hi s NBS SPECIAL PUBLICATION 363

^cau of SUPPLEMENT 1

U.S. DEPARTMENT OF COMMERCE / National Bureau of Standards

Bibliography

on Atomic Energy Levels

and Spectra

July 1971 through June 1975
NATIONAL BUREAU OF STANDARDS

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1977

Bibliography on

Atomic Energy Levels and Spectra

July 1971 through June 1975

Lucy Hagan

Optical Physics Division

Institute for Basic Standards

National Bureau of Standards

Washington, D.C. 20234

U.S. DEPARTMENT OF COMMERCE, Elliot L. Richardson, Secretary

Edward 0. Vetter, Under Secretary

Dr. Betsy Ancker-Johnson, Assistant Secretary for Science and Technology

^.5 NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Acting Director

Issued January 1977
Library of Congress Catalog Card Number: 72-600009

National Bureau of Standards Special Publication 363 Supplement 1

Nat. Bur. Stand. (U.S.), Spec Publ. 363 Suppl. 1 , 186 pages (Jan. 1977) CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1977

For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402

(Order by SD Catalog No. C13. 10:363 Suppl. I). Stock No. 003-003-01673-0. Price $2.50. (Add 25 percent additional for other than U.S. mailing)
Foreword

The National Standard Reference Data System was established in 1963 for the purpose of promoting the critical evaluation and dissemination of numerical data of the physical sciences.

The program is coordinated by the Office of Standard Reference Data of the National Bureau of

Standards but involves the efforts of many groups in universities, government laboratories, and

private industry. The primary aim of the program is to provide compilations of critically evalu- ated physical and chemical property data. These tables are published in the Journal of Physical

and Chemical Reference Data, in the NSRDS-NBS series of the National Bureau of Standards,

and through other appropriate channels.

The task of critical evaluation is carried out in various data centers, each with a well-defined

technical scope. A necessary preliminary step to the critical evaluation process is the retrieval from the world scientific literature of all papers falling within the scope of the center. Each center,

therefore, builds up a comprehensive well-indexed bibliographical file which forms the base for the evaluation task. Bibliographies derived from these files are published when they appear to be

of value to research workers and others interested in the particular technical area.

Further information on NSRDS and the publications which form the primary output of the

program may be obtained by writing to the Office of Standard Reference Data, National Bureau

of Standards, Washington, D.C. 20234.

David R. Lide, Jr., Chief

Office of Standard Reference Data

111
Contents Page

1. Introduction 1 1.1. Reference Classification Scheme and Scope of Bibliography 1 1.2. Arrangement of Bibliography and Handling of Special Types of References 2

1.3. References 2

1.4. Compilations of Special Interest 3

2. Classified References for Individual Spectra 5

2.1. Index to Spectra 5

2.2. Reference Numbers for Individual Spectra 12

3. Bibliography Ordered by Reference Numbers 48

4. Author Index 140

IV
Bibliography on Atomic Energy Levels and Spectra

July 1971 through June 1975

Lucy Hagan

This is the first supplement to the NBS Special Publication 363. "Bibliography on Atomic Energy

Levels and Spectra. July 1968 through June 1971." and it covers the most recent literature from July 1971 through June 1975. It contains approximately 2150 references classified by subject for individual atoms and atomic ions. A number index identifies the references. An author index is included. Refer- ences included contain data on energy levels, classified lines, wavelengths. Zeeman effect. Stark effect, hyperfine structure, isotope shift, ionization potentials, or theory which gives results for specific atoms

or atomic ions.

Key words: Atomic energy levels; atomic spectra; bibliography; energy levels, atomic; spectra, atomic: wavelengths, atoms and ions.

1. Introduction

Since the publication of Bibliography on Atomic

Energy Levels and Spectra, July 1968 through June

1971 [l] 1 by the Atomic Energy Levels Data Center,

uver 2150 research papers have appeared which

contain numerical data. This is twice the number of

references included in the previous bibliography

and represents an increase of approximately 170

per year compared to the years covered previously.

This first supplement contains references to these new papers which have a journal publication date up

to June 30, 1975 and were available to us as reprints

or in journals in our library. In this supplement the

format is the same as in the previously published

bibliography.

1.1. Reference Classification Scheme and

Scope of Bibliography

The references included contain numerical data

on atomic energy levels and spectra. The reference

classification categories are the same as used in the

previous bibliography and are summarized below.

One additional category, QF. has been added for papers containing numerical data on Lamb shifts, either experimental or theoretical results.

1 Figures in brackets refer to the literature references in section 1.3 on page

EL Energy Levels. Experimental energy dif- ferences, except Hfs or IS. Includes references

that suggest the rejection of previously reported

levels. ND New Designations. New or changed des- ignations or J values for known energy levels. CL Classified Lines. Indicates the assignment

of observed lines to transitions between energy

levels that are specified by theoretical designations and/or by their positions in a known level scheme.

W Wavelengths (or wavenumbers). New

measurements, or wavelengths newly assigned

to a particular spectrum. References that list measurements of other entities corresponding

to energy differences between levels may also be included.

ZE Zeeman Effect data or interpretation.

SE Stark Effect data or interpretation.

Hfs Hyperfine Structure. Observations and

theory.

IS Isotopic or Isomeric (Nuclear) Shifts.

QF Quantum Field effects. Lamb shifts. experimental and theoretical results. IP Ionization Potential.

SF Series Formulae. Evaluated series constants, including those appearing in polarization-theory formulae.

TE Theoretical Engeries. Restricted to a few

references that give calculated energy levels with accuracies about equal to or exceeding

those now obtainable by observation.

1
PT Parametric Theory. Evaluations of the

usual energy parameters of Slater-Condon

theory, or extensions thereof, based on fitting

the theory to experimental levels, g-factors

and/or other observed quantities.

AT Ab initio Theory. These references are mostly to Hartree-Fock type calculations of energy parameters or levels. OT Other Theory. Predictions of energy levels by theoretical methods not primarily classi- fiable as PT or AT (for example, Z expansion

techniques).

It is worth noting that this bibliography does not contain references to atomic transition probabilities, line intensities, or broadening. The NBS Data

Center on Atomic Transition Probabilities and

Atomic Line Shapes and Shifts publishes bibliographies on these subjects [2]. This bibliography is further restricted, with few

exceptions, to original research papers or monographs; textbooks and extensive compilations of

special interest that are not included in the classified references are given at the end of this introduction

in section 1.4.

1.2. Arrangement of Bibliography and

Handling of Special Types of References

Each reference has been assigned a number. In section 2.2 the appropriate reference numbers are given under headings for individual spectra (element

and ionization stage). The reference numbers under

each spectrum heading are listed separately for each of the content categories explained above.

Reference numbers for papers reporting wavelengths of unknown ionization stage are given as the

last group for the element.

The full references are given in order of the

assigned numbers in section 3. Each such reference

is followed by the spectra and category symbols

appropriate to the content. Except for Russian

titles, which are given in English, the titles of articles are given in the language in which they were

published. References to articles from Russian

journals that also appear in English translations are usually to the translation journals.

Section 2.1 is an index to the spectra for which

there are references, and an author index (sec. 4) follows the listing of the complete references.

The main exception from the arrangement

described above is for the references 3300 through

3533. Each of these papers gives theoretical results

for a rather large number of elements and/or

ionization stages and their numbers are followed

by a "T" to indicate that the pap,ers give theoretical

results only. These references are included in section 4, along with the usual information on their content, and in the author index. However, they were omitted from the reference numbers for the

individual spectra (sec. 2.2).

Most of the reference numbers followed by an "A" indicate abstracts of papers presented at meetings of the Optical Society of America, the

American Physical Society, or the European Group

for Atomic Spectroscopy. The assigned content

categories for these abstracts are those thought to be applicable to the paper itself, as indicated by the

abstract; the indicated results are not necessarily

included in the abstracts. These abstracts frequently

provide information about work in progress. A few

of the "A" references are to abstracts of theses in Dissertation Abstracts. Some of the other references

are to theses for which the AEL Data Center has

obtained copies.

References to lanthanide and actinide atomic

energy levels and spectra determined from solution or crystal data are included for atoms and atomic

ions for which these data have not been determined

for the free gaseous atom or ion. Papers older than

1971 have also been included for this particular

subject to make the bibliography complete, since

these references were not included in previous

bibliographies. For these references the reference

classification categories which apply are enclosed

in parentheses to differentiate them from articles

to atomic energy levels and spectra of free gaseous

atoms and atomic ions. Abbreviations of titles of publications cited in this bibliography are those given in the 1970 edition of Chemical Abstracts Source Index [3].

I am grateful to Dr. W. C. Martin for helpful dis- cussions and consultation. I am indebted to Dr. David Garvin, who suggested the original format for references, which has been used with his computer

programs for this bibliography. James Koch has

been especially helpful in resolving difficulties with

the many computer programs used; I am grateful

for his help. I thank Keith Draxl, who revised the author sort program and put it into operations with

the modifications required. I thank the NSRDS

staff, particularly Carla Messina, who revised the

reformat program, and Robert Thompson for helpful comments about the programs. I especially

thank Kathy Strine for the difficult job of keyboarding the references, putting the references

in a consistent format, and for running many of the computer programs to put the bibliography onto magnetic tape. I thank Marsha Ahalt for her assis- tance in proofreading the bibliography.

1.3. References

[1] Hagan, L., and Martin. W. C, Nat. Rur. Stand. (U.S.), Spec.

Publ. 363. 102 pp. (June 1972). [2] Fuhr, J. R., and Wiese, W. L., Nat. Rur. Stand. (U.S.), Spec.

Publ. 320, Suppl. 2, 53 pp. (Nov. 1973); Fuhr. J. R., Martin.

G. A., and Specht, R. J., Nat. Rur. Stand. (U.S.), Spec. Publ. 366. Suppl. 2, 67 pp. (Nov. 1975).

[3] Chemical Abstracts Service Source Index (Chemical Abstracts Service. American Chemical Society. Columbus.

Ohio. 1970).

2
1.4. Compilations of Special Interest

Cohen. E. R., and Taylor. B. N., The 1973 least-squares adjust- ment of the fundamental constants. J. Phys. Chem. Ref. Data 2(4). 663-734 (1973). Edlen, B., Term analysis of atomic spectra, Phys. Scr. 7(3), 93-101 (1973). Fawcett. B. C, Recent progress in the classification of the spectra

of highly ionised atoms and its application to the solar corona. Adv. At. Mol. Phys. 10, 223-293 (1974). Fawcett. B. C, Wavelengths and classifications of emission lines due to 2s 22p"-2s2p" +1 and 2s2p"-2p" +1 transitions. Z =£ 28,

At. Data Nucl. Data Tables 16, 135-164 (1975). Hotop. H., and Lineberger, W. C, Binding energies in atomic

negative ions. J. Phys. Chem. Ref. Data 4(3). 539-576 (1975). Idzikowski. A., Gadek. S.. and Mleczko. W., Atlas of the arc spectra for 70 elements for the grating spectrograph. 2240-

6750 A, Pr. Nauk Inst. Chem. Nieorg. Met. Pierwiastkow Rzadkich Politech. Wroclaw (13). 125 pp. (1973). Kaufman. V.. and Edlen, B.. Reference wavelengths from atomic

spectra in the range 15 A to 25000 A, J. Phys. Chem. Ref. Data 3(4). 825-895 (1974). Kelly. R. L.. and Palumbo. L. J.. Atomic and ionic emission lines below 2000 Angstroms (Hydrogen Through Krypton). Naval

Res. Lab.. NRL Report 7599. 989 pp. (1973). Kurucz. R. L.. and Peytremann. E.. A Table of semiemperical

gf values, Smithsonian Astrophys. Obs.. Spec. Rep. 362. Part I, 400 pp.. Part II. 401-800 pp.. Part III. 801-1219 pp. (1975). Martin. W. C. Energy Levels of Neutral Helium (He I). J. Phys.

Chem. Ref. Data 2(2). 257-265 (1973). Martin. W. C Hagan, L.. Reader. J., and Sugar, J.. Ground

levels and ionization potentials for lanthanide and actinide atoms and ions. J. Phys. Chem. Ref. Data 3(3). 771-780 (1974).

Meggers. W. F.. Corliss. C. H.. and Scribner. B. F.. Tables of Spectral-Line Intensities. Part I. Arranged by Elements. 387

pp; Part II. Arranged by Wavelengths, 213 pp.; Nat. Bur. Stand. (U.S.). Monogr. 145 (1975). Moore. C. E., Atomic Energy Levels as Derived from Analyses

of Optical Spectra. Nat. Bur. Stand. (U.S.), Circ. 467. Vol. I. 309 pp. (1949); Vol. II. 227 pp. (1952); Vol. III. 245 pp. (1958) have been reissued as Nat. Stand. Ref. Data Ser.. Nat. Bur. Stand. (U.S.). 35. Vol. I. 309 pp.; Vol. II, 227 pp.; Vol. III. 245 pp. (1971). Moore. C. E., Selected Tables of Atomic Spectra. Atomic Energy

Levels and Multiplet Tables, Nat. Stand. Ref. Data Ser., Nat. Bur. Stand. (U.S.), 3, Sec. 1, Si II— Si IV. 40 pp. (1965); Sec. 2, Si I. 24 pp. (1967); Sec. 3, C i-C vi. 71 pp. (1970); Sec. 4, N iv-N vn. 46 pp. (1971); Sec. 5, N I-N in. 67 pp. (1975); Sec. 6. H I, D, T, 36 pp. (1972); Sec. 7. O I. 30 pp.

(1976). Reader. J., and Sugar. J.. Energy levels of iron. Fe I through Fe xxvi, J. Phys. Chem. Ref. Data 4(2), 353-440 (1975). Schulz. G. J., Resonances in electron impact on atoms and

diatomic molecules. Rev. Mod. Phys. 45(3), 378-422 (1973); Reprinted as Nat. Stand. Ref. Data Ser., Nat. Bur. Stand.

(U.S.), 50, 110 pp. (1973). Steiner. B., Photodetachment. Cross sections and electron

affinities. Case Stud. At. Collision Phys. 2, 483-545 (1972). Sugar, J., Ionization energies of the neutral actinides. J. Chem.

Phys. 59(2), 788-791 (1973); Revised ionization energies of the

neutral actinides. J. Chem. Phys. 60(10). 4103 (1974). Sugar. J., Ionization energies of quadruply ionized rare earths,

J. Opt. Soc. Amer. 65(11), 1366-1367 (1975). Sugar. J., and Reader, J., Ionization energies of doubly and triply ionized rare earths, J. Chem. Phys. 59(4). 2083-2089 (1973).

3

2. Classified References for Individual Spectra

2.1. Index to Spectra

Element

Actinium

Aluminum

89

13

imencium

Antimony

Argon

95

51

18

Arsenic 33

Bariur 56

Spectrum

Ac I

Al- Ah

Al ii Al m

Aliv

Alv

Al vi Al vn

Al vin Alix

Alx

Al xi Al xii Al xin Am ill Am IV Am v Am vi Am LXXXV

SbSbi

Sb ii Sb vn

Ar- An

Ar II Ar III Ar IV Ar V Ar VI Ar VII Ar VIII Ar IX Ar X

Ar XI Ar XII Ar XIII Ar XIV Ar XV

Ar xvi Ar xvii Ar XVIII Ar XIX Ar

AsAs I As II As xiv As xv

As xvi As xvn

As xvni

As xxi As xxn

As xxin

Bai

Ban

Ba in

Page

45

18

46

38

21

22

33

34

40

Element

Berkelium

Beryllium

Bismuth

Boron

Bromine

Cadmium

Calci

Californium

Carbon

97

83

35

48

20

98

Spectrum

Bki

Bk ii Bk iv Bk v

Bel

Be II Be ill Be IV

BiBii

Bi II Bi iv

B-Bi

Bn

B in B iv B v

BrBri

Br XVI Br xix

Br xxiv

Br xxv

Br xxvi CdCdi

Cdn

Cd in

Ca- Cai

Can

Ca in Ca vn

Ca IX Cax

Ca xi Ca xn Caxm

Caxiv

Ca xv Ca xvi Ca xvn Ca xvni

Ca xix Ca xx

Cf i Cf II Cf iv

c--

cC i C ii C in Civ

C v C vi

5
2.1. Index to Spectra

— Continued

Element

Cerii

Chlorine

58

55

17

Chromium 24

Cobalt 27

Spectrum

Cel

Cell Ce III Ceiv

Ce

v Cevi

CsCs I Cs II

ci- Cli

CI ii CI in CI iv Civ

CI vi Clvii

CI viii CI ix Clx

CI xi CI xii CI xin

CI xiv

CI xv

CI xvi

CI xvn

CrCri Cr ii Cr m

Cr IV Crv

Cr VI Cr VII Cr VIII Crix

Crx

Crxi

CrXII Cr XIII CrXIV Crxv

Crxvi

Crxvn

Cr xvm

Crxix

Cr xx

Cr xxi Cr xxn

Cr xxin

Cr XXIV

Co i Co ii Co in Co iv Cox

Co xi Co xn

Co xin Co xiv Co xv

Co xvi Co xvn

Co xvm

Co xix Co xx

Page

10

39

20

21

26

27

2,0

Element

Copper 29

Curii

Dysprosium

Einsteinium

Erbium

Europium

Fermium

Fluorine

96

66

99

68

63

100

Spectrum

Co xxi Co xxn

Co xxin

CuCui

Cu ii Cu in Cu iv Cu v Cu vi Cu xn

Cu xin Cu xiv Cu xv Cu xvi Cu xvn Cu xvm

Cu xx Cuxxi

Cu xxn

Cu xxin

Cu xxiv

Cu xxvn Cu xxvin

Cu xxix

Cm I Cm Ii Cm iv Cm v

Dyi

Dyll

Dy III Dy IV Dy v Dy xxxix

Es I Es II Es ill Es iv En

Er II Er m

Er iv Erv

Er VI Er VII Eu I Eu ii Eu in Eu iv Fmi

Fm XCV

FFi

Fn

Fm

Fiv

Fv

Fvi

Fvn F viii Fix

41

42

47

15

(5
2.1. Index to Spectra

— Continued

Element

Gadolinium

Gallium

Germanium

Gold

Hafnium

Heli

Holmium

Hydrogen

64

31

32

79

72

67

Spectrum

Gdl

Gdll Gd III Gd iv Gd xxxvi

Gd xxxvn Gd xxxvin

Gd xxxix Ga- Ga i Ga in Ga iv Ga V Ga vi Ga vil Ga vin Ga xii Ga xiii Ga XIV Ga xv Ga xvi Ga xvn

Ga xvill Ga XIX Ga XX

Ga XXI

GeGe I Ge III Ge iv Ge v Ge vi Ge xiii Ge xiv Ge xv

Ge xvi Ge xvn

Ge xvin Ge xix Ge xx

Ge xxi Ge xxn

Ge xxin Ge xxiv

Au- Au i Au ii Au in Au iv Au

Hf I Hf II Hf iv Hfv

HeHei

Hen

Hoi

Hon

Ho in Ho iv H - HHi

Page

42

32

33

33

44

44

12

4243

12

Element

Indium

Iodine

49

53

Iridium

Iron

77

26

Krypton 36

Spectrum

InInl

In III In IV

I-1 I I v I VI I VII I VIII I IX In

Fe--

FeFei

Fe II Fe in Fe iv Fe v Fe vi Fe vn

Fe vin Feix

Fex

Fe xi Fe xn

Fe xiii Fe xiv Fe xv

Fe xvi Fe xvn

Fe xvin

Fe xix Fe xx

Fe xxi Fe XXII Fe xxin

Fe xxiv

Fe xxv

Fe xxvi

KrKrl Krn

Kr III KrIV Krv

Kr VI Kr VII Kr vin Krix

KrX

Kr XI Kr xn

Kr xin Kr xiv Kr xv

Kr xvi Kr xvn

Kr xvin

Kr xix Kr xx

Kr xxi Kr xxn

Kr xxin

Kr xxiv

Krxxv

Kr xxvi
2.1. Index to Spectra

— Continued

Element

Krypton

— Continued

Lanthanum

Lawrencium

Lead

Lithium I .uu-lium

Magnesium

Manganese

57

103

82

71

12

2;">

Spectrum

Kr XXVII Kr xxvm

Kr XXIX Krxxx

Kr xxxi

Kr xxxn

Kr XXXIII Kr xxxiv Kr xxxv

Kr xxxvi

La I La II La in La IV La V Ln

Pb~

Pbi

Pbll Pb III Pbiv

Pbv

Li- Lii

Li ii Li m

Lu I Lu n Lu in Lu iv Lu v MgMgi

\1. ii Mgm

Mg iv Mg v Mg vi Mg vii Mg vni Mg ix Mgx

Mg xi Mgxn

Mn i Mn II Mn in Mn iv Mn vi Mn VIII Mn ix Mn x Mn XI Mn XII Mn XIII Mn XIV Mn XV Mn XVI Mn XVII Mn XVIII Mn XIX Mn XX Mn XXI Mn XXII

Page

35

40

47

45

12

13

44

17

18

27

28

Element

Mendelevium

Mercury

Molybdenum

Neodymium

101

80

42

60

Neptunium

Nickel

10

93

28

Spectrum

Mn xxin

Mn XXIV Mdl

Hg"

Hgl

Hg ii Hg LXXX Mo i Mo vn Mo vni Mo xv Mo xxxiii Mo xli Mo xlii Ndi

Ndn

Ndm

Nd iv Nd v Nd vi Nd vn Ne- Nel

Ne II Ne in Ne IV Ne v Ne vi Ne vn Ne vni Ne ix Nex

Ne

Npi

Np iv Np v Np vi Np vn

Nil

Ni ii Ni m

Ni iv Niv

Ni vi Ni vn

Ni vni Ni xi Ni xn

Ni xin

Ni xiv Ni xv

Ni xvi Ni xvn

Ni xvin

Ni xix

Ni xx

Ni xxi

Ni xxii Ni xxm

Ni xxiv

Ni xxv

Ni xxvi

Ni xxvn

Ni xxvm 8
2.1. Index to Spectra

— Continued

Element Z Spectrum Page Element z Spectrum Page

Niobium 41 Nbll 36 Kv 23 Nb VI Kvi

Nb vn 37

K vn Nbix K viii Nb xiv Kix

Nb xxxii Kx

Kxi

Nitrogen 7 N— 14 Kxn

NK xin Ni K xiv Nil Kxv

Nm

K xvi Niv K xvn N v Kxvm

Nvi N vn Praseodymium 59 Pn 40 Prn

Nobelium 102 No in 47 Pr III Priv

Osmium 76 Osi 44 Promethium 61 Pmi 41 Oxygen 8 o— 14 Pm II o- Pm III Oi Pm IV On Pm V 0 m

