Fe I 966 4885.63 S II 15 4885.776 Cr I 30 4885.957 Cr I 143 4886.17 P Fe I 467 4886.335 Fe I 1066 4886.725 Nl I 158 4886.821 V I 50 4886.92 P Fe II 54

4886.992 Nl I 141 4887.013 Cr I 143 4887.189 Fe I 1065 4887.37 P Fe I 1037 4887.72 Zr I 43 4887.73 Cr I 31 4888.20 A II 135 4888.530 Cr I 31 4888.542 Gd II . 126 4888.651 Fe I 1066

4889.009 Fe I 67,749

4889.06 A II 15 4889.113 Fe I 985 4889.15 Re I 1 4889.690 Cu II 1 4889.73 Cr I 61 4890.45 P Nl I 114 4890.762 Fe I 318 4890.93 II 28 4891.43 La II 95

4891.496 Fe I 318 4891.55 P Cr II 36 4891.828 Tl I 201 4891.97 Cr I 61 4891.980 8r I 10 4892.11 Gd II 116 4892.86 Fe I 1070 4893.065 Tl I 231 4893.12 Zr I 43 4893.44 Y I 13

4693.59 P Fe I 1096 4893.70 P Fe I 1113 4893.780 Fe II 36 4893.90 Tl I 201 4893.968 Ce II 31 4894.218 V I 118 4894.30 Gd II 65 4894.43 Zr II 107 4805.20 N II 1 4896.437 Fe I 984

I A Tjpe Element Multlplet No

4896.71 N III 9 4896.77 CI II 17 4898.52 Al II 96 4898.76 Al II 104 4899.520 Co I 92 4899.64 Al II 96 4899.90 P Fe II 30 4899.910 Tl I 157 4899.92 La II 7 4899.934 Ba II 3

4900.03 P Tl I 295

4900 . 13 Y II 22

4900.47 S II 46 4900.50 P Cr I 202 4900.624 V I 118 4900.625 Tl I 295 4900.83 P Cr I 202 4900.97 Nl I 98 4901.30 S II 46

4901.65 Cr II 190

4902.77 Al II 96 4902.89 P V II 29 4903.10 P Fe I 589 4903.239 Cr I 31 4903.317 Fe I 318 4903.71 Al III 11 4903.85 P Fe II 30 4904.172 Co I 141 4904.285 V I 50 4904.350 V I 118

4904.413 Nl I 129 4904.447 V I 118 4904.51 Hf II 83 4904.75 A II 34 4904.76 CI II 17 4905.09 Zr I 43

4905. 15 Fe I 986 4906.11 Y I 13 4906.80 P Fe I 1096 4906.88 II 28

4906.88 SI II 4907.125 Co I 14 4907 . 17 CI II 39 4907.743 Fe I 687 4907.888 Ru I 11 4908.46 Tl I 295 4908.61 P Fe I 115 4908.67 Zr II 145 4908.74 Fe III 111 4909.105 Tl I 39

4909.387 Fe I 985 4909.726 Cu II 5 4909.87 Cr I 61 4910.027 Fe I 687 4910.328 Fe I 1068 4910.570 Fe I 1068 4910.838 Gd II 64 4911.205 Tl II 114 4911.34 La II 87 4911.52 P Fe I 1098

4911.593 Ru I 11 4911.664 Zn II 3 4911.786 Fe I 984 4912.030 Nl I 111 4912.38 V II 222 4912.399 Co I 14 4912.49 Cr II 190 4912.52 P Fe I 1040 4913.248 8m II 53 4913.366 Fe II 218

4913.616 Tl I 157 4913.970 Nl I 132 4914.32 A II 112 4914.32 CI II 17 4914.385 Nd II 52 4914.90 N I 9 4915.236 Tl I 157 49 16. 67 P Fe I 986 4916.78 Gd II 125 4917.15 S II 15

4917.25 Fe I 1066 4917.72 CI II 17 4918.03 Fe I 1070 4918.363 Nl I 177 4918.373 Cu II 5 4918.712 Nl I 113 4918.98 Al II 103 4918.999 Fe I 318 4919.73 P Fe I 631 4919.814 Th II 7

I A Ty pe Element Hultlplet No

4919.867 Tl I 200 4920.272 Co I 57 4920.28 P Cr II 36 4920.35 P Forb He I 49 4920.509 Fe I 318 4920.692 Nd II 2 4920.945 Cr I 143 4920.98 La II 7 4921.074 Ru I 11 4921.18 P Nl I 100

4921.29 Ta I 5 4921.69 Si II 4921.768 Tl I 200 4921.80 La II 7 4921.929 He I 48

4922. 14 CI II 17 4922.18 P Fe I 1110 4922.267 Cr I 143 4922.3 Ne II 71 4923.578 Gd II 126

4923.921 Fe II 42

4924.043 Zn II 3 4924.08 S II 7 4924.28 CI II 12 4924.60 II 28 4924.776 Fe I 114 4924.83 CI II 39 4925 P V 10 4925.17 CI II 12 4925.28 Fe I 1065

4925.32 S II 7 4925.396 Ti I 157 4925.578 Nl I 141 4925 . 657 V I 50 4925.90 Zr II 107 4926.02 Ta I 6 4926.148 Ti I 39 4926.82 P Fe I 844 4926.94 P V II 29 4926.99 Hf II 13

4927.17 P II 13 4927.42 Fe I 792

4927.56 Fe III 43

4928.290 Co I 158 4928.342 Ti I 200 4928.62 P V II 29 4928.895 Ti I 39 4930.04 P Fe I 691 4930.183 Cr I 250 4930.331 Fe I 985

4930.821 Nl I 193 4931.653 Cu II 5 4932.00 C I 13 4932.029 V I 50

4933 P N V 7 4933.19 P Fe I 1070 4933.24 A II 6 4933.348 Fe I 1065 4933.878 Fe I 968 4934.023 Fe I 1068

4934.086 Ba II 1 4934.46 Hf II 16 4934.83 La II 72

4934.89 Cr I 259 4935.03 N I 4935.42 P Fe I 886 4935.61 La II 50 4935.830 Nl I 177 4936.13 A II 34 4936.155 Gd II 116

4936.334 Cr I 166 4936.41 Ta I 11 4936.99 CI II 12 4937.196 Cu II 6 4937.337 Nl I 114 4937.719 Ti I 39 4938.04 Ti I 173 4938.100 Sm II 23 4938.183 Fe I 966 4938.283 Ti I 289

4938.820 Fe I 318 4939.244 Fe I 1065,1070 4939.46 P Fe I 1043 4939.690 Fe I 16 4940 P V 10 4941.015 Ti I 173 4941.03 P Cr II 36 4941.12 II 33

4941 . 322 Ti I 39

4941 . 562 Ti I 200
FINDING LIST 61

I A

4941.920

4942.418

4942.47 4942.495

4942.59

4942.96

4943 4943.06 4943.074 4943.24

4943.24 4943.42

4944.388 4944.59

4945 4945.29

4945.38 4945.458 4945.65

4946.037

4946.394

4946.47

4947.56 4947.91

4947 . 994

4948 . 183 4948.54

4948.627 4948.64

4948.77

4948.848 4949.45

4949.58 4949.76 4950.112

4951.66

4952 4952.06 4952.334

4952.371

4952.646 4952.78 4953.179 4953.204

4953.37 4953.714

4953.733

4953.979 4954.025 4954.16

4954.30 4954.33

4954.811

4955.78 4957.0334

4957.15 4957.302

4957.603

4957.68

4956.26

4958 . 788 4959.130 4959.52

4959.682

4961.396

4961.908 4961.936 4962.10

4962.263 4962.564

4963.75

4964.34

4964.713 4964.90

4964.928

4965.047

4965. 12 4965.14

4965.40

4965.881

4966.08 4966.096

4966.30 4966.581

4966.80

4967.30

4967.40 4967.551 4967.86

4967.899

Type Element Multiplet

Nl I 114 Mn I 20

S II 7 Cr I 9 Fe I 1097

A II 75

N V 9 II 33

Tl I 52

CI II 47

K II 7 P II 13

Tl I 173

Cr I 259

N V 10 Fe I 466 Hf II 15

Ni I 145

Fe I 1113

Nl I 148

Fe I 687

La II 36 V II 197

Cr I 202

Tl I 39

Tl I 200

Fe III Sm II 49

Cr I 202

Zr I 28

Fe II A II 62

Cr I 259 La I 4

Fe I 687

V II 29

N V 8 La II 92

Nl I 113 Sm II 32

Fe I 1068,1111

Cr II Co I 14

Nl I 111

Tl I 39

Cr I 166 Cu II 9 Fe II 168 Gd II 114

C II 25

Fe I 1093 P II 13

Cr I 166

II 33

Ne I 25

Ba II 10 Fe I 318

Fe I 318

Fe I 1066

Tl I 52

Gd II 64

Nd II 1 C II 25

Co I 14 Nd II 22

Fe I 845

Sm II 41 Al II 80

Sr I 4

Fe I 1097

V II 221

Cr II 36

Tl I 173

C II 25

Cr I 9 Od II 143 A II 14

Nl I 147 V II 209

Mn I 20

V II 29 Fe I 687

Fe I 986

Co I 14 Cr I 259

Tl I 5

I 14 Nl I 141

I 14

Fe I 1067

I A Type Element

4967.944 Sr I 4968 . 50 V II 4968.566 Tl I 4968.575 Gd II 4968.709 Fe I 4968.76 I 4969.65 P II 4969.927 Fe I 4970.12 CI II 4970.39 La II

4970.496 Fe I 4970.66 P Fe I 4971.354 Nl I 4971.475 Ce II 4971.668 Sr I 4971.92 LI I 4971.935 Co I 4972.16 A II 4972.39 P Fe I 4972.90 P Fe I

4973.051 Tl I 4973.108 Fe I 4973. 16 V II 4973.4 P Forb Na I 4973.896 Gd II 4974.47 Co I 4975 . 344 Tl I 4975.415 Fe I 4976 . 155 Nl I 4976.345 Nl I

4976.71 P Ni I 4977.6 P Forb Na I 4977.653 Fe I 4977.731 Tl I 4978.11 P Fe I 4978.191 Tl I 4978.541 Na I 4978.606 Fe I 4978.70 P Fe I 4979.58 Fe I

4979.84 P Fe I 4980 . 161 Nl I 4980.30 P Cr I 4981.30 P Cr I 4981.38 P Tl II 4981.732 Tl I 4982.13 Y II 4982.507 Fe I 4982.813 Na I 4983.258 Fe I

4983.63 P Cr I 4983.855 Fe I 4984.126 Ni I 4984.905 Gd II 4985. 261 Fe I 4985.46 P Cr II 4985.503 Cu II 4985.553 Fe I 4985.60 As II 4985.98 P Fe I

4986.24 Fe I 4986.82 La II 4986.90 P Fe I 4987.377 N II 4987.62 P Fe I 4987.83 P Fe I 4987.853 Co I 4988.963 Fe I 4989.140 Tl I 4991.067 Tl I

4991.11 P Fe II 4991.22 N II 4991 . 27 La II 4991.277 Fe I 4991.86 P Fe I 4991. 94 S II 4992.80 P Fe I 4993.355 Fe II 4993.51 S I 4993.687 Fe I

4994.133 Fe I 4994.14 Lu II 4994.358 N II 4995.062 Tl I 4995.41 P Fe I 4995.52 CI II 4995.65 P Nl I 4995.89 P Tl II 4996.82 La II 4996.850 Nl I

Multiplet No.

4

68 173

124

887- 14

13 1066

12

37

883 985

274

4

5

158

6 1096

631

173 984

209

1064

92 283

586 112

49

254

10 985

173 986

173

9 966 1035 883

465

112

123

123

71

3820

1067

9 1067

202 1066

14364

984

36

6 318

3 1094

107022

1092

24 1094

966

14

1066 173

38

2564

57

1065

1094

7 1110

36

1111

16

2 24,64

216

1113

12 1457193

144

I A

4997.099

4997.23

4997.81

4998.233 4998.373

4998.43 4998.55

4999.114 4999.46

4999.504

4999.69

5000.335

5000.73

5000.91 5000.97

5000.991

5001.128 5001.15

5001.469 5001.489

5001.871 5002.02

5002. 12 5002.320

5002.692

5002.800

5003.751

5003.85

5004.034

5004.187

5004.264

5004.38 5004.907

5005 . 140 5005.160

5005 . 18 5005.60 5005.720

5006.126

5006.169

5006.71 5006.72

5006.787

5007 . 209 5007.286 5007.289

5007.316

5009.35 5009.54

5009.652

5010.045

5010.202 5010.30

5010.620

5010.821

5010.961

5011.24

5011.24 5012.026

5012.071

5012.16

5012. 464 5012.611

5012.68 5013.00

5013.284

5013.316

5013.38 5013.712

5014.03

5014.185 5014.277

5014.45 5014.620

5014.950 5015.04

5015.30 5015.675

5016.162

5016.387

5016.48

5016.60 5017.16

5017.591

5017.63 5018.02

5018.294 5018.43

5018.434

5018.78

Type Element

Tl I N II Ba II Nl I Gd II Al II Cr I Fe I La II Ti I

Hf II Nl I Fe II Zr II Al II Tl I N II Lu I N II Ca II

Fe I Fe III La II V I N II Fe I Nl I Fe I Fe I Co I

Fe II Cr I Mn I N II Ne I Ti II K II Fe I Fe I W I

s II Fe I Cu II Ti I Co I Fe I N II A II

S II Ti I

Ni I Ti II Fe I N II Gd II Nl I Fe I N II N II Fe I

Fe I Ni I Cu II Fe I Ba II Tl I Cr I Tl II . Ti II

s II

Tl I Ti I La II V I Fe I Gd I Fe I Be I Ti I N II

Fe I V II A II Nl I A II Fe I Nl I Fe I Fe II

I

Multiplet No.

564

14 111

133

30

123 1040

37

38

35

145

2395

79

173

19

1915

965

92

132

1 687

50 211

1112

141

122

20

19,6- 29

712 984

318

1

57 211

1038

14 966,1065

24

6

7

5

111 113 211

459

144 1066

64

64

16

1070

111

7 1093

10 173

60 11371

15

5

38 159 132

965

6 9684

38

19

1089

251

37

111

13 884

162

58542

13
02 FINDING LIST

I A Type Element Multiple

5019.18 P Fe I 1242 5019.20 Cr I 20 5019.34 I 13 5019.361 Gd II 81 5019.478 Fe II 168 5019.74 P Fe I 966 5019.855 V II 232 5019.979 Ca II 15 5020.028 Tl I 38 5020.13 I 13

5020.368 Gd II 64 5020.67 P Fe I 629 5020.819 Fe I 748 5021 P C IV 3 5021.141 Ca II 15 5021.60 P Fe I 1093 5021.68 P Fe I 1067 5021.894 Fe I 629 5021.903 Cr I 8 5022.244 Fe I 965

5022.82 P Tl II, 71 5022.871 Ce II 16 5022.871 Tl I 38 5022.874 Fe II 5023 P C IV 3 5023.11 N II 64 5023.133 Gd II 64 5023.226 Fe I 1095 5023.39 Tl I 199 5023.476 Fe I 1150

5024.842 Tl I 38 5025.08 P Fe I 1110 5025 . 54 Cr I 20 5025.570 Tl I 173 5025.665 N II 19 5025.73 P Fe I 466 5026.50 Ni I 158 5027.136 Fe I 1065

5027. 19 S II 1 5027.212 Fe I 883

5027.34 P Fe I 968 5027.51 P Fe I 960 5027.66 P Cr I 202 5027.785 Fe I 1110 5028.00 Cr I 122 5028.129 Fe I 791 5029.623 Fe I 718 5029.812 Mn I 20 5030.740 Fe II 5030.75 Fe III

5030.784 Fe I 585 5031.019 Sc II 23 5031.030 Fe I 746,883

5031.290 Gd II 114 5031.562 Gd II 64 5031.901 Fe I 1150 5032.41 S II 7 5032.748 Nl I 207 5032.794 Fe II 5033.2 C II 17

5034.06 Co I 91 5034.33 Hf II 26 5034.415 Pr II 37 5035.025 Fe I 885 5035.374 Nl I 143 5035.773 Fe II 5035.908 Tl I 110 5035.961 Nl I 145 5036.294 Fe I 5036.468 Tl I 110

5036.92 Fe II 36 5036.931 Fe I 465 5037.0 C II 17 5037.33 Ta I 12 5037.65 Ta I 2 5037.7505 He I 14 5037.81 P Tl II 71 5038.400 Tl I 110 5038.599 Nl I 166 5038.81 P Fe I 510

5038.87 P Cr I 20 5039.05 C I 4 5039.259 Nl I 142 5039.266 Fe I 687 5039.969 Tl I 5 5040.25 P Fe I 1093 0040.642 Tl I 38 5040.744 Ru I 11 5040.76 N II 19 6040.82 Hf II 14

I A Type Element Multiplet No. I A Type Element Multiplet No

5040.902 Fe I 1092,1094 5070.249 Sc I 13 5041.063 SI II 5 5070.957 Fe II 5041.074 Fe I 16 5071.023 Gd II 114 5041.077 Nl I 158 5071.23 Hf II 23 5041.32 P Fe I 1328 5071.40 P Co I 14 5041.33 P Fe I 1110 5071.475 Ti I 110 5041.620 Ca I 34 5072.077 Fe I 1089 5041.66 C I 4 5072.30 Tl II 113 5041.759 Fe I 36 5072.690 Fe I 1095 5042 . 195 Nl I 131 5072.920 Cr I 8

5042.589 Mn I 20 5073 P N IV 17 5043.578 Tl I 38 5073.60 N II 10 5044.008 Ce II 16 5073.78 Fe III 5 5044.221 Fe I 318 5074.063 Fe II 205 5044.8 C II 35 5074.757 Fe I 1094 5045.098 N II 4 5075.17 P Fe I 1089 5045.400 Tl I 38 5075.304 Ce II 14 5046.61 Zr I 62 5075.814 Sc I 13 5047 . 14 P Fe I 1242 5075.829 Fe II 5047 .

2

C II 35 5075.92 Hf II 16

5047 . 28 S II 15 5076 . 15 Cr II 201 5047.308 V II 127 5076.288 Fe I 1089 5047.736 He I 47 5076.321 Nl I 143 5048.04 La II 90 5077.410 Co I 184 5048.082 Ni I 161 5078.25 CI II 16 5048 . 208 Tl I 199 5078.28 Zr I 62 5048.454 Fe I 984 5078.03 P Fe I 744 5048.752 Cr I 20 5078.711 Cr I 5048.851 Nl I 190 0079.002 Fe I 1092 5048.91 V II 209 0079.226 Fe I 66

5049.825 Fe I 114 0079.60 Hf II 71

5050.13 P Fe I 963 0079.681 Ce II 10 5050.878 Gd II 114 0079.742 Fe I 16 5051.29 P Fe I 1089 5079.961 Nl I 60 5051.527 Nl I 144 0080.21 La II 80 5051.636 Fe I 16 0080.44 Hf II 83 5051.778 Cu II 7 0080.023 Nl I 143 5051.900 Cr I 8 0080.90 P Fe I 085 5052.122 C I 12 0081.111 Ni I 194 5052.879 Tl I 199 5081.39 P Ti I 109

5052.97 P Fe I 685 0081.554 Sc I 13 5053.300 W I 1 5081.86 P Fe I 962 5054.070 Tl I 171,294 5081.920 Fe II 221 5054 . 647 Fe I 884 0082.304 Nl I 130 5056.00 Fe I 1149 5082.68 P Fe I 466

5056.020 SI II 5 5083.342 Fe I 16 5056.27 K II 3 5083.713 Sc I 13 5056.353 Si II 5 5084.081 Nl I 162 5056.856 Fe I 1111 0084.05 P Fe I 932 5057.03 Hf II 71 0080.02 Al II 43

5057.49 Fe I 1067,1150 5085.333 Ti I 109 5057.83 P Fe I 1185 5085.479 Ni I 130 5058.00 Fe I 967 5085.547 Sc I 13 5058.03 Ni I 141 5065.68 P Fe I 1093 5058.18 Hf II 37 0085.695 Co I 14 5058.50 Fe I 884 5085.824 Cd I 2 5060.079 Fe I 1,1096 5085.93 P Fe I 963 5060.635 Cu II 1 0086.69 Fe III 5 5061.794 Fe II 6086.77 P Fe I 1067 5062.07 A II 6 0086 . 901 Sc I 13

5062.112 Tl I 199 0087.055 Tl I 109 5062.862 Gd II 64 5087.25 Fe II 5062.91 La II SO 5087.42 Y II 20 5063 . 296 Fe I 1066 0086.16 P Fe I 1066 5063.30 Fe III 6 0068.260 Cu II 6 5064 . 068 Tl I 294 0088.034 Ni I 190 5064.321 Sc I 13 0088.906 Nl I 162 5064.654 Tl I 5 5089.278 Fe II 5064.69 An I 1 5089.837 Nd II 46 5064.92 Zr I 62 5090.00 A II 122

5064.95 P Fe I 1090 0090.06 La II 100 5065.020 Fe I 1094 0090.787 Fe I 1090 5065.201 Fe I 883 0091.14 Cr II 201 5065.448 Cu II 11 0091.282 Co I 14 5065.910 Cr I 60 0091.72 P Fe I 740 5065.985 Tl I 110 5091.73 , P Fe I 717 5066.28 P Fe I 882 0091.890 Cr I 20 5066.99 La II 162 0092.201 Gd II 114 5067 P N V 6 0092.797 Nd II 48

5067.082 Cu II 7 0093.41 Cr I 20

5067.162 Fe I 1092 0093.470 Fe II 200 5067.714 Cr I 60 0093.646 Fe II 5067.82 Nl I 141 0093.60 Al II 43 5068.10 CI II 16 0094.416 Ni I 164 5068.290 Cr I 20 0094.900 Co I 92 5068.332 Tl I 294 5096.063 Gd II 59 5068.774 Fe I 383 5096.17 P Fe I 1242 0069.12 Tl II 113 5096.716 Sc I 13 0069.301 Tl I 199 5096.874 Nl I 111 5069.60 P Fe I 211 5096.998 Fe I 1092
FINDING LIST 63

I A

5097.29

5097.375

'5098.34 5098.38

5098.594 5098.703

5099.091

5099.228 5099.30

5099.322

5099.946 5100.34

5100.66

5100.704

5100.706

5100.840 5100.937

5100.95 5101.121

5101.48

5102.24

5102.971 5103.04

5103.30

5103.45

5104.03

5104.038 5104.08

5104.21 5104.45

5104.47 5105.541

5105.80 5106.23

5106.233 5107.406

5107.452 5107.54

5107.645 5107.70

5107.80 5108.903

5108.91

5108-93 5109.427 5109.662

5110.36 5110.382

5110.414

5110.43

5110.61 5110.751

5110.768

5111.930

5112 5112.28 5112.490

5113.130

5113.232 5113.36

5113.448

5114 5114.07 5114.10 5114.52

5114.55

5115.397

5115.788 5116.06

5116.700

5117.107

5117.175 5117.937 5119.12

5119.55 5119.90

5120.34

5120.420

5120.89 5121.570

5121.646 5121.69

5121.96 5122.082

6122.121 5122.767

5122.99 5123.21

5123.28

5123.465

Type Element Multlplet No

Cr II 24 Fe II

CI II 16 Gd II 114

Fe I 984 Fe I 66

Fe I 965

Sc I 13 CI II 16

Nl I 141

Ni I 161

Al II 43

Fe II 35

Fe II Fe III

Fe II 185

Gd II 114

Fe I Nl I CI II

S II Gd I Cr II Fe I CI II Fe I N II

Fe I Cu I As II La I V II Gd II Fe I La II

T9 I Cr I

As II Co I Gd II

Cr I Tl I Fe I Fe I Pr II

Fe I Cr II

Hf II Cr I Pr II

Gd II VI

Zr II Cr I Cr I Co I CI II

Tl IV

c II

Fe III

Fe I La II Nl I Fe I Cr II Sm II

Fe II Ce II

Mn I Y II c II

Fe I Fe II

Tl I Fe I Nl I

Fe I C II Fe I Tl I Cr I Co I La II Y II

Fe I Cr I

13

65

49

16

7

6 38 465

16 1092

34

1090

24

9 127

81

16 16436

19

6 181

11460

109 1089

790

38

1 199

10660

35

114

1295

1960

91

16

109

1 51

5 1242

36

177 789

2456

2332

2051

960

35

288 1150

177

1095

12 745

230

19 170

36

21 115020

5123.723 5124.05

5124.17

5124.60

5124.718 5124.98

5125.130 5125.211 5125.56 5125.715

5125.84

5126.13 5126.19 5126.201

5126.218

5126.598 5127.32

5127.363

5127.367

5127.68

5127.866

5128.03

5128.53 5128.530

5129.143

5129.383 5129.520

5129.658 5130.28

5130.389

5130.53 5130.596 5130.91

5131.28 5131.475

5131.770 5132.19

5132.67 5132.931 5132.96

5133.22

5133.29

5133.42 5133.467 5133.692

5135.10 5135.125 5136.09

5136.47

5136.788

5137.075

5137.09

5137.26

5137.388 5137.94 5138.431

5138.71

5139.21 5139.255

5139.260

5139.468

5139.654 5140.839

5141.55

5141.63 5141.750

5141.84

5142.263 5142.33

5142.541

5142.763 5142.771

5142.932

5142.98

5143.49

5143.73 5144.413

5144.47 5144.672 5144.875

5144.9376

5144.998

5145.011

5145.105

5145.16

5145.36 5145.42 5145.465

5145.654 5145.73

Type Element Multlplet No.

Fe I 16 Fe II 167

Fe I 1035

Fe I 585

Co I 197

Zr II 87

Fe I 1090

Nl I 160

Gd II 99

Co I 181

A II 122

S II 57

Fe II 53

Co I 170

Fe I 1089

Fe I 961

Fe III 5 Fe I 16

Tl I 230

Fe I 1

Fe II 167

Nl I 113 Hf II 58

V I 123 Tl II 86

Nl I 159

Pr II 38

Fe I 965

Gd II 115

Nl I 177

I 29,39

Nd II 75

Fe I 1149

Tl II 86

Fe I 66

Nl I 114

V II 127

Fe II 35

Tl I 230

C II 16

Fe I 818

C II 16

Zr I 27

Co I 180

Fe I 1092

Lu I 2 Pr II 37

Fe I 1036

Ta I 5 Fe II 35

Nl I 48

Cr II 201

C II 16 Fe I 1090

Cr I 207

V I 123

Cr I 19

C II 16

Nl I 129

Fe I 383

Fe I 383

Cr I 207

Gd II 115

Fe I 930 Ta I 6 Fe I 114 A II 37

Cr I 60

S II 1 Fe I 1090,1092

Ru I 11

Nl I 161

Fe I 16

Nl I 113

C II 16

Fe I 65

Al II 68

Cr II 38

Cr I 60

Al II 68

Ne I 34

Al II 68

Ne I 34

Fe I 66

C II 16

A II 13 La I 9 Tl I 109

Al II 68

Fe I 931

I A Tyise Element

5146.06 I 5146.12 P Fe II 5146.30 P Fe I 5146.478 Nl I 5146.753 Co I 5147.09 Fe II 5147.483 Tl I 5148.061 Fe I 5148.19 P Fe II 5148.234 Fe I

5118.65 Nl I 5148.724 V I 5148.838 Na I 5119.13 Mn I 5149.33 Fe III 5149.538 Fe II 5149.796 Co I 5149.841 Gd II 5150.19 P Fe I 5150.843 Fe I

5150.86 Al III 5150.890 Mn I 5150.93 P Fe II 5151.08 C II 5151.83 Cr I 5151.87 V II 5151.915 Fe I 5152.185 Tl I 5152.20 P II 5153.235 Cu I

5153.402 Na I 5153.49 Cr II 5154.061 Tl II 5154.40 P Fe II 5155.136 Ru I 5155.140 Nl I 5155.764 Ni I 5155.845 Gd I 5156.0 Fe III 5156.040 Sr I

5156.06 Hf II 5156.10 Fe II 5156.366 Co I 5156.74 La II 5156.76 Gd II 5157.28 V II 5157.43 La II 5157.993 Ni I 5158.187 Al II 5158.854 Co I

5159.066 Fe I 5159.350 V I 5159.93 Fe II 5159.95 P Fe I 5160.02 II 5160.105 Gd II 5160.824 Fe II 5160.896 Gd II 5161.18 P Fe II 5161.765 Cr I

5162.288 Fe I 5162.34 Cl II 5162.38 P Fe I 5162.47 Gd II 5162.80 A II 5162.93 P Nl I 5163.61 La II 5163.74 Fe III 5163.90 Al III 5164.542 Gd II

5164.56 Fe I 5164.56 Hf II 5164.69 P Fe II 5164.70 P Fe I 5164.922 Fe I 5165.140 Nd II 5165.156 Co I 5165.422 Fe I 5165.82 A II 5166.227 Cr I

5166.286 Fe I 5167.28 La II 5167.3216 Mg I 5167.491 Fe I 5167.70 P Fe I 5167.96 Cr I 5168.18 P Fe I 5168.19 P Fe I 5168.24 N II 5168.63 Cr I

Multlplet No.

28,39

35 1150 162

170

4 1090

52 1095

158 123

8 32

39

115 789

16

143235

16

19 196

164

7

7

8 24

7035

10 206 210

6

511

83

180

7 114 127

97 111

58

188

1091

123

1095

32 115

167

115

3560

1089

33 210

140 126

159

7219

97

1166

83 167 210

103377

39 1089

75 207

1 95

2 37 717 207

964

960

70

19
FINDING LIST

I A Type Element Multiple

5168.660 Nl I 112 S168.901 Fe I 1 5169.030 Fe II 42

5169.30 P Fe I 1032 5169.733 Fe II 5170.08 P Fe I 1241 5170.08 N II 70 5171.028 Ru I 11 5171.13 P V II 115 5171.46 N II 70

5171.599 Fe I 36 5171.62 P Fe II 35 5172.21 P Fe I 210 5172.32 N II 66 5172.6 Al III 18 5172.6843 Mg I 2 5172.89 La II 100 5173.002 Fe II 185 5173.15 CI II 33 5173.37 N II 66

5173.742 Tl I 1 5173.83 La II 158 5173.898 Pr II 35 5174.46 N II 70 5175.71 P Fe I 1 5175.78 P Nl I 188 5175.839 Gd II 114 5175.85 CI II 50,81 5175.89 N II 66 5176.00 II 32

5176.085 Co I 92 5176.26 P Cr II 38 5176.28 A II 37 5176.285 Gd II 60 5176.565 Nl I 209 5177.230 Fe I 930 5177.30 La I 9 5177.430 Cr I 201 5177.73 Fe III 5177.83 Cr I 206

5178.104 Gd II 114 5178.71 P Fe II 35 5178.798 Fe I 1166 5178.843 Gd II 147 5178.95 P Fe II 35 5179.136 Nl I 202 5179.50 N II 66,70 5179.919 Gd II 100 5180.065 Fe I 1166 5180.34 N II 66

5180.53 P Fe II 35 5181.77 SI II 5181.86 Hf I 1 5181.97 P Fe II 53 5181.995 Zn I 7 5183.21 N II 70 5183.41 Cr I 19 5183.42 La II 36 5183.6042 Mg I 2 5183.72 Tl II 86

5184.17 P Fe I 1147 5184.292 Fe I 1089 5184.585 Nl I 159 5184.590 Cr I 201 5184.97 N II 66 5185.09 SI II 5185.90 Tl II 86 5186.17 N II 70 5186.329 Tl I 183 5186.592 Nl I 205

5186.915 Gd II 114 5187.237 Gd II 114 5187.462 Ce II 15 5187.75 Hf II 23 5187.86 Nl I 159 5187.922 He I 1032

.1188.21 La II 95 5188.700 Tl II 70 5188.848 Ca I 49 5189.61 P Tl I 215

5189.70 CI II 33 5190.42 N II 66 5190.56 II 32 5191.081 Gd II 115 5191.41 P II 7 5191.448 Nd II 45 5191.46 Cr II 24 5191.460 Fe I 383 5191.58 P Fe II 52 5191.59 V II 208

I A Type Element Multlpl

5191.60 Zr II 95 5192.000 Cr I 201 5192.350 Fe I 383 5192.524 Nl I 111 5192.621 Nd II 75 5192.75 SI II 5192.971 Tl I 4 5193.004 V I 125 5193.03 CI II 33 5193.43 P V II 115

5193.488 Cr I 206 5193.89 Fe III 5 5194.043 Tl I 183 5194.43 Fe III 5 5194.57 Hf II 69 5194.824 V I 125 5194.943 Fe I 36 5195.110 Pr II 38 5195.307 Pr II 38 5195.394 V I 125

5195.471 Fe I 1092 5196.100 Fe I 1091 5196.24 P Fe I 406

5196.43 Y II 28 5196.443 Cr I 207 5196.57 Cr I 207 5196.591 Mn I 32 5197.165 Nl I 204 5197.216 Mn I 32 5197.569 Fe II 49

5197.768 Gd I 6 5197.93 P Fe I 1091 5198.714 Fe I 66 5198.843 Fe I 743 5198.89 S II 57 5199.211 Gd II 115 5199.50 N II 66 5199.68 V II 55 5200.188 Cr I 201 5200.42 Y II 20

5200.549 Gd II 147 5201.00 S II 39 5201.096 Tl I 183 5201.32 S II 39 5202.27 Fe I 1090 5202.339 Fe I 66 5202.51 SI II 5202.94 V II 142 5203.86 P III 5 5204.14 La II 96

5204.46 A II 126 5204.518 Cr I 7 5204.562 Fe I 1 5204.95 P Fe I 407 5205.31 P Fe I 1112 5205.73 Y II 20 5206.039 Cr I 7 5206.059 Tl I 276 5206.15 P Cr I 59 5206.52 P Cr I 206

5206.562 Pr II 38 5206.73 II 32 5206.80 P Fe I 1095 5207.852 Tl I 183 5207 . 95 P Fe I 880 5208.07 P Cr I 59 5208.436 Cr I 7 5208.601 Fe I 553 5209.90 P Fe I 584 5210.042 Co I 167

5210.386 Tl I 4 5210.488 Gd II 115 5210.834 Co I 187 5210.87 Cr II 24 5210.88 P Cr II 38 5211.22 P Tl I 37 5211.544 Tl II 103 5211.832 Co I 184 5211.85 La I 9 5212.27 Cr I 189

5212.271 Tl I 215 5212.365 Nd II 44 5212.61 S II 39 5212.699 Co I 170 5212.75 Ta I 1 5212.997 Tl I 215 5213.08 P V II 55 5213.35 P Fe I 1165 5213.80 P Fe I 962 5214.127 Cr I 193

I A

5214.64 5215.185

5215.29

5215.928 5216.17 5216.278 5216.512

5216.84

5216.99

5217.36

5217.395

5217.69

5217.83 5217.927

5217.93 5218.202

5218.51 5219.008

5219. 053 5219.40

5219.697 5220.070

5220.113

5220.297 5220.307 5220.912 5221.34

5221.43 5221.75 5221.753

5222.39 5222.40

5222.676

5222.685

5223. 191 5223.623 5224.082

5224.14

5224.30 5224.301

5224.541 5224.558

5224.680

5224.928

5224.94 5224.941 5225.032

5225.533 5225.821

5226.06

5226.20 5226.42

5226.534

5226.868

5226.891 5227.10

5227.15 5227.192

5227.53

5227.70

5227.75 5227.87

5228.082

5228.406

5228.427

5229.57 5229.857 5230.210

5230 . 228 5230.363

5230.967

5231.41

5232.50 5232.946

5233.817 5234.088

5234.195 5234.27

5234.28 5234.620

5235.188

5235.3 5235.392

5235.45

5236 5236.189

5236.38

5236.63 5237.34

5237.35

Type Element

Cr I Fe I Cr I V II Cr I Fe I Nl I A II Fe III V II

Fe I Fe I La II Fe I CI II Cu I Fe I Co I Pr II Gd I

Multlplet No.