Oiv Protactinium 91 Pa

V 45 Ov 15 0 vi Rhenium 75 Re VIII 44 0 vn 0 viii Rhodium 45 Rh IX 37 Rhx

Palladium 46 Pdi 37 Rh xi Pdx

Pdxi Rubidium 37 Rb" 35 Pdxn Rbi

Rbn

Phosphorus 15 P-- 19 Rb

m

P- Rbiv 36 Pi

Pn Ruthenium 44 Ru I 37 P m Ru in Piv Ru viii P V Ru ix Pvi Rux P VII P VIII Samarium 62 Sm I 41 Pix Sm II Px Sm III Pxi 20 Sm IV Pxn Sm V P XIII Sm XXXV P XIV Pxv Scandium 21 Sc I 24 Sc II Platinum 78 Pt- 44 Sc III Ptl Sc IV Pt II Sc v

Sc vi Plutonium 94 Pu I 46 Sc vn

Pu II Sc viii Pu V Sex

Pu VII Sc xn

Sc xin Sc xiv Potassium 19 K- 22 Sc xv Ki Sc xvi Kli Sc xvn Km Sc xvin

Kiv Sc xix 9
2.1. Index to Spectra — Continued

H, lenient 2 Opc<- ^ t"> f± c tIIv 1Ulll 1 m p 1 j 1

1 111 C 11

L

z Page

Selenium 34 Se- 34 S xn 20 Se I S xin

Sell S xiv Se III S xv

Se IV S xvi Se v Se xv Tantalum 73 Tav 44 Se xvi Ta VI Se xvin

Se xix Technetium 43 Tc I 37 Se xxn

Se xxih Tellurium 52 Te- 38 Se xxiv Tei

Se xxv Te II 39 Te vm

Silicon 14 Si"- 18 Si- Terbium 65 Tbl 42

Sii Tbn

Si II Tb in Sim 19 Tb iv

Si iv Tbv

Siv

Si vi Thallium 81 Tl- 45

Si vn Tli

Si VIII Tin

Si ix Tim

Six

Si xi Thorium 90 Thi 45

Si xn Thn

Si xin Th m

Si xiv

Si xv Thulium 69 Tm I 43

Si XVIII Tm ii Tmm

Silver 47 Ag- 38 Tm IV Agi

Ag ii Tin 50 Sn- 38 Ag in Sn I Agxi Sn II

/ Agxn Sn IV Sn VI Sodium 11 Na- 16 Sn XXI Nal Sn XXII Na II 17 Sn xxm

Na in Sn xxiv

Na IV Sn xlv Na v Na VI Titanium 22 Til 24 Na vm Tin

Na ix Ti m 25 Nax Ti iv Na xi Tiv

Ti vi Strontium 38 Sri 36 Ti vn

Sr II Ti vm

Sr III Ti ix SrIV Tixi

Sr v Ti xn

Ti xin

Sulfur 16 s— 20 Ti xiv S i Ti xv Sn Ti xvi S in Ti xvn

Siv Ti xvin

S v Ti xix

S vi Ti xx

S vn Ti xxi S vm Ti xxn

S ix Sx Trans Lr Elements > 103 Trans Lr 47 Sxi

10
2.1. Index to Spectra — Continued

Element

Tungsten

Uranium

Vanadium

Xenon

z Spectrum Page Element Z Spectrum

74 Wi

W VI W vn W

44 Xe XVI Xe XVII Xe xvin Xe XIX Xe XX Xe XI 92 Ui

Un

45 Xe Uiv

Ybl Uv 46 Ytterbium 70 Uvi u Ybn

Yb in Ybiv

23 V i V ii

ZD Ybv

V in Yttrium 39 Yi

V iv Y in

V V Yiv VV viVI Y v

V VII 26 Y vi V viii Y vn V ix Yxn

V x Y xxx V xi V xn V xin Zinc 30 Zn- V xiv Zn I V xv Zn III V xvi Zn V V xvn Zn VI V xvin Zn VII V xix Zn XIII V xx Zn XIV V xxi Zn xv V xxn Zn xvi Zn XVII 54 XeXel

Xell Xe III Xe IV Xe v Xe vi

39 Zn xvin Zn xix Zn XX

Zn XXI Zn XXII Zn xxin Xe vn Zirconium 40 Zn

Xe viii Zr IV Xe ix Zr V Xe x Zr VI Xe XI Zr VII Xe xn Zr xin Xe xin Zr xxix Xe xiv Zrxxx

Xe XV Zr XXXI

11
2.2 Reference Numbers for Individual Spectra

H— AT 1641, 2747 He I —Continued H EL 1898, 2405, 2639, 3005, 3051, 3097 SE 1855A, 2135, 3092A CL 2405, 3097 Hfs 1611, 1719, 1825, 1974, 2148A, 2737, W 2405 2746, 2757, 2860A TE 1713 QF 2194, 2239, 2971, 3155 AT 2706, 2824, 3097, 3144 IP 2194 OT 1658, 1668, 1713, 1717, 1730, 1737, TE 1713, 2194, 2238, 2281

1849, 1928, 2230, 2268, 2397, 2444, AT 1355, 1469, 1612, 1645, 1782, 1804, 2572A, 2920, 2921, 2952, 2999, 1830, 1894, 1922, 2015, 2128, 3084, 3106, 3163 2154A, 2194, 2210, 2273, 2415, 2547, 2552, 2607, 2620, 2649, 2654, H i EL 1382, 1384, 1385, 1386, 1387, 1390, 2688, 2705, 2817, 2824, 2835,

1403, 1426, 1435, 1488, 1498A, 2862A, 2887A, 2912, 2915, 3118, 1594A, 1615, 1889, 1890, 1955A, 3144

2260, 2465A, 2752 OT 1416, 1447, 1451A, 1533, 1538A,

CL 1426 1602, 1616, 1627A, 1646, 1654, W 1382, 1426, 1890, 1955A, 1984, 2752 1658, 1667, 1668, 1713, 1726, 1737, ZE 1378, 1394, 1397, 1442, 1729, 2159A, 1766, 1789, 1841, 1849, 1856A,

2186, 2294, 2532A, 2567A, 2799, 1866, 1874, 1875, 1922, 1954, 1980, 3046, 3180A 1988, 1989, 2024, 2140, 2155A,

SE 1435, 1441, 1864, 2383, 2504A, 2735 2175, 2211, 2238, 2265, 2281, 2396, Hfs 1394, 1403, 1442, 1878, 1957, 2014, 2397, 2411, 2440, 2442, 2444,

2243, 2286, 2876, 2928, 3011, 3109 2528A, 2651A, 2673, 2676, 2679,

IS 2752 2693, 2702, 2712, 2739, 2784, 2791, QF 1340, 1358, 1386, 1388, 1389, 1475, 2825, 2850, 2903, 2913, 2917, 2918,

1569, 1615, 1764, 1829, 1935, 2035, 2921, 2932, 2952, 2999, 3016, 3035, 2088A, 2146A, 2170, 2234, 2260, 3072, 3181A

2271, 2338A, 2438, 2465A,

2570A, 2642, 2828, 2886A, 2993, He ii EL 1362, 1383, 1496A, 1501A, 1506, 3009, 3010, 3056, 3061 1518, 1521, 1522, 1549, 1901, IF 1426 2508A, 3156, 3222 AT 1997, 2154A CL 1362 OT 1395, 1396, 1826, 2606, 2712, 2735, W 1362, 1383, 1901

2784, 2822, 2836, 2854, 2997, 3107, SE 2193

3162, 3164 Hfs 1506, 1719, 1825, 3053

IS 1506 He EL 1393, 1424A, 1652A, 1784, 1818, QF 1330, 1340, 1392, 1496A, 1501A,

2010, 2028, 2219, 2524A, 2593, 1521, 1829, 2036, 2089A, 2477,

2622, 2656, 2793, 2842, 3087, 3091, 2508A, 2974, 3222

3103, 3165 OT 1690A, 2756, 2833, 3016 ND 2767 W 1323, 2219, 2524A Li- EL 2158A, 2296, 2551, 2671 Hfs 1911A, 2028, 2656 AT 1439, 2428 OT 1583, 1851, 2207, 2333A, 2630, 2767, OT 1723, 1838, 2256, 2633, 2801, 3060

2979, 3110

Li i EL 1362, 1393, 1560, 1565A, 1595A, He i EL 1311, 1341, 1362, 1391, 1460, 1489, 1614, 1704A, 1796, 1992, 2571A,

1550, 1752, 1784, 1786, 1788, 1934, 2764, 2818, 2985, 3034, 3062, 3160

2010, 2012, 2135, 2219, 2325A, CL 1362, 1560, 1614, 1796, 1992, 2369, 2524A, 2652, 2710, 2711, 2738, 2571A, 3034, 3160

2793, 2858A, 2861 A, 2949, 2969, W 1362, 1560, 1614, 1796, 1992, 2571A,

3021, 3026, 3087, 3089, 3091, 3155, 2682, 3034, 3160

3160 ZE 1747A, 2789 ND 1602 SE 1556, 1590, 1864, 1967, 2246, 3001 CL 1362, 1532A, 1654, 1784, 1786, 1788, Hfs 1393, 1438, 1565A, 1595A, 1704A,

1992, 2012, 2033, 2140, 2325A, 1912A, 1995, 2001, 2061A, 2237,

2710, 2853A, 3160 2246, 2629, 2789, 2845A, 3020, W 1323, 1341, 1362, 1532A, 1752, 1784, 3137

1786, 1788, 1992, 2012, 2033, 2219, PT 2697 2325A, 2524A, 2710, 2853A, AT 1711, 1843, 1897, 1902, 2011, 2190, 3160 2210, 2531A, 2620, 2648, 2649, ZE 1311, 1364A, 1823, 2135, 2186, 2394, 2692, 2731, 2862A, 2912, 2943, 2513A, 2565A, 3046, 3098, 3125 2950, 3007

12
2.2 Reference Numbers for Individual Spectra — Continued

Li I- Continued Be ]]] ContinupQ

OT 1438, 1456, 1485, 1610, 1723, 1742, TE 2194

1744, 1796, 1806, 1807, 1848, 1851, AT 2194, 2547

1992, 1993, 2237, 2410, 2630, 2676, OT 1653, 1726, 1841, 2440

2680, 2695, 2913, 2942, 2972, 2979,

3143, 3220 Be IV W 3100

Li II EL 1460, 1560, 1614, 1992, 2090A, 2239, B" EL 2296

2729, 2788, 3155, 3160 AT 1320, 2199 CL 1560, 1614, 1992, 2986, 3160 g I EL 1461, 1790, 2041A, 2166, 2893A,

W 1560, 1614, 1992, 2682, 2986, 3160 3127 ZE 1691A, 2513A, 2521A, 3158 CL 1461, 1790, 2041A, 2166, 2369, 2645, Hfs 1689A, 1858A, 1944, 2090A, 2130, 2893A, 3127, 2425, 2521A, 2729, 2737, 2788, W 1461, 1790, 2041A, 2166, 2893A,

3155, 3158 3127 OF 2194, 2239, 2729, 2971, 3155 ZE 1746

IP 2194 Hfs 1746, 1842, 1861A, 2062A, 2066A,

TE 2194 2707, 2827 AT 2194, 2340, 2406, 2547, 2692, 3007, IP 2166

3144 PT 2482A OT 1646, 1658, 1726, 1841, 1980, 1992, AT 1320, 1591, 2004, 3050, 3086

2265, 2396, 2440, 2444, 2932, 2952 OT 1591, 1610, 2741, 3086, 3174

Li III QF 1419, 1829, 2336A, 2944 B II EL 1790, 2041A, 2393, 3160 OT 1690

A

CL 1790, 2041A, 2393, 3160 W 1790, 2041A, 2393, 3160 Be I EL 1790, 2031, 2041A, 2042A, 2301, AT 2004, 2302, 2995

2305, 2311, 2771 OT 2726 ND 1593 CL 1593, 1790, 2031, 2041A, 2042A, B III EL 1893, 2393, 2558, 3034

2301, 2305, 2369, 2771 CL 1893, 2393, 3034 W 1790, 2031, 2041 A, 2042A, 2301, W 1893, 2393, 3034

2305, 2771 Hfs 2169A ZE 2510A, 3080 OT 1993, 2630, 2986 SE 1864 Hfs 1700, 1859A, 2827, 3080 B IV EL 1893, 2393, 2419, 2493A, 2558, 2782 AT 1626, 1894, 2004, 2125, 2178, 2210, CL 1893, 2393, 2419, 2782

2292, 2302, 2311, 2620, 2648, 2649, W 1893, 2393, 2419, 2782

2705, 2778, 2896, 2912, 2995, 3050, QF 2194, 2239, 2493A, 2782 3128 IP 2194, 2493A, 2782 OT 1316, 1593, 1610, 1635, 1762, 1885, SF 2782

1987, 2037, 2156A, 2184, 2245, TE 2194

2256, 2290, 2295, 2770, 2913, 3159, AT 2194, 2547

3161, 3174, 3220 OT 1726

Be ii EL 1790, 2031, 2041A, 2092A, 2212, B y EL 2558

2301, 2305, 3034, 3080 c- AT 2199 ND 1593 EL 2761, 3103 CL 1593, 1790, 2031, 2041A, 2301, 2305, AT 1320

2369, 3034 OT 2797 W 1790, 2031, 2041A, 2301, 2305, 3034 ZE 2510A, 3080 c I EL 1790, 2761, 3172 Hfs 2510A, 3080 CL 1790, 2138, 2235, 2309, 2369, 2761 AT 2837 W 1790, 2138, 2761 OT 1593, 1993, 2037, 2641 ZE 3172 Hfs 1842 Be III EL 1653, 1673A, 1940, 2683 AT 1320, 1354, 1446, 1517, 1537A, 1566, CL 1653, 1673A, 1940, 2683 1728, 1780, 1804, 1873, 2004, 3086 W 1653, 1673A, 1940, 2493A, 2683 OT 1537A, 1610, 1728, 1811, 1832, 2313, Hfs 2091 2957, 3086, 3154, 3174 QF 2194, 2239, 2683 IP 1653, 2194, 2683 c II EL 3168 SF 2683 CL 3168

219-865 0 - 76 -2 13
2.2 Reference Numbers for Individual Spectra — Continued

1 II — Continued N IV- Continued W 3168 Hfs 2503 FT 2482A IP 1356 AT 1320, 3086 AT 2995 OT 3086 OT OC Afi OTO£ nil/: qi (in 2509, 2726, 3116, 3147

c in EL 3168 N V EL 1356, 2575, 3170 CL 3168 CL 1356, 1578, 2575, 3170

1947, 3168 W 1356, 1578, 2575, 3170 AT 2302, 2995 IP 1356 OT i c 7A o i o a o c An oiit oil/; 15/9, 2184, 2509, Z/ZO, olio OT 1844, 1993, 2986

c IV EL l oao OA7A ^ i to 1892, 26/0, 3168 N VI E I

.

| OCC OA17 OOOO O .1 OA O/IAOA 017A 1356, 201/, 2288, 2426, 2493A, 31/0

CL 1892, 2670, 2875, 3168 CL 1356, 2017, 2288, 2426, 2575, 3170

1 onO 1 A/1 7 OA7A OQ7C 0 1 AO lo9Z, 194/, Zo/0, Zo/o, oloo VII Vt inr/ i<7/ OA 1 7 OOOO O A OA OC7C 1356, 14/4, Z01/, ZZ88, Z4Z6, 25/5, TE 2934 3170

< >T lO/i ii loci 1 Ado o^ort oAO/i or\o^ 1844, 1851, 1993, 2630, 2934, 2986 QF 2194, 2426, 2493A

If 1356, 2194, 2288, 2493A

<

!

V

IT I hi. Z6/0, .51 /0 'I K 2194

CI, 2670, 2847, 2875, 3170 AT 2194, 2547 w

~\ AH A 1A/17 O/1A0A OA7A 00/17 007C 14/4, 194/, Z49oA, Z6/U, Zo4/, Zo/5, OT 1726, 1844 3170

ni(l/l OO 0 A

2194, 2239 N VII EL 1356, 3108, 3170

2194 CI. 1356, 3108, 3170 TP 2194 Vt' 1356, 3108, 3170 AT 1 70A O 1 A /I O C /I 7 OAOA

1780, 2194, 2547, 2989 IP 1356

< >T 1 /zo, 1844, Zo45 o- - AT 1847, 2199

/I

.

VI V I t, 1

,

Q 1 7A

( )T 3085

i i Zo4 / , ol /U KI. 1750A, 2151A, 2240, 2795, 2967 w

Ol rA 001£ 00/17 zioO, Zo4o, Z84/, ,51 /U Mil 1852, 1990 QF 1440, 1846 AT 1320, 1423A, 1587A, 1716, 2007

< >T 1852, 1853, 1990, 2242, 2797, 2904

\ A 1 2199 A ! 1320 0 i EL 2069, 2240, 2318, 2813, 2961

IN i hi. 1/111 1 "7AA 1A1CA O 1 70 A OOIA 1411, 1/90, 1915A, Zl/ZA, Zol9, ND 2961 2430 CI. 1867, 2069, 2309, 2318, 2369, 2813,

NI) 1411 3048

( . I, 1/111 1 1(1(1 Ol AA OOIA OKd O/IOA 1411, 1/90, 2309, Z319, 2369, 2430 w 2069, 2179, 2318, 2813, 2961, 3048 W 1/111 1/lCA irAl 1 7AA OOIA O/IOA 1411, 1459, loOl, 1/90, Zol9, Z4o0 ZE 2566A, 3098

loin 1A1/1A OC£7A iolO, 19I4A, Zoo/A Hfs 1842, 3145

Hts 1 OAA lO/IO OCA7A 1JU9, 1o4z, Z5o/A FT 2961

i !* 1411 AT 1320, 1534A, 1716, 2004, 2007

an 1/111 OOIA 1411, Zol9 OT 1610, 2904, 2992 A 1 1 OAA 10OA 1/lOOA 1 7(;n OAA/1 0"7A/1 1.509, loZO, 14ZZA, 1 /o9, ZUU4, Z/04,

z /oz 0 ii CL 1970 O 1 10O/1 1£1(1 1 A 1 A lOCl OO/IO OCA/1 loZ4, 161U, lol9, 1B51, ZZ4Z, Z564 W 1970, 2226 ZE 1828, 2443, 2445 N ii EL 1661 AT 1320, 1534A, 2004

1 C 70 OAAA

15/8, Z900 OT 1619 w 1 C70 OAAA lo/o, Z900 A 1 10OA 1 700 1777 OAA/1 UZO, 1/Z8, 111 I, Z004 0 in KI. 1675A

Kj 1 l/lOl 1700 14ol, 1 1 la CL 1675A, 1970 W 1675A, 1970, 2226 N in O/1/IOA OCOA Z448A, 2580 ZE 2443, 2445 CL 1578, 2448A, 2580 AT 1320, 1534A, 1728

TV/ W 1C70 O/1/IQA OCQA lo/o, Z44oA, ZooO OT 1481, 1728, 2106, 2868

Hfs 2512A

ii >i

5 ! O/t QO A Z4oZA o 1

V

EL 2215, 3234

A T 1 OOA loZO ND 3234 CL 2215, 2517A, 3234 N IV EL 1356, 2448A W 2215, 2226, 2517A, 3234 CL 1356, 1578, 2448A, 2575 ZE 2443

VA 1356, 1578, 2448A, 2575 IP 3234

14
2.2 Reference Numbers for Individual Spectra — Continued

0 iv- Continued F II PT 2597 PT 2482A AT 1320, 2004, 2597 AT 1320. 1534A F in EL 1331 0 V EL 1808, 2215, 3170, 3234 CL 1331 CL 1808, 2215, 2517A, 3170, 3234 W 1331 W 1808, 2215, 2226, 2517A, 3170, 3234 AT 1320 AT 1534A, 2995 OT 2184, 2509, 2726, 3116. 3147 F IV EL 1672A, 2986 CL 1672A, 2986 0 VI EL 1662, 1714, 2201, 2215, 2216, 2267, W 1672A, 2986 2864A, 2902, 3065, 3082, 3170, AT 1320, 1728, 2821 3234 OT 1481, 1728 CL 1662, 1714, 2185, 2201, 2215, 2216,

2267, 2517A, 2864A, 2902, 3082. F v EL 1331, 2215, 2986

3170, 3234 CL 1331, 2215, 2986 W 1662, 2185, 2201, 2215, 2216, 2267, W 1331, 2215, 2986 2517A, 2864A, 2902, 3082, 3170, AT 1320 3234 AT 1534A F VI EL 1331, 2215, 2986 OT 1714, 1844, 1977, 1993, 2214, 2986. CL 1331, 2215, 2986

3111 W 1331, 2215, 2986 AT 2995 0 vn EL 1343, 1909A, 2017, 2201, 2216, 2267, OT 2726

2288, 2861A, 2902, 2945, 3170, 3234 F VII EL 1331, 1714, 2215, 2288, 2543, 2670, CL 1343. 1625. 1909A, 2017, 2185, 2201, 2694, 2714, 2864A, 2902, 3082

2216, 2267, 2288, 2517A, 2545, CL 1331, 1714, 2215, 2288, 2543, 2670,

2902, 2945, 3170, 3234 2694. 2714, 2807, 2864A, 2902, 3082 W 1343, 1459, 1474, 1625, 1909A, 2017, W 1331, 2215, 2288, 2543, 2670, 2694,

2185, 2201, 2216, 2267, 2288, 2714, 2807, 2864A, 2902, 2986, 3082 2517A, 2636, 2669, 2902, 2945, OT 1714, 2214, 2986, 3111