189 553

206

55

189

36

113 126

115

553

965

880

3

7 1240

170

37

6

Tl I 4

Cu I 7 Pr II 35

Gd II 80

Nl I 114 Cr I 201

CI II 3

Fe I 1 Fe I 628

Cr I 193

Cr I 206

Fe I 112

Cr I 59

11 I 183

Fe I 880

Tl I 183 Cr I 201

Tl I 37

Fe I 65

Tl I 183

Cr I 59,193

Tl I 183 W I 1 Tl I 183

Zr I 27

Cr I 201

Cr I 201

Fe I 1 Cr I 58

Fe I 716

La II 96

Fe I 406

Tl II 70

Fe I 383

Cr I 193 Cr I 59

Fe I 114

Fe I 37

Fe III V II 115

Cr I 58

Tl II 103

Cr I 193

Fe I 1091

Nd II 46

Fe III 113 Fe I 553,1090

Co I 39

Cr I 58 Co I 187

Tl I 215

Fe I 787

Cr II 43

Fe I 383

Tl I 37 V I 131 Nd II 74 La I 10 V II 55

Fe II 49

Co I 83

Fe III 113

Fe I 210,1031

Nl I 208

N IV 5

Fe I 1034

Fe I 1146

Cr I 205

Cr II 43

Cr I 206
FINDING LIST 6ft

1 A

5238.25

5238.560

5238.58 5238.971

5239.823

5239.942

5240.36

5240.468

5240 . 878 5240.94

5240.97

5241. 19 5241.458

5241.90

S242.495

6243.3 5243.395

5243.50

5243.798

S244.5

5245

8245.49 5245.62

5245.72

5246.00

5246. 143 5246.574 5246.75

5247.052 5247.10

524/. 293 S247.564

5247.921 5248.028

5248.402

5249.099

5249.22

5249.40 5249.43

5249.585

5249.6

5250.003 5250.212

5250.650

5250.816

5250.95 5251.180 5251,49

5251.738 5252.04

5252. 105 5252.14

5253.03 5253.25 5253.479

5253.49 5253.55

5253.55 5254.652

5254.918

5254.92 5254.956

5255.132 5255.325

5255.510

5255.68 5255.76 5255.805

5255.811 5256.030

5256.89

5257.07

5257 . 36 5257.51

5257.621 5257.65

5258.333

5259.09

6259.38

5259.62

5259.743

5259.976 5260.26

5260.375

5260.44 5260.771

5260.91

5260.91 5261.49 5261.706

Type Element

Fe I Tl I Fe II Cr I Sc II Tl I Fe I Cr I V I Cr I

V II V II Cr I Fe I Fe I Fe III

Cr I Cr II Fe I C III

N IV A II Fe I Fe I Fe I Tl I Tl I Cr II Fe I Hf II

Ti I Cr I Co I Fe II Ti I Fe I V II Cr II C II Nd II

C III Co I Fe I Fe I Nd II Tl I Gd I Ti I Pr II Tl II

Ti I Gd II Fe I Fe I Fe I P II C II C III Co I Cr I

Fe II Fe I Cr I Mn I Nd II Fe I Fe I Gd I Ti I Gd II

Fe II

Cr I C II V II Co I Fe I Sc I Fe I La II C II

Pr II Ti I Fe III Ca I Hf II Mn I Al III

N III

Fe I Ca I

Multiplet No.

962 37,183 41

59

26

37 584

237

131

193

55 24159

1150

843

113 201

38 1089

4

540

1149 715

628

282

37

23

1 92

183

1839

37,156

1166 220

23

3075

23 190

1 66

80

37

637

20 103

4

99 113 875

553

10304

187

201

49

1 22532

43 1089

1091

6 183

114

41

205

3055

188 788

23 1149

21

30

35

298

22

36

32

1315 406

22

I A

5261.754

5262.104

5262.244

5262.48

5262.61

5262.89 5263.314

5263.483 5263.750

5263.874

5263.99

5264.14

5264 . 152 5264.239

5264.49

5264.801

5264.95

5265 . 160 5265.25 5265.42

5265.523

5265.557

5265.710 5265.722

5265.748 5265.786

5265.94

5265.967 5266.118

5266. 302

5266.49 5266.506

5266.562

5267.10

5267.28 5267.322 5268.06

5268 . 348 5268.498 5268.62

5269.15

5269.541 5269.93

5270.06

5270.270

5270.322

5270.360

5270.59

5270.843 5271.18

5271.26

5272.0

5272.010

5272.413 5272.56

5272.60

5272.86

5273 5273.176 5273.379

5273.431 5273.439

5273.62 5274.244

5274.99

5275.00

5275.08 5275.11

5275.171

5275.30

5275.54 5275.65

5275.689 5275.994

5276.03 5276.183

5276.2 5276.42

5276.81 5276.879

5277.31 5277.32

5277.40 5277.59

5277.68

5278.10 5278.262

5278 . 265 5278.62

5278.70

Type Element

Cr I Ti II Ca I Fe II Fe I Fe I Fe I Ti I Cr I Fe I

V II Mg II Cr I Ca I V II Fe II Hf II Cr I Fe I Fe I

Co I Ca I Ce II Cr I Ni I Co I Fe I Ti I V I Co I

Tl I Co I Fe I Cr II Fe I Gd IIIII

Ni I Co I Tl II

Fe III Fe I Tl I Fe I Ca I Be II Fe I N III Be II La I

V II Fe III

Cr I Fe II

C III

N III Fe III

N V Fe I Fe I

Nd II Cr I Fe I Ce II Cr II Fe I

I Cr I Cr I Fe I

Re I V II Cr I Fe II Cr I Co I Fe III Al II Al II Nd II

Fe I Fe I Zr I Fe I Al II

S I Cr I Fe II Al II

S I

Multiplet No.

237

702252

1149 628

553

183

309 788

115

17

182255

48

70 201 407

1145

3822

23

18 141

170

210

156 139

172

36

83 383

38 1146

60

19 273

172

103

112

15 156

877

22

3 37

15

34

55

113 225

185

4

15

4

553

114

75 201

1147

1543

1029

27 192

94 742

1 195

9449

94

190 113

6767

81

1149 584

27 983

67

4

309 225

954

I A Type Element Multiple

5278 . 955 Fe II 184 5278.99 S I 4 5279 P VI 14 5279.11 La II 90 5279.65 P Fe I 584 5279.92 Cr II 43 5280.00 V II 195 5280.08 Cr II 43 5280.21 Al II 95 5280.289 Cr I 192

5280.364 Fe I 880 5280.62 P V II 55 5280.631 Co I 172 5280.91 P Fe I 210 5281 P N IV 5 5281.18 P Fe I 1240 5281.18 N I 14 5281.692 Ni I 231 5281.796 Fe I 383 5282.1 Fe III 113

5282.378 Tl I 74 5282.52 N III 15 5283.076 Gd I 6 5283.441 Tl I 156 5283.628 Fe I 553 5283.77 Al II 95 5284.092 Fe II 41 5284.27 P Fe I 875 5284.380 Tl I 74 5284.416 Fe I 842

5284.62 P Fe I 1032 5284.85 Fe III 5285 . 12 P Fe I 1166 5285.34 Ca II 14 5285.38 Cr I 285 5285.48 CI II 32 5285.60 P Fe I 961 5285.63 Cr I 192 5285.752 Sc I 23 5285.85 Al II 102

5286.42 P V II 54 5286.74 Fe III 110 5286.92 A II 13 5287.188 Cr I 225 5287.574 Co I 175 5287.62 Cr I 309 5287.785 Co I 187 5288.21 P Ni I 202 5288.24 P Fe I 818 5288.31 V II 195

5288.38 P Fe I 406 5288.533 Fe I 929 5289 P VI 16 5289.27 Cr I 192 5289.28 Ti I 36 5289.82 Y II 20 5289.98 Hf II 100 5290.74 V II 207 5290.79 P Fe I 1147 5290.83 La II 6

5291 P VI 18 5291.78 Fe III 5292 P VI 17 5292.10 Pr II 24 5292.630 Pr II 37 5292.861 Mn I 36 5292.865 Cr I 205 5293.03 P Fe I 1165 5293.168 Nd II 75 5293.383 Cr I 192

5293.973 Fe I 1031 5294.216 Mn II 11 5294.555 Fe I 875 5294.97 Si II 5295.292 Mn II 11 5295.30 P Sc II 22 5295.316 Fe I 1146 5295.781 Ti I 74 5296.09 P II 7 5296.48 A II 110

5296.686 Cr I 18 5296.968 Mn II 11 5297.236 Tl I 156 5297.360 Cr I 94 5297.86 N III 15 5297 . 976 Cr I 94 5298 P VI 15 5298.06 Hf II 49

5298.269 Cr I 18 5298.429 Tl I 281
66 FINDING LIST

I A

5298.44 5298.789

5298.93 5299.00

5299.278 5299.85

5299.9 5300.012

5300.41 5300.749

5301.042

5301.33 5301.67 5301.936

5301.97 5302.279

5302.307

5302.320

5302.5 5302.62

5302.76

5303.26

5303.419

5303.43 5303.54

5304.11 5304.211 5304.26

5304.923

5305.3

5305.41

5305.77 5305.85

5306.6 5307.121

5307.281 5307.30

5307.30

5307 . 365 5307.53

5308.44

5308.71

5309.267 5309.47 5310.219

5310.70

5310.76

5311.42

5311.461

5311.60

5311.78

5312.32

5312.650

5312.878 5313.239

5313.41 5313.43

5313.59 5313.76

5313.839

5314.45

5315.07 5315.618

5315.78 5316.07

5316.07 5316.609

5316.772

5316.777

5317.095

5317.394

5317.53 5318.025

5318.04 5318.267

5318.337

5318.41

5318.61

53 18 .'775 5319.22

5319.818

5320.048 5320.70

5320.78 5320.96

5321 . 10R 5321.496

^32) .777 5322.049

5322.778

Type Ele nent

Cr I Fe I N III

I Mn II Hf II Fe III

Tl I Fe I Cr I

Co I Fe I Gd I Sc I La II Nd II Fe I Mn II Fe III La II

Gd I V II Fe II Gd II La II Fe I Cr I Fe II Gd IIIV

Fe I A II Cr II Fe III Tm I Cr I Ca II Gd I Fe I Mn I

Cr II Fe I Ru I Cr I Co I Cr II Al II Zr I Nd II Hf II

Zr II Al II Co I Cr I Tl I Fe I N II Cr II Tl II Fe I

N III Fe I Fe II Fe I Al II P II Fe II Co I Fe II Mn I

Fe I Fe I Fe II Fe I Fe II Sc II Cr II V II Cr I Fe I

Nd II Fe I 8 II

•y II N II Fe I Gd I Od I Fe I Fr II

Multlplet No.

94 875

1526

1114 11374 1240

18

39

1162

6436

80 553

11 11386

654

225

8036

983 225

18462

11

877

93

24

113

237

14

6 36

36

43

1091

10 285 19643

9427

80

37

95

94 197

225

74

1239

6943

81

1238

15 1147

225 877

94

649

19248

36

584

1032

406

22

23

53 225

1029

75 877

38

2069

1165

6

6 112

35

I A Type Element

5322.78 P Cr II 5322.81 V II 5323.51 P Fe I 5323.958 Ti I 5324.185 Fe I 5324.26 Hf II 5324.61 Al II 5325.276 Co I 5325.559 Fe II 5325.71 P V II

5325.949 Co I 5326.154 Fe I 5326.247 Co I 5326.793 Fe I 5327.25 P Fe I 5327.45 P N II 5327.86 P Fe I 5328.042 Fe I 5328.339 Cr I 5328.38 Ta I

5328.534 Fe I 5328.70 N I 5328.70 P Nl I 5328.98 I 5329.12 Cr I 5329.59 I 5329.719 Cr I 5329.994 Fe I 5330.582 Ce II 5330.66 I

5330.779 Ne I 5331.20 P Fe I 5331.456 Co I 5331.48 P Fe I 5331.54 As II 5332.65 V II 5332.652 Co I 5332.673 Fe I 5332.903 Fe I 5333.15 P Fe I

5333.30 Gd I 5333.647 Co I 5333.70 CI II 5333.77 P Fe I 5334.228 Sc II 5334.32 P Fe I 5334.804 Mn I 5334.821 Co I 5331.88 Cr II 5336.163 Co I

5336.7 C II 5336.809 Tl II 5337.713 Fe II 5337.79 Cr II 5338.326 Tl I 5338.66 N II 5339.29 Ca II 5339.40 P Fe I 5339.528 Co I 5339.92 Fe III

5339.935 Fe I 5340.20 N II 5340.437 Cr I 5340.66 La II 6340.68 Tl I 5340.92 Fe III 5341.026 Fe I 5341.040 Sc I 5341.065 Mn I 5341.096 Ne I

5341.22 V II 5341.328 Co I 5341.492 Tl I 5342.05 P Sc II 5342.703 Co I 5342.961 Sc I 5343 P V 5343.00 Gd I 5343.284 Ne I 5343.383 Co I

5344.570 Co I 5344.73 P II 5344.761 Cr I 5345.61 P Cr I 5345.67 S II 5345.807 Cr I 5346.12 P Cr II 5346.30 Hf II 5346.34 P Fe I 5346.54 Cr II

Multlplet No.

24 240

11336 55336

101 192

49

54

194 407,785

175 1147

875

69 1145

15

94

2

37

13 129

1294

1294

1028

1312

9 817

39 210

3 54 170 1031

36

1023

7 190

15 464

30 1064

36 19143 191

11

6948

4335

69

20 1162

199

553

69 225

9136

37

194

9

239

199 316

30

190

4

13

79 190

191

6 225

225

38

182492 817

23

I A

5346.56

5347.499

5347.71 5317.806 5348.069

5348.319

5348.40

5348. ST 5349.08

5349.294

5349.472

5349.702

5349.742 5349.75

5350 . 10 5350.36

5350.37 5350.38 5350.527

5351.072

5351.21 5351.85

5352 5352.046 5353.26

5353.386 5353.415

5353.500 5353.534

5353.78

5354.01

5-354.66 5354.67 5355.752

5356.100

5356.14

5356.77 5356.976

5357.195 5357.35

5357.790

5358.10 5359.200

5361.174

5361.35 5361.474

5361.637 5361.724

5362.4

5362.56

5362.69 5362.781

5362.864

5362.98

5363.80 5364.874

5365.403 5366.651

5367.470

5367.53

5367.78

5367.95 5368.10 5368.546

5368.904

5368.97

5369.25

5369.591 5369.635

5369.965

5370.356

5371.43 5371.48 5371.493

5371.621

5371.84 5371.935

5372.216

5372.66

5373.704

5373.715

5374.78 5375.346

5375.393 5376.68

5376 5376.59 5376.849 6377.08

6377.628

Type Element Multiple

Fe II 49

Co I 196

Nl I 145 Ce II 227

Mn I 36

Cr I 18 Hf II 22

Od I 6 Ta I 5

Sc I 17

Ca I 33

Sc I 4

Fe I 1163 V II 54

Zr II 115

Zr II 115

V II 54

Gd I 7 Tl I 1 Tl I 300

N II 69

Ni I 177

V 13 Co I 172

Gd I 7 Fe I 1062

Ni I 70 Co I 198 Ce II 15 Fe III

Co I 91

Cr II 29 Ta I 6

Sc I 19

Sc I 17

CI II

N I 13 Nd II 80

Sc II 30 V II 54

Gd II 62

Fe I 628

Co I 194

Nd II 46

Ba II 6 Nd II 74

Fe I 1143

Tl I 35

IV 11

Zr I 27

S II 61

Co I 198

Fe II 48

Cr I 258

Fe III Fe I 1146

Fe I 786

Ti I 35

Fe I 1146 V II 53

Cr I 258

Ti II 80

Cr II 29

Cr I 258

Co I 167 Pt I 6

Cr II 29

Co I 39 Tl I Fe I 1146

Cr I Fe I 1163

Cr I 258

Fe I 15 Gd II 60

Al II 42

Nd II 79

Gd II 99

N I 13 Fe I 1166

Cr I 258 , 302

Fe I 785

Sc I 19 Gd II 99 Fe III V 13 Tl I 3 Fe I 1132 La II 95 Mn I 42
FINDING LIST 67

I A Type Element Multlplet

8378.07 P Cr II 29 5378.12 P II 23 5379 . 19 P Tl II 102 8379.580 Fe I 928 6380.242 C I 11 6380.97 La II 56 8381.020 Tl II 69 5381.105 Co I 56 5381.262 Pr II 37 5381.77 La II 91

5381.776 Co I 196 5381.91 La II 91 5382.52 P Fe II 184 6382.750 Fe I 741 8382.96 P Tl I 155 5383.374 Fe I 1146 5383.82 N II 23 5384.22 P Fe I 817 5384.634 Tl I 35 5384.89 V II 53

5385.14 Zr I 26 5385.28 Cr I 5385.58 P Fe I 927 5386.341 Fe I 1064 8386.87 P II 6 8386.958 Fe I 875

5386.978 Cr I 191 6387.136 Fe II 6387.35 Fe III 5387.51 Fe I 1031

5387.573 Cr I 191 8388.350 Ni I 70 8388.48 Al II 34 5S88.521 Mn I 36 5389.180 Tl I 35 5389.461 Fe I 1145 5389.996 Tl I 155 5390.394 Cr I 191 5391.06 P Tl I 155 8391.350 Cr I 191,302

8391.36 Hf II 48 8391.493 Fe I 1062 6391.60 Ba II 6 8391.78 P Fe I 270 8392.075 Sc I 19 5392.12 CI II 28 6392.371 Nl I 250 5392.98 P Cr II 29 8393.174 Fe I 553 5393.391 Ce II 24

5393.659 Gd II 100 5394.321 Gd II 63 5394.674 Mn I 1 5394.682 Fe I 1031 5395.25 Fe I 1143 5395.41 P Cr II 29 5396.3 Tl II 80 6396.59 P Tl II 102 5396.600 Ti I 3 5396.90 P Fe I 464

5397.093 Tl I 155 5397.131 Fe I 15 5397.60 A II 5397.60 Fe I 841 5398.285 Fe I 1145 5398.82 Tl IV 5399.489 Mn I 42

5400.509 Fe I 1145 5400.5620 Ne I 3 5400.608 Cr I 191

5400.67 S II 61 5401.05 Mg II 24 5401.27 P Fe I 1146 5401.32 Tl I 35 5401.945 V I 130,139 5402.000 Co I 195 5402.113 Fe II 5402.27 Fe III 5402.51 Ta I 1 5402.57 Lu I 2

5402.69 A II 5402.78 Y II 35 5403.823 Fe I 1029 5404.023 Tl I 259 5404.12 P Fe I 1145 5404.144 Fe I 1165 5404.87 I 53 5404.95 Ta I 13 5405.004 Cr I 191 6405.35 F Fe I 1162

I A

5405.778 5406.36

5406.77 5407.424 5407.44 5407.520 5407.62

5408.119

5408.59 5408.842

5408 . 940 5409.125

5109.224

5409.28 5409.609 5409.66

5409.791

5410

5410.39 5410.76

5410.913 5411.227

5411.39

5411.524 5412.56 5412.80

5413.47 5413.687

5414.089

5414.91

5415.201 5415.277

5416.381

5417 5417.03

5418.01 5418.802

5419.189

5419.19 5419.36

5419.876

5420.362

5420.90

5421.05

5421.40 5421.559

5421.85

5422.15 5422.47 5423.25

5423.52

5423.73 5423.82

5424.072

5424.15

5424.36 5424.551 5424.56

5424 . 654 5425.269

5425.29

5425 . 621 5425.93

5426.256 5427.832

5428 . 64 5428.71

5428.79 5428.85 5429.139

5429.43

5429.52 5429.699

5429.83 5430.14

5430.41 5431.526

5432 5432.09

5432.318

5432.347 5432.548

5432.77 5432.950

5432.98

5434.527

5435 . 16 5435.17 5435.27

5435.76

Type Element

Fe I Fe I Fe I Mn I A II Co I CrCo

Fe II

Tl I Fe I Ce II Cr II Tl III

IVI

I

Fe I Nl I Fe I He II Fe I Fe I Ta I Mn I Fe II Fe I

Nd II V

Fe I Zr II Tl II

Tl I Ta I Cr II

Gd II

Mr. I Cr II Ba II Fe I Nd II Fe I Fe I Tl II CI II

CI II Fe I La II Fe I Fe I CI II Ba I Nl I Ni I Fe II

Cr II Co I P II Tl I Fe II S II Fe I Ba II

Nl I Ti I

Fe I Fe I Fe I Fe I Fe III

Cr II Nd II V V II Ti I

Cr I Mn I S II Fe I Fe II Fe I

I Fe I Ta I

I

Multlplet No.

15 1026

1148

4

192

23 112

53 184

3 1147

f 2329 155

618

1329 51,52

1165

222 &70

2 1237 1162

5 42

48

874

1165

130

80

13 1148

9469 258

6 22,29

99

4

23

6 874

79 1183

1145

80

2

2 927

7 1146

1026

2

9 231

7049

29 196

6

3

6 1032

9 161 259

1029

1062

15 1162

29

80

1353 265

204

16 1143

55

1511 1161

911

I A

5435.79

5435.871 5436.299 5436.594

5436.703 5436.80

5436.83

5437.19

5438.04 5438.310

5438.41 5439.30

5440.53 5441.17

5441.321 5442.274

5442.413 5443.41

5443.42

5443.88

5444.07 5444.096

5444 . 25 5444.585 5444.99

5445.045

5445 . 97 5446.46

5446.57 5446.58

5446.593

5446.76

5446.87 5446.920 5447.59

5448.882

5449.155 5450.66

5450.836 5451.115

5451.60 5451.965

5452.03 5452.119 5452.12

5452.305

5453.255

5453.338 5453.616

5453.81

5453 . 98 5454.05

5454.26

5454.41 5454.573 5455.09

5455.14

5455.433

5455.613

5455 . 80

5455.815

5456.11

5456.27 5456.48

5457.02

5457.10

5457.47 5457.471

5458 . 68 5460.502

5460.644

5460.742

5460.8 5460.909

5461.31

5461.54

5461.80

5462.487 5462.62

5462.970

5463.282

5463.38 5463.974

5464.286

5464.36

5464.37

5465.04. 5466.021

5466.404 5466.46

T>pe llement

Fe II Nl I fe I Fe I Tl I Fe III

I Fe I Fe I Ti I

SI II V II Tl I Gd II Fe I Nd II Cr I Fe I CI II Fe III

Hf II

CI II Co I CI II Fe I Fe II Tl II Cr II

Fe I

Ti I Cr I Fe I Fe I La II Ti I Ti I P II Sr I Nd II

Fe II Ti I Ti II Fe I N II Co I Nl I Co I Ti I S II

Fe I Tl II N II A II Co I Fe I La I Fe I Fe I Cr II

Nd II Si II CI II Fe I CI II V II CI II Mn I La II Tl I

Hg I Fe III

Fe I Ta I Fe I Fe I Nl T N II

Fe I

Fe I Hf II Cr I Fe I Cr II La II Fe I Fe II Fe I Fe III

Multlplet No.

48

70 1161

11351

110

11 1145

1237

108

53 107

146 1144

76 204

1059

2 110

69

31

2 196

2 1163

53

68

35 1144

3,259

204

3715 112 259

107

23

9

184 265

109 870

29

175 231

194

108

6

1064

68

29

195 627

3 1145

1550

83

2 817

2 53

2

4 99

3

31

1 68 464

4 1145

817 192

29

1163

1163

14 204

1030

3549

840

1144
68 FINDING LIST

I A T>pe Element Multiplet No. I A Type Element Multiplet No.. I A Type Element Multiplet No

5466.46 y I 12 5490.65 P Ti II 68 5519.83 P Fe II 52 5466.55 S II 11 6490.840 Ti I 3 5520.19 P Fe I 1144 5466.94 Fe II 5491.84 Fe I 1031 5520.496 Sc I 15 5466.993 Fe I 784,817 5492.43 Ti IV 5521.14 P Fe I 839 5467.76 P Fe I 741 5492.8 I 62 5521.28 P Fe I 1162 5468 . 101 Nl I 192 5492.82 P Tl II 68 5521.44 Ni I 176 5468.37 P Ce II 24 5493.22 Hf II 113 5521.06 P Y II 27 5468.44 P Tl II 102 5493.33 P Fe I 873 5521.765 Sr I 9 5468.92 Si II 5493.45 La II 4 5522.46 Fe I 1108 5469.09 P Fe I 1131 5493.508 Fe I 1061 5523 . 310 Co I 112

5469.29 P Fe I 1143 5493.850 Fe I 464,1062 5524.25 P Fe I 1059 5469.305 Co I 56 5494.35 P V II 53 5524.35 Hf II 25 5469.72 Gd II 60 5494.468 Fe I 1024 0024.990 Co I 192 5470.17 Fe I 1144 5494.726 Tl I 108 5525 . 14 P Fe II 56 5470.460 Co I 175 5494.890 Nl I 231 5525.48 P Fe I 1107 5470.50 Tl I 108 5495.682 Co I 166 5525.552 Fe I 1062 5470.53 Qd II 63 5495.70 N II 29 5525.90 P Cr II 22 5470.638 Mn I 4 5495.8720 A I 14 5526.06 Sc I 18 5470.81 P Fe II 52 5496.020 V I 2 5026.22 S II 11 5471.198 Ti I 106 5496.24 Si II 5526.26 N II 63

5472.297 Ce II 24 5496.57 P Fe I 1281 5526.809 Sc II 31 5472.63 Cr II 50 5497.42 Y II 27 5027.07 P Fe I 464 5472.696 Tl I 107 5497.519 Fe I 15 0027.04 Y I 12 5472.720 Fe I 1108 5497.70 P Fe II 204 5527.606 Ti I 265

5473 P V 13 5497.86 P Cr II 22 5527.72 V I 1 5473.18 P Fe I 1064 5497.92 P Tl I 51 5528.3876 Mb I 9 5473.40 Y II 27 5498.18 S I 12 5528.3986 Mg I 9 5473.517 Tl I 259 5498.19 P Fe II 24 5526.4094 Mg I 9 5473.517 Tl II 109 5499.39 P Nl I 176 5528.89 P Fe I 1161 5473.59 S II 6 5499.60 P Fe I 1159 0029.10 Fe I 872

5473.908 Fe I 1062 5499.72 P II 6 5529.80 P Fe I 344 5474.09 P Fe I 1314 5500.43 Od II 99 5529.94 P Ti II 68 5474.228 Ti I 108 5500.61 P Cr II 35 5029.940 Fe II 224 5474.449 Tl I 259 -5501.34 La I 3 5530. 10 V II 247 5474.734 Nd II 82 5501.469 Fe I 15 5030.27 N II 63 5475.57 Ni I 159 5501.54 S I 12 0530.780 Co I 38 5476.298 Fe I 1029 5502.05 Cr II 50 5531.949 Fe I 1281 5476.571 Fe I 1062 0502.88 AI II 78 5532.13 P Fe I 344 5476.69 Lu II 2 5503.18 Cr II 50 5532.17 La II 106 5476.906 Nl I 59 5503.397 Fe II 0032.60 Fe III 06

5477.089 Co I 175 5503.897 Ti I 287 0032.702 Fe I 783 5477.45 P Cr II 50 0504.120 Ni I 175 0033.01 Mo I 4 5477.67 P Fe II 49 5504.184 Sr I 9 0534.68 Fe I 871,1063 5477.695 Tl I 265 5504.21 Mn I 31 5534.794 Sr I 9 5477.82 Zr II 115 5505.75 P Fe I 1162 5534.860 Fe II OS

5478 . 13 N II 29 5505.869 Mn I 4 5530.382 V I 1 5478.35 Cr II 50 5505.893 Fe I 1146 5530.39 N II 63 5478.48 Fe I 1062 5506.266 Fe II 5530.419 Fe I 626,1029

5478.6 C II 34 5506.51 Mo I 4 0535.484 Ba I 2 5479.95 P Fe I 1282 5506.782 Fe I 15 5535.66 La II 71

5480.10 N II 29 5507.01 S I 12 5536.0 C II 10 5480.30 8a II 9 5507.10 P II 23 5536.01 K II 6 5480.502 Cr I 204 0007.753 V I 129 5536.59 P Fe I 345 5480.72 La II 90 5508. 11 III 16 5536.77 S II 11 5480.75 Y II 27 5508.60 Cr II 50 5537.11 Nl I 188 5480.865 Sr I 9 5508.88 P Cr I 224 5037.706 Mn I 4 5480.872 Fe I 1062 5509.67 S II 6 0038.32 Gd II 5480.893 Ni I 191 5509.91 Y II 19 0038.04 Fe I 839,1064 5481.252 Fe I 1058 5510.001 Ni I 190 5539.28 Fe I 871 5481.396 Mn I 4,31 5510.174 Mn I 31 5539.831 Fe I 1130

5481.426 Ti I 265 5510.23 P Fe I 1023 5540.051 Sr I 9 5481.451 Fe I 1061 5510.58 Gd II 132 5540.16 N II 63 5481.862 Ti I 106 5510.68 Cr II 23 5540.74 Si II 9 5481.969 Sc I 16 5511.795 Ti I 108,275 5541.030 Sc I 18 5482.26 P Fe I 873 5512.085 Ce II 24 5041.19 P II 23 5482.27 La II 4 5512.277 Fe I 1143 0041.08 P Fe I 627 5482.471 V I 2 5512.40 P Fe I 1148 0043.03 P Fe I 1064 5483.111 Fe I 1061 5512.529 Ti I 106 0043.04 P Fe I 926 5483.354 Co I 39 5512.69 Cr I 121 5043.184 Fe I 926 5483.55 Li II 1 5512.71 I 25 5543.49 N II 63

5483.56 P II 23 5512.979 Ca I 48 5543 . 86 P Cr II 36 5483.962 Co I 175 5513.86 P Fe I 925 5543.930 Fe I 1062 5484.618 Sc I 16 5514.215 Sc I 15 5544.61 Y II 27 5485.6 Fe III 68 5514.350 Ti I 106 5544.76 P Fe II 166 5485.65 Li II 1 5514.536 Ti I 106 5544.865 V I 38 5485.699 Nd II 79 5514.712 W I 1 5545.01 Gd II 98 5486.136 Sr I 9 5514.80 Nl I 189 5545.11 N I 26 S486.6 I 63 5515.083 V I 2 5545.26 P Fe II 24 0486.86 La II 68 5515.371 V I 1 5545.933 V I 38 5487.00 V II 53 5515.990 Co I 195 5545.937 Co I 191 5487.16 Fe I 1143 5516.09 Sm I 2 5546.02 Y II 27 5487.49 P Fe I 870 5516.29 P Fe I 1057 5546.512 Fe I 1145 5487.52 P Fe I 1064 5516.771 Mn I 4 5547.00 Fe I 1061 5487.747 Fe I 1025 5517.08 Fe I 1109 5547.080 V I 38 5487.915 V I 129 5518.11 P Ti I 265 5548.474 Nd II 73 5488.14 P Fe I 1183 5518.491 Ce II 26 5549.55 P Fe I 1159 5486.210 Tl I 265 5518.57 P Fe I 1314 5549.66 P Fe I 1314 5468.97 P Cr II 35 5518.74 S II 61 5549.68 Sc I 15 5489.85 P Fe I 1148 5519.047 Ba I 9 5549.94 Fe I 926 5490.151 Tl I 107 5519.72 P Fe II 204 5550.60 Hf I 1
FINDING LI8T 99

I A *1V Kleaent Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No 5551.29 P Fe I 714 5587.865 Nl I 70 5624.605 V I 37 5551.77 P Fe I 1059 5587.9 Fe III 5624.895 V I 37 5551.95 N II 63 5588.07 P Fe I 1109 5625.326 Nl I 221 5551.985 Mn I 5588.25 P II 27 5625.43 N I 24 5553.12 Hf I 7 5588.757 Ca I 21 3625.74 A II 121 6552.25 8c II 25 5589.00 P Fe I 1160 5626.014 V I 37 5552.54 N II 63 5589.384 Nl I 205 5626.60 P Cr II 22 5552.70 P Fe I 1281 5590.120 Ca I 21 5627.08 P Fe I 1084 6552.85 P Fe I 344 5590.73 Hf II 48 5627.49 P Fe II 57 8653.22 P Fe I 1064 5590.744 Co I 90 5627.628 V I 37

6553.586 Fe I 1161 5591.322 Sc I 18 5628.347 Nl I 215 6553.693 Nl I 69 5591.38 P Fe II 55 5628.645 Cr I 203 5553.81 P Cr II 34 5592.146 Nl I 250 5630.14 Y I 12 5554.895 Fe I 1183 5592.288 Nl I 69 5631.404 Tm I 5554.94 I 24 5592.37 III 5 5631.707 Sn I 4 5655.17 P Fe I 740 5592. 4f, V I 37 5631.72 Fe I 1159 5656.01 8 II 6 5592.962 V I 1 5632.25 Gd I 3 5656.19 Cr I 120,121 5593.23 Al II 16 5632.469 V I 1 5556.48 Tb I 1 5593.735 Nl I 206 5633.970 Fe I 1314 6557.08 41 I 6 5594.425 Nd II 79 5634.53 P Fe I 1281

5557.453 V I 1 5594.468 Ca I 21 5634.84 CI II 23 5557.90 P Fe I 464,1164 5594.661 Fe I 1182 5635.85 Fe I 1088 5557.95 Al I 6 5595.06 P Fe I 1314 5636.00 P Fe I 1058 6557.954 Fe I 1163 5597.21 Od II 95 5636.235 Ru I 10 6558.31 As II 2 5597.87 Cr I 239 5636.708 Fe I 868 6658.752 V I 77 5597. 92 Tl I 229 5637.121 Nl I 218 5658.825 Co I 166 5598.303 Fe I 1183 5637.734 Co I 195 5659.06 8 II 61 5598.47 P Fe I 113 5638.266 Fe I 1087 6659.64 P Fe I 282 5598.487 Ca I 21 5638.82 Nl I 203 5560.230 Fe I 1164 5600 P V 3 5639.492 SI II 9

5660.37 N I 25 5600.038 Nl I 219 5639.96 S II 14 6560.548 V I 1 5600.242 Fe I 866,1108 5640.32 S . II 11 6660.69 Od II 99 5601.285 Ca I 21 5640.46 Fe I 1202 6661 P N IV 13 5602 P VI 11 5640.50 C II 15 5561.670 V I 77 5602.54 P Fe I 1281 5640.971 Sc II 29 5562.02 V II 247 5602.788 Fe I 1062 5641.112 Nl I 230 5562.12 P Fe I 1162 5602.846 Ca I 21 5641.464 Fe I 1087 6562.712 Fe I 626,1163 5602.955 Fe I 686 5641.880 Nl I 234 5662.768 Ne I 19 5603.651 Nd r 45 5642.01 V II 238 6563.604 Fe I 1062 5604.205 V I 85 5642.362 Cr I 239

5663.69 P Fe I 112,1023 5604.943 V I 37 5642.660 Nl I 203 5564.37 N I 25 1605.91 P Fe II 51 5642.75 P Fe I 1184 5564.861 8c I 18 5606 P V 3 5643.099 Nl I 259 6564.94 3 II 6 J606. 11 S II 11 5643.24 Gd I 3 E666.30 « II 63 5607.05 Nl I 205 5643.94 P Fe I 1021 5665.476 ri I 229 5607.12 P Fe II 24 5644.137 Tl I 240 6565.56 Hf II 100 5607.66 P Fe I 1058 5644.35 P Fe I 1057 5665.708 Fe I 1183 6608 P V 3 5644.84 Od II 60 6666.06 P Cr II 35 5608,98 P Fe I 1108 5645.62 8 II 6 6566.82 P Fe I 625 5609.19 Cr I 223 5645.665 81 I 10

5566.92 La II 90 5609.97 P Fe I 866 5646. 112 V I 37 5567.401 Fe I 209 561C.01 P Cr 11 34 5646.70 P Fe I 1109 5567.815 Fe II 5610.257 Ce II 26 5646.98 8 II 14 5568.07 1 Fe I 1059 5610.36 T II 19 5647.234 Co I 112 5568.44 I Fe I 1058 5610.53 La II 106 5648.08 C II 15 5568.71 P Fe I 1026 5611.35 P Fe I 869 5648.18 Cr I 239 6568.81 CI II 80 5613.19 Al II 77 5648.370 Tl I 269 5568.81 Fe I 869 6613.698 Ce II 32 5648.90 P Fe I 625

5569.621 Fe I 686 5613.70 P Fe I 1282 5649.371 Gr I 239 6570.06 P Fe I 345 5614.29 I Fe I 1314 5649.66 Fe I 838

5570.46 Mo I 4 66' .303 Nd II 87 5649.697 Nl I 231 5571 P N IV 13 5614.58 P Fe I 739 5650.01 Fe I 1314 5672.849 Fe I 686 5614.790 Nl I 250 5650.31 P Fe I 1180 5573 . P V 3 5615.18 P Fe I 1143 5650.7034 A I 12 6573.10 Fe I 1061 5615.308 Fe I 209 5650.71 Fe I 1314 6673.3 Fe III 68 5615.54 P Cr I 239 5651.47 P Fe 1 1161 6574.41 Cr I 120 5615.652 Fe I 686 5651.53 As II 2 5576.097 Fe I 686 5616.21 1 Od II 61 5651.734 Co I 56 6676.61 81 II 9 B316.fr; N I 24 5652.01 r Fe I 1059 5677.03 P Fe I 1314 5616.63 8 II 11 5652.3 La II 103

5577.70 A II 134 6617.14 P • I 1086 5652.32 Fe I 1108 5678.734 Nl I 47 5617.22 re I 626 6653.889 Fe I 1159 567S.86 8 II 11 5617.91 Od I 3 5655.179 Fe I 1314 5679.34 P Fe I 1061 5618.646 Fe I 1107 5655.506 Fe I 1107,1314 6580.51 Cr I 223 5619.23 )» Fe I 923 5656.6585 Ne I 24 5681.87 T I 12 £611.60 Fe I 1161 5656.895 V I 127 5581.971 Ca I 21 6620.04 Fe I 1026,1205 5657.449 V I 37 5682 p C V 3 6620.16 Zr I 25 5657.870 8c 11 28 6583.33 If II 23 5620.527 Fe I 1061 5657.92 •> Fe II 57

6633.66 od ii 59 5658.334 3c II 29

5583.97 V Fe I 1069 5620.62 P Nd II 86 6658.542 Fe I 686 5564 P V 3 5620.63 Cr II 189 5658.67 p Fe I 1087 5684.490 V I 37 5621,43 Od II 132 5658.826 Fe I 686 5584.7*8 V I 85 5622.075 V I 85 5659.104 Tl I 50

6664.768 Fe I rss 5622.23 81 I 11 5659.121 Co I 82 5586.007 V I 85 5623.20 M I 24 5659.86 SB I 2 5686.16 Od II 78 5623.64 P Fe I 625 5659.95 S 11 11 6666.763 Fe I 686 5624.056 Fe I 1160 5660.79 Fe I 869

5567.36 P Fe I 589 5624.228 V I 137 5661 .OS F Fe 1 1234 5667.662 Fe I 1026 5624.642 Fe I 686 5661.88 Fe I 1108
70 FINDING LIST

Type Element Multlplet No.