3082, 3170, 3234 QF 2194, 2426 F VIII EL 1343, 2266, 2288, 2326A, 2543, 2668, IP 2194, 2288 2670, 2694, 2714, 2902 TE 2194 CL 1343, 2266, 2288, 2326A, 2543, 2668, AT 2194. 2547, 2989 2670, 2694, 2714, 2902 OT 1726, 1844. 1977, 2545 W 1343, 2266, 2288, 2326A, 2543, 2668,

2670, 2694, 2714, 2902, 3082 0 vm EL 1910A, 2173A, 2216, 2267, 2945, QF 2194, 2426

3170 IP 2194, 2288 CL 2216, 2267, 2517A, 2945, 3170 TE 2194 W 1910A. 2150, 2216, 2267, 2517A, AT 2194, 2547

2636, 2786, 2945, 3170 OT 1726 QF 1722, 1824 F IX EL 2173A, 2543, 2670, 2714 CL 2543, 2670, 2714 F- EL 1455, 2401 W 2150, 2543, 2670, 2714 CL 2401 ZE 2026 W 2401 QF 2529A AT 1320, 1753A OT 1802, 2659 F X EL 2173A Ne EL 1724, 2219, 2701 F i EL 2401, 2597 CL 1724 ND 1899, 2597 W 1724, 2219 CL 2401, 3057 AT 1803 W 2401, 3057 U 1 2275 ZE 2597, 3057

Hfs 1842, 2062A, 2707 Ne I EL 1407, 1724, 1752, 1784, 1788. 1819. PT 1899, 2597, 2598 2219, 2259, 2329A, 2749, 2750, AT 1320, 1425A, 1960, 2004, 2597, 2598 2796, 3120 OT 1610, 1851 ND 2599

15
2.2 Reference Numbers for Individual Spectra — Continued

Ne i-CContinued Ne VI EL 1575, 2303, 2310, 2678, 2834, 2881, CL 1724, 1784, 1788, 1819, 1975, 2219, 2916, 2939, 2953

2228, 2259 CL 1575, 1760, 2303, 2310, 2678, 2939, W 1407, 1724, 1752, 1784, 1788, 1819, 2953

1975, 2219, 2259, 2637, 2852A, W 1575, 1760, 2303, 2310, 2678, 2939, 2901, 3225, 3230, 3232 2953

Z E 1805, 1951, 2077A, 2624 ZE 3157 SE 2802, 2976 AT 1320, 1327, 2257 Hfs 1589, 2013, 2077A, 2082A, 2272, 2435, 3012, 3022 Ne VII EL 1808, 2303, 2310, 2481, 2834, 2881,

IS 1361, 1372, 1375, 1377, 1450, 1452, 2916, 2939, 2953, 3170

1453, 1454, 1547, 1589, 1701A, CL 1721, 1760, 1775, 1808, 2122, 2227,

1900, 2013, 2023, 2082A, 2414, 2303, 2310, 2481, 2939, 2953, 3170

2435, 2675, 2713, 3102 w 1721, 1760, 1775, 1808, 2009, 2122, [P 1407 2227, 2303, 2310, 2481, 2939, 2953, PT 1985, 2599, 2653 3170 AT 1320, 1321, 1448, 1605, 1683A, 1803, A T 2257

1868, 1968, 1991, 2125, 2599, 2620, OT 2509

2792, 2823, 2896, 2930, 3036, 3135 OT 1610, 1834, 1841, 1968, 2008, 2313, Ne \ III EL 1313, 1650, 1808, 1822, 1845, 2176A,

2432, 2550, 2672, 2823, 2904, 2978, 2177A, 2303, 2407, 2604, 2834,

3101, 3129 2881, 2916, 2939, 2953, 3082, 3170 CL 1313, 1650, 1721, 1760, 1808, 1822, Ne II E 1

,

1369A, 1406, 1502A, 1966A, 1845, 2122, 2185, 2227, 2303, 2407, 2329A, 2597, 2615, 2616, 2810, 2522A, 2604, 2939, 2953, 3082,

2834, 2881, 2939, 2953 3170 ND 1406, 1899, 2597, 2598 W 1313, 1650, 1721, 1760, 1808, 1822, CL 1406, 1502A, 2615, 2616, 2939, 2953 1845, 2122, 2185, 2227, 2303, W 1369A, 1406, 1502A, 2615, 2616, 2407, 2522A, 2604, 2939, 2953,

2637, 2939, 2953 3082, 3170 ZE 1359, 2597, 3157 AT 2257

iS 1369A, 2589 OT 1808, 1844, 1977, 2120

IF 1369A, 1406 PT 1899, 2597, 2598 Ne l\ EL 1343, 1845, 2176A, 2177A, 2303, AT 1320, 1809, 2257, 2597, 2598, 2948 2407, 2834, 2881, 2916, 2953, 3170 OT 2841 CL 1343, 1845, 2185, 2303, 2407, 2522A,

2545, 2953, 3170

\<- III EL 1406, 2303, 2317, 2329A, 2834, 2881, W 1343, 1845, 2185, 2303, 2407, 2522A,

2939, 2953 2636, 2786, 2953, 3082, 3170 CL 1406, 2303, 2317, 2939, 2953 QF 2194, 2426 W 1406, 2303, 2317, 2939, 2953 IP 1845, 2194 ZE 1359, 3157 TE 2194 PT 2597 AT 2194, 2257, 2547, 2989 AT 1320, 2257, 2597, 2948 ( IT 1726, 1844, 1977, 1980, 2120, 2545 OT 2841 Ne X EL 2303, 2407, 2916, 3170

N<- IV EL 2303, 2310, 2329A, 2677, 2834, 2881, CL 2303, 2407, 3170

2939, 2953 v> 2303, 2407, 2786, 3170 ND 2677 AT 2257 CL 2303, 2310, 2677, 2939, 2953 Ne \\ 2306, 2308 W 2303, 2310, 2677, 2939, 2953 AT 1320, 2257 Na EL 1749A, 2158A, 2296, 2551, 2671 OT 1619 AT 1439 OT 2157A, 2241, 2530A, 2633, 2801, Ne V EL 2009, 2303, 2310, 2329A, 2678, 2834, 3060

2881, 2916, 2939, 2953 CL 1760, 2009, 2303, 2310, 2678, 2939, Na I EL 1795, 2018, 2384, 2571A, 2584, 2600, 2953 2661, 2764, 2855A, 2865A, 2870, W 1760, 2009, 2303, 2310, 2678, 2939, 2871, 2981, 3008, 3018, 3025, 3073

2953 CL 1795, 2018, 2309, 2369, 2382, 2571A,

AT 1320, 1728, 2257 2865A, 3018 OT 1481, 1728 Vt 1795, 2018, 2382, 2571A, 2600, 2865A, 3018

16
2.2 Reference Numbers for Individual Spectra — Continued

Na I — Continued Na XI FIILL. 9304 ZOU4-, ZjZOA, 939ftA 9^fi0 ZOUv 7F 1 367 91 AH A 97ftQ 9ft A 3993 PT 9304 939ft A 9^60

-iF l c 1 o i con l 707 9909 9ft 1A 9ft

A

w 9304 939ftA 9^fi0 OUWl, 3001 OulJ, 301 ^ OUZn) 309^

tils 1 367 1 ^3^ 1 ^67 1 700 A 1 710 A Mcr- HiFTi . 2983

1761 1Q13A 1090 10^6 9001 Mg i FT 1700 1 i 7U , 900ftA \) "OA , 910^ L17J, l97ftl lOl, j«-7ZilJ, 9096 Ol3130Jv - 9080 90Q3A 90Q4A 03 1 fifi 1 00 ZU7OA 90Q6 A , ZU7 9007(A,A 9 1lOtA fid. A , Zlu'i, 9904 Nn1 1 u 9030

99ft9 9337 A 9330 A 93R4 9436 PI 1700 1 i 7U, ZUOU, 9030 900ft -iU70A,A -il7j, 91 OS. iOU7, 9300 <iOU7, 9360 9479 94Q0 9^07 A 9^93 A 9SftR 97ftl £ (Ol, 9096 t7^U, OIOU, 3130 OIUU 3166 9600 96^0 96ftOA 97ft0 2ft03 W 1 700 900ftA 910S ?7ftl 2026 ^1 HO 9R04 9R45A 9859A 2R70 2871 3166

£71^, 9014 OUOO, 30ft 3 OU7U, 3006 Ull7, 3110 OlOl 3137 ms z,o 9^11 ^

0

ijt<; 3006 1 o

11 6ftft UooAA ACV* 91-. 1 63OoAA TP 910^ Z170, 9374It, 40/4', 9ft74 JlUU 3166 TP1ST 901loft AT 1440 1^79 1696 9016 9030 968ft AT 1836, 1971, 2731, 2912, 2950, 2962 2730, 2769, 2872, 2873 OT 1456, 1573, 1742, 1834, 1918, 1971, OT 1572, 1834, 2037, 2117, 2156A, 2290, 9117 9410 297? 3220 3161

Na II ZE 1691

A

Mg ii FTILL, 1 7Q0 97R1 9R^7A ^l^fl Hfs 2511A PI 11 70f) 1 7U, iOU7, 9^6Q 97RI _i'i|. OlOKJ 3130 PT 2599 w 1790, 2781, 3130 AT 1683A, 2273, 2599 AT 1836, 1971, 2872, 2873 OT 1R41 3199 11JJO) cryi 1Q71 1711, 9037 iUO 1

MNa ill EjFTLi 1660 1RR9 1R83 9484A 9909 Mg in FT ItOt, ld3d. iUVO, 9003 ZlOl, 97R1 OlOVJ 3130

1660 1UUU, 1889 iOO_. 1SQ0 1077, 9Q0Q 1> u 14.34 914Q

pt 1RR9 1RR3 94R4A 9909 PTV . L, 1434 9003 9781 3130 W 1RR9 lOO^i 1RRH lOOO, ilO^A, 94R4A i7U7 9909 w 1434 9003 97R1 3130 IP 9790 9Q09 TPir 1434 9003 PT 1882, 1899, 2598, 2909 PT 1434, 2149, 2599 AT 2598 AT 1683A, 2599 OT 1RR3 9790 PiT 3129

IN a IV FT 9700 94ft4A 9617 Mg iv FT 1660 1Q6S 9790

Zlu7, 9100 93ft7 — >iii. Z.94ft4A '+< ) r/\ , iUI 9617l lll7 1660 luuu, 1RQ0 lo??, 17J7, 19-19 1965 iyvo

w 910Q 93ft7 94ft4A 961 7 P 1 1660 lQ'iO 1965 9790

TVW 1660 IUUU, 1Q6^ I7UO, ^l^v 9790 Na v EL 2109 IP 1660, 1965, 2720 CL 2109 PT 1660, 1899, 1959, 1965, 2598, 2720 W 2109 AT 1660 1959 2039A 2598 2720

INa VI F T 13lool, 31 ZIVy, 91 HQ 9149 £i<*Zi ZOl 9617/ Mg v CjL, 106-^ 9ft77 1331 OlflG 9617 C 1 9977 9ft77 w 1331, 2109, 2617 w 1965, 2277, 2877 PT 2142 OT 1481 Mg vi ATU I

1 Al O 10 IV Mg vn f I lool Na VIII EL 1808 CL 1331 CL 1808 W 1331, 1459 w i aoft 1 OUo OT 1481

INa IX FT 1331 IOO 1 lftOft 9-^60 9743 , loUO, ZOuU, Z / 4-0 Mg vin w 1 49ft CL 1331, 1808, 2560, 2743 Mg ix EL 1808, 2481 W 1331, 1808, 2560, 2743 CL 1808, 2009, 2481 W 1

1 QftR w 180R 10V70, iUU7, 900Q itOl 94R1

Na x

ITT 9Q9QA OCifl 9*771 n zozoA, ZooU, Mg x FIHi Li 1331 lool, 1R0R 10V70, i9304 JUt, ifUO, 940R ^117, 9470 Z.OUVJ, 9^60 CL 2328A, 2560, 2743 2670, 2728, 2743 W 2328A, 2560, 2743 CL 1331, 1808, 2304, 2408, 2479, 2560,

2670, 2728, 2743

17
2.2 Reference Numbers for Individual Spectra — Continued

x- Continued Al v-C( >ntinued W 2577 1331, 1428, 1808, 2304, 2408, 2479, PT

2560, 2636, 2670, 2728, 2743 AT 2577 TE 2934 OT 1808, 1844, 1977, 2479, 2934 Al vi EL 2877, 2940 CL 1785, 2277, 2877, 2940 Mg xi EL 1428, 1585, 2304, 2328A, 2408, 2479, W 1785, 2277, 2605, 2877, 2940

2560, 2602, 2670, 2743, 3123, 3226 CL 1428, 1585, 2304, 2328A, 2408, 2479, Al vn EL 2940

2545, 2560, 2602, 2670, 2743, 3123, CL 1785, 2587, 2940 3226 W 1785, 2587, 2605, 2940 W 1428, 1585, 2304, 2328A, 2408, 2479,

2560, 2602, 2636, 2670, 2743, 3123, Al vm EL 1331 3226 CL 1331, 1785 AT 2989 W 1331, 1785, 2605 OT 1428, 1844, 1977, 2479, 2545 OT 1481

Mg xn EL 2304, 2328A, 2408, 2479, 2560, 2602, Al ix EL 1471

2670, 3226 ND 1471 CL 2304, 2328A, 2408, 2479, 2560, 2602,

/~" T 1471, 1484, 1785

2670, 3226 W 1471, 1484, 1785 W 1428, 2304, 2328A, 2408, 2479, 2560, AT 1327

2602, 2636, 2670, 3226 OT 2479 Al x EL 1331, 1471, 1808

CI. 1331, 1471, 1785, 1808 Al- El. 3103 w 1331, 1471, 1785, 1808

Al i EL 1790, 2628 ND 2293 Al xi EL 1331, 1471, 2081A, 2304, 2408, 2479, CL 1790, 2309, 2369, 2628 2560, 2670, 2743, 2946 W 1790, 2628, 2685 CL 1331, 1471, 1484, 2304, 2408, 2479, SE 2395 2560, 2670, 2743

I_If e rlls 1 7/1^. 9fi£9 A 93Q^ 97fl7 W 1331, 1471, 1484, 2304, 2408, 2479, AT 1971, 2293, 3076 2560, 2670, 2743 OT 1834, 1971, 2293, 3076 OT 1808, 2479

Al ii EL 1790, 2134A, 2940 Al xn EL 2304, 2328A, 2408, 2479, 2560, 2670, ND 1523A, 2293 2743, 3123, 3226 CL 1523A, 1790, 2134A, 2369, 2940 CL 2304, 2328A, 2408, 2460, 2479, 2560, W 1790, 2134A, 2940 2670, 2743, 3123, 3226

i [• Ol OA A ZiO'+A W 1428, 2304, 2328A, 2408, 2460, 2479, AT 1572, 2293 2560, 2636, 2670, 2743, 3123, 3226 OT 1572, 2290 OT 2479

A] m EL 2940 Al xm EL 2304, 2328A, 2408, 2479, 2560, 3226 CL 2940 CL 2304, 2328A, 2408, 2460, 2479, 2560, W 2940 3226 AT 1836, 1971 W 1428, 2304, 2328A, 2408, 2460, 2479, OT 1573, 1971 2560, 2636, 3226 OT 2479

Al iv EL 1607, 1674A, 1963, 2223, 2829, 2940 ND 1963, 2223, 2829 Si— AT 2199 CL 1607, 1674A, 1963, 2223, 2829, 2940 Si- EL 2897, 3103 W 1607, 1674A, 1963, 2223, 2605, 2829, Si I EL 1790, 2167, 2533A, 2542

2940 CL 1790, 2167, 2309, 2369, 2533A, 2542

IP 2829 W 1459, 1790, 2533A, 2542 PT 1963, 2223, 2829 IP 2167, 2542 AT 1491, 1963 PT 2733 OT 3129 AT 2968 OT 2167

AI v EL 1660, 2577, 2940 Si II CL 2369, 2645 ND 1630, 1660, 2181, 2577 W 2226 CL 1630, 2577, 2940 A T 1071 W 1630, 2577, 2605, 2940 OT 1971

18
2.2 Reference Numbers for Individual Spectra — Continued

Si hi W 2226 Si XIV EL 2304, 2328A, 2479, 2560 AT 1572 CL 2304, 2328A, 2479, 2560 OT 1572 W

OT

1428, 2304, 2328A, 2479, 2560, 2636

2479

Si iv W 2226 OT 1731, 2129 Si XV EL

CL

2479

2479

Si v ND 2223 W 2479 TE 2843 OT 2479 AT 1491 OT 2843, 3129 Si XVIII EL

CL

1334 1334

Si vi ND

AT

1660, 2181 2004 W 1334

P- AT 2199

Si VII EL 1334, 2877 P- EL 2296 CL 1334, 2277, 2877 P I CL 2309, 2369, 2548 W 1334, 1459, 2277, 2877 W 2548 AT 2004 Hfs AT

2709 2459A

Si viii EL 2728 CL 2728 P II EL 1778 W 1459, 2728 ND 1778 AT 2004 CL 1778, 2369 OT 1619 W

ZE

1778

1778

Si DC EL 1331, 1334, 2479 PT 1778, 2733 ND 1334 AT 1777 CL 1331, 1334, 2479 W 1331, 1334, 1428, 1459, 2479 P III EL 2608 AT 2004 CL 2608 OT 2106, 2479 W

AT

2608

1971

Si X EL

CL

2479

2479 OT 1971 W 1428, 2479, 2636 P IV EL 1558, 2608, 3055 AT 1327, 2004 ND 1558 OT 2106, 2479 CL

W

1508, 2608, 3055

1508, 2608, 3055

Si XI EL

CL

1331, 1808, 2479, 2481

1331, 1808, 2479, 2481

IP 1558 W 1331, 1808, 2479, 2481 P V EL 2608, 2613 AT 2004 pi ZDUo, ZOlo OT 2479 W

IP

2608, 2613

2613

Si XII EL 1331, 1808, 2081A, 2304, 2479, 2560, SF 2613

2728, 2743, 2863A, 2946

VI ND

AT

OT

2223

1491 3129

CL

W

1331, 1808, 2304, 2479, 2560, 2728,

2743, 2863A

1331, 1428, 1808, 2304, 2479, 2560,

P

TE

AT

OT

2728, 2743, 2863A

2934

2989

1808, 1844, 2479, 2934

P VII ND 1660, 2181 P VIII EL 2299, 2877 CL

W

2277, 2299, 2877

2277, 2299, 2877

Si xiii EL 1428, 1592, 2304, 2328A, 2479, 2560,

2722, 2743 P IX EL

CL

2299

2299 CL 1428, 2285, 2304, 2328A, 2479, 2545,

2560, 2743 W 2299 W 1428, 2304, 2328A, 2479, 2560, 2636, 2743 P X EL

ND

1334, 2279, 2299

1334 TE 2285 CL 1334, 2279, 2299 OT 1428, 1844, 2285, 2479, 2545, 2748 W 1334, 2279, 2299

19
2.2 Reference Numbers for Individual Spectra — Continued

Ifp X 1 EI, ??79 2299 S VIII — C< mtinued

CI, 2279, 2299 CL 2577 W 2279, 2299 AT 2039A

p Ml EL 1924, 2279, 2299 S l\ EI, 1347, 2321, 2877

CI, 1924, 2279, 2299 ND 1334 w 1924, 2279, 2299 CI, 1314 1347 2277 2321 2877

IP 1924 W 1334, 1347, 1459, 2277, 2321, 2877

(.KI- 1680, 1924, 3136 AT 1555, 2321

p XIII EL 1924, 2299, 2560 s x EI, 1334, 1347, 2279, 2321, 2728 ND 1924 CL 1334, 1347, 2279, 2321, 2728

CI, 1924, 2299, 2560 W 1334, 1347, 2279, 2321, 2728 w 1924, 2299, 2560 AT 1555, 2321 OT 1808, 1924 s XI El, 1334, 1347, 2279

!' XI\ EI, 2560, 3123 ND 1334

CI, 2560, 3123 CL 1334, 1347, 2279 w 2560, 3123 W 1334, 1347, 1459, 2279 AT 1555 P XV EL 2560 OT 1481

CI. 2560 w 2560 s Ml El, 1334, 1347, 2279, 2479 CL 1334, 1347, 2279, 2479

S

- AT 2199 W 1334, 1347, 1428, 2279, 2479

S 1 EL 1500, 1982 TE 2934 ND 2043A AT 1327, 1555

CI, 1500, 2309, 2369, 2645 OT 2479, 2934 w 1500, 1982 ZE 1817 s XIII EI, 1347, 1808, 2279, 2315, 2479, 2481

[P 1500 CI, 1347, 1808, 2279, 2315, 2479, 2481 FT 2192 W 1347 1428 1808 2279 2315 2479 AT 2043A, 2126, 2459

A

2481 OT 2126 OT 2479, 3136

s 11 CI, 1927

XIV EL 1808, 2168A, 2279, 2304, 2315, w 1927, 2226, 2514A 2330A, 2404, 2421, 2479, 2560, FT 2192 2728, 2743

CI, 1808, 2279, 2304, 2315, 2421, 2479,

s III CL 1927, 2645 2560, 2728, 2743 W 1927, 2226, 2514A VI' 1428, 1808, 2279, 2304, 2315, 2421, FT 2733 2479, 2560, 2728, 2743 TE 2934

s IV EI, 1329 OT 1808, 1844, 1977, 2479, 2934, 3111

CI.. 1329, 1927 W 1329, 1927, 2226, 2514A s \ V EL 1428, 1592, 2174A, 2304, 2330A,

2421, 2479, 2560, 2722, 3123

s V EI, 1329, 2514A, 3055 CL 1428, 2304, 2421, 2479, 2545, 2560, CL 1329, 1927, 2127, 2514A, 3055 3123 W 1329, 1927, 2226, 2514A, 3055 w 1428, 2304, 2421, 2479, 2560, 3123

IP 1558 OT 1428, 1844, 1977, 2479, 2545 OT 2290 o X V 1 El, 2304, 2479, 2560

s VI EL 1329, 2514A CI, 1462, 2304, 2479, 2560 CL 1329, 2514A W 1428, 1462, 2304, 2479, 2560 W 1329, 1927, 2226, 2514A SE 3121 OT 2479

s VI) ND 1483 TE 2843 EL 2205 AT 1491 ND 2206 OT 1745, 2843 CL 2205 W 2205

VIII lAAft 9^77 AT 1516 ND 1660, 2181 OT 1802, 2206, 2659

20
2.2 Reference Numbers for Individual Spectra — Continued

CI i EL 2069, 2379 CI XII- Continued ND 2043A CL 1334, 1481, 2267, 2279, 3105 CL 1505, 2069 W 1334, 1481, 2267, 2279, 3105 W 1505, 2069 OT 1481 ZE 2734 SE 1490 Cl xiii EL 1334, 2267, 2279, 3105 Hfs 2062A, z/0/, z/o4 CL loOji ooz;*7 onn oinc 1334, Lib l, LZI\), 6li)o AT 2043A, 2459A, 2475, 2820 W 1334, 2267, 2279, 3105

CI ii EL 1617, 2043A, 2940 CI xiv EL 1334, 2267, 2279, 3105 ND 1617, 2043A CL 1334, 2267, 2279, 3105 CL 1617, 2043A, 2940 W 1334, 2267, 2279, 3105 W 1617, 2043A, 2940 OT 3136 SE 1490 IP 1617 CI xv EL 1642, 2330A, 2398, 2560, 2667, 2818, PT 1617, 2043A 3105, 3169 AT 1617, 2043A CL 2398, 2560, 2667, 3105, 3169 W 2398, 2560, 2667, 3105, 3169

CI in EL 2940 OT 1642, 1808, 2215, 3111 CL 2940 W 2940 CI xvi EL 2330A, 2398, 2446, 2560, 3105, 3169 CL 2398, 2446, 2560, 3105, 3169

CI iv EL 1401, 2258, 2940 W 2398, 2446, 2560, 3105, 3169 CL 1401, 2258, 2645, 2940 W 1401, 2258, 2940 CI xvn EL 3105 PT 2733 CL 3105 W 3105

CI v EL 1401, 2258, 2940 CL 1401, 2258, 2940 Ar- EL 1495, 2219, 2405, 2576, 2701, 3031 W 1401, 2940 CL 2405 W 2219, 2405

CI vi EL 1401, 2258, 2267, 2940 AT 2556 CL 1401, 1941, 2258, 2267, 2381, 2940 W 1401, 2258, 2267, 2381, 2940 Ar i EL 1495, 1788, 1819, 1827, 2057A, 2131, IP 1558, 2381 2162A, 2219, 2244, 2228, 2325A,

2427, 2429, 2576, 2578, 2634, 2640,

CI vii EL 1401, 2258, 2267, 2863A, 2940 2749, 3031, 3236 CL 1401, 2258, 2267, 2381, 2863A, 2940 ND 2899 W 1401, 2258, 2267, 2381, 2666, 2667, CL 1788, 1819, 1827, 2145, 2219, 2244, 2863A, 2940 2325A, 2427, 2429, 2634, 2958, IP 2381 3236 W 1788, 1819, 1827, 2057A, 2131, 2219,

CI viii EL 2258, 2267, 2940 2244, 2325A, 2427, 2429, 2578, CL 2258, 2267, 2940 2634, 3236 W 2258, 2267, 2381, 2940 ZE 1708A, 2121, 2644 AT 1491 IP 2131 OT 1745 PT 1319, 1985, 2191, 2599 AT 1516, 1605, 1837, 1865, 1978, 1991,

CI ix EL 2258, 2267, 2577, 2940 2153A, 2274, 2599, 2620, 2736, ND 2181 2823, 2899, 2908, 3182A

OOCQ OOA"7 0£"77 Ofi/in zzoo, zzo/, zo//, ZV4U OT 2213, 2399, 2427, 2823, 2899, 2904, w 2258, 2267, 2381, 2940 2908, 2910

CI x EL 2183, 2258, 2267 Ar II EL 1317, 1845, 2057A, 2162A, 2634, ND 1334 3236 CL 1334, 2183, 2258, 2267 ND 1794 W 1334, 2183, 2258, 2267 CL 1845, 2145, 2634, 2958, 3236 W 1317, 1845, 2057A, 2634, 3236

CI xi EL 1334, 2267, 2279 ZE 1525, 1588, 1833 C I 'X'X'XA loo4, ZZO/, 097Q ZZ<V PT 1509, 1794 w 1334, 2267, 2279 AT 2740

CI xii EL 1334, 1481, 2267, 2279, 3105 Ar in EL 1328, 2727, 2998 ND 1334 CL 1328, 2145, 2727, 2958

21
2.2 Reference Numbers for Individual Spectra — Continued

Ar III — Continued Ar xv — Continued w 1328, 2727 W 1334, 1428, 1808, 1845, 2479, 2481, ZE 1525, 1588 3221 AT 2740 OT 2479, 3136

Ar IV EL 1328, 2727, 2998 Ar XVI EL 1642, 1808, 1845, 2304, 2331A, 2479, CL 1328, 2145, 2727, 2958 2728, 2818 W 1328, 2727 CL 1808, 1845, 2304, 2331A, 2479, 2728 W 1428 1808 1845 2304 2331 A 2479 Ar v EL 3055 2728 CL 3055 TE 2934 W 3055 OT 1642, 1808, 1844, 1977, 2215, 2479, PT 2733 2934, 3111

Ar VI EL 3055 Ar XVII EL 1428, 1592, 1845, 2304, 2479, 2618, CL 3055 2722, 2815 W 3055 CL 1428, 1845, 2304, 2479, 2545, 2815

1428, 1845, 2304, 2479, 2815 Ar VII EL 3055, 3236 [P 1845 CL 3055 3236 OT 1428, 1494, 1844, 1977, 2479, 2545 W 2885A 3055 3236

[P 1558 Ar XVIII EL 1845, 2479, 2722

( IT 2290 CL 1462, 1845, 2479 W 1462, 1845, 2479 Ar VIII EL 1650 « )T 2479 CL 1458, 1650 W 1458, 1650, 2885A Ar xix W 1428 OT 1731 Ar w 1334, 3055

Ar ix EL 1845 K" El. 2158A, 2296, 2671, 3218 CL 1845, 2143 OT 2157A, 2633, 3060 W 1845, 2885A K i EI, 1792, 2152A, 2996, 3069, 3131, 3183, TE 2843 3218, 3219 AT 1491 CI, 1792, 2309, 2369, 2996, 3131, 3183, OT 2843 3219 3227 w 1427 1792 1906A 2996 3131 3183 Ar X EL 1334, 3221 3219 3227 CL 1334, 2143, 3221 ZE 1747A, 1810, 2789 w 1334, 2885A, 3221 SE 1418, 1590, 2202, 3001 OT 2181 Hfs 1416, 1682A, 1703A, 1707A,

1748A, 1763, 1876, 1913A, 1961, Ar XI EL 1334, 3221 2001, 2203, 2254, 2505A, 2744, CL 1334, 2029, 2754, 3221 2789, 2819, 2845A, 3137 W 1334, 2885A, 3221 IS 1315 AT 2029 IP 3131 AT 2731, 2962 Ar XII EL 1334, 1845, 2279, 3221, 3236 OT 1456, 1742, 2332A, 2809, 3024 CL 1334, 1845, 2279, 3221, 3236 W 1334, 1845, 2279, 3221, 3236 K ii EI, 2857A, 2940 ND 2191, 2760 Ar XIII EL 1334, 1481, 2279, 3221 CL 2940

CI, 1334 1481 2279 3221 W 2940 w 1334, 1428, 1481, 2279, 3221 PT 2191, 2599, 2760, 2933 OT 1481 AT 1516, 1665, 1837, 2409, 2599, 2760 OT 2809 Ar XIV EL 1334 1845 2479 3221 C L 1334 lftdS 94.7Q 3991 K in EI, 2940 W 1334 1428 1845 2479 3221 CL 2940 AT 1327 W 2940

(KJ»TI 2479 K iv EL 2940 Ar XV EL 1334, 1808, 1845, 2479, 2481, 3221 CL 2940 CL 1334, 1808, 1845, 2479, 2481, 3221 W 2940

22
2.2 Reference Numbers for Individual Spectra — Continued

K V EL 2940 Ca I — Continued CL 2940 W 2182 W 2940 ZE 2307, 2689A SE 2307 K VI EL 2940 Hfs 2515 CL 2940 IS 1322 W 2940 IP 2182, 2374, 2874 PT 2733 PT 2808 AT 1566, 1626, 1804, 2459A, 3076 K VII EL 2940 OT 3076, 3220 CL 2940 W 2940 Ca li CL 2309, 2369 Ca in EL 1405, 2911 K VIII EL 1558, 2940 ND 2191, 2911 CL 1558, 2940 CL 1405, 2911 W 1558, 2940 W 1405, 2911

IP 1558 IP 1405 OT 1467 SF 1405 PT 1405, 1837, 2191, 2599, 2911 K IX EL 2940 AT 1665, 1837, 2599, 2911 CL 2940 W 2940 Ca VII PT 2733 Ca IX EL 1558 K X AT 1491 CL 1558 K XI EL 2039A, 2181 W 1558 CL 2039A, 2181 IP 1558 W 2039A, 2181 AT 2039A Ca X CL 1458 w 1458 K XII EL 2183, 2563, 2877 CL 2183, 2277, 2563, 2877 W 2183, 2277, 2563, 2877 Ca XI TE 98A3 AT

K XIII EL 2563 OT

CL 2563 W 2563 Ca XII EL 2039A, 2181 CL 2039A, 2181 K XIV EL 2076, 2563 W 2039A, 2181 CL 2563 OT 3104 W 2563 Ca XIII EL 1333, 2183, 2563, 2877 K XV ZU(6, Zooo ND 2563 CL 2563 CL 1333, 2183, 2277, 2563, 2877 w 2563 w 1333, 2183, 2277, 2563, 2877 OT 3104 K XVI EL 2563 CL 2563 W 2563 Ca XIV EL 1333, 2563, 3043 OT 3136 IND 2563 CL 1333 lOOO, ZOOO, 9^.63 OU4-0 30.13 K XVII EL 1808, 1816, 2560, 3169 W 1 33^1 OC/;3 3A/1

9

looo, Z060, oU4o CL 1808, 1816, 2560, 3169 PT 3043 W 1808, 1816, 2560, 3169

IP 1816 Ca XV EL 1333, 1808, 2076, 2563, 3043 OT 1808, 1816 ND 2563 CL 1333, 1808, 2563, 3043 K XVIII EL 2479, 2560, 3169 W 1333, 1808, 2563, 3043 CL 2479, 2560, 3169 AT 1728 W 2479, 2560, 3169 OT 1728, 1808, 3104 OT 2479 Ca XVI EL 1808, 2479, 2076, 2563, 3043 Ca - EL 1687 CL 1808, 2479, 2563, 3043 r. I V I Z

91loZ09 W 1/19Q lonp 9/1 70 O^.fx'i 1C\A?. 14ZO, loUo, Z4/y, ZOOo, jU4o

CL 2182, 2309, 2369 OT 1808, 2479

23
2.2 Reference Numbers for Individual spectra — Continued

Ca XVII EL 1808, 2479, 2481, 2487A, 2563, 3043, Sc vn L' I EiL IV41 3136 C T 1 CiA 1 lv41 CL 1808, 2479, 2481, 2487A, 2563, 3043, TV/ 1 G/1 1 3136 W 1428, 1808, 2479, 2481, 2487A, 2563, Sc vin EL 1941 3043, 3136 CL 1941

l V I 9/1 70 "i 1 3/^ w 1 Q/1 1 1V41

Ca XVIII EL 1808, 1816, 2479, 2560, 2728, 3169 Sc X C I 1 DDo CL 1808, 1816, 2479, 2560, 2728, 3169 IDoo W 1428, 1808, 1816, 2479, 2560, 2728, W iddo 3169 1 P IDDo

IP 1816 TE 2934 Sc xn (\T yj 1 OT 1808, 1816, 1844, 1977, 2479, 2934 Sc XIII FT 1333 9A3GA 91fil 1 JOO , ZU07A , -Mil

INn un ZJoU Ca \i\ EL 1428, 2479, 2560, 3169 1IDDO, 333 903Q A 91— 1 ftlil CL 1428, 2285, 2479, 2545, 2560, 3169 TOw 1333 9A3QA 9 1 ft 1 lOOD , ZUOVa. Ziul W 1428, 2479, 2560, 3169 A 'V

t \ i Z91lOUfiA TE 2285 OT 1428, 1844, 1977, 2285, 2479, 2545, Sc XIV 1lOOO, q *> o oioq ZIOO, ZoZl, 9391 ZOUO, 9^3 60/ 9ft77/ 2748 INi\inU ZDOO 9^3

a'

' S 1333 lOoo, 918'* ZloO, ZZ9977 9^A3 9fi77 / /, ZDOO, ZcW / Ca XX EL 2479 n 1 1 ooo oioo 9977 O^O 9fi77 looO, ZloO, ZZ < / , ZDOO, AO I i CL 2479 W 1428, 2479 Sc xv Cj I , 1 333 9391 9CLA3 iOOO, ZOZ1, ZODO OT 2479 In u ZDOO

/~* 1 1009 QOOl ICrfiO looo, zozl, ZDOO

Sc 1 EL 1473, 2110, 3140 XK lOOO OC^Q looo, ZDOo ND 2032 CL 1473, 2110 Sc XVI iooo i a o i om<; oc^o lOOO, 1481, ZU/O, ZDOO W 1473, 2110 ND 2563 ZE 1380, 1473, 3140 CL 1333, 1481, 2563

Hfs 1380, 2032, 2066A, 2708, 3066 W 1333, 1481, 2563 IP 1473, 2110 U 1

1 A O 1 14oI AT 1983, 2423 OT 1983 Sc XVII

1 20/6, 2563 CL 2563

Sc II EL 1473 W 2563 CL 1473, 1608 w 1473, 1608 Sc XVIII r, 1

.

2563 ZE 1473 CL 2563 W 2563 Sc III EL 1884, 1891, 2123, 2625 < IT 3136 CL 1608, 1884, 1891, 2123, 2625 W 1608, 1884, 1891, 2123, 2625 Sc XIX tL 1816

IP 1884, 1891, 2123, 2625 I . I

,

1 Q 1 A SF 1884, 1891, 2123, 2625 1816

IP 1816

Sc IV EL 2826 OT 1816 CL 2826 W 2826 Ti I EL 1727A

IP 2826 CL 1727A, 2645 PT 2826 Vv

1 717 A

1 /z / A AT 1837 ZE 1628 Hfs 2101, 2708

1

G

937/1 zo /4 Sc V EL 2826 DTr 1 10 "7 C ZD /D W 2826 A I 1586 U 1

1 ^Q/; 1 Q3 1 937R IDoO, JOOl, ZO /

D

Sc VI EL 1941 CL 1941 Ti ii PI, 1727A W 1941 if

' I 1797 A 9^4.

1 / Z / A, Z04-D

24
2.2 Reference Numbers for Individual Spectra — Continued

Ti II — ContinuedW

AT

OT

Ti III

Ti IV

Ti v

Ti VI

Ti VII

Ti viii

Ti ix

Ti xi

Ti xii Ti xiii

Ti xiv

Ti xv

Ti xvi

Ti xvii

CL

PT

AT

EL

CL

W

IPSF

PT

AT

EL

CL

W

EL

CL

W

EL

CL

EL

CL

EL

CL

W

IP

OT

TE

OT

EL

CL

W

EL

ND

CL

W

ELND

CL

W

OT

ELND

CL

W

OT

1727A

1571, 1821, 1973

1571, 3028

2645

1373, 1655

1576, 1624

2753

2753

2753

2753

2753

1837 1837

1559, 1941

1559, 1941 1559

1559, 1941

1559, 1941 1559

1941

1941

1941

1941

1558

1558, 1941 1558

1558

1731 2843

1745, 2843

1333, 2039A, 2181, 2549

1333, 2039A, 2181

1333, 2039A, 2181, 2549

1333, 2183, 2321, 2412, 2549, 2563, 2877

2563

1333, 2183, 2277, 2412, 2563, 2877

1333, 2183, 2277, 2412, 2549, 2563, 2877

1333, 2412, 2549, 2563, 2937

2563

1333, 2412, 2549, 2563, 2937

1333, 2412, 2549, 2563, 2937 2549

1481, 2076, 2277, 2412, 2563, 2877, 2937

2563

1481, 2277, 2412, 2563, 2877, 2937

1481, 2277, 2412, 2563, 2877, 2937

1481, 2937

Ti xvm EL 2076, 2412, 2563, 2935 ND 2563 CL 2412, 2563, 2935 W 2412, 2563, 2935

Ti xix EL 2412, 2487A, 2563, 3136 ND 2563 CL 2412, 2487A, 2563, 3136 W 2412, 2487A, 2563, 3136 OT 3136

Ti xx EL 1816, 2560, 2561, 3122 CL 1816, 2560, 2561, 3122 W 1816, 2560, 2561, 3122

IP 1816, 2561 OT 1816

Ti xxi EL 2479, 2560, 2618, 2991, 3027, 3122 CL 2479, 2560, 2991, 3027, 3122 W 1428, 2479, 2560, 2991, 3027, 3122

IP 3122 OT 2479, 2991

Ti xxii EL 2991, 3027 CL 2991, 3027 W 2991, 3027 OT 2991

V i ND 2032 Hfs 2032, 2075A, 2101, 2708 AT 2964, 3124

V ii EL 2047A CL 2047A, 2645 W 2047A PT 2375 AT 1586 OT 1586, 2049A, 2375

V m CL 2645 PT 1373, 1655 AT 1983 OT 1983

V iv PT 1373 AT 1576, 1624, 2320 OT 2320

V v EL 2123, 2284, 2447 CL 2123, 2284, 2447 W 2123, 2284, 2447

IP 2123, 2284, 2447 SF 2123, 2447

V VI EL 1837 CL 1837 W 1837 PT 1837 AT 1837

V vn EL 1941 CL 1941 W 1941

25
2.2 Reference Numbers for Individual Spectra — Continued

v EL 1941 Vxx — Continued CL 1941 AT 2076 W 1941 OT 3136

V IX EL 1468, 1941 V xxi EL 1816, 2560, 2561, 3122 CL 1468, 1941 CL 1816, 2560, 2561, 3122 W 1468, 1941 W 1816, 2341, 2560, 2561, 3122

IP 1816, 2561 V X EL 1468, 1941 OT 1816 CL 1468, 1941 W 1468, 1941 V xxii EL 2560, 3122 CL 2560, 3122 V XI EL 1669 W 2560, 3122 CL 1669 IP 3122 w 1669 Cr- EL 2296 V XII EL 1669, 1941 Cr i EL 2832 CL 1669, 1941 CL 2832 w 1669, 1941 W 2832

IF' 1558 Hfs 2708

IP 2832 V XIII EL 1669, 1941 AT 1768 CL 1669, 1941 OT 1831

\\ 1669 1Q41 IP 1941 Cr li AT 1821, 1973 OT 1731, 2129 OT 1467

V XIV OT 1745 Cr III CL 2645 V x\ EL 1333, 2039A, 2181, 2549 PT 1373, 1655 CL 1333, 2039A, 2181 AT 1586

Vi 1333, 2039A, 2181, 2549 OT 1586 AT 2039A

Cr IV EL 1932 V XVI EL 1333, 2183, 2341, 2549, 2563, 2877 ND 1932 ND 2563 CL 1932 CL 1333, 2183, 2277, 2341, 2563, 2877 W 1932 W 1333, 2183, 2277, 2341, 2549, 2563, AT 1571 2877 OT 1571

V XVII EL 1333, 2277, 2341, 2549, 2563, 2877, Cr V EL 1933 2937 CL 1933 ND 2563 w 1933 CL 1333, 2277, 2341, 2549, 2563, 2877, IP 1933 2937 AT 1576, 1624, 2320 W 1333, 2277, 2341, 2549, 2563, 2877, OT 2320

2937 OT 2549 Cr VI EL 2229 CL 2229 V XVIII EL 1481, 2076, 2277, 2341, 2563, 2877, W 2229 2937 IP 2229

NI) 2563 CL 1481, 2277, 2341, 2563, 2877, 2937 Cr VII EL 1837 w 1481, 2277, 2341, 2563, 2877, 2937 CL 1837 OT 1481, 2937 W 1837 PT 1837 V XIX EL 2076, 2277, 2341, 2563, 2877, 2935 AT 1837 ND 2563 CL 2277, 2341, 2563, 2877 Cr VIII EL 1941 W 2277, 2341, 2563, 2877, 2935 CL 1941

V* 1941 V XX EL 2277, 2341, 2563, 2877 ND 2563 Cr IX EL 1468, 1941 CL 2277 2341 9877 1 A AO 1 CIA 1 W 2277, 2341, 2563, 2877 w 1468, 1941

26
2.2 Reference Numbers for Individual Spectra — Continued

Cr X EL 1468, 1941 Cr XXII — Continued CL 1468, 1941 ip 1816, 2561 W 1468, 1941 OT 1816

Cr XI EL 1468, 1941 Cr XXIII EL 1476, 2479 CL 1468, 1941 CL 1476, 2479 W 1468, 1941 W 1428, 1476, 2479 OT 1476, 2479

Cr XII FI 1468 1669 CL 1468, 1669 Cr XXIV EL 1476 W 1468, 1669 CL 1476 W 1476

Cr XIII ITT iooy, 1 QA 1 1 V41 OT 1476 CL 1669, 1941 w iooy, lQd.1 Mn I Hfs 1651, 1969, 2708