5661.97 P Fe I 1109 5662.154 Tl I 249 5662.51 C II 15 5662.525 Fe I 1087 5662.58 P Cr II 34 5662.891 Tl I 269 5662.94 Fe I 924 5662.95 Y II 38 5664.017 Nl I 272 5664.040 Cr I 203

5664.55 Zr I 47 5664.73 S II 11 5665.601 SI I 10 5666.64 N II 3 5666.78 P Nl I 233 5666.837 Fe I 1053 , 1060 5667.164 Sc II 29 5667.67 P Fe I 209 5668.369 V I 37 5668.868 Nd II 84

5668.901 Ce II 23 5669.030 Sc II 29 5669.590 SI II 5669.8 P Forb Na I 7 5669.945 Nl I 250 5670.827 V I 36 5671.54 La II 95 5671.62 P Cr II 22 5671.805 Sc I 12 5672.28 P Fe I 1234

5673.58 Hf II 112 5675.08 P Fe I 583 5675.3 P Forb Na I 7 5675.413 Ti I 249 5675.853 Tin I 5676.02 N II 3 5677.68 P Fe I 1057 5678.04 P Fe I 1290 5678 . 38 P Fe I 982 5678.42 Cr II 189

5678.60 P Fe I 113 5679.023 Fe I 1183 5679.56 N II 3 5679.908 Ti I 269 5680.26 Fe I 1026 5680.93 Zr I 25 5681.198 Cr I 5682.204 Nl I 232

5682.483 Pr I 239 5682.633 Na I 6

5682.88 Ca I 5684.190 Sc II 29 5684.523 SI I 11 5685.86 P Fe I 1281 5686.21 N II 3 5686.532 Fe I 1182 5686.826 Sc I 12 5688.193 Na I 6 5688.205 Na I 6 5688.47 Ca I

6688.525 Nd II 79 5688.593 Co I 90 5688.856 SI II 5689.22 Mo I 5 5689.465 Tl I 249 5690.07 P Fe I 1281 5690.470 Si I 10 5691.38 P Fe II 47 5691.509 Fe I 1087 5691.52 Nl I 228

5691.69 P Fe I 1084 5691.71 A II 134 5691.99 P Tl II 79 5694.46 He II 8 5694.730 Cr I 239 5684.998 Nl I 220 5696.0 C III 2 5696.10 P Fe I 1179 5696.11 P Fe II 18 5696.22 Gd I 3

5696.47 Al III 2 5696.63 S I 11 5698.05 Fe I 867 5698.330 Cr I 239

5f/(8.37 Fe I 1130 5698.509 V I 35 5700.14 Sc I 12 1700.24 S I 11 6700.240 Cu I 2 5700.514 Cr I 203,228

I A

5701.138 5701.35

5701.375 5701.46

5701.553 5702.244

5702.307

5702.434 5702.666

5703.09

5703.32 5703.562

5705.32

5705.48 5705.988

5706.11

5706.11 5706.206

5706.375

5706.973

5707.03

5707.068 5707.25

5707.70

5708.109 5708.199

5708.280 5708.437

5708.600 5709.378

5709.559

5709.93 5709.976

5710.76 5711.0735 5711.0831

5711.0912 5711.754

5711.852

5711.867

5711.905 5712.150

5712.39

5712.635

5712.778

5713.895

5714.88 5715.086

5715.107

5715.123

5715.47

5715.80 5716.450

5717.30 5717.845

5717.99 5718.120

5719.18 5719.2251 5719.821

5720.445

5720.613 5720.79 5720.89

5721.02

5721.70

5721.71 5721.99

5722.56

5722.65

5723.66

5723.87 5724.073 5724.37

5724.445

5725.633

5725.95

5727.024 5727.29 5727.662

5727.69 5727.75

5728.32

5728.74

5728.91 5729.203

5730.67 5731.103

5731.257 5731.70

Type Element

SI I Gd I Si II Cr II Fe I Nd II Cr I Fe I Ti I Fe I

La II V I Fe I Fe I Fe I Fe I S I Nd II Si II V I

Ca I Fe I Fe I Fe I Fe I Tl I Nd II Si I Sc I Fe I

Ni I Fe I Tm II

N II Mg I Mg I Mg I Sc I Tl I Fe I

Ni I Fe I La II Cr I Cr I Ti I Fe I Ni I Fe I Ti I

Fe I Fe I Ti I Sc I Fe I Ca I Nd II Hf I Ne I Cr I

Ti II Fe I Fe I Cr II Fe I Fe I Gd II Fe II Al III

Fe I Tl II Sc I A II Fr I V I Fe II V I La ri V I

P ii Fe I Gd II Fe u

y ii Cr I N ii

I V I Ca i

Multlplet No.

10

3

22 209

78 203 866

249

1053

48

35 1058 1087

1183

1088

11

86

35

54 868 866

1056

1161 249

79

1012 686

46

1088

3

88

812 249

1087

69 686

20

119 249 552

231 1061,1086

228

1054

1198 249

12 1107

54

86

6 28 119

24940

1291

1178

34 1057 1088

110

58

2

1160

79

12

12 1109 13557

3548

35

27 120460

5134 257

3 40

36

54

I A

5731.771 5732.29

5732.72

5732.86

5733.86

5734 5734.004

'.735.70 5735.74

5736.55

5736.632

5737.040

5737.68

5737.71 5738.22

5738.286

5738.554 5739.08

5739.30 5739.464

5739.762

5739.78 5739.975

5740.65 5740.862

5741.192

5741. 3P 5741.861 5742.95

5743.28

5743.438 5746.32 5746.432

5746.81

5747.29 5747.36

5747.85

5747.88

5747.95

5718.15

5748.299

5748.343 5748.412

5748.860 5749.28

5749.41 5749.65

5750.424

5751.41 5752.043

5752.64

5752.711

5752.89

5753.136 5753.38 5753.692

5753.97

5754.17 5754.258

5754.41

5754.675 5754.89

5756.45 5757.69 5759.270

5759.56

5759.57

5760.351

5760.53

5760.71

5760.847 5761.08

5761.27

5761.411 5761.88 5762.295

5762.434

5762.84 5762.992

5764.300

5764.32

5764.419

5766.330

5767.18

5767.43 5768.895 5769.06

5769.31 5769.32

5769.598

Type Element Multlplet No.

Fe I Fe I Fe II Fe I Gd II

N I V I Zr I Ca I Lu I

Cr I

Fe II Fe I Fe I Mn I Cr I Ti I Sc I Ti I

Si III

Fe I Ti I La I Nd II Ti I Sc I Fe I Fe I Ca I

V I Cr I Cr I Ca I N II

N I Fe I Fe II

Fe I Fe I

Ne I Ni I V I V I Ni I Gd II Fe I

I Mo I Fe I

N I V I Tl I Fe I Fe I Cr I Fe I Gd II Si I Fe I

Nl I Fe I Tl I Ca I Fe I Fe I Fe I Fe I Fe I Fe I

Nl I Fe I Fe I V I Ca I Tl I Fe I Fe I Fe I Tm I

Ca I Ne I Tl I Hf II

N II

Ce II La II

Fe I La I Hg I

1087

1313

57 1055

94

9 135

454

1

228

35

58 1053 1084

227 249

12 228

4

1057

228

8 86 28012

1086

1084

35 228 243

54

9as

343

164 1182

1290

1348

12792

176

97 116040

5 1180

3392 214

1107 1084

170

10 866

68

113 22854

1184 1087

1204

867 1054

1056

231

1057 867

3554

309 866

1086

1107

13 30922

932

70 1179

85
FINDING LIST 71

Tjpe

5770.17

5772.258 5772.402

5772.676

5773.75 5774.037 5775.090

5776.670

5776.76 5777.622

5777.77

5778.47

5778.81 5779.65

5780.189 5780.452

5780.621 5780.77

5780.778 5780.83

5780.97

5781.195

5781.69

5781.73 5781.806 5782.132

5782.356

5782.601

5783.112 5783.15

5783.509 5783.934

5784.18 5784.360

5784.69 5785.0 5785.002

5785.08

5785.64

5785.67

5785.820 5785.86 5785.979

5786.153

5786.99

5787.036 5787.27 5787.99

5788.389

5788.549

5789.22

5790.50

5790.59

5790.659

5791.005

5791.044 5791.32

5791.38

5791.47 5791.53

5791.781 6791.86 5793.128

5793.16

5793.51 5793.70 5793.932

5794 5795.87

5796.076

Element Multiplet N

Fe I 1236a

SI I 17 V I 92

Cr I 227

Fe II 165

Tl I 309

Fe I 1087

V I 36

Ta I 5 Ba I 9

Cr I 257

Fe I 209

Fe I 1203

Ke II 24

Mn I SI I 9 Fe I 552

Nl I 217

Ti I 214

Fe I 552,922,1159

Cr I 188

Cr I 119,188

Y II 34 Ti II 79

Cr I 188

Cu I 2 Tm II

V I 35,127

Cr I 188

Cr I 227

V I 141

Cr I 188 Ba II 13 V I 141

Fe I 686

Fe II 215

Cr I 188

Mg I 24

Si II Ti I 309

Cr I 188

Cr I 17

Ti I 309

V I 141

Fe I 1084

Cr I 119

Fe I 625

Cr I 188

Cr I 119

V I 92

La I 8 CI II 27

Cr I 17 Hg I 4

Cr I 188

Fe I 552

La I 8 Gd I 3 V II Fe I 1234

Cr I 243

Mo I 5

Si I 9 Fe II 47

C I 18 Fe I 1236a

Fe I 1086

N IV 15

Fe II 21168

I A

5801.71

5604.020 5804.06

5804 . 265 5804.4488 5804.478

5804 . 91 5805.233 5805.76

5805.76

5805.77

5806.31

5806.56

5806.727

5806.75

5806.77

5807.05

5807.14 5807.22

5807.79

5807.97

5808.31 5808.63 5809.249

5809.50 5809.75

5809.88

5811.10 5811.572

5811.93

5811.93

5812 5812.14

5812.81 5812.827

5813.33

5813.67

5814.00 5814.62

5814.80

5815.16

5815.23 5815.42

5815.85

5816.07 5816.36 5816.48 5816.844

5817.063

5817.532

5817.87 5818.74

5819.22

5819.93

5820.155 5820.99

5823.13

5823.17 5823.679

5824.40

5826.12 5826.299

5826.64

5827.1 5827.24

5827.80

5827.80 5827.89

5828 5829.12

Tjpe Element

Hf II Nd II Fe I Ti I Ne I Fe I Fe II Nl I C I Fe I

La II Cr II La II Fe I Si 11

Sc II Gd II V I Fe I Fe I

Fe I La II La II Fe I Hf II Ti I Fe I Ta I Nd II Fe I

Fe II

N IV

C IV

A II

Ti I Fe I Fe II Ti I Ti II Fe I

Fe I Fe I Fe I Gd II Fe I Fe I N I Mn I V I V I

C II Eu II

S II V II Ne I Gd II

C II Fe II Ti I Fe II

Fe I C III Cr II

C II Si II Fe I N IV Fe II

Multiplet No.

59

79 959

309

19 1087

165 234

18 1313

1 3-1 90 1180

8 21 112 142

581 552

1178

4 118 982

14

73 1084

3 78 1022

24

15

1 125

309 1054

163

7379 1086

1055

1234

1053 112 1127

1179

32

92 142

22

9

1499

19 112

22 164 239

58

182

169 1084

22 198

22

8 552

15 165

TiPe

5840.47

5841.01 5841.86

5842.23

5842.391

5843.24

5843.77

5843.80 5844.606

5844.879

5815.27

5845.71

5846 5846.12

5846.306

5846.575 5847.010

5848.09

5848.95

5849.67

5850 . 286 5851.63

5852.19 5852.4878

5853.18

5853.48 5853.62

5853.675

5854.1 5854.16

5854.27

5854.31 5855.126 5855.24

5856.084

5856.09 5856.22

5856.45

5856.96 5857.454

5857.755

5857.9 5858.27

5858.28 5858.77

5859.20 5859.23 5859.608

5859.96

^860.73

5860.92

5861.11

5861.53 5862.357

5862.80 5863.70

5863.96

5863.97

5864.24 5864.54

5866.453 5867.01 5867.497 5867.572

5867.81

5868.404 5870.65

5871.04

5871.289

5871.6

Element

Gd II

N I Cr II Hf II

Nd II Cr I C 11 A II Cr I Fe I

Fe I Gd II

N IV

Si II V I Co I

Nil I Fe I La II

Ke I

V I Gd I Fe I Ne I Fe I Fe I A

II da II Fe III

N I

Cr I Sc II Fe I Gd II

Fe I C II Gd I Fe II Gd PI Ca I

Nl I C III

Fe I Mo I Fe I Fe I Si I Fe I Fe I

Fe I Al II Fe I V II La II Cr

NiFe

Fe II

Ti I Fe I Si II Ca I Al II Si II Fe I Fe I Fe I C III

Multiplet No.

112

32

198

5086

119

22

12 119 1056

1313 112

15

8 142

169

44 552,1175

111 922

92

3 1178

635 134041

2

32

21 1179

112

1128

22

3 1836047

228

20 170

5 1084 1084

9 1181

1054

58

79 1084

11 1180

9162 185

253 1086

24

72

1203

8 46

41

8 1235

150 105520

5796.67 5796.757 5797.352

5797.445

5797.53 5797.57

5797.76

5797.81 5797.912

5798.00

Fe I Cr I V I Tl I Cr I La II Zr I Fe II Si I Cr I

1054

142

309

185

4

4 165

9 185

5829.53 5830.719

5831.624

5832.47

5833.65

5833.93 5834.06

5834.93 5835.10

5835.41

N - V

NiTi

Fe III Fe I Fe II Fe II

Fe I Fe I

32

142 233,250

309

114 209

165

57

1084 1313

5871.81

5872.73 5872.828 5872.98 5873.211

5874.00 5875.6 5875.618

5875.650

5875.989

Gd II Fe I Ne I Eu II

Fe I La II Fe III

He I He I He I

79 552

31

9 1087

48

11

1111

5798.194

5798.46 5798.905 5800.02

5800.229

5800.48 5801.14

5801.17

5801.30

5801.51

Fe I Cr I V I Fe II Be I SI II Cr I C I Gd II C IV

982

17 142

165

9

8 243

18 112

1

5835.43

5835.50

5835.58 5835.61

5836.31 5837.29

5837.709

5838.418 5838.66

5839.78

Fe II Fe II Fe I Fe II

C II Au I Fe I Fe I Cr I Tl I

58 182 343

22

2 1129

959 119

105

5876.27

5876.55

5877.26

5877.770 5879.49

5879.79 5880.00

5880.306

5880.63 5881.28

Fe I Cr I Gd II Fe I Fe I Zr I Fe I Ti I La II Fe I

1084

119

94 1083 1201

4 1201

71

35 1178
Tl FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No. 11 Type Element Multlplet „No

SS81.76 P Fe I 63 5929.700 Fe I 1176 5978.970 SI II 4

5881.8900 Ne I 1 5930.173 Fe I 1180 5980.748 V I 49

5883.06 P Fo I 1124 6930.61 La I 2 0980.89 Tl I 72

0883.421 Co I 90 5930.68 La I 2 0981.25 Ba II 13 5883.838 Fe I 982 5931.79 N II 28 5981.38 P Fe I 837

5884.452 Cr I 119 5931.89 P Fe I 1017 5981.96 Cr I 186 6884.59 Od II 112 5932.05 P Fe II 47 5982.52 Tl I 264 5885.61 Zr I 2 5932. 95 S II 13 5982.84 Cr I 185 5887.46 P Fe I 1203 5933.80 P Fe I 1198 0983.704 Fe I 170 ' 5888.32 Mo I 5 5934.608 Fe I 982. 5983.90 Lu II 2

0889.95: Na I 1 5934.747 Nd II 78 0984.092 Co I 37 6889.97 C II 6935.23 Zr I 2 5984.253 Co I 201 5890.02 P Sc II 21 5935.4391 Co I 00 6984.586 Tl I 2 0890.48 P Fe I 1313 6936.22 La II 19 5984.602 V I 49

6890.487 Co I 82 5937.806 Tl I 72 5984.805 Fe I 1260 5891.12 Fe I 681 5939.76 Ta I 7 5986.04 P Fe II 24 5891.16 P Fe I 1179 5940.25 N II 28 0987.007 Fe I 1260 6891.36 Fe II 211 5940.68 Tl I 2 0987.11 Gd II 97 5891.628 Nd II 86 5940.69 S II 21 5988-560 Tl I 104 5891.5 Fe III 114 5940.972 Fe I 1083 5990.69 P Fe II 51

5891.65 C II 5 5941.36 P Fe II 08 5991.34 I 44

5891.89 P Fe I 1236 5941.67 N II 28 5991.383 Fe II 46

5891.9 Fe II 5941.755 Tl I 72 5991.68 I Fe I 1232 5892.46 P Fe I 1201 6942.71 P Fe I 1233 5991.890 Co I 90 5892.66 La II 48 5943.11 P Fe I 1021 5991.93 I 44

5892.71 Fe I 1086 5943.58 P Fe I 63 5992.65 P Fe I 1060 5892.76 P Nl I 250 5943.62 P Fe I 1080 5993.18 I 44

5892. 80 P Fe I 63 5944.01 Ta I 8 5995.28 I 44

5892.878 Nl I 68 0944.60 P Tl I 2 0995.685 Tl I 311 5893.24 P Fe I 1005 0944.8342 Ne I 1 0996.93 P Fe I 1161

5893.42 Oe II 1 0946.484 Co I 169 5996.007 Tl I 104 5894.1 P C III 20 0947.30 P Fe I 1006 5996.16 S II IS 5894.351 Zn II 1 0947.50 P Fe I 1199 6996.22 P Fe I 624

5895.007 e I 1230 0948.30 La II 105 5996.49 P Fe I 1083 5895.646 IB I 0948.084 SI I 16 0996.74 Nl I 946

5895.89 S II JO 0949.30 Fe I 14,1176 0997.088 Ba I 7 58G5.9C Cr II 198 6900.13 P Fe I 1200 0997.24 Ta I 12 5895.92 Na I 1 6900.91 A II 12 0997.610 Nl I 208

5897.54 V II 98 0961.30 8 II 21 5997.808 Fe I 1176 5897.62 Od II 112 0901.40 V II 98 5998.86 Nl I 226

6898.212 Fe I 1209 0951.60 Od II 90 5999.003 Tl I 196 0899.295 Tl I 72 0902.19 P Fe I 1313 5999.30 Fe III 117 5901.0 Fe III 115 5952.39 N II 28 5999.47 1 I 16 0901.03 P Fe I 1083 5952.50 P Fe II 182 5999.668 .'1 I 227 5901.90 La II 107 0902.749 Fe I 959 0999.70 Al II 63

5902.182 Cr I 119 5953.162 Tl I 164 «999. 83 Al II 03

5902.52 Fe I 1234 5953.65 Fe III 110 5999.85 Ba II 13 5903.317 Tl I 71 5956.12 P Fe I 1233 6000.668 Co I 169 5903.6 Fe II 6955.37 Zr I 3 6001.18 Al II 109 5904.07 Od II 112 5955.682 Fe I 1106 0001.53 P 8c II 20

0905.673 Fe I 1181 5956.48 Od II

09 J01.81 Al II 63 5906.50 P Tl I 105 5956.5 Fe II 6002.273 V I 49

3907.36 C II 44 5956.702 Fe I 14 6002.601 V I 34 5908.24 Fe I 100 5957.612 81 II 4 6002.640 Tl I 198 5908.25 S II 13 5958.22 P Fe I 1199 6003.033 Fe I 906 5909.38 P Fe II 57 5958.23 P Fe I 14 6004.53 Lu I 1 5909.99 Fe I 552 5958.34 P Fe I 63 6004.57 Od II 112 5911.46 Gd II 5958.46 I 23 6005.030 Co I 37 6913.35 P Fe I 781 5958.63 I 23 6005.53 Fe I 207,1079

5913.55 Od II 5959.878 Fe I 1020 6006.42 Al II 93

5913.730 Tl I 2 5960.93 N II 28 6007.313 Nl I 43

5913.87 Cr II 5961.91 P Fe I 1080 6007.70 P Fe I 081 6914.16 Fe I 1180,1181 5962.4 Fe II 6007.961 Fe I 1178 5914.28 V II 126 5963.25 Fe I 63 6008.290 lin II 16 5^14.92 C II 44 5965.040 Co I 169 6008.30 P Fe I 1079 0915.123 Tl I 228 5965.474 Ne I 39 6008.48 N I 16 5915.266 SI II 8 5965.828 Tl I 154 6008.677 Fe I 982

5915.551 Co I 82 5966.07 Eu II 9 6008.648 V I 49

6915.93 3r I 185 0967.77 V II 126 6009.298 Mn II 10 5916.250 Ke I 170 0969.38 Hf II 66 6009.46 P Fe I 6"

6916.364 V II 126 5969.054 Fe I 1086 6009.83 P Fe I 924 5916.73 Cr I 186 0969.64 K II 7 6009.962 Mn II 16 6918.548 Tl I 71 6971.07 Tl I 264 6011.12 Od II 60

5918.93 P Fe I 1083 5971.09 La II 69 6012.21 P Fe I 64

5919.60 C II 44 5971.28 Tra I 6012.261 Nl I 6920.0 Fe III 116 5971.699 Ba I 7 6012.03 Tl I 264 6920.520 Fe I 581 0971.94 Al II 100 6012.70 P Fe I 1198 6922.112 Tl I 72 5973.37 P Fe I 1175 6013.498 Mn I 27 5922.360 Co I 55 5973.52 La II 103 6015.25 P Fe I 63

5923.930 Nl I 259 5973.66 Nl I 226 6016.637 Mn I 27 5928.81 P Nl I 42 5974.62 P Fe I 1065 6016.66 Fe I -38 6926.83 P Fe I 1231 5974.628 Ne I 28 6016.95 P Fe I •V232 0927.16 8 II 21 5976.355 Fe I 1017,1260 6017.52 P Tl I 207 0927.71 La II til 5975.6340 Ne I 1 6017.90 V I 49

6927.796 Fe I 1176 5975.830 Ce II 30 6018.34 P Fe I .176 6927.82 N II 28 0976.18 P Fe I 1125 6018.423 Tl I 198 6928.50 P Fe I 1056 5976.799 Fe I 909 6018.62 Tl I 70 5928.86 V II 96 5978.17 P Fe I 1199 6019.36 P Fe I 780 6029.36 Bff II 69 6978.043 Tl I 154 6019.470 Ba I T 5929.5 M III vu 5978.90 Fe III 117 6020.173 Fe I 1178
FINDING LIST 73

I A T>pa Element Multlplet No

6021.09 Oe II 1 6021.18 P Fe II 24 6021.802 Un I 27 6021.82 Fe I 63,1079,1085

6022.81 As II 1 6023.41 Y I 3 6024.066 Fe I 1178 6024.15 P II 5 6025.723 Pr II 39 6025.73 Nl I 251

6026.81 V II 125 6027.057 Fe I 1018 6027.23 V II 90 6027.57 Hf II 91 6027.76 P Fe I 1312 6028.26 V II 97 6028.64 It II 136 6028.08 V II 125 6020.28 Cr I 242

6029.9971 Ne I 3

6030.66 Mo I 5 6031.07 V II 97 6031.68 Tl I 2

6032.124 A I 13 6032.30 Fa III 117 6032.67 Fe I 1082 6034.01 P II 5 6034.04 P Fe I 1142 6034.204 Ce II 30 6035.34 P Fe I 1125

6035.487 Ce II 30 6036.17 8c I 6036.7 He II 8 6039.312 Nl I 248 6039.690 V I 34 6041.44 Hf II 65 6041.93 8 I 10 6042.092 Fe I 6043.10 P II 5 6043.386 Ce II 30

6043.738 Fe I 864 6044.53 P Fa II 46

6045.38 Ta I id 6C4&.497 Fe II 200

6046.04 8 I 10

604fe,26 I 22 6046,46

6047,665

I 22

Cr I 242

6048.636 V I 49

6049.110 Co I 201

6049.50 Od II 5v 6049.51 Bu II S 6060.446 Mn II 16 6051.00 P Fa I 307 6051.860 Mn II 16 6052.66 8 I 10 6052.892 Mn II 16 6053.48 Cr II 105 6053.680 Nl I 247 6054.100 Fe I 1142

6065.987 Fa I 1209 6058.119 V I 34 6068.76 P Tl 1 70 6069.26 P 8c I 20

8060.81 P Fa I 1081 6061.04 Fa I 217 6061.11 Al 1 99

6062.75 Cr I 185 6062.88 Zr I 3 6082.89 Fe I 63

6063.117 Be I 7 6064.631 11 I 69

6066.487 Fa I 207 0065.5 N II 27 0065.81 P Fe I 681

6066.32 Al II 92 6066.44 Al II 92

6067.13 La II 48 067.62 P SI I 16 6008.00 Cr II \91

6068.46 Al II 92

6069.69 Cr II 197 6070.08 Cr II 105 6073.23 Al II 92

6074.1 Ha II 8 6074.3377 Ne I 3 6077.43 A II 12 6078.496 Fe I 1259

6079. OS Fe I 1176 6080.11 V II 206

I A Tj pe Element Multlplet No

6080.65 Od II 112 6080.85 8 II 20 6081.421 V I 34

6081.51 Cr II 188 6081.72 P Fe I 1142 6081.85 P Fe I 1018 6082.431 Co I 169 6082.718 Fe I 64 6083.67 P Fe I 981 6083.82 V II 125

6084.11 Fe II 46

6085.228 Ti I 69 6085.267 Fe I 269 6085.43 La II 111 6086.290 Nl I 249 6086.55 V I 49

6086.663 Co I 165 6086.93 V II 125 6087.485 V I 33 6087.76 P II 5

6089.473 V I 33 6069.566 Fe I 1327 6089.69 Cr II 187 6090. 184 V I 34

6090.54 P V I 33 6091.170 Tl I 238 6091.74 P Fe I 1200 6092.13 8 II 20 6092.814 Tl I 153 6093.144 Co I 37

6093.66 Fe I 1177 6094.419 Fe I 1177 6094.65 CI II 26 6095.37 C II 24 6095.93 V II 97 6096.689 Fe I 959 6097.08 P Fe I 64 6097.12 8 II 13 6097.42 V I 33

6098.28 P Fe I 1200

6098.62 C II 24

6098.655 Tl I 304

6100.04 Zr II 93

.6100.23 P Fe I 1199 6100.29 P Fe I 1199 6100.37 La II 47

6102.178 Fe I 1259 6102.26 8 II 26 6102.59 C II 24 6102.59 P Fa III 3

6102.722 Ca I 3 6103.190 Fa I 1260 6103.54 Fa II 200 6103.58 A II 27 6103.642 LI I 4

6105.15 P Fe I 1175 6105.381 Mn II 16 6106.19 Od II 96 6106.26 I 43 6106.47 Zr II 106,137

6106.84 P Pe I 208

3106.967 V I 60 6107.09 P Fe I 1081 6107.293 Mn II 16 6107.32 P Fa I 1018 6108.121 Nl I 40 6108.6 P Mn II 16 6109.318 Fa I 581 6110.30 As II 5

6110.784 Ba I 7

6111.06 Nl I 230 6111.622 .V I 34

6112.26 Cr II 105 6113.33 Fa II 46

6114.07 Od I 3 6114.41 P Fa I 981 6114.6 N II 36

6114. 7f Zr II 93 6114.92 A II 102 6115.21 C II 19

6118.04 P Fe II 46

6116.181 Ml I 218,251 6116.994 Co I 37 6118.06 Nl I 230 6118.2 He II 6 6119.500 V I 34

6119.780 Nl I 244 6120.12 A II 22

6120.25 P Fa I 14 6120.88 Zr I 24

I A Ty pe Element Multlplet No

6120.98 V II 97 6121.008 Tl I 153 6122.219 Ca I 3 6122.438 Mn II 13 6122.640 Co I 169 6122.799 Mn II 13 6123.164 Mn II 13 6123.38 A II 102 6123.41 8 II 13 6124.08 P Fe I 1326

6124.85 81 I 30 6124.86 Zr I 24

6125 P N IV 16 6125.03 SI I 30

6125.855 Mn II 13 6126.09 La II 69 6126.210 Mn II 13 6126.217 Tl I 69 6126.516 Mn II 13 6127.49 Zr I 2

6127.913 Fe I 1017,1082

6128.21 S II 28 6128.30 V I 33 6128.725 Mn II 13 6128.990 Nl I 42

6129.022 Mn II 13 6129.23 Cr II 105 6129.255 Mn II 13 6129.57 La II 47

6129.71 P Fe II 46

6130.174 Nl I 248 6130.37 P Fe I 624 6130.794 Mn II 13 6131.000 Mn II 13 6131.30 P 31 I 30 6131.54 31 I 30 6131.86 81 I 30 6131.917 Mn II 13 6133.948 Nl I 229 6134.58 Zr I 2

6135.07 V I 60

6130.10 Hf II 90 6135.36 V I 34

6135.759 Cr I 314 6135.83 Ba II 12

6136. 620 Fe I 169 6136.9 N II 36 6136.999 Fe I 62 6137.01 P Fe I 680 6137.696 Fe I 207

6138.38 Tl I 197 6138.44 Y I 3 6138.67 A II 21,103 6138.77 Cr II 188 6138.98 8 II 63 6139.65 P Fe I 208 6140.50 Zr I 24 6141.01 P Fe II 46

6141.718 Ba II 2 6141.734 Fe I 816

6142.047 Nl I 244 6142.21 P 81 I 30

6142.53 81 I 30 6143.0623 Ne I 1 6143.23 Zr I 2 6140.06 81 I 29 6145.42 P Fe I 680 6146.225 Tl I 153 6146.38 Co I 80 6146.53 La II 4

6147.15 Cr II 105 6147.735 Fe II 74 6147.85 Fe I 1016 6148.65 P Fe I 1141 6149.238 Fa II 74 6149.743 Tl I 197

6150. 10 P Fe II 46 6150.132 V I 20 6150.9 N II 36

6151.509 V I 33

6101.624 Fe I 62 6152.82 P Fe I 1312 6154.225 *Na I 5 6154.4 P C III 13 6155.22 81 I 29

6155.24 P Fe II 161 6155.4 P C III 13 6155.73 31 I 29 6156.99 I 10 6188.10 Ca I 20
74 FINDING LIST

I A Type Element Multiple

6156.25 Hf II 67 6156.6 P C III 13 6156.78 I 10 6157.41 P Fe I 624 6157.734 Fe I 1015 6158.19 I 10 6159.409 Fe I 1175 6160.747 Na I 5 6160.75 P Fe II 161 6161.194 Pr II 39

6161.289 Ca I 20 6161.84 S II 27 6162.172 Ca I 3 6163.42 Ni I 230 6163.560 Fe I 64 6163.5939 Ne I 5 6163.758 Ca I 20 6165.18 P Nl I 229 6165.366 Fe I 1018 6165.56 P II 5

6165.945 Pr II 39 6166.443 Ca I 20 6167.82 N II 36,60 6168.46 Cr II 196 6168.86 Co I 82 6169.055 Ca I 20 6169.559 Ca I 20 6170.16 N II 36 6170.340 V I 20 6170.47 As II 1

6170.492 Fe I 1260 6170.568 Nl I 228,230

6170.6 He II 8 6171.01 P Fe I 1256 6172.28 A II 102 6172.72 La II 4 6173.05 Eu II 9 6173.343 Fe I 62 6173.40 N II 36 6174.15 La II 47

6175.158 Fe II 200

6175.424 Nl I 217 6176.813 Nl I 228 6176.95 Cr II 105 6177.258 Nl I 58 6177.49 Nl I 244 6178.13 P Fe II 46 6179.17 Cr II 187 6179.378 Fe II 163

6180.093 Nl I 65,217

6180.216 Fe I 269 6180.42 Gd II 111 6181.57 Al II 66 6181.68 Al II 66 6182.28 Al II 66 6162.45 Al II 66 6183.42 Al II 66 6183.892 Nl I 226 6184.94 P Fe II 163

6185.1 Fe III 6185.34 P Fe II 46 6186.14 Tl I 197 6186.740 Nl I 229 •187.41 P Fe I 342

6188.00 P Cr II 187 6188.037 Fe I 959 6188.09 La II 117 6189.005 Co I 37 6189.350 V I 20

6191.186 Nl I 45 6191.562 Fe I 169 6191.73 Y I 2 6182.96 Zr I 24 6193.672 8c I 3 6196.18 Cr II 105 6196.71 P Fe II 46 6199.16 Fe II 162 6199.202 V I 19 6199.475 Fe I 208

6200.323 Fe I 207 6201.52 Al II 57 6201.70 Al II 57 6202.31 P Fe I 208 6203.51 La II 111 6204.640 Nl I 226 6207.251 V I 20 6208.18 Cr II 105 6208.73 P Fe I 981 6210.676 8c I 2

I A

6212.04

6212.30 6213.06

6213.438

6213.874

6214.58 6215.152 6215.212

6216.368 6217.2813

6217.288

6217.95 6219.290

6219.35 6219.54

6219.54

P220.460 6220.78

6221.40 6221.41

6221.661

6221.88

6222.59

6222.81

6223.994 6224.23 6224.26 6224.507

6226.18 6226.29

6226.66

6226.77 6229.234

6229.34 6230.115

6230.728

6230.736

6230.84 6230.968

6231.76

6231.78 6232.661

6232.735

6233.187 6233.52 6233.8

6237.34

6237.62 6238.375

6239.36

6239.410

6239.64

6239.73 6239.77 6239.778

6239.95 6240.137

6240.266 6240.656

6242.52

6242.80

6243.11

6243.13 6243.36

6243.86 6244.13 6244.344

6244.51 6244.56

6245.214

6245.629

6245.84

6246 . 334 6247.562

6248.916

6248 . 95 6249.65

6249.92

6251.26 6251.83

6252.561

6253.82

6254.25 6254.262

6254.96 6256.365

6256.370

6256 . 84 6256.906 6257.72

Type Element

Fe I Ti II

Zr I Fe I V I Zn II Fe I Ti I V I Ne I

Fe I Fe II Fe I Fe II Fe I Fe II Ti I Fe I Fe I Ti I

Fe I Lu II \ I Hf II

Fe I V I V I Al II V II

Cr II Fe I Fe I Fe II Nl I Fe I V I Hf II Co I Sc I

Al II Fe I Fe I V I Fe II He II

Si I Si I Fe II Fe II

Sc I F I A II Cr II Sc I Fe II V I Fe I Fe I N II

V I V I A II

Al II Si I SI I Pr II Sc I SI I V I

Sc II Fe I Fe I Fe II Fe II Hf II

Fe I La I Fe I V I

Fe I Fe I S1 I Fe I Si I NI I Fe I

I V I Tl I

Multlplet No.