IP 1558 PT 1969 AT 1969

Cr XIV PI 100V, 1iy41 OA1 f T 1 A^Q iooy, iy4 i Mn II OT 2049A TV." W 14oo, iooy. 1 fM 1 Mn III ND 2402

r T> 1V41 PT 1655, 2402 OT 1731 Mn IV AT 1571, 1586, 2732, 3014

Cr XV ITT 1 A 1 C* 14/0 OT 1571, 1586

l a nt- 14/0 w 14.76 1 4- / u Mn VI EL 2583A

1 h 2843 CL 2583A OT 1476, 1745, 2843 W 2583A AT 2320

Cr XVI ftLL 1333, 1476, ZUoVA, Zlol, Zo4V OT 2320 PI l 333 14-1 U,

TV/ w 1333, 1476, zUovA, zlol, Zo4y Mn VIII EL 1837 OT 1476 CL 1837 W 1837 Cr XVII EL 1333, 1476, 2183, 2549, 2563 PT 1837 pi 1333 114/0, Alf. Z91ft3 loo, ZO^rV 9^4.0 , ZOUO 9^3 AT 1837

TV

/

w 1333, 1476, oioo oc/in oc/co zloo, zo4y, zooo OT 1476, 2549 Mn IX EL 1669 CL 1669 Cr XVIII EL 1333, 1476, 2549, Z563, 2937 W 1669 P T 1 333 14 /O, 9RAG ZD4y, zooo, 9^A3 zyo 9Q^7i

TV,' w 1333, 1476, oc/ir» oc/io ono"? Zo49, zdoo, z9o/ Mn X EL 1468, 1669 OT 1476, 2549 CL 1468, 1669 W 1468, 1669 Cr XIX

T7 T LL 1476, 2076, 2563, 2937 CL 1476, 2563, 2937 Mn XI EL 1468, 1669 W 1476, 2563, 2937 CL 1468, 1669 OT 1476, 2937 W 1468, 1669

Cr XX EL 2563, 2935 Mn XII EL 1468, 1669, 1941 CL 2563, 2935 CL 1468, 1669, 1941 w ZjOj, 903^ zyoo W 1468, 1669, 1941 TE 2076 AT 2076 Mn XIII EL 1468, 1669 CL 1468, 1669 Cr XXI LL 9,1 o l z4ol, OC^ 3 zooo W 1468, 1669 LL 2481

,

Zooo w Z40 1 9^A3 Mn XIV EL 1468, 1669, 1941 AT 2076 CL 1468, 1669, 1941 OT 3136 W 1468, 1669, 1941 IP 1558

Cr XXII EL 1816, 2561 CL 1816, 2561 EL 1669, 1941 W 1816, 2561 CL 1458, 1669, 1941

27
2.2 Reference Numbers for Individual Spectra — Continued

Mn XV — Continued W

[POT

Mn XVI

Mn XVII

ELCL

W

OT

ELCL

W

OT

1458, 1669, 1941

1941 1731

1476 1476

1476

1476, 2108

1333, 1476, 2039A, 2181, 2549

1333, 1476, 2039A, 2181

1333, 1476, 2039A, 2181, 2549

1476

EL 1333, 1476, 2183, 2277, 2549, 2563, 2877 CL 1333, 1476, 2183, 2277, 2549, 2563, 2877 W 1333, 1476, 2183, 2277, 2549, 2563, 2877 OT 1333, 1476, 2549

EL 1333, 1476, 2277, 2549, 2563, 2877, 2937 CL 1333, 1476, 2277, 2549, 2563, 2877, 2937 W 1333, 1476, 2277, 2549, 2563, 2877, 2937 OT 1333, 1476, 2549 EL 1476, 2076, 2563, 2937 CL 1476, 2076, 2563, 2937 W 1476, 2563, 2937 AT 2076 OT 1476, 2937

EL 2563, 2935 CL 2563, 2935 W 2563, 2935 TE 2076 AT 2076

EL 2563 CL 2563 W 2563 AT 2076 OT 3136

EL 1816 CL 1816 W 1816 IP 1816 OT 1816

EL 2479 CL 2479 W 1428, 2479 OT 2479

AT 1656 AT 1656 EL 2637 ND 2518 CL 2637

Fe I

Fe ii

Fe in

Fe iv

Fe V

Fe VI

Fe VII

Fe VIII

Fe IX

ContinuedW

Hfs PT

AT

OT

HI. ND

CL

W

AT

OT

W

PTAT

OT

W

AT

OT

EI. CL

W

PT

AT

OT

EL

ND

CL

W

PT

AT

OT

EI, ND

CL

W

AT

W

Fe x

Fe XI

1681, 2637 2708

1936, 2375, 2518

1308, 1443, 1656, 1768, 2119, 2459A

1312, 2375, 2878

2479, 2719

2719

2479, 2645, 2719

1459, 1681, 2479, 2637, 2719

1571, 1656, 1768, 1821, 1973

1571, 2479, 2878

1459, 1681

1655

1571, 1656

1571, 2049A, 2878

1767

1656, 2699

2878, 3029

2884 2884

1370A, 1767, 2884 2884

1656, 3014

2878, 2884

2278, 2327

2278, 2327

2278, 2327, 2884

1370A, 1767, 2278, 2327, 2884

2327

1656, 2278, 2327

1467, 2878

2278

2278 2278

1370A, 1767, 2278 2278

1370A, 1767 OT 1312

EL 1837, 2546, 2754 CL 1837, 2546, 2754, 3151 W 1669, 1837, 2546 PT 1837 AT 1837

EE 1468, 1669, 2546 CL 1458, 1468, 1669, 2546 W 1458, 1468, 1669, 1905A, 2546 AT 1458, 1669 OT 3104

EL 1468, 1669, 2546, 2728 CL 1458, 1468, 1669, 2546, 2728 W 1457, 1458, 1459, 1468, 1669, 2546, 2728 AT 1458, 1669 OT 3104

28
2.2 Reference Numbers for Individual Spectra — Continued

Fe XII EL 1468, 1669 Fe XIX — Continued CL 1458, 1468, 1609, 1669 AT 2321, 2478, 2866A W 1457, 1458, 1459, 1468, 1609, 1669 OT 1333, 1476, 2321, 2534A, 2549, 2721, PT 2609 2936 AT 1458, 1669 Fe xx EL 1333, 1476, 2277, 2321, 2519A, 2537, Fe XIII EL 1468, 1669 2549, 2563, 2636, 2877, 2937 ND 2690 CL 1333, 1476, 2076, 2277, 2321, 2519A,

CL 1458, 1468, 1669, 2557 2537, 2549, 2563, 2636, 2877, 2937 W 1428, 1458, 1459, 1468, 1669 W 1333, 1428, 1462, 1476, 2277, 2519A,

PT 2690 2537, 2549, 2563, 2636, 2877, 2937 AT 1458, 1669, 2063 AT 2321 OT 2107, 2557, 2635 OT 1333, 1476, 2321, 2479, 2549

Fe XIV EL 1468, 1669, 1976, 3074 Fe xxi EL 1476, 2076, 2321, 2519A, 2534A,

CL 1458, 1468, 1669, 1976, 3074 2537, 2563, 2636, 2936, 2937 W 1457, 1458, 1468, 1669, 1976, 3074 CL 1476, 2076, 2321, 2519A, 2534A,

AT 1458, 1669 2537, 2563, 2636, 2936, 2937 OT 3104 W 1462, 1476, 2479, 2519A, 2534A,

2537, 2563, 2636, 2936, 2937

Fe XV EL 1468, 1476, 1669, 1808, 1976, 1999 AT 2076, 2321, 2478 CL 1468, 1476, 1669, 1808, 1941, 1976, OT 1476, 2321, 2479, 2534A, 2936, 2937

1999 W 1468, 1476, 1669, 1808, 1976, 1999 Fe xxii EL 2321, 2479, 2519A, 2537, 2563, 2636, IP 1558 2935 AT 1999 CL 2076, 2321, 2479, 2519A, 2537, 2563, OT 1467, 1476, 1808 2636, 2935 W 1428, 1462, 2479, 2519A, 2537, 2563, Fe xvi EL 1669, 1976 2636, 2935 CL 1458, 1669, 1976 TE 2076 W 1458, 1669, 1976, 2034 AT 1327, 2076, 2321, 2478

IP 1399 OT 2321, 2479, 2936, 2937, 3136 AT 1399, 1622 Fe XXIII EL 1797, 2304, 2321, 2479, 2534A, 2537, Fe xvii EL 1476, 2034, 2537, 2866A 2481, 2563, 2602, 2636 CL 1476, 2034, 2114, 2187, 2537, 2866A CL 1797, 2076, 2304, 2321, 2479, 2534A,

W 1428, 1476, 2034, 2114, 2187, 2537, 2481, 2537, 2563, 2602, 2636

2786, 2866A, 3224 W 1462, 1797, 2304, 2479, 2481, 2534A,

TE 2843 2537, 2563, 2602, 2636 PT 1381 AT 1797, 2076, 2321, 2478 AT 2866A OT 1808, 2321, 2479, 2534A, 2936, 3136 OT 1476, 2108, 2843 Fe XXIV EL 1797, 1808, 2304, 2321, 2479, 2602, Fe xviii EL 1333, 1476, 1663, 2039A, 2181, 2537, 2636, 2728, 3224

2549, 2636, 2721, 2866A, 2936 CL 1797, 1808, 2304, 2321, 2479, 2602, ND 2180 2636, 2728, 3224 CL 1333, 1476, 1663, 2039A, 2076, 2181, W 1428, 1462, 1797, 1808, 2304, 2479,

2537, 2636, 2721, 2866A, 2936 2602, 2636, 2728, 3153, 3224 W 1333, 1476, 1663, 2039A, 2181, 2537, TE 2934

2549, 2636, 2721, 2866A, 2936 PT 2040A PTr 1 ZU^RJA AT 1797, 2321, 2478 AT 2039A, 2180, 2181, 2478, 2866A OT 1808, 1844, 1977, 2321, 2479, 2561, OT 1333, 1476, 2721, 2936 2934

IFe XIX EL 1333, 1476, 2321, 2519A, 2534A, Fe XXV EL 1428, 2479, 2602, 2636, 2991, 3027

2537, 2549, 2563, 2636, 2721, CL 1428, 2285, 2479, 2602, 2636, 2664, 2866A, 2877, 2936 2665, 2991, 3027 CL 1333, 1476, 2076, 2277, 2321, 2519A, W 1428, 1462, 2479, 2602, 2636, 2664, 2534A, 2537, 2549, 2563, 2636, 2665, 2991, 3027, 3153, 3224

2721, 2866A, 2877, 2936 TE 2285 W 1333, 1476, 2277, 2519A, 2534A, PT 2040A

2537, 2549, 2563, 2636, 2721, AT 2989 2866A, 2877, 2936 OT 1428, 1844, 1977, 2285, 2479, 2748, PT 2040A 2991

29

219-865 0 -76-3
2.2 Reference Numbers for Individual Spectra — Continued

Fe xxvi EL 2479, 2991, 3027 Co xx EL 1476, 2519A, 2549 CL 2479, 2991, 3027 CL 1476, 2519A, 2549 W 1428, 2479, 2991, 3027 W 1476, 2519A, 2549 OT 2479, 2991 PT 1430 OT 1476, 2549 Co i Hfs 1738A, 2708 AT 1768, 2964 Co xxi EL 1476, 2519A, 2549 CL 1476, 2519A, 2549 Co II El 2115 W 1476, 2519A, 2549 CL 2645 OT 1476, 2549 ZE 2115

IP 2115 Co xxii EL 1476, 2519A, 2937 OT 2049A CL 1476, 2519A, 2937 w 1476, 2519A, 2937 Co in PT 1655 TE 2076 Co iv EL 2763 OT 1476, 2937 CL 2763 W 2763 Co xxin EL 2519A, 2935 CL 2519A, 2935 Co X EL 1941 W 2519A, 2935 CL 1941 TE 2076 W 1639 1941 AT 1837 Ni i CL 2645 ZE 1712 Co XI 1639, 1941 OIS 1712, 2516A, 2708

CI, 1639, 1941 AT 1768 w 1639, 1941 OT 1831

Co XII EL 1639, 1941 Ni ii EL 1398 CL 1639, 1941 ND 1398 w 1639, 1941 CL 1398, 2645 W 1398, 1459 Co xiii EL 1639, 1941 PT 1631 CL 1639, 1941 OT 2049A, 2895

1639, 1941 Ni m EL 2048A, 2453A Co xiv EL 1639, 1941 CL 2048A CL 1639, 1941 W 2048A W 1639 1941 PT 1373, 1655, 2048A OT 2049A Co xv EL 1639, 1941 CL 10oV, Ni iv W 1767 W 1639, 1941 Ni v EL 2763 CL 2763 Co xvi EL 1476, 1639, 1941 W 1767, 2763 CL 1476, 1639, 1941 W 1476, 1639, 1941 Ni vi w 1767 OT 1476 Ni vii w 1767 Ni VIII w 1767 Co XVII EL 1639, 1941 Ni xi EL 1837, 1941 CL 1458, 1639, 1941 CL 1837, 1941, 2754, 3151 W 1458, 1639, 1941 w 1457, 1639, 1941 IP 1399 TE 2754 AT 1399, 1622 PT 1837 AT 1837 Co xviii EL 1476 OT 2754 CL 1476 W 1476 Ni xii EL 1639, 1941 OT 1476, 2108 CL 1639, 1941 W 1639, 1941 Co xix EL 1476, 2039A, 2181, 2549 CL 1476, 2039A, 2181, 2549 Ni xiii EL 1639, 1941 W 1476, 2039A, 2181, 2549 CL 1639, 1941 OT 1476, 2549 W 1459, 1639, 1941

30
2.2 Reference Numbers for Individual Spectra — Continued

Ni xiv EL 1639, 1941 Ni xxvi TE 2934 CL 1639, 1941 OT 1844, 2934 W 1459, 1639, 1941 PT 2609 Ni xxvii W

OT

1428

1844

Ni xv EL 1639, 1941 CL 1639, 1941 Ni xxvm W 1428 W 1459, 1639, 1941 Cu- EL 1470, 1916, 1996A

Ni xvi EL 1639, 1941 Cu I EL 1418, 1923 CL 1639, 1941 CL 1418, 1923, 2263 W 1639, 1941 W

SE

1418, 1923, 2471

2467, 2663

Ni xvii EL 1639, 1941 Hfs 1904, 2708 CL 1458, 1639, 1941 IP 1923 W 1458, 1639, 1941 PT 3052 AT 1458 AT 1516 OT 1476, 1941 Cu ii EL 1408

Ni xvin EL 1941 ND 1408 CL 1458, 1941 CL 1408 W 1458, 1941 W 1408 IP 1399 Hfs 1408 AT 1399, 1458, 1622 AT

OT

1516, 1566, 1605, 1821, 1973 1664

Ni xix EL 1476 CL 1476 Cu III EL 2987 W 1476 CL 2987 OT 1476, 2108 W

IP

2987

2987

Ni xx EL 1476, 2549 PT 1373 CL 1476, 2549 AT 1516 W 1476, 2549 OT 1476, 2549 Cu iv EL

W

2987

1493 Ni xxi EL 1476, 2519A, 2549, 2563 CL 1476, 2519A, 2549, 2563 Cu V EL 2840 W 1476, 2519A, 2549, 2563 CL 2840 PT 1430 W 1493, 2840 OT 1476, 2549 Cu vi EL 2763, 2840

Ni xxn EL 1476, 2519A, 2549, 2563 CL 2763, 2840 CL 1476, 2519A, 2549, 2563 W 1493, 2763, 2840 W 1476, 2519A, 2549, 2563 ATKJ 1 Cu

i-.u XIII ATEL

1837 2923

Ni xxiii EL 1476, 2519A, 2563, 2937 CL

W

2923

2923 CL 1476, 2519A, 2563, 2937 W

TE

OTV / 1

1476, 25 19A, 2563, 2937

2076

ld.7f> 9Q37

Cu xiv C T CL

W

zyzo

2923

2923

Ni xxiv EL 2519A, 2563, 2935 Cu XV EL 2923 CL 2519A, 2563, 2935 CL 2923 W 2519A, 2563, 2935 W 2923

TIT 2076 OT 2937 Cu xvi EL

CL

2923

2923

Ni xxv EL

CL

2563

2563 W 2923 W 2563 Cu xvii EL 2923 TE 2481 CL 2923 OT 2481 W 2923

31
2.2 Reference Numbers for Individua 1 Spectra — Continued

C'1 11 . u XVIII 14.76 9Q93 Zn VII OT 2763, 2840

1 . 1 - ITlU, MX-lh £.7 9993 Zn XIII EL 2923 w 1476, 2923 CL 2923 OT 1476 W 2923

'I.. XX F i 1476 Zn XIV EL 2923 n 1476 CL 2923 w 1476 W 2923 OT 1476 9108 Zn XV EL 2923

f"ll X \

!

EL 1476 CL 2923 ND 2180 W 2923

1476

1476 Zn XVI II

' s 2923 AT 2180 CL 2923 OT 1476 W 2923

* At XXII j ; | 1476 Zn XVII EL 2923

(

' I 1476 CL 2923

Mi 1 4.7fi W 2923

p-r 1 4.30. 1476 z>n 7 xvm EL 2923 CL 2923

i ',i XXIII EL 1476 W 2923 CL 1476 W 1476 Zn XIX EL 2923 OT 1476 CL 2923 W 2923 Cu XXIV E 1

1

1476 CL 1476 Zn XX Hi I 1 ZVZo W 1476 CL 2923

( IT 1476 W 2923

Zn XXI EL 2951 Cu XXVII OT 1844 CL 9460 99 SI Cu XXVIII El, 2479, 2991, 3027 W 2460, 2951

j

' i \ .i

.

94.70 9QQ1 3097 OT 2108 W 1428, 2479, 2991, 3027 OT 1844, 2479, 2991 £n XXII CL 2460 w 2460

1 . u XXIX i J i

,

V. 1 . OQQ1 {.7 7 I , ouz 3097. f-ill 7n AAlll yyiii CL 2460

Vv ZWI, 9QQ1 oUZ 'ifl97

/ 2460 ATO I 2991 Ga- EL 2296 Zn 1'", I

.

3112 Ga I Hfs 1466 Zn 1 EI

.

1679, 2882, 3131 Ga III EL 2051A, 3141 ND 1779 ND 2051

A

CL 1679, 1886, 3131 CL 2051A, 3141

OBw 167Q ISfWi Q l o l 1U / 7, lOOU, JlJl W 2051A, 3141

II* 3131 IP 2051

A

PT 1779, 1886 AT 2898 \j3l IV EL 2051A, 2716, 3042, 3141 ND 2051A, 2716 PT

(CL 2051A, 2716, 3042

Zr, III 1373 W 2051A, 2716, 3042, 3141 Zn V EL 2289 IP 2051A CL 2289 PT 1373 W 2289 OT 2289 Oa V EL 1964, 2051A, 2289, 2612, 2703 ND 2051A, 2703

An V j EI. 2289 CL 1964, 2051A, 2289, 2612, 2703 CL 2289 W 1964, 2051A, 2289, 2612, 2703 W 2289 IP 2051

A

OT 2289, 2840 OT 2289

32
2.2 Reference Numbers for Individual Spectra — Continued

Ga vi EL 2051A, 2289 Ge IV — Continued ND 2051

A

W 2051

A

CL 2051 A, 2289 IP 2051

A

W 2051 A, 2289

IP 2051

A

Ge v EL 2051A, 2716, 3045 OT 2289 ND 2051A, 2716 CL 2051 A, 2716, 3045 Ga VII EL 2289 W 2051A, 2716, 3045 CL 2289 IP 2051

A

W 2289 OT 2289, 2840 Ge VI EL 2051A, 3044 ND 2051

A

Ga viii OT 2840 CL 2051 A, 3044 Ga XII EL 2923 W 2051 A, 3044 CL 2923 IP 2051A W 2923 Ge XIII EL 2923 Ga XIII EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xiv EL 2923 Ga xiv EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xv EL 2923 Ga xv EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xvi EL 2923 Ga XVI EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xvn EL 2923 Ga xvii EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xviii EL 2923 Ga xviii EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xix EL 2923 Ga xix EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xx EL 2923 Ga xx EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xxi EL 2923 Ga XXI EL 2923 CL 2923 CL 2923 W 2923 W 2923 Ge xxil EL 2923 Ge- EL 2296 CL 2923 Ge i PT 1643 W 2923 Ge III EL 2051

A

ND 2051

A

Ge XXIII EL 2951 CL 2051

A

CL 2951 W 2051

A

W 2951 IP 2051

A

Ge XXIV W 2951 Ge iv EL 2051

A

As- EL 2296 ND 2051

A

As i EL 1351 CL 2051

A

ND 1351

33
2.2 Reference Numbers for Individual Spectra — Continued

As I — Continued Se IV EL 1427, 2611 CL 1351, 2559 CL 1427, 2611 W 1351, 2559 w 1427, 2611 Hfs 2541, 2709 II' 1427

I!' 1351 OT 1427 AT 2541 Se v EL 1427 As ii EL 1368A, 1480 CL 1427 ZE 1368A, 1480 W 1427 PT 1368A, 1777 IF 1427 AT 1368A, 1777 Se XV EL 2923 As xiv EL 2923 CL 2923 CL 2923 W 2923 W 2923 Se XVI EI. 2923 As xv EL 2923 CL 2923 CL 2923 w 2923 W 2923 Se XVIII EL 2923 As xvi EL 2923 CL 2923 CL 2923 w 2923 W 2923 Se XIX EL 2923 As xvn EL 2923 CL 2923 CL 2923 W 2923 W 2923 Se XXII EL 2923 As xvm K I

.