1142

10824

62

20

1 1018

293

19

1

1335

3462

161 685

34

293

958

981

293

132

2 57 228

1257

2020

10 124

105 981 342

34 227

207

196937

3

10 816 685

20

72827

74

34

2

321 105

37420 1015

64

57

19

1921

1028

2839

3 27

20

28 1289 816

74

22 685

7 1176

19

169

1256

28 1112843

16950

18

1

I A Type Element Multipl

6257.834 Nd II 72 6258.103 Ti I 104 6258.591 Ni I 226 6258.595 V I 19 6258.706 Ti I 104 6258.962 Sc I 3 6259.615 Ni I 216 6260.31 Gd II 111 6261.101 Ti I 104 6261.236 V I 20

6261.55 I 50 6262.30 La II 33 6264 .55 I 19 6264.825 Ti I 144 6265 . 140 Fe I 62 6266.021 Ti I 144 6266.32 V I 20 6266.4950 Ne I 5 6266.89 I 48 6267.64 P Fe I 110

6267.845 Fe I 1123 6268.50 Ti I 103 6268.841 V I 20 6270.238 Fe I 342 6271.289 Fe I 685 6271.52 P Fe I 1231 6271.83 Cr II 196 6272.650 Ni I 244 6273.389 Ti I 1 6273.76 La II 131

6274.34 S II 19 6274.670 V I IB 6274.94 Cr II 186 6276.310 Sc I 2 6277.525 Ti I 144 6278.30 Au I 1 6279.757 Sc II 28 6279.84 Hf II 13 6280.625 Fe I 13 6282.636 Co I 37

6282.92 Cr II 196 6284.00 P Fe I 624 6284.30 N II 32 6285.185 V I 10 6286.35 S II 18 6287.06 S II 26 6290.55 P Fe I 208 6290.968 Fe I 125S 6292.858 V I 19 6293.00 P Ti I 103

6293.92 P Fe I 1260 6295.251 Tl I 1,144 6295.949 Tl I 144 6296.08 La II 47,68 6296.518 V I 19 6296.646 Ti I 1 6297.800 Fe I 62 6298.075 Ti I 144 6299.07 Gd II 123 6299.74 P Fe III 3

6300.363 Ni I 246 6300.697 Sc II 28 6301.515 Fe I 816 6301.86 P Fe I 863 6302.507 Fe I 816 6303.41 Eu II 8 6303.46 Fe I 1140 6303.754 Ti I 104 6304 . 35 Zr I 24 6305.15 Gd II 94

6305 . 262 Pr II 39 6305.318 Fe II 200 6305.46 La II B 6305.51 S II 19 6305.60 Cr II 6305.671 Sc I 2 6306.047 Sc I 3 6306.17 Hf II 81 6306.19 P Fe I 1230 6307.25 La II 117

6307.85 P Fe I 863 6309.902 Sc II 28 6310.543 Fe I 405

6310.8 He II 7 6310.91 La II 103 6311.289 Tl I 103 6311.506 Fe I 342 6312.240 Ti I 104 6312.68 S II 26 6313.06 Zr I 65
FINDING LIST 75 I A Type Element Hultlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

6313.57 Zr II 136 6371.359 SI II 2 6435.02

Y I 2 8314.22 Gd II 121 6374.08 La II 111 6435 . 148 V I 107 6314.29 S II 28 6374.31 I 59 6436.43 Fe I 1016 6314.666 Nl I 67 6375.96 Fe II 6437.01 N I 23 6314.67 P Nl I 249 6376.00 A II 61 6437.63 A II 20 6315.316 Fe I 1015 6376.22 P Fe I 1140 6437.64 Eu II 8 6315.42 P Fe I 1016 6378.263 Nl I 247 6438.4696 Cd I 3 6315.79 La II 117 6378.824 Sc I 1 6438.775 Fe I 1108 6315.814 Fe I 1014 6378.91 Ba II 12 6439.073 Ca I 18 6316.61 Nl I 248 6379.63 N II 2 6440.974 Mn I 39 6318.022 Fe I 168 6380.11 V II 231 6441.70 N I 23 6318.027 Tl I 103 6380.748 Fe I 1015 6441.95 A II 6318.11 Ca I 53 6380.95 Gd II 111 6442.97 Fe II 6318.23 Mg I 23 6381.416 Tl I 196 6443.05 La II 117 6318.75 »g I 23 6382.169 Mn I 39 6443.492 Mn I 39 6320.39 La II 19 6382.9914 Ne I 3 6445.05 N III 14 6320.854 Sc II 28 63H3 P N IV 2 6445.76 Zr I 57 6322.165 Nl I 249 6383.753 Fe II 6446.281 Mn II 19 6322.693 Fe I 207 6384.669 Mn I 39 6446.43 Fe II 199 6322.98 P Fe III 3 6384.697 Ni I 246 6446.62 La II 104

6323.39 I 31 6384.89 S II 19 6448.10 Sc I 1 0324.46 A II 6385 . 196 Nd II 85 6449.810 Ca I 19 6324.84 I 31 6385.473 Fe II 6450.09 P Co I 80 6325.22 Tl I 1 6385.74 P Fe I 1253 6450.230 Co I 37 6325.90 La I 2 6386.48 8 II 6450.78 N III 14 6326.43 S II 63 6386. 75 Fe II 203 6450.854 Ba I 6 6326.845 V I 84 6388.41 P Fe I 685 6450.99 Fe I 1344 6327.603 Nl I 44 6390.48 La II 33 6451.58 Fe I 921 6328.6 N II 46 6391.214 Mn I 39 6451.580 Nl I 257 6329 P V 14 6392.534 Fe I 109 6452.354 V I 48

6330.101 Cr I 6 6393.605 Fe I 168 6452.77 Nl I 226 6330.806 Fe I 1254 6394.23 La I 7 6453.50 Sn II 1 6331.969 Fe II 199 6395.158 Co I 174 6453.64 I 9 6334.4279 Ne I 1 6395.16 Ca I 6453.95 N III 14 6330.335 Fe I 62 6395.27 8 II 6454.48 I 9 6335.74 Al II 22 6396.39 P Fe I 921 6454.998 Co I 174 6336.104 Tl I 103 6397.30 S II 19 6455.600 Ca I 19 6336.835 Fe I 816 6398.05 S II 19 6455.85 Hf II 82 6338.896 Fe I 1258 6399.04 La II 104 645!}. 99 La I 1 6339.090 V I 84 6399.23 A II 21 6456.01 I 9

6339.148 Nl I 248 6399.41 CI II 58 6456.376 Fe II 74 6339.96 P Fe I 685 6400.010 Fe I 816 6456.87 P Fe I 1256 6340.67 N II 46 6400.335 Fe I 13 6456.907 Ca II 19 6341.682 Ba I 6 6402.005 Y I 2 6457.93 N I 22 6342. C82 8c II 28 6402.2455 Ne I 1 6458.68 P Fe III 3 6343.29 Ca I 03 6402.43 P Fe I 1344 6460.1 P II 32

6343.963 Ce II 6403.58 S I 9 6462.210 Mn II 20 6344.154 Fe I 169 6405.89 Ca I 6462.404 Mn II 20

6344.831 8c I 1 6406.3 He II 7 6462.566 Ca I 18 6346.54 Zr II 128 6406.42 Fe I 1334 6462.72 P Fe I 13

6346.60 Gd II 96 6407.03 Zr 1 2 6462.731 Fe I 168 6346.67 Mg II 16 6407,30 Fe II 74 6462.799 Mn II 20 6347.091 SI II 2 6408.031 Fe I 816 6463.03 N III 14 6347.1 N II 46 6408.13 S I 9 6463.11 Lu II 2 6347.643 Co I 200 6408.463 Sr I 8 6463.195 Mn II 20 6348.50 F I 3 6410.98 La I 7 6463.637 Mn II 20 6349.477 V I 84 6411.10 P Fe I 1256 6464.67 P Fe I 13 6349.748 Mn I 39 6411.658 Fe I 816 6464.70 Ca I 19 6351.17 I 61 6412.20 P Fe I 169 6466.86 N III 14 6361.29 P Fe I 1140 6413.13 P Tl I 1 6466.97 V I 32

6301.448 Co I 200 6413.353 Sc I 1 6468 . 32

N I 22 6303.84 P Fe I 13 6413.66 F I 3 6468.77 N III 14 6300.038 Fe I 342 6413.71 S II 19 6468.86 P Fe I 1254 6306.057 Mn I 39 6413.92 Mn I 39 6469.12 P Fe I 168 6356.293 Fe I 208 6414.603 Ni I 244 6469.214 Fe I 1258 6357.0 N II 46 6415.24 SI I 6470.25 Zr I 60 6367.10 P Zr I 2 6415.50 S I 9 6471.660 Ca I 18 6307.297 V I 84 6415.09 Cr II 196 6472.15 P Fe I 1140 6308.12 La II 47 6416.900 Fe II 74 6472.34 Sm II 60 6308.692 Fe I 13 6416.94 P Fe I 1263 6473.89 Hf II 91

6309.896 Tl I 1 6417.824 Co I 111 6474.558 Co I 165 6360.798 Nl I 229 6418.87 Cr II 196 6474.61 Fe I .861 6361.41 Tl I 196 6419.15 Ti I 196 6475.632 Fe I 206 6361.79 Ca I 63 6419.65 P Fe I 958 6477.861 Co I 174

6362. 286 8c I 1 6419.982 Fe I 1258 6478.69

N III 14 6362.347 Zn I 6 6420.47 N I 23 6480.11 Gd II 109 6362.414 Nl I 6421.355 Fe I 111 6481.73 N I 21 6362.874 Cr I 6 6421.507 Ni I 258 6481.878 Fe I 109 6362.889 Fe I 1019 6424.905 Nl I 227 6482.07 N II 8 6364.384 Fe I 1203 6426.80 Fe I 1138 6482.205 Fe II 199

6364.097 Nl I 67 6429.913 Co I 81 6482.74

N I 21 6364.717 Fe I 1229 6430.471 V I 107 6482.811 Ni I 66 6364.92 Tl I 1 6430.78 Ta I 11 6483 . 10 A II 27 6360.7 N II 2 6430.851 Fe I 62 6483.75 N I 21

6366 . 33 I 60 6431.620

V I 107 6483.95 P Fe I 34

6366.354 Tl I 103 6432.06 Ni I 126 6484.88

N I 21 6366.483 Nl I 230 6432.654 Fe II 40 6485.36 Ta I 12 6369.34 8 II 19 6433.17 V I 107 6487.43 Fe II 203 6369.45 Fe II 40 6433.85 Fe II 199 6487.48 P Fe III 3 6370 . 383 Nl I 127 6434.44 P Fe III 3 6487.55 N III 14
76 FINDING LIST

I A Type Element Multlplet No. I A Typ^ Element K_ f.lplat No. I A Type Element Hultlplat Mo

0489.10 Yb I 3 6560.099 He 11 2 6634.10 P Fe I 1258 0489.68 Zr I 65 6560.68 81 I 62 6634.36 Od II 94 0490.344 Co I 81 6561.032 D 1 6635.10 Nl I 264 0491.28 Fe II 6562.817 H 1 6635.68 P Fe I 1100 0491.28 N I 21 6563.403 Co I 80 6636.53 La II 61 0491.61 P Ti II 91 6563.86 Hf II 81 6637.01 N I 30

0491.712 Mn I 39 6565.62 Tl I 6638.24 A II 20 0492.0 N II 40 6565.88 V I 48 0039.30 P Fe I 1279 0493.05 Fe II 6567.22 P Fe I 168 6639.71 P Fe I 1190 0493 . 780 Ca I 18 6567.39 Hf II 90 0039.72 A II 20

0494.11 Od I 123 6568.00 Od II 121 6639.90 P Fe I 1007 6494.52 P Fe I 1200 6669.261 Fe I 1203 6640.90 II 4

6494.985 Fe I 168 6569.31 Sm II 62 6641.06 S II 20 6495.45 tl II 60 6570.0 He II 7 6642.79 La II 103 0495.779 Fe I 1203 6570.834 Hn I 01 6643.023 Cr I 200 0496.466 Fe I 1208 6570.96 La II 47 6643.536 8r I 8 0496.896 Ba II 2 6571.22 Fe I 1121 6643.641 Nl I 43 0497.689 Tl I 102 6572.781 Ca I 1 6643.79 A II 20 6498.19 La II 104 6572.900 Cr I 10 6644.60 Hf II 34

6498.759 Ba I 6 6574.238 Fe I 13 6644.96 N I 30

0498.950 Fe I 13 6575.022 Fe I 206 6045.11 Eu II 8 6499.52 N I 21 6575.180 Tl I 286 6646.52 N I 20

6499.649 Ca I 18 6076.96 P Nl I 283 6646.90 P Fe I 1100

0500.25 A II 26 6678.03 C II 2 6646.98 Fe I 308 0501.212 Cr I 16 6678.51 La I 1 6647.06 Hf II 68

0801.081 Fa I 6678.96 V I 32 6647.90 P F3 I 001

6503.989 Sr I 8 6580.22 Nl I 266 6648.08 P Fe I 1* 6504.164 V I 48 6580.96 Cr I 16 6653.41 N I 20 0504.9 N II 40 6581.22 Fe I 34 6653.75 CI II 38

0506.33 Fe II 6582.85 C II 2 6653.78 I 68

0506.45 N I 21 6584.53 Hf II 99 6653.88 Fe I 1002 0606.5279 Me I 3 6584.89 Y I 1 6656.61 N I 30 0508.135 Tl I 102 6586.328 Nl 1 4 ^657. 54 Cr I 283

0608.742 Ca I 18 6586.343 Hn I 61 d660.49 91 II 0009.10 A II 21 6586.69 Fe II 6661.076 Cr I 383 0009.56 Fe I 1012 6587.75 C I 22 6661.39 Nl I 346 0011.62 Hf II 69 6588.91 8m I 1 6661.68 CI II 38 0012.01 Hf II 49 6591.32 Fe I 1229 6663.26 Fe I 1198 0010.026 Cr I 265 6591.834 Co I 202 6663.446 Fe I 111 6516.053 Fe II 40 6592 P C IV 10 6665.42 P Fe I 1180

6517.01 Fe II 6592.472 Nl I 248 6665.43 P Fe I 34

6017.27 V II 230 6592.91 P Tl I 102 6666.36 A II 38 0018.376 Fe I 342 6592.919 Fe I 268 6666.048 Tl I 101 0019.371 Hn I 39 6593.878 Fe I 108 6666.94 II 88 0021.39 S II 20 6595.326 Ba I 6667.17 P Fe I 110 6022.3 N II 40 6590.869 Co I 174 6667.42 P Fe I 168 0022.38 CI II 09 6697.006 Cr I 282 6667.73 Fa I 1338 6024.76 P Fe I 1280 6097.607 Fe I 1263 6669.207 Cr I 383 6026.99 La II 33 6698.594 Nl I 249 0671.36 Fe I 1343 6627.20 P 81 I 02 6598.9529 Ne I 6671.41 La II 33

6527.312 Ba I 6 6599.112 Tl I 19 0071.43 P Fe I 1200 0627.49 81 I 62 6601.13 P Fe I 1280 6671.61 Sm I 1 0028.03 Fe I 6603.20 P Fe I 802 6671.88 81 II 0029.197 Cr I 266 6603.67 P Fe I 860 6672. 84 V II 339 6631.44 V I 48 6604.60 8c II 19 6672.88 P Fe I 200

6531.66 Hf II 48 6604.67 Fe I 1204 6673.84 P Fe I 1204 6532.891 Nl I 64 6605.546 Hn I 01 6676.271 Ba I 8 6533.0 N II 40 6605.98 V I 48 6676.86 P Fe I 1194 6533.97 Fe I 1197 6607.02 P Tl II 91 6677.24 Cr I 206 6537.921 Cr I 16 6607.82 V I )9 6677.26 Tl I 274

6039.72 Fe I 405 6608.03 Fe I 109 6677.33 Fe II 210 6541.49 P Fe I 1195 6609.116 Fe I 206 6677.49 P Fe I 1280 6542.80 Hf II 100 6609.20 Hf II 100 6677.54 P Fe I 001

6043 . 17 La I 7 6609.56 Fe I 6677.96 P Fe I 200

6543.51 V I 48 6609.64 Al II 76 6677.993 Fe I 208

6543.98 Fe I 1139 6609.68 P Fe I 13 6678.03 Zr II 128 6545.2 N II 45 6610.04 Od II 108 6678.149 He I 40

6546.80 Mg II 23 6610.58 N II 31 6678.19 II 80 6546.246 Fe I 268 6612.17 Cr I 282 6678.2764 Ne I 6546.276 Tl I 102 6613.74 Y II 26 6678.60 P Tl I 213

6546.791 8r I 8 6613.83 P Fe I 13 6678.818 Co I 54

6547.58 P Fe I 13 6615.03 P Fe I 1160 6680.19 Cr I 282

6548.72 Hf II 6617.126 Co I 202 6680.26 Tl II 112

6560.01 Hf II 111 6617.14 P Nl I 248 6681.03 CI II 38 6050.244 8r I 12 6617.266 8r I 8 6681.23 Od II 94 6651.466 Co I 54 6621.24 Nl I 97 6681.34 P Fe I 1100 6551.68 P Fe I 13 6622.28 Od II 110 6682.23 P Fe I 1008

6562.77 Fe I 1325 6622.41 P Fe I 1107 6683.2 He II 7 6554.18 La II 109 6622.53 N I 20 6684.36 A II 20 6654.226 Tl I 102 6623.78 P Fe I 1010 6686.04 CI II 38

6060.20 81 I 62 6624.86 V I 48 6687.57 Y I 1 0656.87 P Fe I 1007 6625.04 Fe I 13 6690.60 Nl I 140 6566.066 Tl I 102 6627.28 Fe II 210 6692.47 P Fe I 1192

6066.79. Fe I 1255 6627.558 Fe I 1174 6693.842 Ba I 6567.40 Y I 1 6627.62 II 80 6695.97 Al I 8 0557.87 8c I 24 6630.015 Cr I 16 6696.30 P Fe I 1205 0657.91 Hf II 66 6630.5 N II 41 6696.39 Al II 29

6658.02 V I 59 6632.438 Co I 111 6698.63 Al I 8

6558.06 8c I 24 6633.44 Fe I 1208 6699.14 Fe I 1338 6559.580 Tl II 01 6633.764 Fe I 1197 6699.40 Al II 39
FINDING LIST 77

I A Type Element Multlplet No. I A Tjpe Element. Multlplet No. I A T>pe Element Multlplet No 6700.89 P Fe I 1156 6762.832 A I 11 6823.46 Al II 9 6700.90 P Fe I 1333 6753.00 V I 31 6824.82 P Fe I 1280 6700.90 P Nl I 248 6753.45 P Fe I 1196 6828.25 Od I 2 6701.64 Cr I 256 6754.61 Hf II 35 6828.5 C I 21 6702.12 Gd II 130 6754.75 C II 21 6828.610 Fe I 1195 6703.573 Fe I 268 6755.609 Fe I 6829.92 Co I 81 6704.18 Gd II 110 6756.56 P Fe I 1120 6829.94 V I 31 6704.48 P Fe I 1052 6756.61 A II 20 6830 P V 12 6705.117 Fe I 1197 6757.16 S I 8 6830.83 La II 108 6705.13 P Fe I 1280 6757.78 Cr I 315 6831.44 P Fe I 550 6706.20 N I 31 6758.60 N I 30 6831.62 CI II 44 6707.74 LI I 1 6759.41 Nl I 245 6832.44 V I 31 6707.89 LI I 1 6759.42 CI II 54 6832.49 Y II 26 6708.27 F I 2 6761.07 P Fe I 1227 6832.93 Zr I 1 6708.81 N I 6762.38 Zr I 1 6833.24 Fe I 1194 6709.49 La I 6 6762.41 Cr I 315 6834.07 La II 3 6709.88 Ca I 46 6764. 13 P Fe I 1225 6834.26 F I 2 6710.31 Fe I 34 6766.49 V I 31 6835.03 Sc I 6711.24 P Fe I 1320 6767 P V 12 6835.29 Hf II 13 6712.44 P Fe I 1270 6767.778 Nl I 57 6836.2 N II 54 6712.68 P Fe I 206 6769.62 Ba II 8 6837.00 Fe I 1225 6713.14 Fe I 1013,1195 6769.66 P Fe I 1226 6837.14 Al II 9 6713.43 CI 11 38 6771.040 Co I 54 6837.91 La II 33 6713.76 Fe I 1255 6772.36 111 I 127 6838.08 Fe I 1192 6714.08 La II 103 6773.97 F I 2 6838.86 Fe I 6715.38 Cr I 383 6774.28 La II 2 6839.828 Fe I 205 6715.410 Fe I 1174 6775.97 Al II 111 6841.349 Fe I 1195 6716.24 Fe I 1335 6777.44 Fe I 1010,1013 6841.65 P Fe I 1333 6716.679 Tl I 373 6779.74 C II 14 6841.66 CI II 54

6717.556 Fe I 1194 6780.27 C II 14 6841.89 V I 31

6717.685 Ca I 33 6783.27 P Fe I 206 6842.07 Nl I 126 6717.911 Tl II 113 6783.71 Fe I 205 6842.35 P Si I 61 6718.14 Od II 130 6783.75 C II 14 6842.668 Fe I 1197 6718.68 La II 129 6784.98 V I 31 6843.671 Fe I 1173 6719 P H V 11 6785.25 P Tl II 112 6844.05 Sn II 1 3719.40 Hf II 110 6786.76 P Fe I 1226 6844.67 P Fe I 34 6721.35 II 4 6785.88 P Fe I 1007 6845.24 Y I 16 6721.97 31 I 6786.41 P Fe I 551 6845.93 P Fe I 1190 6722.67 81 I 38 6786.88 Fe I 1052 6846.60 Gd II 94 6723.13 H I 31 6787.09 C II 14 6846.97 II 45

6725. 31 Fe I 1052 6787.15 Zr II 135 6847.60 P Fe I 1078 6726.26 I 2 6787.61 P Fe I 1156 6848.65 Si I 37 6726.50 I 3 6789.17 Cr I 6848.86 P Fe I 1192 6726.668 Fe I 1197 6790 P V 12 6850.07 Hf II 0726.78 Fe I 6790.00 8m II 56 6850.21 CI II 54 6726.84 C II 21 6791.022 8r I 3 6850.48 Nl I 157 6727.1 P C III 3 6791.30 C II 14 6651.64 P Fe I 34

6727.83 Od II 98 6793.36 Fe I 1005 6854.82 Fe I 1224a 6729.72 Cr I 301 6793.63 Fe I 6855. 176 Fe I 1195 6729.80 P 31 I 61 6793.71 Y I 1 6855.74 Fe I 1194

6730.38 P 81 I 61 6794.60 P Fe I 1279 6856.02 F I 2 6730.7 P C III 3 6795.41 1 II 26 6856.03 3m II 58 6730.73 Od I 3 6795.52 F I 2 6857.13 Od II 122 6730.70 C II 21 6796.11 Fe I 1007 6857.25 Fe I 1006 6731.84 8b II 59 6798.04 C II 14 6857.3 P C III 19 6732.06 Fe I 1225 6798.51 Ca I 31 6857.6 N II 71 6732.80 La II 109 6799.32 A II 74 6858.164 Fe I 1173 6732.88 8 II . 25 6799.61 Yb I 3 6868.25 Y II 26 6733.164 Fe I 1195 6800.50 C II 14 6859.03 La II 34 6733.48 H I 31 6801.16 V II 219 6859.49 P Fe I 340

6733,58 C II 21 6801.31 P Fe I 551 6860.13 P Fe I 1255 6734.18 Cr I 282 6801.38 La II 130 6860.29 Fe I 205 6735.00 P Fe I 1157 6801.87 P Fe I 34 6860.96 P Fe I 341 6736.58 P Fe I 1133 6803.30 P Fe I 1192 6861.24 Nl I 293 6737.29 P Fe I 551 6803.84 P Fe I 1191 6861.30 A II 25

6737.87 8c I 6804.020 Fe I 1174 6861.47 Tl I 237 6738.36 C II 21 6804.27 Fe I 1225 6861.93 Fe I 109 6738.81 Cr I 318 6805.72 P Fe I 1220 6862.481 Fe I 1191 6739.54 Fe I 34 6806.861 Fe I 268 6862.82 Sm II 55 6741.29 N I 31 6808.55 A II 24 6862.9 P C III 19

6742.05 C II 21 6808.80 P Fe I 340 6863.52 A II 20 6743.134 Tl I 48 6808.88 La II 1 6864.31 P Fe I 1186 6743.58 8 I 8 6810.28 Fe I 1197 6869.74 II 45

6744.2 P C III 3 6812.19 C II 14 6870.22 F I 2 6744.60 Cr I 318 6812.26 N II 54 6870.8 N II 71 6748.11 Fe I 1337 6812.40 V I. 3l' 6871.7 P C III 19 6748.5* P Tl I 326 6813.55 P Fe I 1288 6872.32 Co I 54

6745.' P Fe I 1005 6813.598 Nl I 288 6874.09 Ba II 8

6746.1 Tl I 152 6813.68 La II 110 6875.45 Fe I 167 6748.96 P Fe I 205 6813.85 P 81 I 61 6875.98 Fel 1013

6748.43 Tl I 183 3814.950 Co I 54 6876.71 Ni I 97 6748.79 8 I 8 "1816.69 Al II 9 6878 P V 12 6749.52 P Fe I 880 6817.08 8c I 6878.313 8r I 3 6750.183 Fe I 111 6818.39 A II 50 6879.51 P Fe I 1157 6750.82 C II 31 6819 P V 13 6879.59 P Fe I 551 6761.38 Cr I 318 6819.43 P Fe I 463 6880.65 Fe I 1051 6781.84 Tl I 183 6819.60 P Fe I 1051 6881.07 P Fe I 1174 6782.40 N I 30 6820.43 Fe I 1197 6881.46 Fe I 6752.67 Od II 130 6822.00 P Fe I 1220 6881.64 Cr I 223

6752.734 Fe I 1198 6823.05 P Fe I 110 6881.74 Fe I 1194
78 FINDING LIST

I A

6882.48

6883.04

6885.07 6885.772

6886.57

6887.63

6888.7 6890.88 6892.585 6894.92

6895.29 6896.00

6898.31 6900.73 6901.52

6902.46

6902.80 6906.54

6908.08

6908.11

6909 6909.82

6910.75

6910.84 6911.52

6912.43 6914.562

6916.57 6916.702

6917.52

6917.93 6919.96

6920.16

6920. 62 6924.13

6925.24

6926.04

6926.40

6926.90

6928.25

6928.319

6928.52 6929.4678

6929.96

6930.35 6930.64

6932.49

6933.04

6933.55 6933.628

6935. 16 6936.27

6936.48

6937.81 6938.472

6942.82 6942.9 6943.202

6943.67

6945.208

6945.22

6945.98

6946.31 6947.501

6949.37 6950.32

6950.82 6951.261 6951.62

6951.68

6952.13

6952.52

6953.01 6954.54 6955.06

6957 . 95 6958.11

6959.24

6960 . 334 6963.02

','MA.\H 6964.69

6965.42 6965.4302

6966.35

6966.9

6967.6

6968.78

6970.48 6971.66

Type Element Multlplet

Cr I 222

Cr I 222

II 45

Fe I 1173

A II 20 Gd II

N II 71

He II 7 Sr I 1 Mg I 34

II 45

Y II 26

Fe I 1078

Gd II 122

Co I 164

F I 2 Fe III 45

Co I 164

II 45

V 12 F I 2

II 45

Co I 80

Fe I 109

Fe I 341

Nl I 62

Gd I 2 Fe I 1052

Fe I 1190

Al II 75

Al II 15 Fe I 1192

Gd II 122

Cr I 222

Cr I 222

Cr I 222

Fe I 1222

N I 29

Ni I 110

Zn I 10

Nl I 61

Ne I 6 Fe I 34

Fe I 1186

Fe I 1221

Fe I 1220

Fe I 1051

Y I 1 Fe I 167,1005

Hf II 35

K I 7 Fe I 1196

Co I 139

Zn I 10

Fe I 1008

N II 53

Zn I 10 Fe I 1349

Fe I 111

N I 29

Gd II 122

Co I 110

Fe I 1221,1224

Fe I 1220

Y I 16

Fe I 205

Fe I 1186,1193

Fe I 1078

Y II 33

CI II 54

La II 18 Fe I 815

La II 1 Nl I 157

S II 18 La II 67

Gd II 130

Fe I 1222

Fe I 1007

K I 7

K I 7 Mg I 33

A I 1

^ i 6 Fe II 198

N II 53 La II 109

Fe I 463

Gd II 130

I A

6971.95

6975.46 6976.306

6976.53

6976.8 6976.934

6977.445 6978.46

6978 . 855 6979.10

6979.17 6979.82

6980.86

6980.91

6980.91 6981.40

6983.53 6983.54

6985.74

6985.89

6988.530 6988.75

6989.64

6990.16 6991.92

6995.35

6996.63 6996.76

6997.13

6997.83

6999.902

7000.633 7000.75

7001.57

7001.93 7002.22

7003.0

7003.58

7004 . 60 7004.81

7005.84

7006. 16 7007.81

7008.014 7008.35 7010.362

7010.94 7011.364

7014.99

7015.3

7016.075

7016.436

7016.602 7016.90

7016.99

7017.68

7017.73

7017.98 7020.44

7021.23

7022.39

7022.976 7024.0508

7024.084 7024.649

7024.86 7025.52

7027.60 7027.797 7028.58

7028.60

7028.95

7030.06

7030.33 7031.02

7031.42

7032.16

7032.4127 7034.06

7034.08

7034.42

7034 . 96 7035.86

7037.04 7037.26

7037.37

7037.45

7038.251 7038.80

7038.818

Type Element Multlplet No

Fe I 404

Fe I Fe I 1194

SI I 60

N II 53

Fe I 1221

Fe I 1225

Cr I 222

Fe I 111

N I 29

Fe I 340

Cr I 222

Gd II Cr I 222

Hf II 22

S II 18

Fe I 1220

Fe II 63

A II 137

Gd II

Fe I 167 Gd II 130

Fe I 1191

A II 20

Gd I 2 Ta I 5 Ti I 256

Gd II 121

Fe I 1273 Hf II 89

Fe I 1051

Fe I 1005

Gd II 122

Nl I 64

I 21

I 21

N II 53

Si I 60 Tl I 256

Co I 89

SI I 60 Gd II 130

Tl I 100 Fe I 1078

Ti I 256

Fe I 1221

Ti I 256

Fe I 1221

Fe I 167

N II 53

Fe I 109

Fe I 1051 Co I 54

Si I 51 Hf II 99

Si I 51 Gd II 137

Si I 51

Sm II 59 Hf II 67

Fe I 1078

Fe I 1051

Ne I 6 Fe I 1003

Fe I 1187

Ni I 271

I 32

Fe I 1221

Co I 179

Fe I 463

Nl I 156

Ni I 61

Nl I 126 Hf II 66

Fe I 1173

Fe I 1278

Ni I 279

Ne I 1 Fe I 1190

Fe I 1190

Ni I 97

Si I 50

Tl I 307

Fe I 61

Gd II Ni I 288

F I 6 Fe I 1051

Tl I 256

Fe I 1078

I A

7039.22

7039.36

7042.06

7042.24

7044 . 60 7015.8 7045.96

7050.65

7051.00 7052.872

7052.9

7053.48 7054.042 7054.62

7055.01 7056.60 7057.96 7058.02

7059.941 7060.43

7061.90

7062.80

7062.97

7063.4 7063.57 7063.64 7065.15

7065 . 188 7065.719 7066.15

7066.24 7067.2170

7067.44

7067.50 7068.02

7068.37 7068.415

7068.60

7069.11

7069.54

7070.071

7071.88

7072.82

7074.45

7077.03

7077.10 7079.32

7082.22

7082.37 7083.396

7084.25

7084.33 7084.974

7085.52

7086.76 7087.35

7089.03

7089.73 7090.404

7090.55

7091.83

7091.91

7093.10 7094.30

7095.40 7095.425

7097.78 7100.20

7101.28

7102.95

7103.15

7103.28 7103.77 7105.34

7105.90 7107.30

7107.461 7109.48

7109.67

7110.91

7111.28 7111.71

7112.176 7112.36

7114.55

7115.13

7115.25

7116.77

7118.12

7118.5

Type Element Multlplet No.

Sm II Ti I Al II Sm II Fe I C II

Lfl I Tl I Gd II Co I

C II Fe I Co I Gd II A II Al II Fe I Gd II 8a I *g I

Hf II Fe I Ni I C II Ni I Al II Ti I He I He I Fe I

La 11 A I Fe II Ni I Fe I La I Fe I Fe I Tl I Fe I

Sr I Fe I Fe I Fe I A II Eu II Fe I Nl I Sm II Fe I

Ti I Si I Co I Gd II Fe I Zr I Si I Fe I Fe I A II

Fe I Fe I Fe I Fe I Nl I Fe I Zr I Fe I

Fe. I

N IV

Zr I Si I Fe I Fe I Fe I N IV

Ni I

N IV

Zr I Fe I C II Fe I C II Fe I Gd II Fe I C I

57,61

307

358 1276

26

6 256

122

54

26

1186

140

130

74

3 815

130

532

1273

64

26 270

3 100

1010 1277

1

1

277

1276

1 1004 1276

307 205

3 1194

1003

1173

20

8 1278 26755

1277

99

6054 130 815,1311

42

70 1220

1051

60

1278

1277

1189 778 276

110542

267

6142

167

442

70 1008 1324

1005

4 119064

4

23 404

20 26720

1186

130

127826
FINDING LIST 79

I A

7118.86

7119.45

7120.01 7120.56

7122.24 7123.10

7124.28 7124.47 7125.00

7125.28

7125.49

7126.71

7127.21

7127.58

7127.88

7129 7129.30

7130.34 7130.942

7131.29

7132.989

7133.16 7133.52

7134.290

7134.66 7134.99

7135.73

7138.05

7138.81

7138.91

7139.79 7139.8

7141.17 7141.62

7142.522 7145.317

7146.13 7147.0406

7147.31 7148.147

7148.61 7148.69

7151.18 7151.495

7154.688 7155.64

7156.80

7158.502

7160.33

7160.85

7161.04 7162.37

7164.469 7164.63

7164.75 7164.90

7165.09 7165.62

7167.01

7168.37

7169.14 7170.14

7172.26 7173.73 7173.9389

7175.937 7176.886

7177.50

7178.33 7179.16

7180.020

7181.21 7181.222

7181.93

7182.00

7184.54 7184.89

7180.50 7187.341 7188.06

7188.55

7188.7 7189.17

7189.57 7189.69

7190.12

7191.66

7193.20

7193.23

7193.56

Type Element Multlplet

Gd II 130

C II 20

Fe I 1187

Fe I 1006

Nl I 126

N IV 4

S II 18 Co I 53

Fe I 815

Fe I 1220

C II 20

Nl I 97

N IV 4

Fe I 1273 F I 6

N IV 4 Fe I 1219

Tl I 100 Fe I 1051

Al II 114

Fe I 1002

Gd II 137

C II 20

Co I 179

Al II 114 Fe II 197 Od II Ti I 98 Al II 114

Tl I 99

S II 18

N II 52

Gd II 131

Nl I 283

Fe I 1274

Fe I 1186,1193

Gd II 130

A I 1 Gd II Ca I 30

Ta I 11 Fe I 1078,1339

Sc II 27 Fe I 109 Co I 89

Fe I 1276

I 38

Fe I 815

Tl I 98

Fe I 1310

Fe I 1190

Fe I 1278

Fe I 1051

S II 18 Si I 49

Gd II 130

SI I 49

Si I 48

Nl I 109 Gd I 1

Zr I 42

Nl I 282

Gd II 109

Nl I 269

Ne I 6 Fe I 1188

Fe I 1276

He II 6

Sc II 27

Fe II 72

Fe I 33

Fe II 72 Fe I 1078

Fe I 1274

Nl I 126

SI I 25

SI I 25

Cr I 264

Fe I 1051 Cr I 264

Ti I 99

N II 52

Fe I 463

Gd II 136 Ti I 285

Fe I 463

Fe I 1274

Mg I 31

Fe II 197

81 I 25

I A

7193.74

7193.89 7194.02

7194.81 7194.92

7195.235

7196.37

7196.83 7197.07 7197.08

7202.194 7202.37

7205.51

7207.123

7207.406

7207.85

7208.20

7209.44

7212.47

7213.35

7213.84

7214.78

7214.97 7216.20

7-216.68 7217.0 7217.34

7217.55

7218.57 7219.686

7220.79

7221.22

7222.39

7222.88 7223.668

7224.51 7225.82

7226.20

7228.70

7228.974

7231.12

7233.58

7235.32

7235.86

7236.19

7236.91 7239.885 7242.24

7244.77

7244.86

7244,86

7245.1668 7247.82

7250.12

7250.69 7251.74

7252.70

7253.76

7254 . 19 7254.47

7254.649

7255.28

7256.13

7256.63 7256.72

7256.96 7259.3

7261.00 7261.29

7261.54

7261.94

7262.46 7264.19

7264 . 99 7266.22

7266.29

7267 . 00 7268.58

7271.41

7273.20

7273.77

7275.28 7277.67

7278.48

7278.72

7280 . 298 7281.349 7282.36

7282.39

7283.80

Type Element Multlplet

y II 33

Si I 25

Fe I 1307 Eu II 8 Fe I 1273 Ba I 10 Fe I 1252

Cr I 264

Nl I 62

Gd II 121

Ca I 29 F I 6 Fe I 1251

Fe I 1001

Fe I 1051

Cr I 264

Si I 25

Ti I 99 Fe I 1273

Ti I 143

Fe I 1105

Ti II 101

Ti I 314

Ti I 98

Fe I 1273

N II 52

Co I 126 Eu II 8 Cr I 264

Fe I 1001

Ni I 294

Fe I 1189

Fe II 73

Fe I 1187,1311

Fe I 463

Fe II 73 Fe I 1278

Si I 26

Fe I 267 Pb I 2

C II 3 A II Si I 26

Si I 25

C II 3 S II 18 Fe I 1105

Gd II 137

S I 15 Fe I 1276

Tl I 99

Ne I 3 Mn I Co I 53

Si I 25

Ti I 99 Gd II 109

Ti I 143

I 20

I 20

Fe I Si I 59

Fe I 1278

CI I 5 Ni I 97

S II 18

N II 52

Fe I 267

Fe I 1273

Fe I 1188

Ni I 62

Fe I 859 Y II 33

Fe II 197

Ni I 288

Ti I 143

Fe I 61 Fe I 957

Ti I 97

S II 18

Ti I 212

Si I 24 Hf II 66 Fe I 1274 Hf II 111 Ba I 5 He I 45

La II 1 Fe I 1274

Mn I 50

I A

7284.27 7284.843

7285.28 7285.286 7266.94

7286.56

7287.36 7288.760

7289.05

7289.25

7290.21 7290.87 7291.03

7291.48 7292.856

7293.068 7295.00

7295.27

7297.75

7299.67

7300.47

7300.59

7301.17 7301.57 7302.89

7305.87 7306.61

7307.938 7307.97

7310.24

7311.02

7J11.101 7311.26

7312.05 7315.73

7316.77

7317.03

7317.40 7318.39 7320.694

7320.70

7323.20

7323.38 7324.89

7325.33 7326.146

7326.51

7327.67

7328.64

7330

7330.16 7330.54

7330.97

7331.95 7332.26

7332.97 7333.49 7333.62

7334.66

7336.03

7337.61

7337.78

7338.92

7340.78

7341.78

7344.18 7344.72

73*46.37 7347.16

7347.72

7348.11 7348.51

7350.55 7351.160 7351.56

7352.16 7353.52

7353.528 7354.579

7355.46

7355.94

7356.51

7356.81 7357.74

7359.95 7361.39 7361.56

7361.59

7362.31 7363.16

Type Element Multlplet

A II 24

Fe I 1004 Co I 140

Fe I 1188

Si I 58

Nl I 109

Fe II 197

Fe I 1077

Fe II 72

SI I 24

Si I 24

Ni I 287

Ti I 143

Ni I 63

Fe I 1189

Fe I 1077

Fe I 1187

Fe I 1189

Ni I 293

Tl I 97

Fe I 1275

Fe I 1003 Eu II 8 Fe II 72

Mn I 50

Ti I 143 Fe I 1077

Fe I 1002

Fe II 73

Fe II 73

F I 5 Fe I 1077

Fe I 1105

Fe I 1310

Co I 89

Fe I 267

S II 18- Fe I 1278

Ti I 212

Fe I 1188,1276

Fe II 73 Tl II 101

Fe I 859

Gd II Fe I 980

Ca I 44

Mn I 50

Ni I 140 Hf II 65

N V 12

Fe I 1187

Mn II 4

Ti I 143

F I 1 Ti I 143

•y ii 25

Ni I 263

Fe I 1078

Fe II 209

Zr I 23

S II 18 Ti I 212

V I 117

Fe I 684

Fe I 1307

Fe I 266

Ti I 97 Ta I 12 Fe I 266

Mn II 4

A II 60 Fe I 1004

Fe I 509

Fe I 1273

Fe I 1275

Ti I 272

Mn II 4

Fe I 1251

Co I 53 Ti II 101

Cr I 93 V I 117

Fe I 1187

Ti I 97

Fe I 1310

V I 117 Ti I 212

Al I 11

Al I 11 V I 117
80 FINDING LIST

I A Type Element Multiplet No

7363.96 Fe I 1274 7364.11 Tl I 97 7366.37 Fe I 1188 7366.60 Tl I 96 7369.73 P Mn II 4

7370.16 Fe I 1250 7370.22 Eu II 8 7373.02 81 I 58 7373.07 P Fe I 108 7376.434 Fe I

7376.46 Fe II 7380.45 A II 7381.94 Nl I 292

7382.63 P Fe I 266 7382.99 Fe I 1188 7384.96 P Fe I 1308 7385.24 Nl I 84 7385.54 P Fe I 1251 7385.97 Gd II 139 7386.21 Nl I 286

7386.394 Fe I 1275

7387. 10 P Mn II 4 7387.70 P Mg I 30 7388.46 Y II 37 7388.689 Co I 139 7389.34 P Fe I 1274 7389.425 Fe I 1077 7392.18 P SI I 75

7392.411 Ba I 10 7393.63 Nl I 109

7394.90 Bd II 109 7396.50 P Fe I 1278 7398.68 F I 1 7398.72 Co I 164 7398.78 P Fe I 684 7398.96 Hf II 110 7398.98 P Fe I 1306 7400.23 Cr I 93 7400.87 P Fe I 204

7401.13 Nl I 291

7401.17 P Nl I 283 7401.689 Fe I 1004 7405.85 81 I 23 7406.23 Co I 164 7406.23 Y II 25

7409.11 81 I 23 7409.17 P Nl I 283 7409.39 Nl I 139 7411.178 Fe I 1077 7414.10 CI I 4

7414.51 Nl I 62 7415.19 P Fe I 1308 7415.37 SI I 23 7415.78 P Mn II 4 7416.00 SI I 22

7417.38 Co I 89 7418.32 P Fe I 1002 7418.674 Fe I 1001 7419.35 Nl I 287 7420.20 P Fe I 1307

7421.60 Fe I 1188 7422.30 Nl I 139 7423 . 17 Tl I 97 7423.54 SI I 23 7423.63 N I 3 7424.63 SI I 23 7425.12 P Fe II 209 7425.64 F I 1 7426.57 Eu II 8 7430.58 Fe I 204

7430.73 Fe I 1351 7430.90 Fe I 1189 7431.17 P 81 I 89 7431.94 P Fe I 1189 7431.98 P Tl I 142

7432.27 P Mn II 4 7433.48 Nl I 280 7437.16 Co I 53 7438 P V 17 7439.89 Zr I 23

7440.54 A II 60

7440.60 Tl I 225

7440.98 Fe I 1273 7442.28 N I 3 7443.031 Fe I 1002 7443.26 P Fe I 1309 7445.70 P Fe I 107 7446.776 Fe I 1077 7447.43 Fe I 1273 7448.00 p Fe I 1352

I A Type Element Multiplet No

7449.34 Fe II 7J 7449.42 Al II 98 7450.32 Y II 25 7452.08 P Fe I 1303 7454.02 Fe I 1001 7455.47 P Si I 75 7458.92 Nl I 291 7461.28 P Fe I 135? 7461.534 Fe I 204 7462.37 Cr I 93

7462. 38 Fe II 73 7463.38 P Fe I 1307 7466.44 P Tl I 142 7468.29 N I 3 7468.41 Ca I 7471.36 I 55 7471.41 Al II 21 7471.75 P Fe I 267 7473.23 I 55 7473.56 Fe I 1188

7474.50 P Fe I 957 7474.60 P Fe I 980 7474.94 Tl I 142 7476.40 P Fe I 1251 7476.45 I 55 7476.92 P Fe I 1004 7477.21 I 55 7477.52 P Fe I 967 7478.77 Co I 53 7478.79 Zn II 1

7478.87 P Fe I 683

7479.06 I 55

7479.70 P Fe II 72 7480.66 I 55 7481.49 Nl I 286 7481.74 P Fe I 266 7481.93 P Fe I 1260 7482.20 P Fe I 1308 7482.72 ? I 1 7483.48 JL II 1

7484.28 P Fe I 1306

7486. 13 P Fe I 980 7488.083 Ba I 5 7488.73 Nl I 157 7489.14 F I 5 7489.61 Tl I 225 7491.678 Fe I 1077 7494.72 P Fe I 33 7495.088 Fe I 1077 7495.67 P Fe I 1275

7496. 12 Tl I 225 7498.56 Fe I 1001 7501.25 P Fe I 1002 7501.81 Nl I 282 7503.8676 A I 8 7505.35 <M II 109 7505.98 P Fe I 1306

7507.300 Fe I 1137 7508.53 P Fe I 1274 7609.03 S II 24

7510.74 Au I 2 7511.045 Fe I 1077 7512.12 P Fe I 106 7512.17 P Fe I 1001 7514.93 F I 1 7515.88 Fe II 73 7521.09 Nl I 282

7522.78 Nl I 126 7525.14 Nl I 139 7526.2 Al II 119

7526.72 P Fe I 1352 7528.15 P Fe I 1307 7531.171 Fe I 1137 7533.42 Fe II 72 7534.83 P Fe II 87 7537.44 P Fe I 1000 7537.97 P Fe I 1352 7540.44 P Fe I 266 7541.61 Fe I 957 7546.69 Nl I 287

7546.177 Fe I 7547.06 CI I 5 7547.89 P Fe I 1306 7551.10 P Fe I 1303 7552.24 F I 1 7552.52 P Nl I 286 7552.79 P Fe I 1303 7553.970 Co I 183 7554.73 Zr I 23 7555.60 Nl I 187

I A Tn»e Element Multiplet Mo.

7559.62 1 I 292 7559.68 «fe I 1308 7561.08 Hf II 80 7563.03 Fe I 126) 7565.53 CI II 7567.35 Nl I 291 7568.925 Fe I 1077 7573.41 F I 1 7573.53 Fe I 7573.76 P Fe I 957

7574.08 Nl I 156 7578.07 CI II 79 7578.96 S I 7580.55 Tl I 211 7582.15 P Fe I 1274 7583.796 Fe I 402

7586.044 Fe I 1137 7586.72 Co I 139 7588.30 P Fe I 1306 7588.48 Zn II 2

7590.57 Co I 89 7592.74 He II 6

7605.32 Fe I 1308

7607. 17 F I 4 7610.24 Co I 126 7614.50 Tl I 211 7617.00 Nl I 139 7617.19 P Fe I 1304 7617.86 A II 73 7617.97 P Fe I 1001

7619.21 Nl I 156 7620.538 Fe I 1260 7624.48 Al II 91 7624.75 Nl I 292 7627.85 Al II 91 7629.82 8 I 7634.50 Co I 183 7635.1053 A I 1 7635.33 Al II 91

7639. 99 I 42

7647.83 P Fe I 1137 7650.95 P Fe I 266 7653.783 Fe I 1250 7654.44 Ti I 211 7655.47 Fe II 73 7657.30 Nl I 278 7657.60 «« I 22

7661.223 Fe I 1077 7661.46 P Fe I 1309 7663.09 Hf II 68

7663.45 I 42

7664.15 P Fe I 1250 7664.302 Fe I 402

7664.907 K I 1 7665.02 S II 70 7665.48 I 42

7672.092 Ba I 5 7672.44 CI I 3 7677.46 Mn I 54 7679.60 S I 7

7680.22 Mn I 55

7680.35 SI I 36 7686.13 S I 7 7687.779 Ag I 2 7689.10 P Fe I 1304 7689.36 A II 7691.57 P Mg I 29 7696.73 S I 7 7698.979 K I 1 7699.49 Yb I 3

7706.52 Mn I 54 7706.77 I 42

7709.78 Al II 113 7709.98 Mn I 54 7710.390 Fe I 1077 7711.71 Fe II 73 7712.42 Mn I 55 7712.661 Co I 126 7714.27 Nl I 62 7715.63 Nl I 109

7717.57 CI I 4 7719.05 P Fe I 1304 7720.68 P Fe I 1304 7722.60 P Mg I 44

7723.20 Fe I 108 7723.7597 A I 1 7724.2064 A I 6 7727.66 Nl I 156 7732.50 Zn II 2 7733.24 Mn I 54
FINDING LIST 81

I A Type Element Multlplet No

7733.50 Gd I 1 7733.68 P Fe I 1306

7734.43 Mn I 55 7735.99 Nl I 281 7737.67 P Fe I 1137 7742.7 SI I 7742.71 Fe I 1306 7743.2 SI I 7743.27 Co I 183 7744.94 CI 1 5

7745.05 S II 70 7745.48 P Fe I 1305 7746.56 P Fe I 1309 7748.281 Fe I 402

7748.37 Gd II 142 7748.93 Nl I 156 7751.18 Fe I 1304 7754.70 F I 4 7755.15 Mn I 55 7757.89 Hf II 66

7764.72 Mn I 54 7766.72 P Fe I 957 7771.74 Cr I 7771.96 I 1 7774.18 I 1 7775.40 I 1 7780.479 Ba I 5 7780.586 Fe I 1154 7788.95 Nl I 62

7797.62 Nl I 201

7798.90 P Fe I 403 7800.0 81 I 81 7800.22 F I 4

7800.227 Rb I 1 7802.49 P Fe I 1303 7807.97 P Fe I 1303 7808.04 Fe I 7809.24 Co I 79

7809.4 Na I 20 7810.81 P Fe I 1303

7811.14 P "8 I 43

7812.31 Al II 90 7813.62 P Fe I 1305 7815.83 Al II 90 7816.16 Be I 69 7820.80 P Fe I 1118 7821.47 S II 31 7823.72 Al II 90 7826.81 Nl I 109 7832.224 Fe I 1154

7835.08 8m II 69 7835.33 Al I 10 7836.15 Al I 10 7837.27 Sm II 64 7838.09 P Fe II 87 7841.40 P Fe II 72

7844.55 P Fe I 1250

7844.87 Od II 7846.35 Od II 7846.47 P Fe I 1323

7849.38 Zr I 40

7850 C I 32

7850.5 81 I 81

7852.74 P Tl I 34

7855.12 Nl I 267

7855.41 P Fe I 1305 7861.10 Nl I 156 7861.22 Hf II 66

7863.79 Nl I 268 7869.65 Fe I 1137

7869.868 Co I 189 7870.00 Zr I 41

7871. 370 Co I 189

7877.13 Mg II 8 7878.22 CI I 3 7879.76 P Fe I 1306 7881.90 Y II 32

7886.00 P Tl I 34 7885.26 8 II 68

7886.31 I 64

7890.22 Nl I. 200,267

7895.50 P Tl I 34 7896.37 Mg II 8 7896.38 P 81 I 69 7904.12 P Fe I 403

7905.751 Ba I 10 7908.06 Od II 120 7908.30 Cr I 316 7908.679 Co I 189 7909.34 P Tl I 308

I A

' Type Element Multlplet No

7909.60 P Fe I 1287 7910.50 Cr I 316 7911.338 Ba I 1 7912.55 81 I 68 7912.866 Fe I 12 7913.47 Si I 35 7917.48 Nl I 109 7917.85 Cr I 316 7918.38 SI I 57 7923. 95 S I 22

7924.14 P Fe I 1250 7924.62 CI I 4 7926.37 Tl I 308 7928.14 Sm II 65 7928.84 S I 22 7930.25 Od II 7930.33 S I 22 7930.83 P Mg I 42 7931.70 S I 22 7932.20 Si I 57

7933.130 Cu I 6 7937.166 Fe I 1136 7938.53 P Ti I 151 7939.49 I 35 7941.09 Fe I 623 7941.84 P Fe I 508 7942.02 Cr I 300 7942.91 Mn I 7943.15 I 35 7943.1802 Ne I 18

7943.93 Ti I 308 7943.94 81 I 57 7944.66 Zr I 40

7945.878 Fe I 1154 7945.98 P Fe I 107 7947.204 I 35 7947.56 I 35 7947.60 Rb I 1 7948.1754 A I 6 7949.17 Ti I 125

7950.83 I 35 7952.18 I 35 7953.11 Ni I 266 7954.94 P Fe I 402

7955.81 Fe I 1306 7956.69 Zp I 41

7959.21 Fe I 1304 7961.58 Tl I 308 7963.25 Od II 7964.93 P Fe I 1303

7965.52 P Fe I 1305 7967.03 P Fe I 1000 7967.43 S II 12 7970. 26 Si I 57 7978.88 Ti I 151,308 7980.04 P Fe I 1304 7980.58 CI I 2 '981.97 I 19 .982.41 I 19 7983.66 Hf II 99

7987.00 I 19 7987.34 I 19 7987.36 Co I 89 7989.36 Cr I 300 7994.473 Fe I 7995.00 P 81 I 21 7995.12 I 19 7996.53 Ti I 308 7996.80 Co I 79 7997.80 CI I 3

7997.85 S II 69 7998.972 Fe I 1136 8002.55 P Fe I 1217 8005.24 8 II 68 8006.1556 A I 3 8009.39 P 81 I 74 8014.7856 A I 1 8016.51 P Fe I 1249 8018 C I 31 8018.04 Cp I 299

8018.70 8 II 68 8024.50 Fe I 8024.84 Tl I 161 8025.12 8m II 63 8026.32 8m II 67 8027.36 V \ 30 8027.96 P Fe I 623 8028.341 Fe I 1164 8032.03 Sm II 61 8034.66 Nl I 109

I A Type Element Multlplet No

8035.39 Si I 57 8043.306 Co I 193 8046.073 Fe I 1136 8046.78 P Si I 73 8047.60 Fe I 12 8048.70 Sm II 67 8051.91 S II 31 8055.996 Co I 193 8058 . 14 Zr I 41 8061.27 Cr I 300

8063.10 Zr I 40 8065.99 Al I 16 8066.05 P Ti I 151 8066.20 Tf II 31 8068.24 Ti I 151 8068.46 Sm II 68 8070.12 Zr I 40 8070.64 P Si I 67 8072.16 P Fe I 108 8075.13 Fe I 12

8075.37 Al I 16 8080.55 P Ti I 195 8080.668 Fe I 623 8082.4580 Ne I 6 8084.98 Cr I 299 8085.200 Fe I 1136 8085.29 S II 69 8086.18 P Si I 67 8086.67 S II 31 8086.91 Al II 116

8089.86 S II 69 8089.96 , Gd II 145 8092.634 Cu I 6 8093.25 S II 68 8093.32 Si I 34 8093.48 V I 30

8093.932 Co I 189 8095.93 Ni I 290 8096.874 Fe I 999 8098.50 P Ti I 195

8098.72 P Mg I 41 8103.6922 A I 3 8108.33 P Fe I 265 8112.13 Co I 183 8112.17 P Fe I 265 8114.93 S II 69 8115.3115 A I 1 8116.80 V I 30 8119.13 p I 299 8119.72 a II 110

8121.89 Al II 110 8122.08 Al II 110 8123.52 Al II 110 8126.52 Li I 3 8128.28 Cp I 300 8129.32 P Fe I 265 8133.00 Zr I 40 8133.02 S II 68 8133.36 P Ti I 195 8136.4060 Ne I 23

8144.58 V I 30 8145.47 Fe I 8146.67 P Fe I 623 8149.59 Fe I 1217,1218

8150.57 P Si I 20 8151.95 Co I 193 8160.15 Al II 118 8161.06 V I 30 8163.22 Cp I 298 8166.66 Cp I 298,299

8167.94 Cp I 291 8169.80 Cp I 300 8171.30 P Fe I 1322 8179.03 Fe I 1136 8179.31 S II 69 8179.43 P SI I 33 8183.266 Na I 4 8184.80 N I 2

8185.69 Cp I 299 8186.73 V I 30

8186.80 Fe I 1272 8187.95 N I 2 8194.35 CI I 2 8194.791 Na I 4

8194.824 Na I 4 8196.52 P Fe I 1217 8198.87 V I 30 8198.951 Fe I 1154 8200.31 N I 2 8201.73 Zr I 40
FINDING LIST

t A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

8203.2 P Ca II 13 8316.38 Gd II 8428.342 I 54 8203.572 H 14 8317.45 SI I 19 8428.94 As I 4 8204.10 P Fe I 12 8322.06 Cr I 298 8429.128 I 54 8204.93 P Fe I 12 8323.428 H 12 8429.36 T TI 8207.767 Fe I 1136 8323.44 Cr I 298 8431 . 20 Mn I 53 8208.57 Co I 193 8327.063 Fe I 60 8434.51 P Fe I 1270 8210.64 N I 2 8331.941 Fe I 1153 8434.98 Ti I 33 8211.48 Si I 19 8333.29 CI I 2 8435.28 P Si I 8 8212.00 CI I 2 8333.785 H 11 8435.68 Ti I 33 8212.43 Mn I 8334.37 Tl I 33 8437.958 H 10

8212.59 Zr I 40 8335.19 C I 10 8438 . 93 Tl I 224 8213.02 P Mg I 28 8338.43 Si I 33 8439.603 Fe I 1172 8216.28 Cr I 299 8338.83 Cr I 298 8442.58 Gd II 8216.28 N I 2 8339.431 Fe I 1153 8442.98 Ti I 210

8217.8 P Mg II 7 8342.21 P Fe I 401 8444.00 Si I 46

8220.40 CI I 3 8342.95 Fe I 1270 8444.48 Si I 46

8220.406 Fe I 1136 8345.20 P Fe 1 265 8446.35 I 4 8221.63 S II 31 8345.553 H 11 8446.42 P Fe I 1272 8221.73 CI I 3 8346.13 P Mg I 40 8446.56 P Fe I 1267 8221.84 I 34 8348.28 Cr I 56 8446.76 I 4

8222.15 S II 68 8348.68 Sra II 64 8447.41 P Fe I 1266 8223.07 N I 2 8349.05 P Fe I 12 8447.63 P Fe I 12 8223.16 S II 68 8353.15 Ti I 33 8449.54 S I 14 8224.09 Cr I 98 8354.35 Al II 40 8450.26 Cr I 56 8225.15 S II 69 8355.16 P Fe I 1050 8450.89 Tl I 224 8225.67 Cr I 299 8356.07 P Fe I 1117 8451.55 S I 14 8227.64 I 34 8358.53 P Fe I 401 8452.14 S I 14 8230.01 I 34 8359.006 H 11 8455.24 Cr I 56 8230.67 SI I 19 8359.23 Al II 40 8457.10 Ti I 141 8232.347 Fe I 1136 8369.57 Al II 40 8459.01 P Fe I 1270

8232.99 I 34 8360.63 CI II 5 8461.41 P Fe I 814 8233.30 S II 68 8360.822 Fe I 1153 8464.02 P Fe I 1330 8235.31 I 34 8361.77 Be I 68 8464.65 Zr I 40

8235.89 Cr I 298 8361.95 S II 31 8465.23 P Fe I 1270 8236.13 Hf II 65 8363.30 Al II 40 8466.10 P Fe I 1269 8236.77 He II 6 8363.52 Al II 40 8466.54 P Fe I 999

8238. 29 Cr I 298 8363.58 P Ti I 182 8467.15 Ti I 182

8238.4 P Mg II 7 8364.24 Ti I 33 8467.256 H 10 8239.130 Fe I 108 8365.642 Fe I 623 8468.413 Fe I 60 8241.61 V I 30 8369.87 P Fe I 1271 8468.46 Ti I 150

8242.34 N I 2 8370.21 Zr I 40 8471.75 Fe I 1270 8248.151 Fe I 1136 8372.79 Co I 193 8480.63 P Fe I 1272 8250.2 P Ca II 13 8374.478 H 11 8481.96 P Fe I 999

8253.51 V I 30 8375.95 CI I 2 8483.16 Ti I 150 8253.78 P Fe I 1216 8376.41 Ne I 12 8485.99 Sm II 66 8254.10 Be I 2 8377.6068 Ne I 12 8493.79 P Fe I 1269 8254.34 P Fe I 506 8377.79 S II 31 8494.42 Ti I 141 8255.153 H 14 8377.90 Ti I 33 8495.3600 Ne I 18 8255.90 V I 30 8379.44 Co I 193 8495.51 Ti I 210 8256.1 P Ca II 13 8380.77 Mn I 8496.03 Ti I 209,313

8257.859 H 14 8382.23 P Fe I 12 8496.51 P Fe I 1136 8258.27 S II 31 8382.54 Tl I 33 8497.00 Fe I 1172 8260.936 H 14 8382.82 Tl I 33 8498.018 Ca II 2 8261.95 Cr I 98 8386.24 P Ti I 182 8498.44 Zr I 40 8263.86 P Fe I 1272 8387.781 Fe I 60 8501.50 Si I 47 8264.27 Fe I 1332 8389.42 Zr I 40 8501.81 Ni I 186 8264 . 288 H 14 8389.48 Ti I 182 8502.38 81 I 46

8264.5209 A I 8 8392.400 H 11 8502.487 H 10 8266.076 Ne I 27 8395.87 Mn I 53 8503.17 Si I 8267.941 H 13 8396.93 Ti I 33 8509.63 P Fe I 1136

8269.66 P Fe I 1218 8397.04 Cr I 57 8510.90 Sm II 64 8271.934 H 13 8397.96 P Si I 18 8512.95 P Fe I 462

8273.46 S II 31 8401.42 Fe I 108 8514.075 Fe I 60 8273.519 Ag I 2 8401.68 P Fe I 1136 8514.64 P Si I 18 8274.28 Fe I 1332 6402.54 Ti I 224 8515.08 Fe I 401 8275.91 Fe I 1270 8408 . 208 A I 8 8515.48 S II 37 8276.310 R 13 8409.88 Mn I 53 8518.05 Tl I 182 8281 . 125 B 13 8412.36 Tl I 33 8518.37 Ti I 150 8286.434 H 13 8413.321 H 10 8519.05 P Fe I 1267 8287.38 Cr I 298 8414.00 Zr I 40 8520.23 S II 34

8290.62 Cr I 298 8414.08 P Fe I 1154 8621.10 Cs I 1 8292.309 H 12 8416.97 Ti I 224 8521.4407 A I 8 8293.527 Fe I 623 8417.24 Ni I 156 8522.64 S II 62 8296.90 Cr I 57 8417.54 Ti I 182 8525.04 P Fe I 1215 8297.58 Cr I 297 8417.89 P Si I 18 8526.685 Fe I 1270 8298.837 H 12 8418.4274 Ne I 18 8527.32 P Si I 18 8300.01 P Fe I 1331 8418.70 Ti I 8527.88 P Fe I 1270 8300.3258 Ne I 12 8420.968 I 54 8531.36 Tl I 141 8303.11 P Fe I 269 8422.39 S II 37 8533.38 Si I 80

8303.19 Cr I 57 8422.95 Fe I 999 8538". 02 P Fe I 1266

8305.62 As I 5 8423.10 Ti I 150 8539.36 Tl I 209 8305.79 8n II 69 8424.14 Fe I 1272 8541.65 As I 3 8305.94 Zr I 40 8424.41 Tl I 182 8542.089 Ca II 2 8306.115 H 12 8424.647 A I 3 8543.72 Cr I 56 6306.80 81 I 19 8424.780 I 54 8545.384 H 10 8307.41 Tl I 33 8425.37 s II 62 8546.07 Ti I 150 8907.61 P Fe I 12 8425.89 P Fe I 12 8548.83 Cr I 56 8310.96 P Fe I 12 8426.326 I 54 8550.34 P Si I 88 8314.262 B 12 8426.50 Ti I 33 8550.46 CI I 13 8314.73 8 II 12 8428.25 CI I 2 8550.54 Ti I 141
FINDING LIST 83

I A Tjpe Element Multiple

8655.54 Cr r 56 8556.64 SI I 45

8559.98 Fe I 1321

8562. 13 P Fe I 1153 8564.71 As I 3 8565.45 Tl I 141 8567.74 N I 8 8567.78 P Fe I 1269 8569.72 Tl I 209 8571.84 P Fe I 1272

8575.25 CI I 2 8576.46 P SI I 87 8576.50 P Fe I 1215 8578.40 Ti I 141 8579.15 Si I 56 8581.88 Hf II 66 8582.267 Fe I 401

8584.82 P Fe I 1270 8585.60 S I 8585.96 CI I 2

8586.20 P Nl I 296 8589.78 Co I 193 8591.2584 Ne I 30 8592. 10 P Fe I 1269 8592.97 Fe I 1267 8594.01 N I 8 8596.02 P SI I 80 8597.00 SI I 80 8598 . 18 Tl I 236 8598.394 H 9

8598.79 Fe I 1153 8600.98 Ti I 141,209 8606.43 SI I 55 8606.45 Ni I 275 8607.08 P Fe I 1272 8610.62 P Fe I 1153 8611.807 Fe I 339 8612.91 Tl I 141

8613.93 P Fe I 1272 8616.27 P Fe I 1266

8618.44 Tl I 209 8621.612 Fe I 401

8629.24 N I 8 8632.42 P Fe I 1050 8634.6480 Ne I 23 6636.26 Cr I 56 8637.04 Nl I 186 8640.70 Al II 4 8641.47 Ti I 8643.03 Cr I 56

8643 . 29 P Fe I 1261 8647.05 Ne I 33 8648.89 Si I 8649.6 Na I 19 8652.50 P Fe I 1050 8654.16 As I 3 8654.3835 Ne I 33 8654.40 P Fe I 623 8654.51 Ne I 33 8654.63 Mn I 59

8655.88 N I 8 8656.67 P Fe I 1269 8659.38 Mn I 59 8661.908 Fe I 60 8662.140 Ca II 2 8663.73 P Fe I 1270 8665.021 H 9 8667.37 P Fe I 166 8667.40 i> Si I 55

8667 . 9430 A I 6

8670.19 S I 6 8670.65 S I 6 8670.92 Mn I 49

8671.06 Al II 112 8671.28 Al II 112 8671.37 S I 6 8671.86 p Fe I 1272 8672.06 Mn I 49

8673 . 97 Mn I 49

8674.751 Fe I 339

8674.92 Al II 112 8675.28 Al II 112 8675.38 Tl I 68 8679.00 S I 6 8679.491 Ne I 37 8679.61 p Fe I 1286 8679.70 S I 6 8680.24 N I 1 8680.31 Al II 112 8680.47 S I 6

I A Tj pe Element Multiple

8680.77 F Fe I 999 8681.920 Ne I 23 8682.99 Ti I 68 8683.38 N I 1 8686.13 N I 1 8686.28 CI I 14 8686.77 P Fe I 1269 8686.79 P Fe I 956 8688.633 Fe I 60 8689.71 F Fe I 507

8689.83 P Fe I 1330 8692.34 Tl I 68 8693.24 S I 6 8693.98 S I 6 8694.70 S I 6 8698.71 P Fe I 400 8699.13 Mn I 49 8699.43 Fe I 1267 8700.34 P Fe I 1266 8701.05 Mn I 49

8702.49 Ni I 83 8703.24 N I 1 8703.76 Mn I 49 8704.15 Ne I 23 8707.42 Cr I 56 8707.95 Cr I 296 8710.29 Fe I 1267 8710.82 Be II 5 8711.69 N I 1 8713.19 Fe I 400,1267

8718.70 Cr I 296 8718.82 N I 1 8719.56 Ti I 140 8725.76 Ti I 139 8727.10 P Fe I 999 8728.38 Si I 79 8728.88 N I 1 8729.02 SI I 79 8729.12 P Fe I 713 8732.17 Cr I 296

8734.60 Mn I 49 8734.70 Ti I 68 8736.0 P Mg I 39 8737.32 Mn I 49 8737.74 Ba II 5 8740.93 Mn I 49

8742.60 Si I 44 8747.32 Fe I 401 8747.35 N I 1 8750.13 Co I 203

8750.475 H 9 8751.18 P Si I 44

8752.17 Si I 43 8757.192 Fe I 339 8761.44 Ti I 139 8764.000 Fe I 1172 8766.64 Ti I 68 8766.68 Si I 54 8767.65 P Fe I 814 8770.68 Ni I 82

8771 . 70 Ne I 38 8772.88 Al I 9 8773.56 Cr I 296

8773.91 Al I 9 8778.66 Ti I 140 8779.12 P Fe I 1050

8780.6223 Ne T 27 8783.755 Ne I 38 8784.44 Fe I 1270 8786.28 P Cr I 142

8786.96 Cr I 296 8790.62 Fe I 1267 8790.88 Si I 79 8791.28 Si I 79 8793.376 Fe I 1172 8796 Na I 27 8796.42 Fe I 1266 8798.05 P Fe I 1286 8801.78 P Fe I 956 8804.624 Fe I 106

8805.21 P Fe I 1265

8806 . 7032 "g I 7 8806.7358 Mg I 7 8806.7678 Mg I 7 8808.17 P Fe I 1267 8809.47 Ni I 200 8814.50 P Fe I 1330 8816.86 P Fe I 1271 8819.11 Co I 203 8819.39 Ti I 68

I A Tjpe Element

8819.42 P Fe I 8819.46 P Fe I 8820.45 I 8821.14 Tl I 8821.76 As I 8824.227 Fe I 8828.08 P Fe I 8828.91 Al I 8834.04 P Fe I 8835.67 Cr I

8835.85 y ii 8838.433 Fe I 8841.26 Al I 8846.82 Fe I 8848.25 P Fe I 8848.46 P Fe I 8852.30 P Fe I 8853.867 Ne I 8856.39 Al II 8858.77 Al II

8862.59 Ni I 8862.787 H 8863.64 Fe I 8865.759 Ne I 8866.961 Fe I 8868.42 Fe I 8869.69 As I 8874.53 S I 8876.13 Fe I 8877.07 Ni I

8878.26 P Fe I 8878.76 P Fe I 8880.70 S I 8882.47 S I 8883.84 Si I 8884.23 S I 8887.10 P Fe I 8892.13 P Fe I 8892.97 Si I 8896.00 P Fe I

8898.97 Si I 8899.50 Si I 8901.0 Mn I 8902.94 P Fe I 8905.99 P Fe I 8912.88 Al I 8912.88 CI I 8916.26 Fe I 8918.88 Se I 8919.50 Ne I

8919.95 Fe I 8920.02 P Fe I 8922.66 P Fe I 8923.56 Al I 8923.8 Mg I 8925.55 Si I 8925.75 Cr I 8926.06 Mn I 8929.04 Fe I 8929.72 Mn I

8931.78 P Fe I 8943.00 Fe I 8943.50 Cs I 8943.6 Na I 8945.204 Fe I 8946.25 Fe I 8947 . 20 Cr I 8948.01 CI I 8949.33 Si I 8950.20 P Fe I

8954.65 Nl I 8956.26 P Fe I 8959.88 P Fe I 8965.94 Ni I 8967.53 P Fe I 8968.20 Ni I 8975.408 Fe I 8976.88 Cr I 8978.04 P Fe I 8978.17 P Fe I

8979.34 P Ti II 8982.35 Ni I 8984.87 Fe I 8968.58 Ne I 8989.44 Ti I 8994.57 P Fe I 8999.561 Fe I 9002.00 Sc I 9006.72 Fe I 9008.37 Fe I

Multlplet No.