2923 CI, 2923 CL 2923 w 2923 W 2923 Se XXIII EI. 2923 As xxi EL 2923 CL 2923 CL 2923 W 2923 W 2923 Se XXIV EL 2923 As xxn EL 2923 CL 2923 CL 2923 W 2923, 2951 W 2923 Se XXV EL 2951 As xxm EL 2923 CL 2951 CL 2923 U 2951 W 2923 Br" EL 2880 Se- EL 1420A, 2247 CL 2880 Se i EL 1791, 2647 W 2880 ND 2647 OT 1802 CL 1791, 2647 W 1557, 1791, 2647, 2888A

Br I EL 2069, 2379, 2880 ZE 1643 CL 1505, 2069, 2880 Hfs 1643 W 1505, 2069, 2880

IP 2647 Hfs 2681 FT 1643, 3095 PT 2933 AT 3095 A 'I' 2681 OT 2647 OT 2647

Se II CL 1427 W 1427 Br XVI EL 2923 CL 2923 Se III EL 1427 W 2923 CL 1427 W 1427 Br XIX EL 2923 IP 1427 CL 2923 OT 1427 W 2923

34
2.2 Reference Numbers for Individual Spectra — Continued

Br xxiv £IT I

l 7 ZyZo Kr XII OT 2208

/ • i 2923 Kr XIII OT 2208 W 2923 Kr XIV OT 2208 Kr XV OT 2208

Br XXV 17 l 2923 Kr XVI OT 2208

L.l_7 9A99 zyzo Kr XVII OT 2208 W 2923 Kr XVIII OT 2208 OT 2129 Kr XIX OT 2208 Kr XX OT 2208

Br XXVI FTIl7 1_7 zvo i Kr XXI OT 2208 CL 2951 Kr XXII OT 2208 w 2951 Kr XXIII OT 2208 Kr XXIV OT 2208 EL 154.5 9900 991 Q 970(1 Kr XXV OT 2208

1545, ZzUU, zziy Kr xxvi OT 2208

TV7 W 1 r,ic 09AA OOl A 1545, ZzUO, zzly Kr XXVII OT 2208 Kr XXVIII OT 2208

Kr I ITT \ AQ1 Kit 1 too loin O D O C A 000c 140/, 1526, l/oo, 1819, z3z5A, 2385, Kr XXIX OT 2208

OtI 07 9t19A 9CO/I A ifi^l z4z/, z4zv, 2524A, z9o3 Kr XXX OT 2208

(_L 1437, 1526, 1788, 1819, 2325A, 2385, Kr XXXI OT 2208

9/197 9/19A O C O tI A Z4z/, z4z9, 25Z4A Kr XXXII OT 2208 w

1/1*37 1 rn/: 1 7QQ IOIA 909CA 900C 14o/, lozo, 1 /oo, lolV, zoz5A, Z385, Kr XXXIII OT 2208

9/1 9*7 9 7*9A 9 C 9/1 A DADO z4z/, Z4z9, z5z4A, 30oz Kr XXXIV OT 2208 SE 2220, 2619, 2905 Kr XXXV QF 2907A

IP 2431 OT 2208 PT lQQCL 9/.1Q 1700, iUl7 Kr XXXVI ATyj 1 ZZUo A 1 1QQ1 lyVl, 9^3 9ft91 ZOOO, ZoZO U 1 99A.Q 9919 9/197 9^/17 9090 9AAC zzue, zolo, Z4z/, Z64/, zozo, 2905 Rb EL 2158A, 2296, 2551, 2671 OT 2157A, 2633 Krrvr IIii FT 1 ozo Rb 1 EL 2152A, 2660, 2751, 3058, 3219 ND 2919 CL 2660, 3058, 3219 PTr I 901 O zy iy W 2660, 3058, 3219 u J ZZUO ZE 1364A, 1747A, 1914A, 1950, 2113, 2160A, 2161A, 2291, 2390, 2394, KVrvr inin 1 1 u zzo 99P7t 9Q1Q , zviy 2532A, 2540, 2565A, 2755, 3046 PT 9907 90 1Q SE 1497A, 1590, 1707A, 1877, 2253, AA TI 9907 zzo / 2506A, 3001

/ 1

rT" U 1 2208 Hfs 1416, 1512, 1527A, 1529A, 1530A,

1531A, 1620, 1763, 1815, 1857A, Krrvr IViv FT1 - 1

7

ouoo 1908A, 1950, 1979, 1981, 2001, \ T \ IN D 2491

A

2113, 2118, 2203, 2390, 2505A, PT OVJOD 2506A, 2526A, 2540, 2751, 2755,

is: w 3055 2851, 2927, 2954, 2956, 2984, 3000, AT(J 1 2208 3137

IS 1529A, 1698A, 1759 V- 17 Kr v 3055 IP 2660

3055 AT 2731, 3058

IV7 W 3055 OT 1456, 1742, 2647 AT 2208 Rb 11 EL 1483, 2590, 2698

Kr VI U 1 2208 ND 2590, 2698

Kr VII EL 3055 CL 1483, 2590, 2698

V> 1

7

W 1483, 2590, 2698

TV,' w 3055 ZE 2 161 A, 2590, 2698 ATU 1 2208 Hfs 2291 IP 1483, 2590, 2698 Kr VIII OT 2208 PT 2044A, 2590, 2698

Kr ix \v7 W 2885A AT 1665, 2044A, 2553, 2590, 2698 U 1 2208

Kr X Rb in EL 1677A, 1776, 1896, 2485A W 2885A ND 1776, 1896, 2492A, 2933 OT 2208 CL 1677A, 1776, 2485A W 1677A, 1776, 2485A

Kr xi OT 2208 ZE 1776

35
2.2 Reference Numbers for Individual Spectra — Continued

Rb in — C. mtiiiued Y iv — Conti nued

IP 1776 W 1483, 1599, 1743

A

PT 1677A, 1776 IP 1483, 1599 AT 1776, 2740 PT 1743

A

AT 1599, 1665, 1743A Rb iv EL 2287, 2485A

NI) 2287 Y v EI. 1577, 2492A,-2955

CL 2287, 2485A CL 1577, 2492A, 2955 w 2287, 2485A W 1577, 2492A, 2955 PT 2287 IF 1577, 2492A, 2955 AT 2287, 2740 PT 1577, 2492A, 2933 AT 1577 Sr I EL 2631, 2800, 2812A OT 2955 CL 2631, 2800, 2812A W 1492, 2631, 2800, 2812A Y vi EL 1921 ZE 2066A, 2307 CL 1921 SE 1465, 2020, 2307 W 1921 His 2066A, 2515 IP 1921

J r 2874 PT 2808 Y vii EL 2491

A

AT 1626, 2800 IF 2491

A

Sr II CL 2631 Y xii PT 1773 W 2631 OT 1773 AT 2800 Y xxx EL 2562

Sr III EL 1483, 1771, 2486A, 2596 CL 2562 ND 2596 W 2562 CL 1483, 1771, 2486A w 1483, 1771, 2486A Zr I ND 3047

II' 1483, 1 / ll IS 3071 PT 1771, 2044A, 2596 IF 2374 AT 1665, 2044A, 2596 PT 3047

Sr IV EL 1676A, 2485A, 2486A Zr IV IF 2592

CI, 1676A, 2485A, 2486A Zr V EL 1483 W 1676A, 2485A, 2486A CL 1483

IF 2492A, 2955 W 1483 PT 1676A IP 1479, 1483 AT 1676A OT 2955 Zr VI EL 1756, 2492A, 2933 ND 1756

Sr V EL 2287, 2485A, 2486A CL 1483, 1756, 2492A, 2933 ND 2287 W 1756, 2492A, 2933 CL 2287, 2485A, 2486A IP 1756, 2492A, 2933 W 2287, 2485A, 2486A PT 1756, 2492A, 2933 PT 2287 AT 1756 AT 2287

Zr VII ND 1921 EL 2111 IP 2491

A

Y i CL 2111

Zr XIII PT 1773 W 2111 OT 1773 ZE 1478

rlis W

2111, 2374

Zr XXIX 2951

IP Zr XXX w 2951 AT 2423

Zr XXXI EL 2562, 2951 CL 2562, 2951 Y m EL 2592 W 2562, 2951 CL 2592 W 2592 Nb ii PT 2375

IF 2592 OT 2375

Y iv EL 1483, 1599, 1743

A

Nb vi EL 1483 CL 1483, 1599, 1743A CL 1483

36
2.2 Reference Numbers for Individual Spectra — Continued

Nb viNb vii

Nb ix

Nb xiv

Nb XXXII

Mo i

Mo vii

Mo viii

Mo xv

Mo xxxiii

Mo xli

Mo xlii

Tc i

Ru i

Continued W

IP

EL

ND

CL

W

IPPT

AT

EL

ND

CL

W

PT

OT

EL

CL

W

W

ZE

Hfs

IS

EL

CL

W

IP

EL

ND

CL

W

IPPT

AT

PT

OT

EL

CL

W

ELCL

W

OT

EL

CL

W

OT

1483

1479, 1483

1757, 2492A, 2933

1757

1757, 2492A, 2933

1757, 2492A, 2933

1757, 2492A, 2933

1757, 2492A, 2933

1757

1318

2491

A

1318 1318

1773

1773

2562

2562

2562

2471 1640

1640, 2067A, 2068A, 2386, 2687, 3171

3071

1483

1483 1483

1479, 1483

1758, 2492A

1758

1758, 2492A

1758, 2492A

1758, 2492A

1758, 2492A, 2933

1758

1773

1773

2562

2562 2562

2991, 3027

2991, 3027

2991, 3027

2991

2991, 3027

2991, 3027

2991, 3027

2991

Hfs 2068A, 2071A

ZE

Hfs

IS

2067A, 2787 2067A, 2787

3071

Ru IRu in

Ru viii

Ru ix

Ru x

Rh ix

Rh x

Rh xi

Pd i

Pd x

Pd xi

Pd xii

• ContinuedPT

OT

EL

CL

W

EL

ND

CL

W

IPAT

OT

ELCL

W

IP

EL

CL

W

PT

EL

ND

CL

W

IPAT

OT

EL

CL

W

IP

EL

CL

W

PT

Hfs

IS

EL

ND

CL

W

IPAT

OT

EL

CL

W

IP

EL

CL

W

PT

2375

2375

2050A

2050A

2050A

1798, 2083

2083

1798, 2083

1798, 2083

1798 2083

1798

1798

1798

1798 1798

1798

1798

1798 2933

1798, 2083

2083

1798, 2083

1798, 2083

1798 2083

1798

1798 1798

1798

1798

1798 1798

1798 2933

1603, 2078A, 2655, 2811 2085A, 3071

1798, 2083

2083

1798, 2083

1798, 2083

1798 2083

1798

1798

1798

1798 1798

1798

1798

1798 2933

37
2.2 Reference Numbers for Individual Spectra — Continued

Ag- EL 1916, 1996A Sn- EL 1470, 2296 Ag I EL 1418, 2489 Sn I EL 3 149A

ND 2489 CL 3146, 3149A CL 1418, 2489 W 3146, 3149A

VJ 1418, 2489 ZE 1352 SE 1349, 2663 Hfs 1352, 1600, 1692A, 2022

Hfs 1349, 1421A, 1696A, 1907A IS 2021, 2022, 2623, 3071

IS 1696

A

PT 1643, 1692A PT 2488A AT 1692 A

Ag II EL 3064 Sn II EL 3 149A ND 3047, 3064 CL 3 149A

CL 3064 W 3149A W 3064 Hfs 2022 PT 3047, 3064 IS 1697A, 2022

Ag in EI. 3039 Sn IV IS 1410, 1417 CL 3039 Sn VI EL 1798 w 3039 CL 1798 PT 3039 W 1798

Ag xi EL 1798 Sn XXI EL 2468 CL 1798 CI. 2468

Vir 1798 w 2468

[P 1798 AT 2468 OT 1798 Sn XXII EL 2468 Ag xn EL 1798 CL 2468 CL 1798 W 2468 w 1798 AT 2468

IF 1798 Sn XXIII EL 2468 Cd- EL 3112, 3152 ND 2468 Cd i EL 1881, 1920, 2632 CL 2468 ND 1779 w 2468 CL 1881, 1886, 1920, 2632 AT 2468 W 1881, 1886, 1920, 2632 ZE 1514, 2501A, 2794 Sn XXIV EL 2468

Hfs 2335A, 2568A, 2614, 2794 ND 2468

IS 2894A, 3071 CL 2468 p r 1685A, 1779, 1886 W 2468 AT 1486, 1881, 3076 AT 2468 U 1 oU to Sn XLV AT 1728 Cd ii E 1

.

2839 OT 1728 ZE 2601 Hfs 2112, 2601 Sb~ EL 2296

IS 1410, 1417, 1812 Sb I ZE 2280 AT Hfs 1692A, 2497A, 2973 PT

Cd in EL 2839 AT 1692

A

a r 2839 Sb II AT 1777 Sb vii EL 1798

In

_ EL 2296 CL 1798

in i IlIS ~\A«f* 01f\Q 1798

In III i

' 1 Li L. X v^tv w... Te~ EL 2296 Te I EL 2104

In IV EL 1869 CL 2104 CL 1869, 1949 w 1557, 2104 w 1869, 1949 ZE 1409

[P 1869 oIS 1 770 PT 1869 IS 3071

38
2.2 Reference Numbers for Individual Spectra — Continued

Te I — Contin ued Xe 1 — Continued PT 1643, 3095 AT 1566, 1991, 2823 AT 3095 OT 1348, 1536, 2823, 2906

Te II EL 2581 Xe li EL 1526 CL 2581 CL 2046A, 2145, 2958 W 2581 W 1404, 1926, 2046A, 3002

Te VIII EL 1798 Xe III CL 2046A CL 1798 W 1926, 2046A, 2765, 3002 W 1798 Xe IV CL 2046A

I- EL 2137, 2659, 3081 W 1926, 2046A, 2765, 3002 CL 2137, 2659, 3081 W 2137, 2659, 3081 Xe V EL 2856A AT 1720 Xe VI EL 2856A OT 1802 Xe VII EL 2856A Xe VIII EL 2856A

I I EL 2379 Xe IX EL 2856A CL 1504, 1505 W 2885A W 1504, 1505 ZE 1699 Xe x EL 2856A

Hfs 1919, 2255, 2681 Xe XI EL 2856A AT 2681 Xe XII EL 2856A Xe XIII EL 2856A

I V EL 1798 Xe XIV EL 2856A CL 1798 Xe XV EL 2856A W 1798 Xe XVI EL 2856A Xe XVII EL 2856A

I VI EL 1798 Xe XVIII EL 2856A CL 1798 Xe XIX EL 2856A W 1798 Xe XX EL 2856A

IP 1798 Xe XXI EL 2856A Xe W 1412

I VII EL 1798 CL 1798 Cs- EL 2158A, 2296, 2551, 2671 W 1798 OT 2157A, 2573A, 2633

IP 1798 Cs I EL 2198, 2324A, 2574A, 2783, 2931,

2938, 3030

I VIII EL 1798 CL 2198, 2324A, 2574A, 2783, 2931, CL 1798 2938 W 1798 W 1314, 2198, 2324A, 2574A, 2783, 2931, 2938

I IX EL 1798 ZE 1364A, 1613, 1659, 1774, 1840, CL 1798 2059A, 2390, 2394, 2742, 2755, W 1798 29 / / , 3040 SE 1556, 1590, 1707A, 1877, 2165A,

Xe~

2506A, 2627, 3001 EL 1545, 2219

Hfs 1416, 1613, 1684A, 1763, 1774, 1840, CL 1545, 2219

1857A, 1863A, 1908A, 1942, W 1545, 2219

1943, 2001, 2118, 2197, 2203, 2390, 2505A, 2506A, 2574A, 2595, Xe i EL 1437, 1526, 1788, 2429, 2691, 2924, 2627, 2742, 2744, 2755, 2927, 2929, 3115 2954, 2956, 2966, 2977, 3000, 3075, CL 1437, 1526, 1788, 1975, 2046A, 2145, 3137, 3179

2228, 2429, 2924, 2958, 3063 IP 2931 W 1437, 1526, 1788, 1926, 1975, 2046A, PT 1943, 2931

2429, 2924, 2941, 3002, 3063, 3115 AT 2124, 2731, 2931 ZE 1360, 1487, 2121 OT 1417, 1456, 1742, 2994, 3148 SE 1793, 2220, 2621, 2906, 3176 Hfs 1350, 1487, 1568, 1648, 1684A, 2662, Cs II EL 2925

2779, 2848, 2959, 3041 2925

IS 1444, 1472A, 1895, 2087A, 2779, CL 2925

2849, 2959, 3041, 3071, 3077, 3078 W 2925 PT 1985 IP 2925

39
2.2 Reference Numbers for Individual Spectra — Continued

Ha i EL 1739A, 2098A, 2218, 2473, 2766, Ce I - C( mtinued

2775, 2844, 2926, 3132, 3133, 3134 PT 2053A, 2188 ND 2844, 3017 AT 1725, 1946, 1948, 2188 CL 1739A, 2098A, 2218, 2473, 2766,

2775, 2844, 2926, 3132, 3133, 3134 Ce ii ND 1946 w 1492, 1739A, 2098A, 2218, 2473, CL 1636

2766, 2775, 2844, 2926, 3132, 3133, W 1636 3134 IS 1946, 1948 ZE 1686, 2066A, 2261, 2307, 2689A, AT 1946, 1948 3142 SE 2307, 3067 Ce m EL 1734 Hfs 1862A, 2066A, 2232, 2403, 2515 ND 1751 IS 2232, 3071 CL 1734

IP 2218, 2374, 2766, 2775, 2844, 2874 U 1734 PT 1733 PT 1353 AT 1626, 2095, 2178, 2461, 2844, 2922, AT 1725, 1751

3017, 3132, 3134 OT 2674 Ce IV EL 2323, 2342A, 2344, 2346, 2347, 2363, 2452A

Ba ii ND 2773 ND 1958 Hfs 2511A CL 2323, 2342A, 2346, 2347, 2363

IS 2554 W 2323, 2342A, 2344, 2346, 2347, 2363 AT 2473, 2773 IS 1417 PT 1597, 2346

Ba in EL 2483A, 2925 AT 1582, 1725. 1958, 3177 CL 2483A, 2925

VI 2483A, 2925 Ce V EL 1507, 2925

[P 2925 CL 1507, 2925

1507, 2925

La i EL 2052A, 2105, 2536, 2889A IP 2925 ND 1733, 2105, 2831 AT 3177 CL 2052A, 2536 W 2052A, 2536 Ce VI EL 1507 ZE 2536 CL 1507 Hfs 1429, 1694A, 1715, 1755, 2052A, w 1507 2536

IS 1694A, 2831 Pr I EL 1854, 2054A, 2136A

[P 2374, 2869 CL 2054A, 2136A PT 1733, 2052A, 2536 W 2054A, 2136A AT 1725, 2423 ZE 1854, 2054A, 2136A

Hfs 2054A

La ii ND 1564 PT 2054A PT 1353, 1365, 1564 AT 1725, 2439 AT 1623

La III EL 1338 Pr II EL 2054A CL 1338 CL 2054A w 1338 W 2054A AT 1582, 1725

7 IT ZUo l-.A His 2054A

La IV EL 1366A, 2925

t 1 Or»CA A O A £Lt\ 2054A, Z469 ND 1958 CL 1366A, 2925 Pr III EL 2469 W 1366A, 2925 ND 1376, 1751, 2469

IP 1366A, 2925 CL 1376, 2466, 2469 PT 1366A, 1597, 1835 W 2466 AT 1598, 1666, 1725, 1958, 2364, 3177 PT 1376, 2469 AT 1431, 1510, 1618, 1725, 1751 La V AT 3177 Ce 1 EL 2889A Pr IV EL 2342A, 2343, 2344, 2345, 2366, ND 1946, 2188 2452A, 2457A, 2462A, 2520, CL 1636 3228 W 1636 ND 1325, 1751

IS 1688A, 1946, 1948, 2496A, 3006 CL 2342A, 2345, 2366, 2520, 3228

40
2.2 Reference Numbers for Individual Spectra — Continued

Pr IV- Continued r m IV FT 99^9 W 2342A, 2343, 2344, 2345, 23oo, Z5/U, 2262 OZZO 199Q W 2262 SE 2462A PT 2262 Hfs 2147, 3004 AT 1 U lO, JL 1 £iO PT 1353, 1376, 1597, 3228 AT 1431, 1510, 1561A, 1725, 1751, 1/65, Prr> i m V AT 1618

2116, 2147, 2646 5m I IT I Hi Li loooA 9.n^4 OT 1325 CL 1888

A

w 14.99 1 T7Z., 1888 1UUUAA Nd I EL 1335 7F 1850 ND 1335 Hfs 1850

iP T 99 1 7 Zzl I IS 1688A, 2496A ZE loo: l o l A 1335, 1814 AT 1540, 1543, 1570, 1725 Hfs 1814 1994

IS 1332, 1688A

IP 2300 c_.? in II AT 1570 PT 1335 SmC m III F I 91fi<; 9101 94^1 A 945SA 9463A AT 1539, 1725, 2300 CL 2365, 2391 w 2365, 2391 Nd II EL 1335, 2141 IP 2316 ND 2084A, 2141 AT 1540, 1543, 1570, 1725, 1937 ZE 1335, 2141

IS 2084A, 2353 om^ m IV EL 9349A 9344 2354 2452A 2455A

IP 2300 i - 1

.