1266

1269

37 139

3 60 1269

15 1050 142

30 339

15 1267 1153

1214 1318

27

115

115

214

9 1283

8 1172 400

4

21 1267 285

401

1050

2121

5421 1265 1302

54 1153

79,86

7956

1266 1302

14

1332

1 27

1301

1261

1298

1425

54 14256

1301

56

507

338

1 26 1301 338

142

1 54

1050

200 1266

1320 225

1286 284

400 142

1266

713

100

213 1301

' 8 138 622

339

1 1261 1329
84 FINDING LIST

I A Type Element Multlplet No. I A Type Element Multlplet No. I A Type Element Multlplet No

9009.04 Si I 91 9214.85 P Fe II 71 9413.46 S I 18 9009.95 Cr I 187 9217.4 P Mg II 1 0413.59 Si I 14 9010.55 Fe I 202 9217.54 Fe I 1298 0414.14 Fe I 1298 9012.098 Fe I 1301 9220.05 Ne I 33 9415.04 P Fe I 1207 9013.90 Fe I 106 9221.59 Ne I 33 9415.5 Mg I 38 9014.911 H 9 9224.498 A I 8 9421.82 SI I 72 9015.16 Zr I 39 9225.55 Fe I 1213 9421.93 S I 18 9017.10 Cr I 187 9226 . 67 Ne I 30 9423.07 P Fe I 1300 9019.84 Fe I 1301 9228.11 S I 1 9425.38 Ne I 36 9021.69 Cr I 187 9229.017 H 8 0420.56 Mn I 57

9024.47 Fe I 1265 9233.15 P Fe I 1342 0430.08 Fe I 9024.78 P Fe I 1297 9237.49 S I 1 0433.20 P Fe I 1202 9027.32 Ti I 138 9238.60 SI I 66 0437.11 S I 18 9027.90 P Ti II 100 9242.32 Fe I 1262 0437.01 Fe I 1171 9028.9 N I 15 9243.29 Mn I 46 9443.98 Fe I 1298

9030 . 67 Fe I 338 9213.4 P Mg II 1 9444.36 Cr I 29 9035.86 Cr I 142 9246.54 Fe I 203 9447.00 Cr I 29 9035.92 S I 13 9248.13 P Fe I 1338 9452.06 CI I 13 9036.32 S I 13 9248.80 P Fe I 1285 9452.45 Fe I 1263 , 1292 9036.73 S I 13 9249.41 Al II 117 9454.24 Fe I 1298

9036.74 P Fe I 1269 9252.67 P TI II 100 0450.21 Ne I 38 9038.65 Sc I 1 9253.72 P Fe I 1261 0460.66 P N I 7 9038.72 S I 13 9254.59 SI I 9462.97 Fe I 1263 9038.84 P Fe I 400 9256.0 Mg I 27 9463.57 He I 67 9039.27 S I 13 9258.30 Fe I 1172 0466.0 Na I 24 9045.40 CI I 13 9259.05 Fe I 1263 0476.57 Mn I 67 9052.56 P Fe I 1342 9260.88 I 8 0482.82 P Fe I 1319 9069.74 Cr I 165 9262.73 I 8 9485.93 P Fe I 622

9060.6 N I 15 9263.97 Cr I 165 9486.680 Ne I 8 9061. 3L P Fe II 71 9265.99 I 8 9486.89 CI I 1

9061.48 C I 3 9267.29 As I 3 9487.49 I 47

9062.24 Fe I 1301 9276.89 Zr I 39 9498.04 I 47 9062.53 C I 3 9286.578 Al II 64 9400.30 I 46

9063.40 He I 77 9286.794 Al II 64 0502. 12 Mn I 58 9064.06 Si I 91 9288.145 Al II 64 9505.28 SI I 72 9070.42 Fe I 1076,1300 9288.550 Al II 64 9505.67 I 46

9073.15 CI I 12 9288.82 CI I 11 9506.04 TI I 312

9078.32 C I 3 9289.39 P Fe I 1298 9508.49 Ti I 312

9079.599 Fe I 1172 9290.44 Cr I 29 9510.81 Ti I 312

9080.48 Fe I 1265,1298 9290.649 Al II 64 9511.55 Ti I 312

9084.20 P Fe I 1076 9290.747 Al II 64 9511.80 Ti I 312 9084.29 Mn I 46 9294.17 Cr I 29 0513.24 Fe I 1298 9088.326 Fe I 339 9294 . 66 Fe I 1301 0516.51 He I 76 9088.57 C I 3 9297.14 P Fe I 1247 0516.66 He I 76 9089.413 Fe I 400 9298.05 P Fe I 1262 0520.06 Nl I 224

9090.70 TI I 138 9300 . 62 As I 5 0522.01 I 45

9094.89 C I 3 9300.85 Ne I 33 0525.78 P I 3 9100.50 Fe I 1264 9304.88 P I 3 9526.17 He I 82 9103.37 SI I 66 9307.94 Fe I 1297 9527.73 F Fe I 1297 9103.64 Fe I 1076 9313.55 Cr I 80 9520.27 He I 86

9106.40 Nl I 289 9313.98 Ne I 33 0529.31 Fe I 3111.85 C I 3 9318.13 Fe I 1263 9531.22 I Fe I 1292 9112.25 P Fe I 1297 9318.24 SI I 66 9534.17 Ne I 38

9112.95 P Fe II 71 9324.07 Fe I 1300 0535.72 Mn I 57 9114.02 Mn I 46 9326.52 Ne I 36 0543.376 D 2 9116.89 P Fe I 1265 9328.64 P Fe I 1261 9545.974 H 8 9117.10 Fe I 338 9331.546 Al II 56 9546.07 Ti I 32 9118.888 Fe I 338 9331.979 Al II 56 9547.26 Zr I 39 9121.10 CI I 1 9333.94 Fe I 1297 9547.40 Ne I 38 9122.9660 A I 1 9335.27 P Fe I 1338 9550.90 Fe I 1263

9124.27 Al II 108 J336.47 Mn I 58 95S6.56 Fe I 622 9140.15 P Fe I 622 9343.40 Fe I 1300 9563.45 P I 2 9146.11 Fe I 202 9344.93 He II 6 0568.58 Cr I 29 9147.800 Fe I 1301 9346.69 La II 152 9569.960 Fe I 1206 9148.45 Cr I 165 9350.46 Fe I 1171 0670.08 Si I 42,65

9148.68 Ne I 30 9354.218 A I 8 0571.76 Cr I 29 9154.7 Na I 25 9359.420 Fe I 203 0573.66 F Fe I 1297 9155.67 P Fe I 1301 9362.06 Cr I 80 0574.25 Cr I 20 9156.02 I 41 9362.370 Fe I 106 0562.28 V I 106 9156.23 P Fe I 400 9370.57 P Fe I 338 0584.77 CI I 1

9157.07 P Fe I 1268 9372.900 Fe I 202 0585.72 Si I 7 9157.08 P Fe I 1261 9373.28 Ne I 33 0602.20 CI I 11 9164.51 Fe I 1263 9375.14 P Fe I 400 0503.64 P I 2 9172.09 ttn I 4f. 9382.93 P Fe I 1284 0605.60 K I 10 9173.20 P Fe I 203 9383.40 P Fe I 1285 0507.76 K I 10 9173.63 P Fe I 1300 9385.62 Nl I 225 0507.04 As I 3 9173.83 Fe I 622 9386.79 N I 7 0500.53 Ti I 32

9175.85 P I 3 9388.28 Fe I 1263 9602.07 Fe I 1283 8178.57 Fe I 1262 9392.77 P Fe I 1262 9603.09 C I 2 9191.67 CI I 1 9392.80 N I 7 0603.50 He I 71

9197.49 CI I 14 9393.40 SI I 72 0608.56 Mn I 60 9199.52 Fe I 1298 9393.81 CI I 1 0608.80 I Fe I 1285

9201.76 Ne I 30 9394.71 Fe I 1264 0608.07 P I 2

9203.10 P Fe I 1298 9396.57 Nl I 0611.60 V I 106 9208 . 29 Cr I 165 0401.09 Fe I 1297 0614.68 V I 106 9208.55 81 I 66 9403.36 P Fe II 71 0620.86 C I 2 9210.030 Fe I 338 9404.80 P Ke I 1264 0620.03 F Fe I 737

9210.26 He I 83 9405.77 C I 9 0625.72 Ge I 7 9212.91 8 I 1 9409.55 P Fe I 1296 9625.80 He I 90 9214.45 Fe I 1264 9410.15 P Fe I 1208 9626.30 Cr I 80
FINDING LIST 85

I A

9626.562

9632.37 9633.0

9633.02

9633.78 9634.22

9636.69

9637.55

9638.28 9639.40

9647.40

9649.94

9653.143 9657.00

9657.30

9657.7841 9658.49

9658.94

9661.42

9663.58

9664.29 9665.426

9666.59 9667.20

9668.9

9670.48 9672.34

9673.16 9675.55 9676.25

9676.42

9676.50

9677.41 9680.80

9683.57

9684.9

9686.3 9688.60 9688.86

9689.35

9689.41

9690.62

9691.58 9693.68

9693.69

9697.33 9699.70

9701.81 9702.35

9702.66

9702.86

9705.64 9710.21

9717.00 9718.96

9722.88 9728.36

9730.32

9734.52

9734.74

9738.50

9738.60 9738.624

9739.74 9741.49

9741.93

9742.28

9743.60 9744.33

9746.86

9747.24

9750.73 9752.84

9753.129

9758.08 9760.65

9763.450

9763.913 9764.40

9768.27

9770.10 9770.28 9771.06

9783.30

9783.59 9783.96 9784.5010 9786.62

•787.67

9789.24

Type Element Multiplet No

Fe I 1206

CI I 12 Mg II 15

Mn I 58

S I 17 Fe I 1296

Fe I 1212

Fe I Ti I 32

Ca I 55

Ti I 32

S I 17 Fe I 1247 La II 60 Fe I 1296

A I 3

C I 2 Fe I 1292

Ti I 194

Ca I 55

Ca I 55

Ne I 8 Fe I Cr I 29

V I 106

Cr I 29

S I 17 Fe I 580

Ti I 32

Ca I 55

Fe I 1345

Mn I 60

I 58

S I 17 Fe I 1337

Mn I 60

Mn' I Ca I 55 Ti I 32

Nl I 295

Si I 65

Ti I 194 V I 106

S I 20

Fe I 1292

S I 17

Fe I 1292,1299

Ca I 55

CI I 1 He I 75

Ti I 248 Ti I 32

Nl I 285

Ti I 248

Ti I 124 Te I 1 Ti I 32

Cr I 226

Cr I 29

P I 2

V I 106

SI I Fe I 1296

S I 20

I 57

S I 20

Hf II 66 TI I 32

CI I 10

Ti I 248

Fe I 1209 P I 2 Cr I 80

Fe I 1247

SI I 65

I 56

Fe I 1296

Fe I 1292

Fe I 1348

Si I 7

Si I Ti I 32

Fe I 1211

TI I 32

Ti I 32

Fe I 1295

A I 8 Fe I 1171 Ti I 32

81 I 65

I A Type Element Multiplet No

9790.08 P I 4 9796.79 P I 2 9800.335 Fe I 1296 9800.79 P Fe I 1292 9811.36 Fe I 1285 9820.24 P Fe I 106 9821.8 N I 19 9822.30 Zr I 39 9826.69 As I 3 9832.15 Ti I 149

9833.76 As I 2 9834.04 Fe I 1294 9839.38 Fe I 1211 9839.58 Si I 65 9856.7 P Ca II 12 9861.793 Fe I 1296 9862.5 N I 19 9865.44 V I 76 9868.09 Fe I 1292,1299 9875.95 CI I 11

9878.18 P Fe I 1293 9879.41 Ti I 149 9881.51 P Fe I 1209 9886.92 Si I 85 9889.082 Fe I 1296 9891.90 Si I 71 9898.90 Ni I 243 9900.87 Cr I 80 9903.74 P I 4 9913.16 Si I 65

9913.19 P Fe I 1292 9917.93 Fe I 1317 9920.46 P Fe I 1292 9923.03 As I 2 9924.35 P Fe I 737 9927.35 Ti I 149 9932.26 S I 16 9933.3 P Ca II 12 9937.10 P Fe I 1210 9941.33 Ti I 193

9944.13 Fe I 1285 9948.98 Ti I 193 9949.06 Cr I 226 9949.84 S I 16 9950.5 K I 8 9950.70 P Fe I 1209 9951.15 P Fe I 1346 9953.45 P Fe I 1346 9955.2 K I 8 9955.85 P Fe I 1211

9958.90 S I 9959.18 P Fe I 998 9961.0 Na I 23 9967.32 P Fe I 1293 9967.46 Si I 64 9970.26 P Fe I 461

9976.65 P I 2 9977.52 Fe I 1293 9980.55 Fe I 1295 9981.16 Ti I

9987.0 Mg I 36 9987.88 P Fe I 59 9993.7 Mg I 36 9997 . 94 Ti I 149 10001.35 P Si I 64 10003.02 Ti I 193 10011.72 Ti I 193 10012.15 P Fe I 1336 10015.33 Si I 10016.67 P Fe I 1293

10019.77 P Fe I 1348 10020.16 Si I 41

10022.34 P Fe I 1345 10023.98 As I 2 10025.80 P Si I .64 10026.10 P Fe. I 1211 10027.73 He I 81 10031.16 He I 85

10032. 84 P Fe I 1348 10034.45 Ti I 95

10036.658 Sr II 2 10046.64 D 2 10048.60 Nl I 242 10048.78 Ti I 95 10049.38 H 8 10061.55 Te I 1 10057.64 Fe I 1294 10057.69 Ti I 193 10058.28 P Fe I 59

10059.87 Ti I 95

I A Type Element Multiplet No

10061.29 Ni I 284 10065.080 Fe I 1247 10066.47 TI I 193 10067 . 84 Si I 64 10070.58 P Fe I 1345 10072.10 He I 80 10076.29 Al II 6 10077.32 Al II 6 10077.53 Al II 6 10080.32 Cr I 226

10080.44 P Fe I 1293 10081.40 P Fe I 106 10084.22 P I 4 10084.42 P Fe I 1209 10084.70 Zr I 39 10086.27 P Fe I 399 10091.12 Te I 1 10091.64 CI I 10 10107.19 Al II 6 10108.01 Al II 6

10108.37 Al II 6 10113.4 N I 18 10113.86 Fe I 264 10117.81 P Fe I 1295 10119.20 Ti I 315 10120.90 Ti I 193 10122.50 Al II 6 10123.61 He II 2 10137.06 P Fe I 1294 10138.50 He I 89

10142.82 Fe I 1294 10143.59 P Fe I 979 10145.00 P Fe I 621 10145.37 Nl I 243 10145.48 Ti I 10145.601 Fe I 1247 10147.09 Ti I 315 10147.3 N I 18 10149.09 P Fe I 1294 10153.13 P Si I 40

10153.30 P Fe I 1348 10155.18 P Fe I 59 10155.88 Si I 64 10156.50 P Fe I 1209 10164.5 N I 18 10167.4 Fe I 59 10170.60 Ti I 95 10179.92 Ti I 315 10189.26 Ti I 95 10191.51 P Fe I 149

10193.25 Nl I 213 10193.66 V I 76 10195.11 Fe I 264 10197.05 Cr I 80 10203.45 V I 76 10204.72 P I 4 10216.351 Fe I 1247 10218.36 Fe I 461 10262.49 P Si I 63 10265.23 P Fe I 59

10283.87 P Fe I 1346 10288.83 Si I 6 10295.05 Ni I 10302.61 Nl I 242 10307.48 P Fe I 1208 10307.60 Se I 2 10311.18 He I 74 10311.37 He I 74 10311.88 P Fe I 106 10321.10 Nl I 289

10327.30 Se I 2 10327.314 Sr II 2 10330.23 Ni I 224 10332.33 P Fe I 858

10333 . 24 P Fe I 1208 10340.77 Fe I 59 10343.85 Ca I 43 10348.16 Fe I 1347 10353.85 P Fe I 1346 10362.73 P Fe I 1345

10364.13 P Fe I 1347 10371.23 Si I 6 10378.62 Ni I 224 10379.01 P Fe I 59

10386.45 Se I 2 10388.73 P Fe I 1346 10392.45 CI I 10 10395.75 Fe I 59 10396.85 Ti I 31 10401.72 P Fe I 461
86 FINDING LIST I A Type Element Multip"

10405.05 Ge I 7 10422.99 Fe I 264 10423.65 Fe I 461

10435.38 P Fe I 1246 10452.70 Fe I 955 10455.47 S I 3 10456.79 S I 3 10459.46 S I 3 10460.07 Ti I 223 10469.59 Fe I 979

10470.051

A I 6 10486.24 Cr I 118 10496.14 Ti I 31 10506.5 N I 28 10509.96 Cr I 118 10511.45 P I 1 10529.45 P I 1 10530.53 Ni I 224 10532.21 Fe I 979

10539.0

N I 28

10548.0

C I 20 10548.0 N I 28 10553.02 Ti I 223 10555.63 P Fe I 1345

10562.43 Ne I 40

10565.97 Ti I 223 10577.14 P Fe I 579

10581.52 P I 1 10582.66 Si I 84 10584.66 Ti I 31

10585.12 Si I 6 10596.92 P I 1 10603.38 Si I 5 10607.78 Ti I 31 10616.75 P Fe I 579

10627.81 Si I 32

10647.66 Cr I 118 10653.6 C I 8 10660.98 Si I 5 10661.61 Ti I 31

10667.53 Cr I 118 10667.60 He I 73 10672.17 Cr I 118 10673.55 A I 10 10677.04 Ti I 31 10681.43 P I 1 10683.18 C I 1 10685.44 C I 1 10689.52 Si I 53 10691.36 C I 1

10694.14 Si I 53 10707.44 C I 1 10725.19 P Fe I 858 10726.33 Ti I 31 10727.21 Si I 53 10729.59 C I 1 10732.89 Ti I 31 10734.14 Ge I 6 10745.9 Na I 18 10748.7 Na I 18

10749.40 Si I 5 10752.99 Fe I 1352

10754.09 P C I 1 10762.24 Ni I 242 10768.39 P Al I 13 10774.92 Ti I 31 10780.71 P Fe I 579

10782.12 P Al I 13 10783.09 Fe I 461 10784.33 Si I 53

10786.78 P Al I 13 10786.86 Si I 5 10792.59 P Ti I 31 10793.65 TI I 310 10796.52 Si I 78 10798.12 Ne I 22 10801.37 Cr I 118 10812.8 Mg I 37 10813.03 P I 1 10816.91 Cr I 118

10618.36 Fe I 979 10820.31 Ti I 310 10821.62 Cr I 118 10827.09 81 I 5 10828.04 Ti I 31 10829.081 He I 1 10830.250 He I 1 10830.341 He I 1 10833.12 Ca I 56

10834.4 Na I 22 I A

10838.77

10844.02

10844.54

10847.72

10849.68

10861.51 10863.60 10863.72

10869.37

10869.54

10872.47 10875.00

10879.78 10881.65

10882.66

10884.30

10885.16

10890.13

10891.21 10891.25

10893.72

10896.10

10896.30 10912.92

10914.2 10914.877

10916.98

10925.80 10929.90

10935.11

10938.09

10947.51 10949.4

10957.19 10961.2

10966.1

10979.27

10979.87

10982.28

10984. 24

10987.22

10996.55 11012.97

11013.27

11015.63

11018.00

11022.3 11044.64 11044.95

11119.80

11125.28

11130.37 11149.34

11157.03 11187.74

11196.70 11202.02

11225.83 11227.5

11230.91

11251.09 11253.81 11255.69

11290.01 11294.0

11294.97 11297.54 11298.83 11302.22

11308.15

11313.8

11329.0 11330.36

11355.97 11374.02

11381.21 11381.53

11403.55

11403.89 11422.30

11439.06

11453

11464 11468.54

11472 11479.87 11486.68 11502.94

11539.50

11042.96

Type Ilement

Ca I Si I Ne I Ti I Fe I Ca I Fe I Ca I Ca I SI I

Al I Fe I Ca I Fe I Si I Fe I Si I Fe I Al I Ni I

Si I Ti I Fe I He I Mg II Sr II He I Fe I Cr I DH

Ge I Mg II Cr I Mg I Mg I Si I Ni I Si I Si I

Fe I He I He I Fe I Cr I Si I K I Cr I He I Fe I

Ge I Si I Fe I Cr I SI I NI I SI I He I N I Ti I

Fe I Al I Al I SI I N III Fe II SI I N I N I C I Fe I Fe .1 Na I TI I Na I Ti I Fe I

Fe I s I 8 I Si I 8 I Fe I Si I SI I Ti I

Multlplet No.

56

31

26

31 1352

56

1246

56

56

13

12 131656

336

53 979

77 1341

12 224

78 310

461

793284

1350 1182863 11835

355 242

77

77

337

7870 1246 221

399 118

88 3376 77 336

221

76

81

76

87

17

33788 76

1777 3377 76

17

1719 858

583 I A Type Element Multlpl)

11564.8

N I 12 11588.73 P Ni I 242 11591.98 Si I 90 11593.55 Fe I 58 11602.94 P C I 25 11607.42 SI I 82 11607.57 Fe I 58 11609.41 Ti I 11609.91 P °C I 25 11611.49 Si I 90

11619.0

C I 25 11626.40 He II 6 11628.0 N I 12 11631.59 P C I 25 11638.25 Fe I 58 11638.60 P C I 25 11640.58 Si I 90 11656.0 C I 29 11656.0 N I 12 11667.1 C I 25,29

11676.99 P C I 25 11689.76 K I 6 11689.98 Fe I 58 11747.5 C I 24 11754.0 C I 24 11769.41 K I 6 11772.66 K I 6 11783.28 Fe I 337 11801.8 C I 24 11828.8 Mg I 6

11836.4 P Ca II 5 11849.3 C I 23 11863.0 C I 23 11880.4 C I 23 11882.80 Fe I 58 11884.12 Fe I 58 11890.44 P SI I 12 11894.9 C I 23 11905.83 Cr I 221 11927.89 P Ni I 242

11947.0 P Ca II 5 11969.07 He I 72 11973.01 Fe I 58 11984.20 Si I 4 11991.57 Si I 4 11997.9 N I 37 12031.49 Si I 4 12074.1 N I 37 12083.79 P Mg I 26 12103.46 Si I 4

12107.4

N I 37 12128.6 N I 27 12186.9 N I 27,34 12203.4 N I 27 12232.9 N I 27 12270.50 Si I 4 12288.0 N I 27,34 12327.7 N I 34 12395.97 P Si I 4 12434.3 K I 5

12461.2

N I 36 12467.8 N I 36 12521.0 C I 28 12523 . K I 5 12551.0 C I 30 12565.0 C I 30 12582.3 C I 30

12582.3

N I 36 12602.6 C I 30 12614.8 C I 30

12679.0 Na I 21 12814.56 D 2 12816.06 P Ca I 52 12818.05 H 8 12823.89 P Ca I 52 12827.09 P Ca I 52 13123.37 P Al I 4 13150.68 P Al I 4 13164.1 C I 27

Fe I

58

337

19

1976

19 1315

83

90

1341

K 4
FINDING LIST

Forbidden Lines I A

2972? 2972.3 2990.4

3000.6

3005.1 3008.4 3026.4

3035.3 3038.3 3038.4

3042.44

3042.61

3044.52

3048.8 3049.05

3063.0 3066.29 3068.8

3070 . 

3071.0

3074.0 3074.11

3075.6

3081.6 3089.76 3093.4

3098 . 

3098.7 3106.0

3106.1

3109.0 3117.1

3118.3 3124.18 3159.5

3162.21

3165.4

3168.2 3170.55 3175.38

3181.05

3185.01

3188.79

3189.1 3190.76

3191.2

3191.3 3202.25

3203.3 3207.46

3207.6

3209.3 3209.94

3212.75

3214.5

3214.5 3214.67 3216.32

3224.54

3226.7

3226.99

3228.2 3230.17

3236.7 3239.07

3239.7

3239.8 3243.2

3244.18 3254.24

3254.7

3256.31

3256.73

3261.7

3263.1 3264.84 3272.9

3273 . 

3274.7 3275.02

Element Multipl.

Ne

V 2 F I 2 F

Ni VII 1 F

Nl VII 3 F A III 2 F

Tl III 5 F

Nl VIII 4 F

Nl VIII 3 F

Nl VII 1 F

Nl VII 3 F

Mn II 4 F

Mn II 4 F

Mn II 4 F

Nl VII 3 F

Mn II 4 F N II 2 F

Cr II 8 F

Al VII 1 F N II 2 F

Co VII 4 F

Al VII 1 F

Ni II 6 F

Nl VIII 3 F

Ni VII 3 F

Cr II 8 F

Al VII 1 F

Co VII 4 F

Al VII 1 F

Ni VII 1 F

Ni VII 3 F A III 2 F

Ni VII 3 F

CI IV 2 F

Fe II 12

F

Co VII 4 F

Fe II 12

F

Ni VII 3 F Co VII 3 F

Cr II 7 F

Fe II 11

F

Fe II 12

F

Fe II 11

F

Cr II 7 F

Co VII 3 F

Fe II 12

F

Ni VII 1 F

Ni VII 3 F

Cr II 6 F

CI IV 2 F

Cr II 6 F

Ti III 7 F

Co VII 4 F

Fe II 12

F

Cr II 6 F

Ni VII 1 F

Ti III 7 F

Fe II 11

F

Cr II 6 F

Fe II 11F

Ti III 7 F

Fe II 11

F

Ni VIII 3 F

Fe II 12F

Fe III 7 F

Cr II 5 F

Fe III 6 F

Co VII 3 F

Ni VII 1 F

Fe II 11

F

Fe II 11

F

Fe III 6 F

Fe II 11

F

Fe II 11

F Co VII 3 F

Ti VII 2 F

Fe II 11

F

Co VI 2 F

Cr IX 1 F

Co VII 4 F

Fe II 11

F

Fe II 11F

Co VI 1 F

Fe II 11

F

Fe III 7 F

Co VI 2 F

Fe III 6 F

Fe II 11

F

Fe II 11

F

Fe II 11

F Co VI 2 F I A

3298.61 3299.6

3299.8 3300.5

3301.6

3307.0

3316.1 3318.38 3319.2

3319.3

3322.54

3326.9

3329.3 3333.8 3334.9

3336.9

3337.7 3337.77 3337.82

3338.5

3339.14 3340.7

3341.38 3341.5

3342.7

3342.9 3344.72 3315.9

3353.4 3355.5

3356.6

3361

3362

3363 3366

3367 3367 3368.9

3371.4 3374.6

3376.20 3378.4

3378.55

3379.7 3380.95

3387.10

3387.7 3388.2

3396.7

3398.5

3400.3 3402.50

3403.3 3403.65 3405.39

3406.2

3406.6

3413.3 3425 . 

3428.24

3428.8

3430.3 3439.29

3440.3

3440.99 3444.1

3445.4 3445.9 3450.39

3452 . 30

3452.54

3454.34 3455.11

3457.3 3458.73

3460.20 3461.42

3463.4

3465.7

3466.4

3470.0

3476.5

3481.5 3484.01

3485.5 3486.6

3487.23 3488.1

3489.07 3489.08

Element

Cr II Nl VII

Co VI

Fe III

Fe III

Co VI

Fe III Fe II Fe III Na IV

Fe III Co VI Ca XII

Fe III Fe III

Co VI Ti III Cr II Mn II Co VII

Fe II Fe III Mn II Co VI

CI III

Ne III Mn II Ne V

CI III Fe III

Fe III Co VII

Fe

V

Ti III Fe III Fe III Co VI

Fe

V

Fe III Fe V

Fe II Ti III

Ni II Ni VII

Fe II Fe II Fe XIII Co VI Nl VII

Co VI

Fe

V

Fe II Co VI Fe I Fe I Fe III

FeV Ni VII

Ne

V

Fe II

Fe III

FeV

Ni II Ni VII

Fe II Co VI

Fe

V

Na IV

Fe II Fe II

Fe I Fe I Fe II Fe VII

Fe I Fe II Fe II Fe V

Co VI N I

Ni IX Co VI Co VI Fe II Mg VI

Ni VII

Fe I Mg VI

Fe I Fe II

Multiplet No. 5 F 1 F 1 F 6 F 6 F 2 F 7 F

27

F 6 F 1 F 5 F 2 F 1 F 6 F 6 F 2 F 4 F 5 F 3 F 3 F

27

F 6 F 3 F 1 F 2 F 2 F 3 F 1 F 2 F 6 F 6 F 3 F 4 F 4 F 6 F 6 F 2 F 4 F 5 F 4 F

26

F 4 F 5 F 1 F

27

F

26

F 2 F 2 F 2 F 2 F 4 F

27

F 1 F

10

F

10

F 5 F 4 F 2 F 1 F

27

F 5 F 4 F 5 F 1 F

26

F 2 F 4 F 1 F

27

F 26 F

10

F

10

F

26

F 3 F

10

F

25

F

27

F 4 F 2 F 2 F 2 F 2 F 1 F 27 F 1 F 2 F

10

F 1 F

10

F 26 F I A

3492.5 3493.55

3494.7 3500.4

3501.62

3503 . 3503.5

3503.8 3504.02

3504.51

3505.81

3509.78

3511.6 . 3511.64" 3512.9

3516.17

3522.76

3524.38

3527.33

3528.28

3532.2 3536.25

3538.69

3538.8 3539.19

3543.5

3558.1 3559.86

3569.0 3575.6

3575.72

3579.81 3583.2

3586.8

3587.2

3590.8

3593.3

3601.3 3608.5 3615.5

3616.00

3622.9 3627.35

3628.65

3630.3 3631.4

3631.8 3638.4 3640.6

3643.3

3645.7

3646.3 3656.3

3658.1 3659.96

3661.3 3664.1 3670.62

3672.37

3675.0

3675.2

3678.71

3680.3

3686 3688? 3695.0

3702.7

3705.8 3708.3 3709.14

3712.26

3721.1 3726.16

3728.91 3733.6 3735.2

3736.17

3740.2

3744.1 3751.66

3754.98

3755. 

3759.9

3761.0

3764.8 3774.9

3776.1 3777.4 3782.9

3794.6

Element

Co VII

Fe I Fe VI Mg VI Fe II Mg VI

FeV

Ni VII

Fe II Fe II

Fe II Fe I Fe VI Fe I Co VI

Fe I Fe I Fe II Fe I Fe II F IV Fe II Fe II Co VI

Fe II Fe VI

Fe VI

Ni II Fe VI Fe VI

Fe II Fe II CI II Co VI Fe VII

Sc VI

Tl III

Ni XVI

Ti III Ti III

Fe II Ti III

Ni II Fe II Fe VI Mn VI

Ti III

Ti III

Ti III

Ni XIII

Fe VI Ca VI Ti III Co VI Fe II Ti III Fe VI

Fe II Cr I CI II

Fe VI

Cr I Ni IX V VIII

Ca VII

Nl VIII

Ca VI

Ni VIII

Co VI Fe II

Fe II S III

II

II Mn VI

FeV Fe II Fe VI

FeV

Fe II

Fe I Fe V

Fe VII

Co VI

FeV

Fe VI Fe VI

Fe

V

FeV

FeV

87

Multiplet No. 3 F

10F 4 F 1 F

26

F 1 F 4 F 1 F

26

F

26

F

25F

10

F 4 F

10

F 1 F

10

F

10

F

26

F

10

F

25F 2 F

26

F

26

F 1 F 26 F 5 F 4 F 5 F 5 F 4 F

25

F

25F 2 F 1 F 3 F 2 F 6 F 1 F 6 F 9 F

25

F 6 F 5 F 25 F 5 F 3 F 6 F 6 F 6 F 2 F 4 F 1 F 6 F 1 F

10

F

11

F 4 F

10

F 4 F 2 F 5 F 4 F 2 F 1 F 2 F 2 F 1 F 2 F 1 F

10

F

10

F 2 F 1 F 1 F 3 F 3 F

10

F 5 F 3 F

10

F 9 F 3 F 3 F 1 F 3 F 3 F 4 F 1 F 3 F 3 F
88 finding list

Forbidden Lines I A Element Multiplet N«. I A Element Multiplet No. I A Element Multiplet No

3796.7 S III 2 F 4055.5 Mn

V 4 F 4231.56 Fe II 21

F

3798.2 Fe

V 1 F 4059.3

F IV 1 F 4234.81 Fe II 37

F

3806.34 Cu II 2 F 4062.2 Mn

V 4 F 4243.98 Fe II 21F

3810.6 Nl IX 2 F 4065.7 Ni IX 2 F 4244.81 Fe II 21

F

3812.07 Fe I 9 F 4068.62

N S II 1 F 4249.07 Fe II 36

F

3814.58 Fe I 9 F 4070.7 Fe III 4 F 4249.48 Nl II 4 F

3815.1 Fe VI 3 F 4071.5 Fe

V 1 F 4251.99 Cr I 2 F

3820.2 Fe

V 3 F 4076.22

N S II 1 F 4262.7 Co VII 2 F

3834.73 Fe II 9 F 4077.5 Fe

V 2 F 4263? Ti VIII 1 F

3836.89 Fe II 8 F 4079.7 Fe III 4 F 4263.07 Fe I 7 F

3838.1 Fe

V 1 F 4080.00 Fe II 24

F 4263 . 62 Fe I 8 F

3838.9 Fe

V 3 F 4083.78 Fe II 23

F 4266.34 Fe II 36

F

3846.46 Fe I 9 F 4084.32 Fe II 24

F 4268.67 Fe II 37

F

3847.78 Fe II 8 F 4086.5 Ca XIII 1 F 4269.60 Fe I 7 F

9649.1 Fe VI 3 F 4093.0 Fe

V 2 F 4270.62 Fe II 36

F

3850.3 Ni VIII 2 F 4096.6 Fe III 4 F 4274.87 Mn II 6 F

3850.8 Fe

V 3 F 4097? .K VI 2 F 4275.21 lin II 6 F

3851.63 Fe II 9 F 4099.29 Fe I 8 F 4276.83 Fe II 21

F

3856.98 Fe I 9 F 4103 . 1

Co VII 2 F 4278.21 Fe I 7 F

3862.3 Nl VIII 2 F 4104.59 Fe I 8 F 4278.97 Mn II 6 F

3866.9 litl VI 3 F 4106.1 Nl VIII 2 F 4280.04 Fe I 8 F

3868 . 74

N Ne III 1 F 4107.51 Fe I 7 F 4285.90 Ni II 4 F

3873.51 Fe- I 9 F 4108.02 Fe I 8 F 4287.40 Fe II 7 F 3874.07 Fe II 8 F 4112.7 Nl IX 2 F 4294.70 Nl II 4 F

3882.73 Fe- II 24

F 4113.42 Cr I 3 F 4297.8 ' Ni VIII 1 F

3884.57 Fe I 9 F 4113.7 Mn

V 4 F 4298.8 Ni VIII 2 F

3889.58 Fe I 9 F 4114. 10 Cr I 3 F 4302.3 Cr

V 3 F

3890.9 Fe VI 3 F 4114.48 Fe II 23

F 4305.90 Fell 21

F

3891.8 Fe

V 3 F 4116.36 Cr I 3 F 4308.4 Mn

V 4 F

3694.40 Fe II 8 F 4116.60 Tl II 20

F 4310.46 Ni II 10

F

3895.7 Fe

V 1 F 4117.09 Cr I 3 F 4314.92 Ni II 10

F

3898.19 Fe I 9 F 4120.7 Mn

V 4 *F 4319.62 Fe II 21F

3905.62 Fe II 8 F 4122.6 Mn

X 2 F 4321.92 Fe II 37

F

3911.1 Fe

V 3 F 4123.9 FeV 2 F 4326.85 Ni II 3 F

3914.83 Sc III 1 F 4125?

K \ 1 F 4329.43 Fe II 36F

3917.23 Fe I 9 F 4129.4 Fe III 4 F 4331.7 Ni IX 1 F

3917.64 Fe I 9 F 4129.49 Tl II 20

F 4331.9 MnV 3 F

3923.5 Fe

V 3 F 4130.47 Fe I 8 F 4346.85 Fe II 21

F

3929.35 Fe II 24

F 4130.7 Fe III 4 F 4347.35

re II 36

F

3931.44 Fe II 8 F 4131.51 Fe XI 24F 4351.05 Fe II 36

F

3931.50 Fe I 9 F 4134.01 Fe II 21F 4351.80 Fe II 36

F

3932.72 Fe II 8 F 4136.4 Fe

V 1 F 4352.78 Fe II 21

F

3937.80 Fe II 8 F 4139.5 Co VII 2 F 4356.14 Fe II 22

F

3945.34 Sc III 1 F 4140.4? Tl III 8 F 4358.10 Fe II 6 F

3945.70 Fe I 9 F 4142.5 FeV 2 F 4358.37 Fe II 21

F

3946.0 Co VIII 2 F 4143.17 Nl II 10F 4359?

A XIV 1 F

3949.27 Fe II 8 F 4144.3 Fe III 4 F 4359.34 Fe II 7 F

3967.51N Ne III 1 F 4144.8 Tl VII 1 F 4363.21

N III 2 F

3968.23 Tl II 11

F 4144. 97 Fe I 7 F 4365.2 Mn

V 3 F

3968.27 Fe II 8 F 4146.65 Fe II 21

F 4372.43 Fe II 21

F

3968.66 Fe II 24

F 4147.21 Tl II 20

F 4375.71 Cu II 1 F

3970.1 Fe

V 1 F 4147.30 Nl II 10

F 4377.37 Fe I 6 F

3976.2 Fe III 4 F 4149.52 Cr I 2 F 4382.75 Fe II 6 F

3976.97 Fe II 8 F 4153.72 Fe I 8 F 4384.21 Fe II 36

F

3979.78 Fe II 9 F 4156.25 Tl II 20

F 4387.4 Mn IV 2 F

3979.93 Fe II 8 F 4157.5

F II 2 F 4391.1 Mn IV 2 F

3983.08 Tl II 11

F 4167.89 Fe II 37

F 4396.9 CrV 3 F

3986.1 Fe XI 2 F 4160.9 Tl III 10

F 4398.4 Mn

V 3 F

3986.38 Fe II 8 F 4163.6? Tl III 8 F 4402.60 Fe II 36

F

3991.47 Cr II 4 F 4165.79 Cu II 1 F 4404.4 Ni VIII 1 F

3991.84 Fe II 8 F 4166?

K

V 1 F 4405.2 Mn IV 2 F

3992.08 Cr II 4 F 4169.40 Tl II 20

F 4406.39 Fe II 36F 3993.29 Cr II 4 F 4169.41 Tl II 20 F 4407 . 16 Fe II 36 F

3993.57 Cr II 4 F 4175.2 Fe

V 2 F 4407.9 Cr IX 1 F

3993.69 Nl II 4 F 4177.21 Fe 11 21

F 4408.5 Mn IV 2 F

3995.8 Fe VI 3 F 4178.93 Fe I 7 F 4409.86 Fe II 22

F

3996.3 Ca

V 2 F 4178.95 Fe II 23

F 4413.78 Fe II 7 F

3996.3

F IV 1 F 4179.45 Fe I 8 F 4414.45 Fe II 6 F

4003.2 FeV 1 F 4181.3 Fe

V 1 F 4416.27 Fe II 6 F

4004.07 Tl II 11

F 4185.74 Fe I 8 F 4422.4 Co VIII 2 F

4005.07 Tl II 11

F 4187.46 Tl II 20

F 4427.7 Mn IV 2 F

4008.3 Fe III 4 F 4190.53 Fe II 37

F 4430.79 Ti I 25

F

4010.91 Fe II 9 F 4190.6 Nl IX 2 F 4432.45 Fe II 6 F

4011.2 Na

V 1 F 4196.3 Mn

V 4 F 4432.8 Mn

V 3 F

4015.3 Na

V 1 F 4197.81 Fe II 22

F 4435.08 Fe II 36

F 4017.38 Fe II 24 F 4198.0 Co VIII 2 F 4435.1 Co VII 2 F 4017.5 Na V 1 F 4200.6 Tl III 10 F 4437.10 Fe I 6 F

4020.20 Tl II 11

F 4201.56 Fe I 8 F 4438.92 Fe II 36

F

4021.6 NaV 1 F 4201.74 Nl II 3 F 4439.73 Fe II 36

F

4025.80 Nl II 4 F 4203.39 Fe I 7 F 4442.0 Mn IV 2 F

4026.6 FeV 1 F 4203 . 5

Mn

V 4 F 4446.2 Ni VIII 1 F

4029.41 Fe II 9 F 4204.9 Co VIII 2 F 4452.11 Fe II 7 F

4031.15 Tl II 11

F 4216.4 Ni VIII 1 F 4454.37 Fe I 21

F

4032.3 Nl VIII 2 F 4217.71 Fe I 7 F 4457 . 95 Fe II 6 F

4033.S6 Nl II 4 F 4225.9 Ni VIII 1 F 4458.57 Fe I 6 F

4033.98 Pit II 24

F 4226.8 Fe

V 2 F 4461.0 Co VIII 1 F

4041.57 Tl II 11

F 4229.8 Fe

V 1 F 4461.0 Mn IV 2 F

4043.4 Nl IX 1 F 4229.86 Fe I 7 F 4461.54 Nl II 10

F 4040.4 Fa III 4 F 4230.40 Fe I 8 F 4466.33 Nl II 10 F

Nl VIIi 1 V 4231.4 Ni XII 1 F 4468? Ti VIII 1 F
FINDING LIST

Forbidden Lines

89 I A Element Multlplet No. I A Element Multiplet No. I A Element Multlplet No

4470.29 Fe il 6 F 4658.1 Fe III 3 F 4874.21V II 8 F 4472.37 Ti I 19 F 4662.7 Mn IV 1 F 4874.49 Fe II 20 F 4473.46 Fe I 6 F 4664.45 Fe II 4 F 4876.0 Cr III 3 F 4474.91 Fe II 7 F 4664.97 Fe II 5 F 4877.01 Tl II 10 F 4475.0 Co VII 2 F 4665.5 Co VII 2 F 4880.00 V II 8 F 4477.91 Tl I 19 F 4665.65 Fe II 4 F 4881.0 Fe III 2 F 4476.6 Mn IV 1 F 4667.0 Fe III 3 F 4881.87 Mn II 5 F 4460.6 Mn IV 2 F 4669.5 P II 2 F 4883.9 Fe III 1 F 4484.84 Tl I 19 F 4672.2 Sc VI 1 F 4886.56 Fe I 4 F

4485.87 Ni II 3 F 4674.64 Fe I 21

F 4887.27 Cr II 15

F

4486.35 Ti I 19F 4677.94 Fe I 21

F 4889.49 Mn II 5 F 4488.75 Fe II 6 F 4680.05 Fe I 5 F 4889.63 Fe II 4 F 4488.76 Tl I 19 F 4685.99 Fe I 21 F 4889.70 Fe II 3 F 4492.3 Co VIII 2 F 4687.56 Fe II 5 F 4893.9 Fe VII 2 F

4492.64 Fe II 6 F 4692.6 Co VII 1 F 4894.1 Cr III 3 F 4493.23 Fe I 5 F 4693.56 Fe I 5 F 4894.8 Cr IV 4 F 4493.3 Nl VIII 1 F 4694.59 Fe I 5 F 4896.65 Mn II 5 F 4494.57 Fe I 6 F 4699.0 Fe VII 2 F 4896.87 V II 8 F 4495.3 Mn IV 2 F 4699.3 Mn IV 1 F 4897.21 V II 8 F

4496.21 Ti I 19

F 4701.5 Fe III 3 F 4898.49 Ti I 13F

4497.23 Ti I 19

F 4711.4

A IV 1 F 4898.64

V II 8 F 4497.4 Mn IV 1 F 4711.86 Fe I 21 F 4899.4 Cr rv 4 F 4498.90 Ti I 19 F 4714? Ne IV 1 F 4901 . 