9':i49A 2354 PT 1335, 2141, 2469 \vW 9349 A 934.4 93^4 AT 2300, 2353 rPTX lO i v, 1 OO i A

A TJ 101 ^7f\ / U, 1 79^ / ZO Nd in (IT 1 439 A 1 i^iQ i7oc ioQ7 9inn lolo, 1/Z5, iyo/, ZoUU Sm V AA T1

1 A 1 Q Nd iv

1? T 2342A, 2343, Zo4/, Zooo, £611, Sm XXXV 2424

O/icoA 9*; l n moo nto 999Q 2452A, ZolO, 11Li, Z/o8, oZZo r i 9494

L.L, 99/19A 95/17 91AA 9177 9A1A 9791 Zo4ZA, Zo4 / , ZoOO, Zo / /, ZOIU, Z/Zo, w 2424

|>7£Q 399Q Z/Oo, oZZo AT 2424 w 2342A, 2343, 2347, 2366, 2377, 2610, OT 2424

2723, 2768, 3228

Hfs 2147 Eu I EL 2252, 2502

IP 2300 ND 2502 PT 1740, 2610, 2723, 2768, 3228 CL 2252, 2502 AT 1618, 1725, 1751, 2147, 2300 W 2502 Hfs 1436, 1695A, 1972, 2314 Nd v EL 3059

lr 9 C A9 Z5UZ CL 3059 SF 2502 w OU5V PT 2141 IP 2300 AT 1541, 1542, 1570, 1725, 1931, 1937 PT 3059, 3113 AT 2300 Eu II CL 3178 Nd vi IP 2300 W 3178 A 1 9 9 HA ZoUU AT 1570, 1931, 1937

MJ .... fNu VII A

A T1 ZoUu III oi OQ OO/IOA 99 Cfl OQC/1 91/^7 0/111 zloo, zo4zA, zooU, zoo4, zoo/, z41o, Pmrm I

I WW 1 7/1 l A 1 /4I

A

9/IA/1 A 9CL30 9QQA Z404A, ZooV, ZooU

HIS 1 7 A 1 A1 f 41

A

IN u zo4V, zooV A

A TI

1 79C 1 /ZO Clj |)iqq 9Q/19A 9Q/1Q 99^n 93Q/1 93A7 ZlOo, Zo4ZA, Zo4V, ZOjU, Zoo4, ZoO /

,

9/1 1 3 ocon z41o, ZOOV pn 1

1

rm II IT T 1 "7/1 1 A

1 /41

A

TV! w Ol 11 oi/IO A OICA OQC/1 99^7 9/111 zloo, zo4zA, ZooU, zoo4, zoo/, z41o, 1741

A

ocin zooy

TV/ w 1741

A

His 1436 Hfs 1741A IP 2539 PT 2349, 2539, 2830 Pm III AT 1725 AT 1541, 1542, 1570, 1725, 1931, 1937

41
2.2 Reference Numbers for Individual Spectra — Continued

Eu iv EL 2045, 2070, 2342A, 2344, 2345, 3228 CL 2045, 2070, 2342A, 2345, 2816, 3228 W 2045, 2070, 2342A, 2344, 2345, 3228 PT 1597, 3228 AT 1540, 1543, 1570, 1725, 1931, 1937 OT 1432

Gd i EL 1337, 1414 ND 1337, 1414, 2141 ZE 1414 PT 1337, 1374, 1414, 2141 AT 1540, 1543, 1725, 1937 OT 1994

Gd ii EL 1413 ND 1413 CL 1413 W 1413 ZE 1413 PT 1413, 2141 AT 1937

Gd m EL 2283 CL 2283 W 2283 IP 2316 AT 1540, 1543, 1725, 1937

Gd iv EL 2250, 2452A CL 2250 W 2250 PT 1597, 2250 AT 1541, 1542, 1725, 1937

Gd xxxvi EL 2424 AT 2424 OT 2424

Gd xxxvn EL 2424 CL 2424, 2460 W 2424, 2460 AT 2424 OT 2424

EL 2424 CL 2424, 2460 W 2424, 2460 AT 2424 OT 2424

EL 2424 CL 2424, 2460 W 2424, 2460 AT 2424 OT 2424

EL 1548, 2380 ND 1337, 2380 CL 1548 W 1548 ZE 1548 Hfs 1754, 2064A PT 1754 AT 1725 OT 1994

Tb ii

Tb m

Tb iv

Tb v

Dy i

Dy II

Dy in

Dy iv

Dy V

Dy XXXIX

Ho I

EL 2450 CL 2450 Hfs 1433

EL 1820 ND 1820 PT 1820 AT 1725

EL 2342A, 2343, 2344, 2354, 2356, 2452A, 2717, 2718, 2980, 3228 CL 2342A, 2354, 2356, 2717, 2718, 2980, 3228 W 2342A, 2343, 2344, 2354, 2356, 2717, 2718, 2980, 3228 PT 2980, 3228 AT 1540, 1543, 1725

ZE 2420 PT 2420, 3113

EL 1415, 1880, 1998, 2141, 2437 ND 1337, 1415, 1554, 2141, 2437 CL 1880, 1998, 2141 W 1880, 1998 ZE 1880, 1998, 2141, 2437, 2780

Hfs 1986, 2000, 2780

IS 1433, 1552, 1554, 2141 IP 2141 PT 1337, 1554, 2141, 2437 AT 1539, 1725, 1937

EL 1871, 1872, 2141 ND 1871, 1872, 2141 ZE 1871, 1872, 2141 PT 1871, 1872, 2141 W 3004 AT 1346, 1725, 1765

EL 2343, 2354, 2357, 2373, 2452A, 3004 CL 2354, 2357, 2373, 3004 W 2343, 2354, 2357, 2373, 3004 PT 2141, 3004 AT 1725

EL 3113 CL 3113 W 3113 PT 3113

EL 2424 CL 2424 W 2424 AT 2424 OT 2424

EL 1339, 1649, 1801, 2055A, 2141 ND 1801, 2141, 2370 CL 2055

A

W 1339, 2055A ZE 1339, 1799, 1800, 2055A, 2388 Hfs 1799, 1800, 2055A, 2065A, 2359, 2388

42
2.2 Reference Numbers for Individual Spectra — Continued

Ho i- Continued Er V IP 2300 PT 1801, 2055A, 2141 AT 2300 AT 1725 Er VI IP 2300 Ho II EL 1339, 2450, 2535 AT 2300 CL 2450 W 2450 Er VII AT 2300 Hfs 2450 Tm I EL 1637, 2006 PT 2535 CL 2006 W 1492, 2006 Ho hi EL 3004, 3049, 3114 ZE 1621, 1637, 2006 CL 3004 Hfs 1621, 1783, 1945 W 3004 IP 2006 ZE 3049, 3114 PT 1637 Hfs 3004 AT 1725 PT 3004, 3114 AT 1725 Tm II EL 1633, 1634, 2469 CL 2469 Ho iv EL 2345, 2360, 2368, 2452A, 3167, 3228 ZE 1633, 1634 CL 2345, 2360, 2368, 3167, 3228 IP 1634 W 2345, 2360, 2368, 3167, 3228 PT 1633, 1634, 2469 PT 1597, 3228 AT 1623 AT 1539, 1725 Tm III PT 2469

Er i EL 1337, 1344, 1953A, 2139A, 2370, AT 1582, 1725 2480A, 2527A, 2535 OT 2470 ND 2527A CL 1337, 1344, 1953A, 2139A, 2370, Tm IV EL 2342A, 2344, 2354, 2361, 2452A, 2480A 2520, 2990, 3037, 3079 W 1337, 1342, 1953A, 2139A, ND 3037 2480A CL 2342A, 2354, 2361, 2520, 2990, 3037, ZE 2139A, 2480A, 2527A, 2535 3079

Hfs 1952 W 2342A, 2344, 2354, 2361, 2520, 2990,

IS 1552, 1939, 2582A 3079

IP 2300 PT 1597, 1835, 2990, 3037, 3079 PT 1337, 2480A, 2535 AT 1670, 1725, 1962 AT 1725, 2300 OT 1670, 2470

Er ii EL 1345, 1953A, 2139A, 2480A, Yb I EL 1337 2527A, 2535 ND 1337, 1374 ND 2527A CL 1374 CL 1345, 1953A, 2139A, 2480A Hfs 2433, 2759 W 1342, 1953A, 2139A, 2480A IS 1492, 2759 ZE 2139A, 2480A, 2527A PT 1337, 1374

IS 1939 AT 1725

IP 2300 PT 2480A, 2535 Yb 11 EL 2378 AT 2300 ZS9Q7Qto

IV/ W 2378

Er in EL ZE 2378

1925, 2469 ND 2469 IP 2378 CL 1925 AT 1623 W 1925 Yb 111 EL 2456A

IP 2300 W 2391 PT 1925, 2469 PT 1353, 2469

A T 179c. oQnn

AT 1582, 1725, 1735A, 1937

Er iv EL 2342A, 2345, 2368, 2376, 2452A, Yb iv EL 2344, 2376, 3038, 3173 3228 CL 2376, 3038, 3173 CL 2342A, 2345, 2368, 2376, 3228 W 2344, 2376, 3038, 3173 W 2342A, 2345, 2368, 2376, 3228 ZE 2970

IP 2300 Hfs 2970 PT 1376, 1597, 1740, 1835, 3228 PT 2348, 2970, 3038 AT 1725, 1765, 1962, 2300, 2646 AT 1582, 1725, 1962, 3177

43
2.2 Reference Numbers for Individual Spectra — Continued

Yb v Lu i

Lu ii Lu in

Lu iv

Lu v

Hf i

Hf ii Hf iv

Hf v

AT

ELND

CL

W

ZE

Hfs

IPPTAT

PT

ELCL

W

Hfs

IP

ELCL

W

IPPTAT

ELPTAT

ZE

Hfs IP

PT

ELCL

W

II* PT

ELCL

W

IPPT

AT

ELCL

W

IP

ELND

CL

VtIPPTAT

Hfs

IS

ELCL

3177

1638, 1705

1638, 1705, 1880

1638

1638

1705

1515, 1632, 2079A, 2276

1638

1374, 1705, 1880 2423

1365, 2025

1402

1402

1402

1402

1402, 2316

1553

1553

1553

1553

1553, 2469

1735A, 3177

1553

1553 3177

1584

1584, 2067A, 2099, 2100, 2196

2374

2025 2056A, 2538, 2603 2056A, 2538, 2603 2056A, 2538, 2603

2538, 2603

2538

2538, 2585A

2538, 2585A

2538, 2585A

2538

2469, 2538 2585A

1671A, 2236

1671A, 2236

1671A, 2236

1671A, 2236

2585A, 2591

2591 2585A, 2591

2585A, 2591

2591

2591 2585A, 2591

2434

2434

2056A, 2658

2056A, 2658

W VIW VII

W

Re vin

Os I

Ir I

Pt"

Pt I

Pt ii AuAu i

Au ii

Au in

Au iv Au

HgHg .

Continued W 2056 A, 2658

IP 2658

EL 2585A CL 2585

A

W 2585A AT 2585A W 2805

EL 2585

A

CL 2585 W 2585A AT 2585A

ZE 2500A PT 2375 OT 2375 ND 2806 ZE 2189 Hfs 2067A, 2189, 2806 PT 2806

EL 1917, 1996A

Hfs 2073A, 2838

IS 2838

IS 2269 EL 1917, 1996A EL 1336, 1502A, 2890A, 2891A ND 1336 CL 1336, 1502A W 1336, 1418, 1502A SE 1371 Hfs 1371, 1482, 1502A, 2072A

IP 1336

EL 1336 CL 1336 W 1336, 1502A

Hfs 1502A

EL 1336 CL 1336 W 1336, 1502A W 1502

A

W 1336

EL 2270, 3070 CL 2270 W 2270

EL 1310, 2231, 2725 ND 1779, 1839, 2441, 2879 CL 1310, 2231, 2494, 2555, 2725 W 1310, 2058A, 2231, 2494, 2555, 2725 ZE 1514, 1524, 1604, 2422, 2745, 2785 SE 1580, 2038, 2441, 2785, 2879, 3033

Hfs 1400, 1477, 1519, 1596, 1604, 1647, 1657A, 1702A, 1938A, 2086A,

2400, 2422, 2569A, 2643, 2684,

2696, 2965, 3013, 3117

44
2.2 Reference Numbers for Individual Spectra — Continued

Hg I — Conti nued Bi 1- Continued

TClb 1/1AA ICO/; W£*A*7 A IIAO A 14U0, ioVo, lo4/, loo/A, 1 /UzA, IS 1499A, 2334A

1781, 2086A, 2400, 2422, 2569A, PT 1692A, 2498A

2586, 2684, 3013, 3088, 3117, 3231 AT 1692

A

lr 2725 OT 3099

r 1

1 Tin 1770 1QOQ 9/1/11 9Q70 lolU, 1 / /y, looV, Zoty

AT loin 0 AO Q Bi ii ND 2772 Hfs 2772 Hg H

i? i 2975 AT 1777, 2772 ZE 3094A

Hfs 1981, 2526A, 2657, 3094A Bi iv ND 1839 AT 907^ zy (

o

PT 1839

Hg LXXX OF 1340 Ac i AT 2423

Tl_ T? 1 LL 2296

Tl i I? T LL 1 COl QAlrt OA/1A OAHA lool, oOlV, oU4U, oUVU Th I CL 2351 CL i rat oni n o /\ a /\ o /\/o /\ 1581, 3019, 3040, 3090 W 2351, 2982 W 1581, 2867A, 3019, 3040, 3090 IP 2312, 2374, 2392, 2758 SE 1464

A

Hfs 1 C OA 1 'lA^ A OOOO OA£/; 1520, 1706A, 2883, 2966 Th ll EL 2372

T CIs oooo oano A zooo, oUyoA ND 2358, 2372

IP 1581, 3040 CL 2351, 2358, 2372 PT 1581 W 2351, 2358, 2372, 2982 OT 3148 ZE 2372 Hfs 2358

Tl ii ND 1839 PT 2358, 2372 PT 1839 OT 2027 Th in EL 2362 CL 2362

Tl m EL 3138 W 2362 IP 3138 PT 1353 PT 3138 AT 1765

rb EL 1470 Pa v

I? T o a in ocd/i oi oz o oon z4/o, zo44, olzo, ozzy Pb I EL 3233A CL 0/l"7£ r>C A A OOOA 2476, 2544, 3229 CL 1551, 1930, 3233A IV/ w 24/6, 2544, 3126, J184, o229 W 1551, 1930, 3233A ZE 2544, 3229 ZE 1718 PT 2476, 2544, 3126, 3229

Hfs 1692A, 1860A, 2233, 2798, 2966

IS 1528A, 1860A U 1 EL 1^70 ldft^ 1R7Q 977d 9RQ9A

PT 1692A ND 1379, 1879, 2209, 2774 AT 1692A, 2922 nV , 1

,

137Q JJI 7, 1H1 lOlO,^ 1R7Q 10J7 W 1363 IOUO, 137Q 10(N7, ldft'i 14*UO, 1RI3 JOIO, 1R7Q IO/7 Pb ii EL 2579 ZE 1^79 1R79 9774 CL 2579 Hfs 1904, 2352 W 2579 lo 1 37Q 1R7Q 93 c lO ;9 17, 10I7, zooz

IP 1379, 2374, 2392 Pb in EL 1839 PT 1879, 2209, 2774 ND 1839 AT 1379, 1463, 2638 PT 1839 U ii EL 1379, 1463, 1879, 2774 AT 1839 ND 1379, 2141, 2774 Pb IV EL 3138 CL 1379, 1813, 1879 W

l nn io"ii iota l aao

1363, 1379, 1813, 1879, 1903 IP 3138 ZE 1379, 1879, 2774 PT 3138

IS 1379, 1879, 1903 IP 1379, 1463 Pb v AT 1644 PT 2141, 2774

t>" - Dl EL 2296

Bi i CL 1551 U iv EL 2344, 3139, 3185 W 1551, 2715 ND 2264 ZE 1693A CL Dion oioc 3139, Slob Hfs 1499A, 1511, 1692A, 1693A, 2002, W 2344, 3139, 3185

OA7/1 A OA

7

f. A OQQ/I A 9/1 GQ A ZU/4A, ZU/OA, Zoo4A, DZoO 2499A, 2626, 2709 PT 2264, 3139

45
2.2 Reference Numbers for Individual Spectra — Continued

U v EL 2171, 2594, 2776, 3185, 3186, 3187, Am HI EL 2297, 3202

3188, 3189, 3190, 3191 ZE 3202 CL 2171, 2594, 3185, 3187, 3188, 3190 PT 3202 w 2171, 2389, 2594, 3185, 3186, 3187,

3188, 3190, 3191 Am IV EL 2251, 2344, 3196, 3203, 3214 ZE 2171, 2776, 3189 CL 2251, 3196, 3203, 3214 PT 2171, 2594, 3186, 3187, 3188, 3190, W 2251, 2344, 3196, 3203, 3204, 3214

3191 ZE 2371 PT 2251, 3196, 3203, 3214 U vi EL 2474, 2476, 3192 CL 2474, 2476, 3192 Am V EL 2222, 3201

Vi 2474, 2476, 3192 ND 3217 PT 2474, 2476, 3192 CL 2222 U W 3068 W 2222 ZE 3201 Np i EL 1678A Hfs 3201 CL 1678A PT 3201, 3217 W 1678A ZE 1678A Am VI EL 3205

Hfs 1678A, 1736A ND 3205

II' 2869 CL 3205 PT 1678A, 1736A W 3205 AT 1736A PT 3205

Np iv EL 2322A, 2454A, 2988, 3193 Am LXXXV OT 2129 ND 2264 Cm I EL 1562A, 1563A, 2495A CL 2322A, 2988, 3193 CL 2495A W 2322A, 2988, 3193 W 2495A PT 2264, 3193 IF 1563

A

Np v EL 3186 Cm II EL 1562

A

W 3186 Cm IV EL 3202, 3206, 3207 PT 3186 ND 3202, 3206 CL 3206 Np vi EL 3194 ZE 3202, 3207 CL 3194 PT 2264, 3202, 3206 3194 PT 3194 Cm v EL 2221 CL 2221 Np vn W 3195 W 2221 ru 1 IN U 1 1 OA Hfs 2132 Tl 1 DK I EL 1562

A

PT 3196 OT 1994

Pu II Hfs 2132 EL 1562

A

Bk ii Pu IV EL 2222, 2248, 2355, 2790, 3175, 3197, Bk IV EL 2019, 2102, 2221, 2344, 3208, 3209

3198, 3199, 3200, 3201, 3216 ND CL 2019, 2102, 2221, 3209

3197, 3198, 3199, 3217 V 2019, 2102, 2221, 2344, 3208, 3209, CL 2222, 2248, 2355, 3197, 3199 W 2222, 2248, 2355, 2790, 3175, 3197, PT

3210

3199

2019, 2102, 3209 ZE 2355, 2371, 3198, 3199, 3200, 3201 Hfs 2355, 3201, 3215, 3216 Bk v EL 2019, 2686, 3208, 3209 PT 2248, 2264, 2355, 3197, 3198, 3199, CL 9010 LUOU, 9686 J^U7 390Q

3201, 3217 W 2019, 2686, 3208, 3209, 3210 AT 1561A, 1765 FT 3209

Pu V EL 3175, 3186 Cf i EL 1562

A

W 3175, 3186 Cf ii EL 1562

A

PT 3186 Cf iv EL 2103, 2222, 2344, 2449A, 2970 CL 2103, 2222 Pu VII EL 3175, 3194 W 2103, 2222, 2344, 3211 CL 3194 ZE 2970 W 3175, 3194 Hfs 2970 FT 3194 ,PT 2103, 2970

46
2.2 Reference Numbers for Individual Spectra — Continued

EL 2225 Es iv — Continued CL 2225 W 2224, 2249 W 2225 PT 2249, 3038 ZE 2525A, 2947 Hfs 2225, 2525A, 2947 Fm i EL 1326, 1357 ZE lozo

IT I ill i C£0 A 999C PT 1326 CL 2225 AT 1574, 1606 W 2225

r m xcv i\AT1 1728 Hfs 2225 OT 1728 EL 3213 Md i OT 1994 ZE 3213 No in EL 2298

Hfs 3213 Lr i AT 2423, 2777 PT 3213 Trans Lr AT 1445, 1544 EL 2224, 2249, 2344, 3038, 3150 2777 CL 2224, 2249, 3038, 3150 OT 1503, 1772

Es I

Es n

Es in

Es iv

47
3. Bibliography Ordered by Reference Numbers

1308. Kelly, H.; Ron, A.; Phys. Rev. A 4(1), 11-14 (1971). Electron Correlation Energies in the Neutral Iron Atom.

Fe I: AT

1309. Platas, O. R.; Schaefer III, H. F.; Phys. Rev. A 4(1), 33-

40 (1971). Symmetry- Adapted Pair Correlations for Open-Shell

Systems: Correlation Energy and Hyperfine Structure

of the Nitrogen Atom. N I: Hfs AT

1310. Learner, R. C. M.; Morris, J.; J. Phys. B 4(9), 1236-1242

(1971). Autoionizing Even Levels in the Mercury Arc Spectrum.

Hg I: EL CL W PT

1311. Miller, T. A.; Freund, R. S.; Phys. Rev. A 4(1), 81-90

(1971). Fine Structure and Diamagnetic Zeeman Effect in He (4

3 P). He I: EL ZE

1312. Rouse, C. A.; Phys. Rev. A 4(1), 90-97 (1971). Screening of Many-Electron Atoms.

Fe I, VIII: OT

1313. Kunze, H. J.; Phys. Rev. A 4(1), 111-113 (1971).

Collisional Excitation of the 4

2 F Levels in Lithiumlike Ne VIII. Ne VIIL EL CL W

1314. Hahn, Y. B.; Nygaard, K. J.; Phys. Rev. A 4(1), 125-132

(1971). Electron-Impact Excitation of Auto-Ionizing Levels in Cesium. Cs I: W

1315. Wang, E. C; Yellin, J.; Phys. Rev. A 4(3), 838-841

(1971). Atomic Beam Measurement of the Potassium 39-41-42

Isotope Shift. K I: IS

1316. Sims, J. S.; Hagstrom, S.; Phys. Rev. A 4(3), 908-916

(1971). Combined Configu ration- In teraction-Hylleraas—Type

Wave-Function Study of the Ground State of the Beryllium Atom. Be I: OT

1317. Minnhagen, L.; J. Opt. Soc. Amer. 61(9), 1257-1262

(1971). Accurately Measured and Calculated Ground-Term

Combinations of Ar II. Ar II: EL W

1318. Chaghtai, M. S.; J. Opt. Soc. Amer. 61(9), 1264 (1971).

4p

3 -4p2 5s Transitions in Nb IX. Nb IX: EL CL W

1319. Chen, C. J.; J. Opt. Soc. Amer. 61(9), 1267-1268 (1971). Transition Probabilities for Ar I. Ar I: PT

1320. Moser, C. M.; Nesbet, R. K.; Phys. Rev. A 4(4), 1336-

1340 (1971). Atomic Bethe-Goldstone Calculations of Term

Splittings, Ionization Potentials, and Electron

Affinities for B, C, N, O, F, and Ne.