Co VII 1 F

4500.00 Tl I 19

F 4715.21 Fe I 21

F 4905.35 Fe II 20

F

4501.36 Ti I 19

F 4716? Ne IV IF 4907.6 Cr IV 5 F 4504.71 Ti I 19 F 4716.36 Fe II 5 F 4908.8 Mn IV 1 F

4505.9 Co VII 1 F 4717? Ne IV 1 F 4911.9 Cr III 3 F

4506.9 8 I 2 F 4719.7 Mn IV 1 F 4912.82 Ca I 1 F

4508.52 Ti I 19

F 4720? Ne IV 1 F 4916.18 Ca I 1 F 4509.61 Fe II 6 F 4723.39 Fe I 21 F 4916.26 Fe I 4 F

4509.85 Ti I 19

F 4728.07 Fe II 4 F 4916.81 Ti II 23

F

4510.63 Fe I 6 F 4733.9 Fe III 3 F 4917.22 Fe II 3 F

4511.0

K IV 2.F. 4734

V VIII 1 F 4923.05

V II 7 F 4514.90 Fe II 6 F 4736.6 P II 2 F 4924.5 Fe III 2 F

4515.52 Ti I 19

F 4738.9 Co VII 1 F 4924.81 Cr II 15

F

4516.60 Fe I 6 F 4740.3

A IV 1 F 4925.84 Tl II 23

F

4517.36 Ti I 19

F 4745.49 Fe II 20

F 4928.68

V II 8 F

4521.76 Ti I 19

F 4750.57 Fe II 5 F 4928.9 Cr III 3 F

4523 . 16 Hi I 3 F 4751.75 Fe I 4 F 4930.5 Fe III 1 F 4523.6 Cr V 3 F 4754.7 Fe III 3 F 4931.8 III 1 F

4526.55 Ti I 19

F 4761.9 Mn IV 1 F 4936.4 Fe III 1 F

4528.3 Mn IV 2 F 4769.4 Fe III 3 F 4938.6 Ca VII 1 F

4528.39 Fe II 6 F 4771.54 Ti II 10

F 1940.22

V II 7 F

4528.7 MnV 3 F 4772.07 Fe II 4 F 1942.3 Fe VII 2 F 4532.09 Fe I 6 F 4772.4 Ni VIII 1 F 1942.95 Fe I 4 F

4533.00 Fe II 6 F 4774.74 Fe II TO

F 4946.76 Tl I 12

F

4535.7 Mn IV 1 F 4777.7 Fe III 3 F 4947.17 Cr II 15

F

4536.05 Ti I 19

F 4779? Tl VIII 1 F 4947.38 Fe II 20

F

4544.36 Fe I 5 F 4785.21 Tl II 10

F 4950.74 Fe II 20

F 4545? Tl VIII 1 F 4785.9 Co VIII 1 F 4956.35 Fe I 4 F

4545.20 Fe I 21

F 4769.19 Fe I 4 F 4958.23 Fe II 4 F

4548.3 Be I 1 F 4789.5

F II 1 F 4958.91

N III 1 F

4546.32 Fe I 21

F 4793.03 Ti II 10

F 4961.18 Fe I 4 F 4548.5 Mn IV 2 F 4798.28 Fe II 4 F 4965.31 V II 7 F

4550.48 Fe II 6 F 4799.31 Fe II 4 F 4965.6 Cr III 3 F

4550.64 Fe I 6 F 4799.4 Cr IV 5 F 4965.78 Fe II 3 F

4551.98 Fe II 6 F 4799.5 Fe III 3 F 4968.65

V II 7 F 4554.49 Fe I 6 F 4806.83 Tl II 10 F 4968.8 Fe VI 2 F

4555.01 Fe II 6 F 4807.5 Fe VI 2 F 4969.3 Cr IV 5 F

4563.7 Mn IV 2 F 4813.27 Nl I 3 F 4971.8 Cr IV 4 F

4564.7 Co VIII 2 F 4813.9 Fe III 3 F 4973.39 Fe II 20

F

4573.23 Fe I 6 F 4814.0 Cr IV 5 F 4974.0 Fe VI 2 F

4573.45 Ni II 10

F 4814.55 Fe II 20

F 4976.33

V II 7 F

4573.9 Fe III 3 F 4823.3 Mn IV 1 F- 4976.5 Cr IV 4 F

4573.93 Cr I 1 F 4823.44 Ti II 10F 4982.73 Ti II 23

F

4575.46 Ca I 2 F 4824? So VII 1 F 4982.92 Ti I 11

F

4575.84 Cr I 1 F 4824.1 Fe III 3 F 4983.42 Fe I 4 F

4577.32 Cr I 1 F 4835.4 Cr III 3 F 4985.27

V II 7 F

4578.83 Fe I 5 F 4837.42 Tl II 10F 4985.64 Cr II 15

F

4580.80 Cr II 3 F 4838.7 Cr rv 4 F 4985.9 Fe III 2 F

4580.88 Cr II 3 F 4842.4 Cr III. 3 F 4987? So VII 1 F

4581.18 Cr II 3 F 4843.1 Cr IV 4 F 4987.2 Fe III 2 F

4589.0 8 I 2 F 4843.34 Fe I 4 F 4987.68 Ti II 19

F

4591.4 Mn IV 1 F 4843.51 Fe II 3 F 4988.75 Tl I 12

F

4598.07 Fe II 4 F 4847.01 Ti I 13

F 4989.4 Fe VII 2 F. 4603.66 Fe I 5 F 4847.58 Fe I 4 F 4992.66 Cr II 2 F

4604.48 Fe II 5 F 4850.9 Fe VI" 2 F 5002.01 Fe I 4 F

4607.0 Fe III 3 F 4851.6 Co VII 1 F 5002.63 Tl II 19

F

4610?

AV 2 F 4852. 73 Fe II 20

F

5002.88

V II 7 F

4618.97 Fe I 21

F 4857.50

V II 8 F 5005.52 Fe II 20

F

4621.5

C I 2 F 4858.4 Co VII 1 F 5006.63 Ti II 19

F

4622.19 Fe I 21

F 4659.87 Cr II 15

F 5006. 65 Fe II 4 F 4627.3 C I 2 F 4861.41 Ti II 23 F 5006.84 N III 1 F

4630.06 Fe I 21

F 4862.80 Ti II 10F 5011.3 Fe III 1 F 4631.93 Fe I 5 F 4863.9 Mn IV 1 F 5014.37 Fe I 4 F

4632.27 Fe II 5 F 4869.3

F II 1 F 5020. 24 Fe II 20

F

4639.68 Fe II 4 F 4870.8 Cr III 3 F 5021.69 Ti II 19

F

4640.05 r» I F 4871.43V II 8 F 5025.53 Ti I 11

F

4644.2 Nl VIII 1 F 4872.80

V II 8 F 5027.34 Nl I 3 F

4652.2 Co VII 1 F 4873.4 Cr rv 5 F 5032.69 Tl II 19

F
90 FINDING LIST

Forbidden Lines

I A

5032.7 0034.05

5035.50 6036.55

5039.10 5043.30

5043.53 6045?

5047.91 5049.29

5049.73

6056.5

5060.3 5063.7

5065.43 5071.6

5072.40 5074.90

5076.3

5076.57

6080.84

6082.54 5083.72

5084.8 5086.52

5092.60 5092.97

5098.44

5100.4

5104.5

5105.16

5107.95 5108.53

5108.57 5111.63

5116.03 5116.3 5118.07

5119.47 5122.88

5124.41

5126.25 5127.09 5134.16

5136.3 5144.39

6145.5 5146.55

6146.8 5147.16

5150.07

6151.9

5154.28 5157.59

5168.00

5158.3 5158.81

5162.53 5163.94

5165.98

5170.84 5174.95 5177.0

5180.78

5181.21

5181.97

5182.71

6184.80

5185

6191.4

5193.13 6193.82

5194.19

5197.31 5198.5 6199.18

5200.7 6206.02

5206.84

5209.1

5212.95

5216.07 6219.02

5220.06

5220.56

6224? 6224.15

5224.30 5225.00 M

Element Multiplet No

Fe III 2 F

Cr II 15 F

Fe II 4 F

Fe II 3 F

Fe II 19 F

Ti I 12 F

Fe II 20 F

Sc VII 1 F

Tl II 19 F

Fe II 20 F

Cr II 2 F

Nl IX 1 F

Fe III 1 F

Fe III 2 F

Tl II 19 F

Cr IV 4 F

Fe II 19 F

Fe I 19 F

Co VII 1 F

Fe II 20 F

Ti II 19 F

Cr I 16 F

Fe 11 35 F

Fe III 1 F

Fe II 3 F

Cr II 2 F

Cr I 8 F

Cr I 16 F

Fe VI 1 F

Ti VII 1 F

Cr I 8 F

Fe II 18 F

Cr I 8 F

Cr II 14 F

Fe II 19 F

Ni XIII 1 F

Ni XIII 1 F

Zr III 1 F

Cr II 2 F

Zr II 7 F

Cr I 16 F

Cr I 16 F

Cr II 14 F

Cr I 15 F

Co VII 1 F

Zr II 7 F

Cr IV 3 F

Cr I 15 F

Fe VI 2 F

Fe I 19 F

Cr I 15 F

Fe III 1 F

Cr I 16 F

Cr II 14 F

Fe II 18 F

Fe VII 2 F

Fe II 19 F

Cr I 15 F

Fe II 35 F

Cr I 15 F

Fe I 3 F

Cr II 14 F

Fe VI 2 F

Fe I 20 F

Cr I 15 F

Fe II 18 F

Cr I 16 F

Fe II 19 F

Co XI 1 F A III 3 F

Fe I 19 F

Cr I 15 F

Fe I 20 F

Cr I 15 F

N I 1 F

Fe II 35 F

N I 1 F

Cr II 14 F

Zr II 7 F

Cr IV 3 F

Fe I 19 F

V II 6 F

Cr II 13 F

Fe II 19 F

Fe I 3 F

8c VII 1 F

Fe I 3 F

Cr II 13 F HBV II 6 F

I A

5227.25

5228.44

6229.06

5235.07 5236.6

5237.7 5238.35

5239.47

5242.00 5245.25

5247.84

5248.64

5254.49

5255.97 5261.61

5268.4

5268.82

5268.88 5269.16

5270* 19

5270.4 5273.38 5274.27

5275.83

5276.1 5278.39

5279.2

5279.80 5280.20

5281.46

5282.88

5283.11 5285.21

5285.34

5286.31

6288.83 5289.66

5290.75

5295 . 70 5296.3

5296.84 5299.42

5302.86

5303.37 5303.6 5303.99

5304.06

5308.68

5308.9 5310.36

5312.52

5313.88

5316.97 5322.2

5323.64

5326.5 5331.46

5332.4 5333.66

5334.30

5336.4

5339.65

5339.7 5341.39

5347.67 5352.29

5354.15 5354.76 5355.9 5356.32

5358.79

5362.06

5363.91

6368.91

5370.5 5374.6

5376.47 5382.26

5386.27

5394.78

5396.71

5404.80 5412.0

5412.64

5412.97

5413.34

5415.04 5418.0

5426.3

Element Multiplet No

V II 6 F

Cr II 13 F

Zr II 7 F

V II 6 F

Fe VI 1 F

V IV 3 F

Cr II 13 F

Cr I 15 F

Cr II 13 F

V II 6 F

Cr II 13 F

Cr II 14 F

V II 6 F

Cr II 13 F

Fe II 19 F

Co VIII 1 F

Fe I 19 F

Fe II 18 F

Ni II 14 F

Cr II 13 F

Fe III 1 F

Fe II 18 F

Ni II 9 F

Nl II 14 F

Fe VII 2 F

Fe II 35 F

Fe VI 1 F

Cr II 13 F

Fe II 16 F

Ni II 9 F

V II 6 F

Fe II 35 F

Cr II 13 F

Cr I 15 F

Ti I 10 F

Cr II 12 F

Fe I 19 F Fe I 20 F

Fe II 17 F

Cr IV 3 F

Fe II 19 F

Cr II 13 F

Fe XIV 1 F

Zr III 1 F

Fe XIV 1 F

Fe I 3 F

Fe I 20 F

Cr II 12 F Ca V 1 F

Ti I 10 F

Ti I 10 F

Cr II 13 F

Zr III 1 F

CI IV 3 F

Cr II 13 F

V IV 3 F

Zr II 7 F

P I 2 F

Fe II 19 F Ti I 10 F

Fe VI 1 F

Cr II 13 F

P I 2 F

Cr II 12 F

Fe II 18 F

Fe I 20 F

Cr II 13 F

Zr II 7 F

Fe III 1 F

Fe I 3 F

Tl I 10 F

Fe II 17 F

Fe I 20 F

Cr II 13 F

Fe VI 2 F

Mn VI 2 F

Fe II 19 F

Fe I 3 F

Cr II 12 F

Mn II 9 F

Tl I 10 F

Fe I 20 F

Fe III 1 F

Fe II 17 F

Fe I 20 F

Fe II 16 F

Mn II 9 F

Cr III 2 F

Fe VI 1 F H

I A

5428.6 5431.39

5432.1 5433,15

5433.69

5434.30 5435.6 5439.72

5439.9

0440.45

5442.82

5446.0

5449.42 5453.4 5460.0

5466.67

5470.51 5471.3 5472.09

5473.37

5473.94 5475.59

0477.26

5477.40 5478.76

5481.17

5482.91

5483.3

5485.7 5493.10

5494.80

5495.42 5495.82

5496.84 5004.22

0505.1

5505.25

5009.51

0009.63

0517.2

5517.24 5518.00

5520.18 5523.28

5023.3

0527.33 0527.61

5527 . 92 5528.87

5530.11

5530.69 5532.41

5534.6

5535 .09 5536.98

5537.7 5539.6 5539.74

5541.7 5542.54

5543.9

5545.88 5046.59

5049.49 5050.20

0550.3 5551.31

5552. 93 5554.68

5555.33

5556.31

5557 . 14 5561.21 5561.66

5562.94

5565.68

5567.08

5572.6 5573.84

5574.04

5575.69 5577.350

5579.06 5579.65

5579.73 5580.82

5582.01 5584.81 m5587.2

Element Multiplet No

Fe VI 1 F

Nl II 9 F

Cr III 2 F

Fe II 18 F

Zr III 1 F

Zr II 6 F

Cr III 2 F

Fe I 3 F

Fe III 1 F

Fe II 16 F

Cr II 12 F

V IV 3 F

Cr II 12 F

Cr III 2 F

Ca VI 2 F

Ti I 9 F

Cr II 12 F

Cr III 2 F

V II F

Mn II » F

Mn II 9 F

V II F

Fe II 34 F

Fe I 20 F

V II F

Fe I 20 F

V II F

Cr III 2 F

Fe VI 1 F

V II 20 F

Mn II 9 F

Zr II 7 F

Fe II 17 F

V II F V II F

Cr III 2 F

Cr II 12 F

Ti I 7 F V II F

CI III 1 F

Zr III 1 F

Ti I 9 F

Zr II 7 F Fe II 33 F

Cr III 2 F

Fe II 17 F

Fe II 34 F

V II F

Zr II 6 F

Mn II 9 F

Mn II 9 F

Fe I 20 F

A X 1 F

Tl I 7 F

Mn II 9 F

CI III 1 F

Sc VI 1 F

Zr III 1 F

Mn VI 2 F

Ti I 8 F

Mn V 2 F

Fe II 33 F

Fe II 2 F

V II F

V II 14 F

Cr III 2 F

Fe II 39 F

Cr II 12 F

V II 20 F

Ti I 7 F

Fe II 18 F

Cr II 12 F

Mn II 9 F

Ti I 7 F

Ti I 8 F

Fe I 3 F

Mn II 9 F

Cr III 2 F

V II 14 F

Mn II 9 F

V II 14 F

I 3 F

Cr II 12 F

V II 14 F

Mn II 9 F

Fe II 39 F

Fe II 2 F

Ti I 9 F

Ca VI 2 F
FINDING LIST

Forbidden Lines

91

I A Element Hultlplet No. I A Element Multiple

8868.15 Fe II 39 F 5832.40 Eu II 2 F

5891.3 Cr III 2 F 5834.64 Fe I 2 F

5591.9 Hn V 2 F 6836.21 Cr I 14 F

8895.31 Ti I 8 F 5843.6 Cr III 1 F 8600.1 Cr III 1 F 5843.90 Fe II 34 F 8600.66 Fe II 33 F 5846.3 Xe III 2 F

8601.6 Hn VI 2 F 5852.48 Cr I 14 F

6603.2 K VI 1 F 5852.8 Co II 2 F

8608.36 V II 14 F 5855.37 Zr II 6 F 8609.27 Fe I 31 F 5863.1 Mn V 2 F

8611.94 V II 14 F 5867.17 Fe I 2 F 6613.81 V II 14 F 5867.87 Tl I 6 F

8614.62 Tl I 8 F 5868.3 Mn V 1 F 5615.19 Cr II 12 F 5872.77 Fe I 2 F

8618.8 Ca VII 1 F 5876.23 Cr I 14 F

8618.9 Cr III 1 F 5876.92 Cr I 14 F

8628.0 Mn VI 2 F 5879.32 Eu II 2 F

6628.4 Co II 2 F 5884.9 Cr III 1 F

8629.54 Tl I 7 F 5869.0 Hn V 2 F

6630.85 Tl I 8 F 5893.89 Fe I 17 F

8631.0 Ca VI 2 F 5898.30 Fe I 2 F 8631.6 Fe VI 1 F 5900.64 Zr II 12 F

8634.78 V II 20 F 5901.26 Fe II 34 F 5639.55 Fe I 2 F 5902.64 Fe I 18 F

6643.02 Zr III 1 F 5907.1 Mn VI 2 F

5643.44 Fe II 39 F 5913.34 Cr I 13 F

5644.00 Fe II 18 F 5926.18 Cr I 14 F

8648? Ca XV 1 F 5929.20 Zr II 12 F

6649.67 Fe II 39 F 5929.31 Eu II 2 F

8650.39 Fe II 2 F 5931.19 Fe I 17 F

6650.94 Fe II 39 F 5932.88 Zr II 6 F

5654.85 Fe II 17 F 5933.4 Mn VI 1 F

5656.39 Fe I 3 F 5934.41 Fe I 2 F

5659.83 Fe II 33 F 5034.73 Cr I 14 F

5662.62 V II 14 F 5936.99 Fe I 2 F 5664.02 Tl I 8 F 5943.2 Co II 2 F 8669.88 Zr II 6 F 5945.1 Cr III 1 F

8676.73 Zr II 6 F 5946.87 Fe I 30 F

5678.0 Fe VI 1 F 5940.00 Cr I 13 F

5679.3 Mn VI 1 F 5951.24 Cr I 14 F

5683.56 Fe II 33 F 5952.21 Fe I 30 F 5689.3 Cr III 1 F 5965 .61 Fe I 18 F

5694.8 Mn V 2 F 5968.87 Fe I 2 F

5696.36 Fe I 2 F 5071.33 Fe I 17 F

5699.57 Tl I 6 F 5971.6 Co II 2 F

5703.3 Mn V 2 F 5972.59 Cr I 13 F 6703.64 Nl II 14 F 5975.30 Cr I 13 F

5708.96 Fe I 2 F 5082.88 Cr I 7 F

5711.46 Nl II 14 F 6063.00 Cr I 7 F

5712.7 Cr III 1 F 5088.76 Cr I 7 F

5713.35 Fe II 2 F 5000.31 Cr I 7 F

5715.94 Fe I. 3 F 5991.0 Hn V 1 F 5720.9 Fe VII 1 F 5992.15 Cr I 7 F 5721.2 F III 1 F 5999.99 Fe I 2 F

5721.35 Fe II 33 F 6007.34 Ni II 8 F 5724.62 Fe II 39 F 6010.53 Cr I 14 F 8728.92 Fe II 39 F 6013.28 Ti II 9 F

5733.0 F II" IF 6015.26 Zr II 12 F

5737.59 Tl I 6 F 6016.15 Fe I 18 F 6741.11 Fe II 33 F 6018.54 Fe I 17 F

8742.07 Fe I 17 F 6019.63 Fe I 18 F

5745.49 Fe I 3 F 6026.18 Cr I 13 F

5745.70 Fe II 17 F 6029.7 Hn V 1 F 8746.96 Fe II 34 F 6040.31 V II 19 F

5746.99 Fe I 30 F 6040.94 Cr I 12 F

5750.95 Fe II 2 F 6044.94 Zr II 12 F

6753 .83 Fe II 33 F 6045.80 Cr I 12 F

5784.8 N N II 3 F 6047.46 Tl II F 5755.39 Tl I 6 F 6049.37 Cr I 13 F

5755.60 Tl I 6 F 6053 . 14 Ti II 9 F

5766.4 Ca VI 2 F 6059.21 Cr I 6 F

5773.51 Zr III 1 F 6061.50 Cr I 12 F

5775.05 Fe I 2 F 6062.98 Cr I 12 F

5778.35 Fe II 33 F 6065.2 V III 4 F

6778.97 Zr II 6 F 6065.34 Ti II 26 F

6780.29 Cr I 14 F 6067 . 88 Cr I 12 F

6783.4 Hn VI 2 F 6069.2 Hn V 2 F

6788.4 Cr III 1 F 6071.35 Cr I 12 F

8704.16 Tl I 6 F 6077.80 Ti II 26 F

8795.58 Cr I 14 F 6083.2 Co II 2 F

5796.28 Eu II 2 F 6085.5 Fe VII 1 F

8799.53 Fe I 31 F 6085.9 Ca V 1 F 8804.46 Fe I 2 F 6087.77 Ti II 9 F

5809.43 Fe II 33 F 6088.5 Hn V 1 F

6812.53 Tl I 6 F 6093.32 Fe I 17 F

5815.53 Fe I 17 F 6094.65 Fe I 30 F

8815.79 Cr I 14 F 6095.96 Tl II 9 F

6819.64 Cr I 14 F 6096.3 Fe III 10 F

6823.2 Cr III 1 F 6098.1 V III 4 F

8828.12 Tl I 6 F 6090.31 Fe I 17 F

I A

6100 . 26 6101.1

6104.67

6104.8

6106. 17 6111.14

6112.75 6113.40

6113.97 6114.52

6114.66 6114.85

6117.60

6124.57

6140.20

6147.13 6151.82

6152.9

6159.3

6159.3

6160 .

6164.64 6165.33

6167.7 6167.84

6169.37 6172.91

6174.44 6176.08

6177.21

6178.35

6180.9

6184.51

6188.55

6193.7

6196.53 6196.75 6215.6

6220.7 6223.4

6226.64 6227.19

6229.2 6230.4

6231.27 6233.9 6249.35

6249.75 6250.51

6251.33

6258 . 22 6277.3 6280.22

6300.23 6310.2

6314.58 6316.6 6317.64

6328.46

6333.46

6339.70

6342.08 6344.56

6346.2

6349.5 6360.66

6363.88 6365.52

6367 . 28 6372.11

6372.9

6374.51 6376.6 6377.59

6377.83

6381. 13 6382.03 6391.51 6393.72

6396.2

6396.30

6404.46

6405.27

6405.67

6408.5 6409.46

6414.93

6416,69

6418.86

6420.88

Element Hultlplet No

Fe I 30 F

K IV 1 F

Cr I 12 F

V III 3 F

Cr I 12 F

Cr I 12 F

Cr I 12 F

Fe I 17 F

Fe I 30 F

Fe I 18 F

Cr I 12 F

V II 19 F

Cr I 11 F

Tl II 22 F

Cr I 11 F

Ti II 22 F

Ti II 26 F

CI II 3 F

Mn V 1 F

V III 3 F

V III 3 F

Ti II 26 F

Zr II 12 F

Hn V IF

Cr I 12 F

Cr I 12 F

Ti II 28 F

Cr I 12 F

Cr I 12 F

Fe I 17 F

Fe I 18 F

Co II 2 F

Cr I 11 F

Fe II 44 F

Zr III 3 F

Zr II 12 F

Fe I 17 F

V III 3 F

Hn V 1 F K V 2 F

Fe I 17 F

Ti II 22 F

K VI 1 F

Cr V 2 F

Fe I 29 F V III 3 F

Cr I 11 F

Cr I 12 F

Ti II 22 F

Cr I 12 F

Cr I 12 F Mn VI 1 F

Cr I 6 F

I 1 F

8 III 3 F

Zr II 17 F

K V 2 F

Zr II 11 F

Ti II 31 F

Cr I 11 F

Fe II 15 F

Cr I 11 F

Zr II 12 F

Hn V 1 F

K V 2 F

Ti II 18 F

I 1 F

Nl II 8 F

Cr I 11 F V II 13 F

Fe X 1 F

Fe X 1 F

Cr V 2 F

Zr II 12 F

Tl II 31 F

V II 13 F

V II 13 F

Ti II 18 F

Fe I 29 F

Hn V 1 F

Fe II 44 F

Ni I 2 F

Ti II 18 F

V II 13 F

Zr VI 1 F

Ti II 31 F

Cr I 11 F

V II 13 F

Zr II 17 r

Cr I 6 F
92I A

6422.66

6423.45

6430.7 6431.11

6434.04

6434.9 6436.55

6437.70

6440.40

6446.5

6449.21

6456.04

6462.3 6467.52

6473.52

6473.86

6484.72

6487.5 6489.61

6497 . 76

6506.40 6607.62

6611.00

6023.23 6626.11

6826.86 6627.4

6635.99 6648.1

6648.47

6548.87 6660.29

6668.51

6661.75

6669.73

6683.6 6583.66

6686.7 6689.42

6689.74

6690.10

6590.88 6891.0

6592.93

6696.88

6899.7 6603.99 6604.30

6614.0 6616.12

6616.18

6617.06 6617.12

6617.17 6622.08 6625.75

6631.20

6633.48

6640.0 6642.57

6642.66

6646.31

6647.06

6660.61 6661.26

6636.77

6660.68 6661.7 6668.16

6668.63

6670.76 6671.31

6671.90

6682.18 6692.46

6693 . 12 6697.09

6698.02

6700.1 6700.6

6700.61

6700.68

6701.83 6705.5 6709.08

6710.88

6717.0 6721.89

6722.02

6726.67

FINDING LIST

Forbidden Lines

Element Multlplet No

Tl II 31

F

Mn II 8 F

Cp

V 2 F

V II 13

F

Ti II 18

F

A

V 1 F

Tl II 18

F

Nl I 5 F

Fe II 15

F

K

V 2 F

Zp II 11

F

V II 13

F

CpV 2 F

Nl II 8 F

Tl II 31

F

Fe II 44F

Cp I 11

F

Zr III 3 F

Nl I 8 F V II 13 F

Zr II 17

F

Fe II 32

F

Cp I 11

F

Mn II 8 F

Fe I 15F

81 I 1 F N II 1 F

Mn II 8 F N II 1

ir Zr II 16 F

Tl II 8 F

Tl II 37F

Fe II 15

F

Cp I 11

F

Tl II 34F

N II 1 F

Zr II 16F

CpV 2 F

Tl II 8 F

81 I 1 F

Mn II 8 F

Tl II 37

F

Cp IV 2 F

Tl II 8 F

Tl I 8 F

Fe VII 1 F

Mn II 8 F

Nl I 8 F

Fe III 10

F

Tl II 34

F

Fe i 16

F

Mn II 8 F

Tl I 6 F

Zp II 17

F

Zp II 11F

Tl II 37

F

Fe II 31

F

Fe I 16

F

Cp IV 2 F

Tl I 8 F

Mn II 8 F

Zp II 11F

Tl II 8 F

Tl II 8 F

Tl II 37

F

Mn II 8 F Zp II 16 F

Zp III 3 F

Nl II 2 F

Mn II 8 F

Tl I 8 F

Tl II 34

F

Fe II 31

F

Fe I 16

F

Tl I 5 F

Tl II 37

F

Zr II 16

F

Fe II 32

F

CpV 1 F

Nl XV 1 F

Nl II 8 F

Fe II 43

F

Nl XV 1 F

Cr

V 2 F

Mn II 2 F

Fe I 16

F 8 II 2 F

Fe I 18

F

Tl II 8 I Tl II • F I A

6729.85 6730.25

6730.99

6731 . 

6731.3 6738.40

6739.63

6739.91

6746. 

6758.48

6760.61

6763.56

6768. 6f 6785.44

6787.00 6791.02 6791.61

6793.01 6794.37

6794.8

6808.42

6809.21

6813.73 6823.42

6826.9 6829.01

6829.24 6830.06

6836.94

6850.42

6864.4 6868.18

6872.17

6873.87 6884.80 6893.2

6896.18

6906.1

6911.08 6915.6

6919 6932.4

6933.53

6933.67

6941.63 6944.91

6984.69 6986.26

6963.02

6963.88

6966.32

6972.07

6978.67

6984.07 6989.04

6991.78

6991.8 6999.99 7002.02

7003.96

7008.23

7006.3 7008.84

7008.89 7011.24

7013.33

7016.21

7016.80 7017.94

7021.0

7033.0 7047.99 7081.04

7061.7

7054.37 7055.06

7058.76 7059.62

7066.07 7075.26

7078.2 7078.26

7080.2

7086.7 7087.10 7087.39

7088.3 7091.17 7091.68

7092.89

Element Multlplet No

Fe II 31

F

Nl I 6 F

Fe I 16

F

Cp IV 2 F 8 II 2 F

Sr II 1 F

Tl I 8 F Y II 2 F

Cp IV 2 F

Fe I 16F

Fe I 16

F

Mn II 2 F

Tl I 8 F

Zp II 8 F

Nl I 6 F

Ti I 8 F

Nl II 8 F

ZP II 11

F

Nl II 7 F K rv 1 F

Fe I 16

F

Fe II 31F

Nl II 8 F

Fe I 27

F

Kp III 1 F

Fe II 31F

Zp II 11

F

Fe II 32F

Fe I 16F

Mn II 2 F

Zp III 4 F

Sr II 1 F

Fe II 31

F

Fe II 43

F

Fe I 16

F

Cp IV 2 F

Fe II 14

F

Cp IV 1 F

Nl II 7 F

Cp IV 2 F A XI 1 F

Cp

V 1 F

Zr II 5 F

Fe II 31F

Nl I 2 F

Fe II 43F

Fe I 27

F

Nl II 8 F

Tl II 17F

Zp II 20F

Fe II 31F

Fe I • 16

F

Mn II 2 F

Zp II 11

F

Nl I 8 F

Zr II 8 F

Ti III 3 F

Ti II 17

F

Ni I 2 F

Ti II 17

F

Fe I 16

F

AV 1 F

Cp I 5 F

Fe I 16

F

Fe II 31F

Cp I 6 F

Fe I 28

F

Cp I 5 F

Fe II 31F

Cp IV 1 F

Ti III 3 F

Fe II 31

F

Ti II 17

F

Cp IV 1 F

Ni II 8 F

Tl II 17

F

Zp II 3 F

Fe XV 1 F

Zp II IB

F

Fe II 31

F

Fe III 9 F

Nl II 8 F

Fe XV 1 F

Cp IV 2 F

Cp I 10

F

Tl I 4 F

Fe III 16

F

Y II 1 F

Cp I 10

F

Fe I 18

F I A

7093.98 7102.84

7107.04

7109.01 7110.84 7111.4

7115.47

7117.48 7119.86

7122.07

7128.66 7126.40

7130.24

7131.13

7131.58 7131.77

7134.08

7135.8 7144.60 7147.16

7149.08

7150.21

7152.8 7155.14 7156.26

7156.94

7168.42

7169.0 7171.6

7171.98

7173 . 92 7177.04

7180.4 7181.74

7185.39

7193 . 97 7196.91 7197.88

7204.82

7213.88

7214.69

7219.18 7220.0

7233.4

7236.0 7236.29

7243.90

7260. 78 7252.8 7286.16

7263.3

7264.43 7264.61

7269.33 7273.06

7273.33 7274.6

7281.67

7287.28 7290.42

7291.46

7294.30 7307.76

7307.82 7309.90

7316.44

7317.43

7318.6

7319.4

7321.23

7321.87 7323.88

7328.80

7329.9

7330.7

7332.0 7332.06

7338.0 7344.03 7383.77

7388 . 92 7370.00 7370.94 7373.32

7379.57 7383.38

7386.11

7387.23

7387.47 7387.74

Element Multlplet No

Fe II 31F

Ni II 13F

Fe I 27

F

Fe I 28

F

Zp II 4 F

Cp IV 1 F

Ti II 17

F

Cp I 10F

Ti II 17

F

Cp I 10 I

Cr I 10F

Ti I 4 F

Ni I 5 F

Fe II 43 Y II 1 r Fe II 30 F

Fe I 15

F

A III 1 F Y II 4 F

Fe I IBF

Zp II 5 F

Ti I 4 F

Ti III 3 F

Fe II 14

F

Zp II 5 F

Zp II 20

F

Fe I 14F

A IV 2 F

Cp IV 1 F

Fe II 14F

Ti I 4 F

Cp I 10

F

Cp IV 1 F

Cp I 10

F

Cp I 10

F

Ni I 5 F

Zp II 15

F

Zp II 20

F

Zp II 4 F

Ti I 4 F

Fe II 30F

Zp II 3 F

Fe III 15F

Cp IV 1 F A IV 2 r Ti I 4 1 Ni I 2 F Y II 4 F

Cp

V 1 F

Ni II 7 F A IV 2 F

Zp II 23

F

Cp I 10F

Cp I 10F

Cp I 10F

Zp II 4 F

Co II 3 F

Fe II 30

F

Ti I 4 F

Fe I 14F

Ca II 1 F V II 4 F

Zp II 23

F

Ni II 7 F V II 26 F

Fe I 28F

Fe I 14

F

II 2 F

II 2 F

Fe I 28

F

V II 12F

Ca II 1 F

Ti I 4 F

II 2 F

II 2 F

A IV 2 F V II 4 F

Cp IV 1 F V II 12 F V II 4 F

La II 1 F V II 12 F

Fe II 30

F

V II 4 F

Ni II 2 F

Cp I 10F

Zp II 5 F

Cp I 10F

V II 4 F V II 12 F
FINDING LIST

Forbidden Lines

93 I A

7388.16

7390.6 7393.71

7395.79

7398.95 7404.36

7406.61

7411.90 7413.33

7418.75

7419.42

7421.5 7430.26

7431.08

7431.2

7432.23

7439.58 7440.62

7444.80 7445.63

7449.45

7452.50

7454.82 7457.80

7459.30

7460.57

7460.93 7464.39

7467.0 7468.52

7469.44 7470.10

7475.84 7477.26

7479 . 79 7489.15

7497.68

7507.44 7510.54

7515.13

7518.35

7518.81

7523.27

7626.46

7526.94

7530.9 7633.84

7536 7536.93 7537.93

7539.67 7540.14

7540.54

7640.74 7641.42

7541.95 7544.00 7547.77

7551.9 7552.38

7556.03 7567.6 7571.69

7586.23

7604.53 7611.2

7611.7 7612.96

7613.15

7623.44

7626.54 7637.52

7640.39

7642.3 7642.61 7647.06 7668.84

7658.92

7662.36

7664 . 67

7665.29

7673.74

7674.06 7681.89

7684.16

7685.58 7686.19

7686.90

7687.94 70^ B4

Element Multiplet No

Fe II 14

F

Cr IV 1 F

Nl I 1 F

Nl I 2 F V II 4 F

Zr II 20

F

Fe I 14

F

V II 4 F

Nl II 2 F V II 4 F

Fe II 1 F

Co II 3 F V II 3 F V II 12 F V IV 2 F

Fe II 47

F

Fe I 28 F- V II 3 F

Zr II 3 F

Zr II 4 F

Fe II 30

F

Fe II 14

F

Zr II 5 F V II 4 F V II 4 F V II 3 F

Zr II 3 F

Nl I 2 F

Co II 3 F V II 4 F V II 3 F Y II 4 F V II 12 F V II 12 F

Zr II 15F

V II 29F

V II 3 F

Nl I 4 F

Fe I 14F

V II 4 F V II 29 F

Zr II 4 F

Fe II 1 F V II 26 F V II 3 F

CI IV 1 F V II 3 F S XII 1 F

Fe I 14

F

Mn II 7 F

Fe II 38

F

V II 12F

Y II 3 F

Mn II 7 F

Fe I 28F

V II 4 F

Fe II 14

F

Mn II 7 F V IV 2 F

Fe II 1 F V II 29 F

Co II 3 F V II 3 F Y II 3 F

Fe I 14

F

V IV 2 F

Co II 3 F

Nl if 7 F

Fe II 30

F

Zr II 3 F

Zr II 15

F

Fe II 1 F

Cr II 11

F

Co II 3 F

Cr II 11

F

Cr II 11

F

Fe I 14

F

Y II 3 F

Zr II 23

F

Y II 3 F

Fe II 1 F

Fe II 38

F

Fe II 46

F

Cr II 11

F

Cr II 11

F

Fe II 46

F

Fe II 14

F

Fe II 1 F

Fe II 46

F

Cr II 11

F I A

7689.65 7692.91

7693.38 7694.82

7696.30 7706.06

7706.58

7708.83

7710.58

7710.79

7717.29

7724.7 7733.12

7740.11 7741.96

7750.56

7751.0 7752.86

7756.59

7757.43

7758.47

7759 . 25 7764.69

7769.35 7773.91

7786.03 7787.00

7793.9 7797.2

7803.90

7805.47

7805.66

7805.96 7806.22

7806.88

7835.98

7845.41 7847.76

7849.08

7853.3

7853.51

7859.60

7867.83 7869.5

7874.23 7876.34

7879,32

7888.6 7889.15 7891.94

7893.57 7894.10 7899.63

7904.04 7906.95

7908.30 7916.25

7916.98

7917.03 7926.90

7929.70 7935.32

7938.41 7940.71

7945.02

7947.28 7954.24

7954.76 7956.90

7958.50

7959.00

7960.85

7964.27

7965 . 96 7966.36

7974.31 7975.58 7976.95

7978.7

7999.47

8000.12

8009.53

8012.06

8022.25

8022. 63 8024 8024.21

8028.94 8033.86 6037.29

Element Multiplet No

Cr II 11F

Mn II 7 F

Mn II 7 F

Nl II 7 F

Mn II 7 F Y II 3 F

Cr II 20

F

Fe I 1 F

Zr II 23F

Fe II 30F

11 I 24

F S i 3 F

Fe II 1 F

Fe II 29F

Fe I 14

F

Cr II 11

F

A II" 1 F

Cr II 11

F

Fe I 14

F

Cr II 11

F

Cr II 11

F

Fe I 14

F

Fe II 30F

Zr II 4 F

Fe I 13F

Zr II 3 F Y II 3 F

Co II 3 F

Co II 3 F

Fe II 1 F

Mn II 7 F

Ti I 23F

Mn II 7 F

Fe II 1 F

Cr II 20

F

Tl II 6 F

Cr II 11F

Cr II 11F

Zr II 4 F

Zr III 2 F

Cr II 11F

Fe I 14F

Cr I 9 F P II 3 F

Fe II 1 F

Fe I 13

F Mn II 7 F

Fe XI 1 F

Zr II 19F

Fe XI 1 F

Zr II 3 F

Ti II 6 F

Fe I 14F 1 II 3 F

Zr II 22

F

Nl I 4 F

Tl II 6 F

Fe II 29

F

Tl 11 26

F

Fe II 1 F

Nl I 8 F

Fe I 26

F

Cr I 9 F

Cr I 9 F

Tl II 7 F

Cr II 20F

Y II 3 F

Zr II 25F

Tl II 39F

Fe II 29

F

Fe I 1 F

Cr II 20F

Fe I 1 F

Cr II 11

F

Ti II 7 F

Cr II 11

F

Tl II 6 F

Ti II 6 F

Mn IX 1 F

Fe II 1 F

Cr II 1 F

Fe II 46

F

Fe II 46

F

Fe I 13

F

Fe II 29

F

Ni XV 1 F

Ni XV 1 F

Ti II 7 F

Ni II 7 F

Fe II 30

F I A

8039.68

8043.80

8045.57

8046.1

8047.93

8054.83

8060. 16 8074.29

8076.58 8085.17

8086.73 8091.87

8098.70

8101.03

8106.38 8106.88 8111.97

8119.16

8119.46 8125.50

8137.88

8138.59 8138.62

8148.37

8151.33 8153.46

8160.66 8164.86

8166.83 8176.33

8183.69 8185.52

8189.44

8192.33

8194.57 8201.77

8220.64 8225.25

8228.16

8229.81

8229.81

8231.57 8233.22

8236.69 6245.12

8249.61

8251.14 8252.38

8261.21

8261.59

8268.36

8271.32

8272.21

8275.57 8279.99

8284.1 8289.45

8303.23 8307.67

8308.68

8315.71 8321.51

8326.66 8328.78 8337.65

8339.72 8342.34

8343.02

8347.16 S347.24

8347.65

8348.93

8357.78

8363.05 8367.07

8371.34

8380.68

8384.28 8400.89 8403.62

8405.16 8408.39

8412.97 8413.26

8413.83 8416.96 8420.72

8428.62 8430.1

8431.56

Element Multiplet No

Ti II 39

F

Cr I 9 F

Cr I 9 F

CI IV 1 F

Cr I 9 F

Fe I 13

F

Ti II 6 F

Ti II 7 F V II 31 F

Ti II 6 F

Fe I 24

F

Ti I 18

F

Zr II 25

F

V II 18

F

Ti II 39

F

Cr II 20F

Ni I 8 F

Fe II 38

F

Ti I 18*

F

Cr II 1 F

Zr II 19

F

Ti II 7 F V II 31 F

Ti I 18

F

Fe I 1 F

Ti I 18

F

Ti I 18F

Fe I 13

F

Ti II 24F

Ti I 18

F

Cr I 9 F

Cr I 9 F

Ti II 24

F

Ti II 39

F

Nl I 8 F

Nl I 1 F

Zr II 10F

Sc II 3 F

Fe II 30

F

Cr II 1 F

Ti II 24F

Fe I 1 F

Fe I 24

F

V II 18

F

Fe II 29F

Ti I 3 F

Cr I 9 F

Fe II 38F

8c II 3 F

Zr II 25F

Cr II 26

F

8c II 3 F

Cr II 25

F

Fe I 1 F

8c II 3 F Y V 1 F

Fe I 13

F

Ni II 2 F

8c 11 3 F

Cr II 1 F

Zr II 25F

Fe I 26F

Sc II 3 F

Cr II 19

F

Fe I 1 F

La III 1 F

Fe II 30F

V II 17F

V II 17

F

Sc II 3 F

Fe I 1 F

Ti II 30

F

Cr II 1 F

Ti II 27

F

Ti I 3 F

Ti II 30F

Zr II 22

F

Sc II 3 F

Cr II 19F

Sc II 3 F

Ti II 27

F

Zr II 19F

Fe I 12

F

Fe II 38

F

V II 17F

Zr II 25F

V II 2 F

Zr II 22

F

Ni VIII 5 F. Fe I 1 F
94I A

6433.7

8436.37 8437.9

8441.27

8444.83 8445.28

8446.11 8446.39

8456.74

8457.2

8466.38

8466.95 8467.54

8469.75

8471.07 8481.6

8485 . 90 8488.19 8488.93

8490.18

8490.34 8490.44

8490.71 8491.16

8493.1 8601.8 8810.24

8518.20 8620.22

8521.66

8525.41

8529.50 8630.15

8632.12

8544.49 8645.12

8849.64

8880.5

8883.73 8883.87

8861.42

8864.56

8865.94

8667.60

88.76.4 8876.73

8879.15

8579.5 8582.52

8585.04

8565.14

8888.84

8896.27

8698.3

8598.79 8699.1 8612.91 8613.36

8616.4 8616.96

8621.67

8623.61 8626.26

8628.8 8626.93

8626.85 8627.35

8640.22

8640.27

8643.14

8645 . 95 8647.89

8648.72

8649.11 8649.72

8651.14

8662.17

8663.20

8658.20

8661.20

8661 . 96 8666.66 • A66.28 •674.27

6662.13

8683.4 8689.73

8691.53

8698.18

869<) . 69

FINDING LIST

Forbidden Lines

Element Uultlplet No

CI III 3 F

Tl II 15

F

V III 2 F

Cr II 25

F

Zr II 10

F

Cr II 25

F

Fe II 29

F

Cr II 25

F

Fe I 33

F

V III 2 F

Ni I 4 F

Fe I 24F

Fe I 33

F

Fe I 25

F

V II 2 F

CI III 3 F V II 17 F

Fe I 24F

Tl I 2 F V II 17 F

Fe I 25

F

V II 11F

Tl II 15F

Tl II 27F

V III 1 F

CI III 3 F V II 11 F

Sc II 2 F

Cr II 19

F

Tl I 3 F

Zr II 10F

Tl II 15

F

Cr II 19F

Tl I 30F

V II 28F

V II 2 F

Tl II 16F

CI III 3 F

Tl II 16

F

V II 11

F

Zr II 26

F

Fe I 1 F

Tl II 15

F

Sc II 2 F V IV 1 F

Tl I 22

F

V II 11

F

CI II 1 F V II 28 F

Ti II 15

F

Fe I 33

F

Tl I 2 F

Fe I 33

F

V III 2 F

Tl I 29

F

V III 1 F

Tl I 30

F

Tl I 2 F V III 2 F

Fe II 13

F

Zr II 26

F

Fe I 33

F

Zr II 8 F V III 1 F

Tl II 16

F

Tl I 16

F

V II 11

F

Tl I 22

F

Tl I 29

F

Fe I 12

F

Tl I 22

F

Fe I 1 F

Tl II 16F

8c II 2 F

Fe I 24F

Tl II 29

F

Cr II 18

F

Cr II 19

F

Tl I 16

F

Tl II 15

F

Tl II 16

F

y ii 6 F

Tl I 2 F V II 17 F V II 2 F V III 1 F

Tl I 16

F

Zr II 19

F

V II 11

F

V II 11

F I A

8702.70

8703.03

8703.79 8704.24

8705.08

8706.79

8708.23 8709.38 8715.84

8716.24

8719.70 8721.54

8722.54

8723.13 8727.4 8728.09 8730.02

8731.38 8735.0

8738.1

8739.71

8740.05 8743.65

8743.66 8745.0 8746.99

8761.8 8763.28 8763.95

8766.76

8770.71 8771.24

8774.69

8775.19 8777.26

8782.6 8787.6

8787.81 8789.70

8792.09

8792.49

8794.80

8798.79 8798.82

8799.09

8799.1 8808.47

8815.9 8826.02

8830.3

8830.7 8831.94

8832.31 8868.2 8843.42

8848.50

8850.73

8851.13 8851.45 8858.94

8862.47 8868.91

8872.37

8878.98 8884.12

8886.66

8891.88

8899.71 8909.40

8921.0

8929.91 8930.70

8931.47

8954.34 8969.06

8970.23 8970.56

8983.71

9012.04

9033.45

9033.73 9043.52

9051.92

9058.16

9069.4 9071.07 9072.86

9089 . 24 9093.67 9096.76

Element Multlplet No.

Zr II 9 F

Tl II 33F

Cr II 18

F

Nl II 12F

Tl I 16F

Fe II 52

F

Tl I 17

F

V II 2 F

Fe II 42F

Tl I 2 F

Tl II 36

F

Tl I 16

F

Tl II 16

F

Tl I 29

F

C I 3 F

Fe III 8 F

Cr II 18

F

Tl I 17

F

V III 1 F

Fe VII 4 F

Tl I 16

F

Tl I 17F

Zr II 10

F

Ti II 29F

V III 1 F

Fe I 33F

Nl VIII 5 F V II 2 F

Tl II 36F

Zr II 10

F

Ti I 17F

Fe I 12F

V II 11F

Fe I 33

F

Ti I 2"F V III 2 F P I 1 F

Ti I 17

F

Ti II 29

F

Cr It 18F

Fe I 24F

Fe I 25F

Ti II 33F

Zr II 26

F

Tl I 2 F P I 1 F

Ti I 17

F

V IV 1 F

Cr II 19F

Co II 1 F

Fe III 8 F

Cr II 18

F

Nl I 7 F

Fe III 8 F

Ni I 1 F

Ti I 17F

Zr II 9 F

Fe II 52

F

Ti I 17

F

Cr II 18

F

Zr II 26F

Fe I 1 F

Zr II 8 F V II 2 F

Ti I 2 F

Fe II 42

F

Fe II 13

F

Cr II 16

T

Zr II 2 F

Zr III 5 F

Cr II 18

F

Ti I 17

F

Fe II 49

F

Zr II 9 F

Zr II 22

F

Tl I 2 F

Cr II 18

F

Eu II 1 F

Cr II 18

F

Fe II 13

F

Cr II 16

F

V II 10

F

Fe II 13

F

Zr II 2 F 8 yi 1 F

Tl II 35

F

Cr II 24

F

Zr II 10

F

Fe I 36

F

V II 10

F I A Element Multlplet No

9105.8 Ni VIII 5 F

9106.17 Fe I 36

F 9106.60 V II 25 F

9108.42 Ti II 32

F

9108.53 Zr II 10

F 9116.41 Fe II 51 F

9125.8 CI II 1 F 9133.63 Fe II 42 F 9134.50 Sc II 1 F 9136.73 Fe I 36 F

9137.01 Ti I 15

F

9144.25

V II 10

F

9149.11 Tl II 35

F

9165.30

V II 10

F 9166.00 V II 10 F

9179.54 Zr II 9 F

9180.13 Ti I 21

F

9183.58

V II 9 F

9189.22 Ti I 15

F

9191.34 Sc II 1 F

9196.26 Fe II 51

F

9199.44 Ti I 15

F

9199.54 Tl II 35

F

9202.81 Zr II 8 F

9208.72 Zr II 8 F

9209.25

V II 9 F

9216.20 Fe II 51

F 9217.51 V II 27 F

9222.25 Cr II 16

F

9223.81 Cr II 24

F

9226.60 Fe II 13

F

9228.60 Cr II 24

F

9235.10 Ti I 15

F

9235.60

V II 10

F

9245.82 Ti I 15

F

9251.37 Ti I 21

F

9253.44

V II 9 F

9285.10

Y II 5 F

9256.51

V II 9 F

9258.83 Ti I 15

F

9267.54 Fe II 13

F 9268.77 V II 10 F

9273.10 Cr II 29

F 9274.58 Cr II" 16 F 9274.68 Cr II 29 F

9279.59

V II 10F

9281.86 Ti I 15

F

9282.92

V II 27F

9285.20 Sc II 1 F 9288.45 Ti I 15 F

9291.03 Zr II 9 F

9292.19

V II 25F

9307.5 Zr III 5 F

9308.03 Ti I 21

F

9313.72

V II 9 F

9324.01

Y II 5 F

9324.8 Ti III 2 F

9336.2 Co II 1 F

9337.40 Cr II 23

F 9312.24 Cr II 23 F

9343 . 61 Cr II 23

F 9349 . 2

Zr III 6 F

9356.40

V II 27F

9358.90

V II 9 F

9364.08 Cr II 16

F

9376.93 Zr II 2 F

9377.33 Ni II 1 F

9377.83 Zr II 24

F

9381.78 Cr II 23

F

9386.74 Cr II 23

F

9386. 96 Fe I 12

F

9388.12 Cr II 23

F

9392.85 Eu II 1 F

9395.23

V II 9 F

9398.59 Ti II 21

F

9399.02 Fe II 13

F

9405.71 Tl II 21

F

9427. 18 Cr II 23

F 9428.3 Ti III 2 F

9432.18 Cr II 23

F

9442.77

Y II 8 F

9444.2 Fe III 12

F

9454.15

V II 9 F

9457.95 Cr II 23

F

9470.93 Fe II 13

F

9487.4 Ti III 2 F

9487.5 Xe II 1 F

9488.3 Ti III 2 F

9490. 96 Zr II 6 F

9491.15 Cr II 29

F
FINDING LIST

Forbidden Lines

OS I A Element Multiplet No. I A Element Multiple

9496. 60 Zr II 27F 10021.39 Tl II 4 F

9512.58 Cr II 16

F 10028.62 Fe II 28

F

9513.67 Fe II 41

F 10028.71 Zr II 1 F

9517.76 Fe II 52

F 10034.9 Zr III 5 F 9522.24 V II 32 F 10036.79 Fe II 40 F

9532.1 S III 1 F 10038.79 Fe II 48

F

9534.75 Zr II 14

F 10055.97 Fe I 11

F

9543.3 Zr III 5 F 10066.92 Ti II 5 F

9544.00 Tl I 28

F 10066.98 Tl II 5 F

9558.5 Co VII 5 F 10074.84 Eu II 1 F

9565.8 Ni VIII 5 F 10075.00 Fe I 38

F 9570.24 V II 9 F 10083.37 Zr II 13 F

9582.55 Zr II 9 F 10098.2 Cr VIII 1 F

9590.94 Cr II 16

F 10116.66 Ti II 4 F

9594.5 Tl nr 2 F 10119. 57 Cr II 22

F 9595.12 Tl I 28 F 10120.75 Zr II 24 F

9595.85

V II 32

F 10125.99 Ti II 5 F

9607.90 Zr II 8 F 10128.19 Zr II 27

F 9608.6 Fe III 12 F 10136.59 Cr II 10 F

9619.74 Fe I 12

F 10137.00 Cr II 10

F

9622.68 Tl I 28

F 10138.47 Cr II 10

F

9635.9 Cr

V 4 F 10148.57 Tl II 4 F

9639.4 Co II 1 F 10163.13 Ti II 5 F

9642.42 Tl II 21

F 10178.29 Fe I 11

F

9644.96

V II 25

F 10188.1 Co II 1 F 9649.94 Tl II 21 F 10196.82 Fe I 36 F

9651.02 Cr II 17

F 10202.05 Ti II 5 F

9652.70 Fe II 13

F 10206.5 Xe III 1 F

9670.04 Zr II 24

F 10208.43 Zr II 14

F 9670.87 Zr II 27 F 10209.10 Ni II 12 F

9671.2 Zr III 5 F 10209.78 Cr II 10F

9674.66 Tl I 28

F 10210.20 Cr II 10

F

9681.84 Tl I 28

F 10211.69 Cr II 10

F

9682. 13 Fe II 41F 10215.85 Cr II 22

F

9686.70 Cr II 16

F 10223.27 Cr II 22

F

9694.01 Eu II 1 F 10223.27 Ti II 5 F

9697.42 Tl I 28

F 10225.3 Ni VIII 6 F

9701.3 Fe III 11F 10229.79 Fe I 11F

9704.10 Zr II 9 F 10235.17 Fe I 36

F

9706.8 Tl III 2 F 10245.4 Co II 1 F

9720.20 Tl I 20

F 10261. 18 Zr II 1 F

9731.40 Fe I 23

F 10262.84 Fe I 11

F

9733.52

V II 16

F 10264,65 Fe I 23

F

9752.5 Co VII 5 F 10280.7 Co II 1 F

9755.81 Fe II 50

F 10284.3 S II 3 F

9774.53 Zr II 14

F 10291.94V II 15F

9775.94 Fe I 35

F 10297.11 Cr II 28

F

9778.67 Tl I 28

F 10297.14 Ti I 27

F

9778.70 Fe I 12

F 10298.63 Cr II 28

F

9786.00 Tl I 28

F 10299.05 Cr II 28

F

9795.21 Fe II 28

F 10299.79 Cr II 22

F

9806.20 Cr II 17

F 10300.86 Ti II 5 F 9808.9 C I 1 F 10305.67 Cr II 22 F

9822.50 Fe I 39

F 10307.34 Cr II 22

F

9823.4

C I 1 F 10314.96 Fe I 38

F

9826.83 Fe I 11

F 10317.7 S II 3 F

9831.29 Tl I 20

F 10318.68 Fe I 23

F

9849.5

C I 1 F 10321.34 Fe II 40

F 9862.21 Fe II 40 F 10327.56 Fe II 28 F

9866.49 Cr II 17

F 10331.43 Cr II 10

F

9870.08 Zr II 8 F 10331.86 Cr II 10

F 9884.29 Tl I 20 F 10333.39 Cr II 10 F

9885 . 74 Nl II 1 F 10336.0 S II 3 F

9886.87 Zr II 27

F 10351.92 Zr II 13

F 9887.18 Nl I 6 F 10355.58 Zr II 1 F

9902.2 Kr III 1 F 10355.93

V II 15

F 9903.31 La II 1 F 10356.68 Ti I 27 F

9916.30 Eu II 1 F 10366.26 Cr II 22

F

9917.9 S VIII 1 F 10369.7 S II 3 F

9918.01 Fe II 61

F 10372.30 Cr II 22

F

9926.0 Zr III 5 F 10373.30 Cr II 21

F

9937.20 Zr II 27

F 10373.98 Cr II 22

F 9937.27 Fe II 51 F 10379.73 Ti II 5 F

9941.20 Fe II 51

F 10380.40 Cr II 21

F

9942.2 Fe III 11

F 10382.14

V II 15

F 9947.19 Zr II 14 F 10386.86 Ti I 27 F 9949.32 Fe II 48 F 10388.07 Cr II 21 F

9953.5 Co VII 5 F 10394.3 Cr

V 5 F

9957.23 Ni II 12

F 10395.4

N I 3 F 9957.44 Fe II 28 F 10399.33 Sc II 6 F

9960.0 Fe III 8 F 10400.53 Fe II 40

F

9969.6 Fe III 8 F 10404.1

N I 3 F

9972.59 Ti II 5 F 10431.10 Fe II 40

F

9974.41 Fe I 23

F 10432.60 Fe II 48

F

9977.1 Nl VIII 5 F 10443 . 95 Fe I 11

F

9982.17

V II 16

F 10447.44 Ti I 27

F

9986.60 Fe I 39

F 10452.56 Fe I 11

F

9997.3 Mn

X 1 F 10456.86 Sc II 6 F

9998.31 Fe I 11

F 10458.9 Zr III 5 F 10013.88 Fe II 41 F 10459.79 Nl II 11 F I A Eleinent Multiplet No

10461.95 Zr II 24

F 10464.94 Zr II 1 F

10475.96 Ti I 27

F 10486.97 Sc II 6 F

10491.99 Cr II 28

F 10494.00 Cr II 28 F 10500.65 Cr II 10 F 10502.67 Cr II 10 F

10503.47 Ti II 3 F

10504.3 Fe III 8 F

10508.07 Fe II 28

F

10510.25

V II 15

F

10519.77 Ti I 27

F

10553.58 Mn II IF

10561.05

V II 24

F 10568.84 Ti I 27 F 10569.44 Sc II 7 F 10576.98 V II 15 F 10592.32 Fe I 23 F 10594.89 Fe II 40 F

10601.80 Fe I 37F

10603 . 65 Zr II 1 F

10608.1 Fe III 14F

10608.18 Tl II 3 F

10627.5 Ni VIII 6 F

10640.19 Ti II 3 F

10640.4 Fe III 13

F 10642.86 Ti I 27 F 10660.35 Sc II 7 F

10671.7 Co VII 5 F

10676.61 Ti II 3 F

10696.87 Cr II 27F

10718.16 Ni II 1 F

10719. 84 Cr II 10

F

10746.80

C Fe XIII 1 F

10747.64 Ti II 3 F

10749.7 Fe XIII 1 F

10755.91 Cr II 27

F

10758.04 Cr II 27

F

10758.32 Ti II 3 F

10770.38 Fe I 36

F

10771.88 Fe I 23F

10780.17 Sc II 7 F

10784.80 Ti II 3 F

10796.00 Cr II 27

F 10796.2 Fe XIII 1 F

10796.48 Fe II 45

F

10797.66 Cr II 27

F

10797.95

C Fe XIII 1 F

10798.14 Cr II 27

F

10800.75

V II 15

F

10807.8 Cr

V 5 F

10819.8 S I 1 F

10835.22

V II 23

F

10860.44 Zr II 1 F

10867.84 Fe I 37

F

10872.05 Sc II 5 F 10882.6 Fe III 14 F 10890.02 Zr II 13 F

10901.79 Ti II 3 F

10908.34 Fe I 34

F

10912.8 Co VII 5 F

10916.5 Fe III 13

F 10916.64 Fe I 41 F 10921.07 Nl II 1 F 10956.10 Ti II 3 F

10965.77 Ti II 14

F

10972.9 Co II 1 F 10983.23 V II 23 F

10986.0 Co VII 6 F

10991.52 Si I 2 F

11011.70 La II 1 F

11018.07 Fe I 32

F

11019.11

V II 24F

11024.82 Ti II 13

F

11044.11 Fe I 35

F

11049.28 Ti I 26

F

11056.70 Cr II 26

F

11057.76 Ti II 14

F

11058.94 Cr II 26

F

11069.08 Fe I 37

F

11078.26 Ti II 2 F

11080.02 Ti II 14

F

11084.87 Ti I 32

F

11088.0 Fe III 13

F

11096.98 Zr II 18

F

11098.96

V II 23

F

11107.3 Fe III 13

F

11110.92 Ti II 2 F

11117.80. Ti II 13

F
96 FINDING LIST

Forbidden Lines

I A Eleaent Multiplet No. I A Element Multiplet No. 1 A Bleisent Multiplet No

11123.53 Tl I 26 F 11595.60 Zr II 18 F 11951.78 Cr II 9 F

11132.24 Zr II 21 F 11602.41 Ti II 1 F 11971.26 Ti II 1 F

11151.54 Tl II 14 F 11606.00 V II 23 F 11997.42 Fe I 40 F

11173.94 Ti II 14 F 11611.10 Tl II 12 F 12012.60 Ti I 1 F

11178.94 Tl II 13 F 11616.88 NI II 1 F 12019.17 Fe I 40 F

11185.14 Tl I 26 F 11618.68 Tl II 2 F 12024.89 Ti I 14 F

11185.70 Tl II 14 F 11619.10 V II 1 F 12025.23 Fe I 22 F

11191.43 Ti I 26 F 11621.54 Ti I 1 F 12061.0 Tl III 1 F

11193.04 Tl I 26 F 11658.88 V II 22 F 12072.46 Fe I 40 F

11202.11 Fe I 41 F 11659.62 Zr II 18 F 12094.78 Zr II 21 F

11203.92 Zr II 13 F 11665.66 Ti I 31 F .2095.67 Ti I 14 F

11228.14 Ti II 2 F 11679.86 Tl I 14 F 12168.18 Cr II 9 F

11233.80 Fe I 22 F 11681.81 Ti I 14 F 12168.8 Co II 1 F

11237.04 Fe I 32 F 11690.94 Tl I 14 F 12168.60 Ti I 1 F

11242.12 Ti II 2 F 11698.62 Zr II 21 F 12170.50 Cr II 9 F

11246.87 V II 1 F 11714.28 Ti II 12 F 12178.83 Cr II 9 F

11261.79 Ti I 26 F 11715.20 V II 1 F, 12209.6 Co VII 6 F

11272.6 Fe III 13 F 11735.52 Ti II 1 F 12211.22 Zr II 18 F

11280.5 Co II 1 F 11748.60 Ti I 14 F 12219.66 V II 22 F

11284.9 Fe III 13 F 11757.66 V II 1 F 12300.16 Cr II 26 F

11305.8 S I 1 F 11764.23 Fe I 32 F 12300.77 Cr II 26 F

11315.52 V II 30 F 11765.16 Fe I 40 F 12323.27 Ni II 11 F

11324.18 V II 22 F 11767.30 Ti I 14 F 12372.55 Fe I 22 F

11332.50 Ti I 26 F 11771.95 Ti I 1 F 12387.48 Fe I 22 F

11347.6 Co VII 6 F 11778.39 Tl II 12 F 12417.8 Ti III 1 F

11359.87 Ni II 11 F 11782.27 Ti II 1 F 12460.65 Cr II 9 F

11368.21 V II 22 F 11782.63 Cr II 26 F 12463.08 Cr II 9 F

11396.50 Ti II 2 F 11784.62 Cr II 26 F 12471.70 Cr II 9 F

11402.97 Ti I 26 F 11786.17 Cr II 26 F 12645.23 Fe I 22 F

11414.22 V II 1 F 11786.08 Fe I 40 F

11432.93 Ti II 1 F 11789.27 Cr II 9 F

11444.61 V II 1 F 11790.50 Fe I 32 F

11444.66 V II 30 F 11791.90 Fe I 22 F

11450.66 Fe I 40 F 11792.65 Ti I 14 F

11458.27 Ti II 2 F 11799.5 - Ti III 1 F

11471.69 V II 23 F 11823.03 Ti II 12 F

11477.29 Ti II 1 F 11835.06 Ti I 14 F

11478.92 Ti II 38 F 11849.83 Tl I 1 F

11479.61 V II 23 F 11852.49 V II 22 F

11483.2 P II 1 F 11856.02 Ti I 1 F

11495.96 Fe I 32 F 11857.28 V II 1 F

11509.6 Ni VIII 6 F 11857.96 Tl II 12 F

11518.28 Fe I 32 F 11881.68 Ti I 14 F

11520.46 Ti I 31 F 11884.57 Ti II 12 F

11521.31 Ti I 33 F 11896.46 So II 4 F

11524.46 Fe I 32 F 11898.2 P II 1 F

11537.68 Fe I 22 F 11918.75 V II 21 F

11557.08 Ti II 1 F 11933.60 Ti I 14 F

11568.38 V II 22 F 11943.75 Cr II 8 F

11580.17 V II 1 F 11950.77 Ti I 14 F

AU. S. GOVERNMENT PRINTING OFFICE : 1960 O -540879


U.S. DEPARTMENT OF COMMERCE

Frederick H. Mueller, Secretary NATIONAL BUREAU OF STANDARDS

A. V. Asiin, Director THE NATIONAL BUREAU OF STANDARDS

The scope of activities of the National Bureau of Standards at its major laboratories in Washington, D.C., and

Boulder, Colorado, is suggested in the following listing of the divisions and sections engaged in technical work.

In general, each section carries out specialized research, development, and engineering in the field indicated by

its title. A brief description of the activities, and of the resultant publications, appears on the inside of the front

WASHINGTON, D.C.

Electricity and Electronics. Resistance and Reactance. Electron Devices. Electrical Instruments. Magnetic Measurements. Dielectrics. Engineering Electronics. Electronic Instrumentation. Electrochemistry.

Optics and Metrology. Photometry and Colorimetry. Photographic Technology. Length. Engineering

Metrology.

Heat. Temperature Physics. Thermodynamics. Cryogenic Physics. Rheology. Molecular Kinetics. Free

Radicals Research. Atomic and Radiation Physics. Spectroscopy. Radiometry. Mass Spectrometry. Solid State Physics. Electron Physics. Atomic Physics. Neutron Physics. Radiation Theory. Radioactivity. X-rays. High

Energy Radiation. Nucleonic Instrumentation. Radiological Equipment.

Chemistry. Organic Coatings. Surface Chemistry. Organic Chemistry. Analytical Chemistry. Inorganic

Chemistry. Electrodeposition. Molecular Structure and Properties of Gases. Physical Chemistry. Thermochemistry. Spectrochemistry. Pure Substances.

Mechanics. Sound. Mechanical Instruments. Fluid Mechanics. Engineering Mechanics. Mass and Scale. Capacity, Density, and Fluid Meters. Combustion Controls.

Organic and Fibrous Materials. Rubber. Textiles. Paper. Leather. Testing and Specifications. Poly- mer Structure. Plastics. Dental Research.

Metallurgy. Thermal Metallurgy. Chemical Metallurgy. Mechanical Metallurgy. Corrosion. Metal

Physics.

Mineral Products. Engineering Ceramics. Glass. Refractories. Enameled Metals. Constitution and Microstructure.

Building Technology. Structural Engineering. Fire Protection. Air Conditioning, Heating, and Refrigeration. Floor, Roof, and Wall Coverings. Codes and Safety Standards. Heat Transfer. Concreting Materials.

Applied Mathematics. Numerical Analysis. Computation. Statistical Engineering. Mathematical Physics.

Data Processing Systems. SEAC Engineering Group. Components and Techniques. Digital Circuitry.

Digital Systems. Analog Systems. Application Engineering.

• Office of Basic Instrumentation. • Office of Weights and Measures. BOULDER, COLORADO

Cryogenic Engineering. Cryogenic Equipment. Cryogenic Processes. Properties of Materials. Gas Liquefaction. Radio Propagation Physics. Upper Atmosphere Research. Ionospheric Research. Regular Propagation

Services. Sun-Earth Relationships. VHF Research. Radio Warning Services. Airglow and Aurora. Radio

Astronomy and Arctic Propagation.

Radio Propagaiion Engineering. Data Reduction Instrumentation. Modulation Research. Radio Noise. Tropospheric Measurements. Tropospheric Analysis. Propagation Obstacles Engineering. Radio-Meteorology. Lower Atmosphere Physics.

Radio Standards. High Frequency Electrical Standards. Radio Broadcast Service. High Frequency Impedance Standards. Electronic Calibration Center. Microwave Physics. Microwave Circuit Standards.

Radio Communication and Systems. Low Frequency and Very Low Frequency Research. High Fre- quency and Very High Frequency Research. Ultra I ligh Frequency and Super High Frequency Research. Modulation Research. Antenna Research. Navigation Systems. Systems Analysis. Field Operations.
NBS.



JCT1960i .