B" - F", B I - Ne I, C II - Ne II: AT

N III - Ne III, O IV - Ne IV, F V - Ne V: AT

Ne VI: AT

1321. Lee, T.; Dutta, N. C; Das, T. P.; Phys. Rev. A 4(4), 1410-1424 (1971). Correlation Energy of the Neon Atom. Ne I: AT

1322. Epstein, G. L.; Davis, S. P.; Phys. Rev. A 4(2), 464-473

(1971). Obtaining the Optical Field Isotope Shifts of a Light Element. Ca I: IS

1323. Quemener, J. J.; Paquet, C; Marmet, P.; Phys. Rev. A

4(2), 494-498 (1971). Natural Line Shapes Resolved in the Ionization Yield of He* below the n=2 Threshold. He", He I: W

1324. Ormonde, S.; Conneely, M. J.; Phys. Rev. A 4(4), 1432-

1445 (1971). Continuum Processes in Atomic Nitrogen.

N I: OT

1325. Morrison, J. C; Rajnak, K.; Phys. Rev. A 4(2), 536-542

(1971). Many-Body Calculations for the Heavy Atoms.

Pr IV: ND OT

1326. Goodman, L. S.; Diamond, H.; Stanton, H. E.; Fred, M.

S.; Phys. Rev. A 4(2), 473-475 (1971).

gj Value for the Atomic Ground State of Fermium.

Fm I: EL ZE PT

1327. Shamey, L. J.; J. Opt. Soc. Amer. 61(7), 942-946 (1971). Energy Levels and Transition Probabilities for Highly

Ionized Atoms in the B I Isoelectronic Sequence. Ne VI, Al IX, Si X, S XII, Ar XIV, Fe XXII: AT

1328. Pinnington, E. H.; Curnutte, B.; Dufay, M.; J. Opt. Soc. Amer. 61(7), 978-980 (1971). Argon Spectrum between 500 and 1000 A Produced by

Beam—Foil Excitation. Ar III, IV: EL CL W

1329. Berry, H. G.; J. Opt. Soc. Amer. 61(7), 983 (1971). New Identifications and Lifetimes in Sulfur. S IV, V, VI: EL CL W

1330. Narasimham, M. A.; Strombotne, R. L.; Phys. Rev. A

4(1), 14-32 (1971). Lamb Shift in Singly Ionized Helium. He II: QF

1331. Fawcett, B. C; J. Phys. B 4(8), 1115-1118 (1971). Spectral Line Classification in the Period between

Fluorine and Silicon, of Transitions between Levels of Principal Quantum Numbers 3 and 4. F III, V - VII, Na VI, IX, Mg VII, X: EL CL W

Al VIII, X, XI, Si IX, XI, XII: EL CL W

1332. Stacey, D. N.; J. Phys. B 4(7), 969-975 (1971). Isotope Shifts in Electronic and Muonic Atoms, with Application to Neodymium.

Nd I: IS

1333. Fawcett, B. C; J. Phys. B 4(7), 981-985 (1971). Classifications in the Period between Calcium and Iron

of Emission Lines Isoelectronic with those of Carbon,

Nitrogen, Oxygen and Fluorine. Ca XIII - XV, Sc XIII - XVI: EL CL W

Ti XIV - XVI, V XV - XVII: EL CL W

Cr XVI - XVIII, Mn XVII: EL CL W

Mn XVIII, XIX, Fe XVIII - XX: EL CL W OT

48
3. Bibliography Ordered by Reference Numbers — Continued

1334. Fawcett, B. C; Gabriel, A. H.; Paget, T. M.; J. Phys. B

4(7), 986-994 (1971). New Observations of the Spectra of Argon X to XV and

of Isoelectronic Emission Lines in Silicon VII to X, Phosphorus X, Sulphur IX to XII and Chlorine X to XIV.

Si VII, XVIII, S X, XII: EL CL W

CI XI, XIII, XIV, Ar X - XV: EL CL W

Si IX, P X, S XI, CL XII: EL ND CL W

S IX, CI X: ND CL W

Ar: W

1335. Blaise, J.; Wyart, J. F.; Hoekstra, R.; Kruiver, P. J. G.; J. Opt. Soc. Amer. 61(10), 1335-1342 (1971). Present State of the Analysis of Nd I and Nd II. Nd I: EL ND ZE PT

Nd II: EL ZE PT

1336. Ehrhardt, J. C; Davis, S. P.; J. Opt. Soc. Amer. 61(10), 1342-1349 (1971). Precision Wavelengths and Energy Levels in Gold. Au I: EL ND CL W IP Au II, Au III: EL CL W

Au: W

1337. Spector, N.; J. Opt. Soc. Amer. 61(10), 1350-1354 (1971).

Configurations 4fN ] 6s

2 6p in Neutral Gadolinium,

Dysprosium, Erbium, and Ytterbium. Gd I: EL ND PT

Tb I: ND

Dy I: ND PT

Er I: EL CL W PT

Yb I: EL ND PT

1338. Johansson, S.; Litzen, U.; J. Opt. Soc. Amer. 61(10), 1427-1428 (1971). Resonance Lines of La III. La III: EL CL W

1339. Livingston, A. E., Jr.; Pinnington, E. H.; J. Opt. Soc. Amer. 61(10), 1429-1430 (1971). Spectra of Neutral and Singly Ionized Holmium. Ho I: EL W ZE

Ho II: EL

1340. Erickson, G. W.; Phys. Rev. Lett. 27(12), 780-783 (1971). Improved Lamb-Shift Calculation for All Values of Z. H I, He II, Hg LXXX: QF

1341. Tech, J. L.; Ward, J. F.; Phys. Rev. Lett. 27(7), 367-370

(1971).

Accurate Wavelength Measurement of the ls2p

3 P°-2p2

3 P Transition in4 He I. He I: EL W

1342. Spector, N.; Held, S.; Astrophys. J. 167(l)(Pt. 1), 193-

200 (1971). Description of the Erbium Spectra in the Photographic

Infrared. Er I, II: W

1343. Engelhardt, W.; Sommer, J.; Astrophys. J. 167(l)(Pt. 1), 201-202 (1971).

Observation of 2

3 S-2 3 P Transitions in the He I Isoelectronic Sequence.

O VII, F VIII, Ne IX: EL CL W

1344. Held, S.; Astrophys. J. 167(l)(Pt. 1), 203 (1971). New Even Levels of Er I. Er I: EL CL

]1 1345. Spector, N.; Astrophys. J. 167(l)(Pt. 1), 205-207 (1971). New Low Even Levels of Singly Ionized Erbium (Er II). Er II: EL CL

1346. Synek, M.; Ramirez, R.; J. Chem. Phys. 55(4), 1946-1948

(1971). Accurate Analytical Self— Consistent-Field

Wavefunctions for Dy +. Dy III: AT

1347. Podobedova, L. I.; Kononov, E. Ya.; Koshelev, K. N.; Opt. Spectrosc. (USSR) 30(3), 217-220 (1971). Vacuum-Ultraviolet Spectra of Multiply Ionized Sulfur Atoms.

S IX - XIII: EL CL W

1348. Lu, K. T.; Phys. Rev. A 4(2), 579-596 (1971). Spectroscopy and Collision Theory. The Xe Absorption

Spectrum. Xe I: OT

1349. Bucka, H.; Einfeld, D.; Ney, J.; Wilken, J.; Z. Naturforsch. A 26(6), 1016-1020 (1971).

Untersuchung des 5p

2 P3/2 -Terms im Silber I-Spektrum durch Resonanzstreuung von Licht in elektrischen und magnetischen Feldern. Agl: SE Hfs

1350. Crubellier, A.; Feneuille, S.; J. Phys. (Paris) 32(5-6), 405-411 (1971). Application de la methode de factorisation et de la theorie des groupes au traitement relativiste des

fonctions radiales hydrogenoides. Xe I: Hfs

1351. Bhatia, K. S.; Jones, W. E.; Can. J. Phys. 49(13), 1773-

1782 (1971). Autoionized Series in the Arc Spectrum of Arsenic. As I: EL ND CL W IP

1352. Childs, W. J.; Phys. Rev. A 4(2), 439-453 (1971). Relativistic Effects in the Hyperfine Structure of

c 117.119 Sn

Sn I: ZE Hfs

1353. Crosswhite, H. M.; Phys. Rev. A 4(2), 485-489 (1971). Effective Electrostatic Operators for Two Inequivalent

Electrons. La II, Ce III, Pr IV, Yb III, Th HI: PT

1354. Brown, R. T.; J. Chem. Phys. 55(1), 353-355 (1971). Atomic Form Factor for Neutral Carbon. C I: AT

1355. Ramaker, D. E.; Schrader, D. M.; J. Chem. Phys. 55(1), 471-473 (1971). Multichannel Configuration Interaction Theory Applied

to the (nl

2 )'S Autoionizing States of Helium. He I: AT

1356. Moore, C. E.; Nat. Stand. Ref. Data Ser., Nat. Bur.

Stand.(U.S.) 3(4), 46 pp. (1971). Selected Tables of Atomic Spectra, Atomic Energy

Levels and Multiplet Tables, N IV, N V, N VI, N

VII. N IV - VIL EL CL W IP

1357. Porter, F. T.; Freedman, M. S.; Phys. Rev. Lett. 27(6), 293-297 (1971). Experimental Atomic-Electron Binding Energies in Fermium.

Fm I: EL

49
3. Bibliography Ordered by Reference Numbers — Continued

1358. Fabjan, C. W.; Pipkin, F. M.; Phys. Lett. 36A(1), 69-70

(1971). Resonance Narrowed Lamb Shift Measurement in Hydrogen, n=3. H I: QF

1359. Liu, C. H.; Church, D. A.; Phys. Lett. 35A(6), 407-408

(1971). Measurement of g-Factors for Levels in Ne II, III. Ne II, III: ZE

1360. Chenevier, M.; Nguyen, T. D.; Phys. Lett. 36A(3), 177-

178 (1971). Lifetimes and g-Factors of Certain Xenon Levels. Xe I: ZE

1361. Bauche, J.; Keller, J. C; Phys. Lett. 36A(3), 211-212

(1971). J-Dependent Contributions to the Mass Isotope Shifts

in Ne I. Ne I: IS

1362. Berry, H. G.; Desesquelles, J.; Dufay, M.; Phys. Lett. 36A(3), 237-238 (1971). Lifetime Measurements of Autoionizing Levels by the Beam-Foil Technique. He I, II, Li I: EL CL W

1363. Radziemski, L. J., Jr.; Steinhaus, D. W.; Engleman, R.,

Jr.; J. Opt. Soc. Amer. 61(11), 1538-1539 (1971). High-Resolution Atomic-Absorption Spectra of Uranium Obtained by the Flash-Photolysis and

Flash— Discharge Techniques.

U I, II: W

1364A. Aygun, E.; Zak, B. D.; Shugart, H. A.; Bull. Amer.

Phys. Soc. 18(11), 1500 (1973). Determination of the gj-Factor of He* in the 2

3 Sj

State. He I, Rb I, Cs I: ZE

1365. Haskell, T. G.; Wybourne, B. G.; Feneuille, S.; Physica

53(1), 64-76 (1971). Application of the Group SU3 to the Theory of the Many-Electron Atom. La II, Lu II: PT

1366A. Epstein, G. L.; Reader, J.; J. Opt. Soc. Amer. 61(11), 1590 (1971). Analysis of the Spectrum of Triply Ionized Lanthanum

(La IV). La IV: EL CL W IP PT

1367. Hartmann, W.; Z. Phys. 240(4), 323-332 (1970).

Die Hyperfeinstruktur des 3

2 P ]/2 Zustandes von Natrium im starken Magnetfeld. Na I: ZE Hfs

1368A. Li, H.; Andrew, K. L.; J. Opt. Soc. Amer. 61(11), 1590

(1971). Use of the Zeeman Effect to Reveal the Need of LSDependent Slater Parameters and Configuration

Interaction Parameters in As II. As II: EL ZE PT AT

1369A. Kaufman, V.; J. Opt. Soc. Amer. 61(11), 1591 (1971). New Measurements of Ne II Giving Calculated Far— vuv

1371. Einfeld, D.; Ney, J.; Wilken, J.; Z. Naturforsch. A 26(4), 668-671 (1971).

Level-Crossing-Untersuchung des 6p

2 P3/2 -Terms im Au I-Spektrum durch Resonanzstreuung von Licht im elektrischen und magnetischen Feld zur Bestimmung der Hyperfeinstrukturtermordnung. Au I: SE Hfs

1372. Schweitzer, W. G., Jr.; Appl. Phys. Lett. 13(11), 367-368

(1968). Saturated Absorption by Neon Inside a 6328 A Laser

with a Mixture of Neon Isotopes in Its Gain Tube. Ne I: IS

1373. Goldschmidt, Z. B.; Starkand, J.; J. Phys. B 3, L141-

L144 (1970). Two and Three-Electron Electrostatic Effective

PT

1374.

1375.

Interactions in 1 1' Configurations.

Ti HI, V III, Cr HI, Ni III, Cu III: Zn III, V IV, Ga IV: PT

Nir, S.; Ph. D. Thesis, Hebrew Univ. of Jerusalem, 216

pp. (1969). The Spectrum of Yb I. Gd I, Lu I: PT

Yb I: ND CL PT

Zory, P.; J. Appl. Phys. 37(9), 3643-3644 (1966). Measurements of Argon Single— Frequency Laser Power

and the 6328-A Neon Isotope Shift using an

Interferometer Laser. Ne I: IS

1376. Pasternak, A.; Ph. D. Thesis, Hebrew Univ. of Jerusalem, 219 pp. (1970).

Magnetic and Effective Interactions in (nl) Configurations of Atomic Spectra. Pr III: PT ND CL

Pr IV, Er IV: PT

Eichler, H.; Z. Angew. Phys. 22(5), 380-381 (1967). Messung der Isotopieverschiebung des 3,39 /urn (3s 2 —

>

3p4 ) Neon-Uberganges. Ne I: IS Hamada, T.; Publ. Astron. Soc. Jap. 23(2), 271-273

(1971). Quadratic Zeeman Effect of Hydrogen Balmer Series. H I: ZE

Steinhaus, D. W.; Radziemski, L. J., Jr.; Cowan, R. D.;

Blaise, J.; Guelachvili, G.; Ben Osman, Z.; Verges,

J.; Los Alamos Scientific Laboratory, LA-4501, Univ.

California, 243 pp. (1971). Present Status of the Analyses of the First and Second

Spectra of Uranium (U I and U II) As Derived from Measurements of Optical Spectra. U I: EL ND CL W ZE IS IP AT

U II: EL ND CL W ZE IS IP

Childs, W. J.; Phys. Rev. A 4(5), 1767-1774 (1971).

1377

1378

1379

1380.

1381

Off-Diagonal Hyperfine Structure in Sc

Sc I: ZE Hfs

Loulergue, M.; Astron. Astrophys. 15(2), 216-220 (1971). Ne II: EL W IS IP Transition Probabilities in Intermediate— Coupling and

1370A. Behring, W. E.; Crooker, A. M.; Paul, F. W.; J. Opt. Configuration Mixing for Fe XVII.

Soc. Amer. 61(11), 1591 (1971). Fe XVII: PT

Absorption Spectra of Highly Ionized Iron. 1382. Masui, T.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 83-85

Fe V - VIII: W (Aug. 1971). A New Determination of the Rydberg Constant. HI: EL W

50
3. Bibliography Ordered by Reference Numbers — Continued

1383. Kessler, E. G., Jr.; Roesler, F. L.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 87-92 (Aug. 1971). Determination of the Rydberg Constant from He II Line Measurements. He II: EL W

1384. Baird, J. C; Brandenberger, J.; Gondaira, K. I.; Metcalf,

H.; Nat. Bur. Stand.(U.S.), Spec. Publ. 343, 345-353

(Aug. 1971). Determination of the Atomic Hydrogen Fine Structure by Level Crossing in the 2P States of Hydrogen: A

Measurement of the Fine Structure Constant. H I: EL

1385. Shyn, T. W.; Robiscoe, R. T.; Williams, W. L.; Nat. Bur.

Stand.(U.S-), Spec. Publ. 343, 355-360 (Aug. 1971). A Measurement of the 2

2 S 1/2 -22 P3/2 Energy Separation,

(AE-S), in Hydrogen (n=2). H I: EL

1386. Vorburger, T. V.; Cosens, B. L.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 361-365 (Aug. 1971). A Measurement of AE-S in H and a Correction to the Measured Value of S in D. H I: EL QF

1387. Kaufman, S. L.; Lamb, W. E., Jr.; Lea, K. R.; Leventhal, M.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 367-371

(Aug. 1971).

Measurement of the 2

2 S I/2 -22 P3/2 Interval in Atomic

Hydrogen.

H I: EL

1388. Robiscoe, R. T.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 373-376 (Aug. 1971). Atomic Beams Measurements of the Fine Structure of H, n=2. H I: QF

1389. Fabjan, C. W.; Pipkin, F. M.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 377-381 (Aug. 1971). Separated Oscillatory Field Measurement of the Lamb

Shift. H I: QF

1390. Brown, R. A.; Pipkin, F. M.; Nat. Bur. Stand. (U.S.), Spec.

Publ. 343, 383-388 (Aug. 1971). Measurement of the Lamb Shift in the n=4 State of Hydrogen.

H I: EL

1391. Kponou, A.; Hughes, V. W.; Johnson, C. E.; Lewis, S. A.; Pichanick, F. M. J.; Nat. Bur. Stand. (U.S.), Spec.

Publ. 343, 389-391 (Aug. 1971). Determination of the Fine Structure Constant a from Helium Fine Structure. He I: EL

1392. Narasimham, M. A.; Strombotne, R. L.; Nat. Bur.

Stand.(U.S.), Spec. Publ. 343, 393-402 (Aug. 1971). Precision Measurement of the Lamb Shift in Singly Ionized Helium. He II: QF

1393. Novick, R. ; Weinflash, D.; Nat. Bur. Stand. (U.S.), Spec.

Publ. 343, 403-410 (Aug. 1971). Precision Measurement of the Fine Structure and

Lifetimes of the (ls2s2p)

4 Pj States of He and Li. He": EL

Li I: EL Hfs

1394. Kleppner, D.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 411-416 (Aug. 1971). The Proton Moment in Bohr Magnetons-and All That. H I: ZE Hfs

1395. Hegstrom, R. A.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 417-420 (Aug. 1971). lS 1/2 Bound State Corrections to the Electron and

Proton g Factors for Atomic Hydrogen.

H I: OT

1396. Grotch, H.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 421-

425 (Aug. 1971). Electromagnetic Interactions of Hydrogenic Atoms:

Corrections to g Factors. H I: OT

1397. Robinson, H. G.; Hughes, W. M.; Nat. Bur. Stand. (U.S.), Spec. Publ. 343, 427-430 (Aug. 1971). Ratio of Atomic gj Values for Hydrogen and Deuterium: An Isotope Effect. H I: ZE

1398. Shenstone, A. G.; J. Res. Nat. Bur. Stand. (U.S.) 75A(4), 335-336 (1971). The Second Spectrum of Nickel (Ni II) (Addenda and

Errata). Ni II: EL ND CL W

1399. Tull, C. E.; McEachran, R. P.; Cohen, M.; At. Data 3(2), 169-176 (1971). Relativistic Corrections to Ionization Energies and

Theoretical Dipole Oscillator Strengths for Fe XVI, Co XVII, and Ni XVIII. Fe XVI, Co XVII, Ni XVIII: IP AT

1400. Bonn, J.; Huber, G.; Kluge, H. J.; Kopf, U.; Kugler, L.; Otten, E. W.; Phys. Lett. 36B(1), 41-43 (1971).

Optical Pumping of Neutron Deficient

' 8? Hg.

Hg I: Hfs IS

1401. Bashkin, S.; Martinson, I.; J. Opt. Soc. Amer. 61(12), 1686-1692 (1971). Energy Levels and Mean Lives of CI II - CI VII. CI IV - CI VII: EL CL W

1402. Kaufman, V.; Sugar, J.; J. Opt. Soc. Amer. 61(12), 1693-

1698 (1971). One—Electron Spectrum of Doubly Ionized Lutetium

(Lu III) and Nuclear Magnetic Dipole Moment of

175 rLu. Lu III: EL CL W Hfs IP

1403. Rebane, T.; Thesis, Univ. Michigan, 139 pp. (1970). A Measurement of the 2

2 S 1/2 -2 2 P3/2 Energy

Separation (AE-S), and the 2

2 S 1/2 -2 2 P 1/2 Energy

Separation (S), in Hydrogen (n = 2); A Study of a Resolved Periodic- Velocity Producing Transition

between the Hyperfine Components of the 2

2 S 1/2 States. H I: EL Hfs

1404. Wheeler, J. P.; IEEE J. Quantum Electron. QE-7(8), 429

(1971). A New Xenon Laser Line Observed. Xe II: W

1405. Borgstrom, A.; Phys. Scr. 3(3-4), 157-163 (1971). Extended Analysis of Ca III. Ca III: EL CL W IP SF PT

1406. Persson, W.; Phys. Scr. 3(3-4), 133-155 (1971). The Spectrum of Singly Ionized Neon, Ne II. Ne II: EL ND CL W IP Ne III: EL CL W

51
3. Bibliography Ordered by Reference Numbers — Continued

1407. Kaufman, V.; Minnhagen, L.; J. Opt. Soc. Amer. 62(1), 92-95 (1972). Accurate Ground-Term Combinations in Ne I. Ne I: EL W IP

1408. Ross, C. B.; Los Alamos Scientific Lab. LA-4498, Univ.

California, 73 pp. (1970). Wavelengths and Energy Levels of Singly Ionized Copper, Cu II. Cu II: EL ND CL W Hfs

1409. Garpman, S.; Lido, G.; Rydberg, S.; Svanberg, S.; Z. Phys. 247(3), 238-251 (1971). Optical Double Resonance and Zero Field Level

Crossing Spectroscopy Applied to the 5p

3 6s5 S2 Level

in the Te— I Spectrum. Te I: ZE

1410. Bishop, D. C; King, W. H.; J. Phys. B 4, 1798-1807

(1971). Isotope Shifts in the Resonance Lines of Cd II and Sn

IV and the Size of Specific Mass Shifts in Alkali Like Resonance Lines. Cd II, Sn IV: IS

1411. Eriksson, K. B. S.; Pettersson, J. E.; Phys. Scr. 3(5), 211-

217 (1971). New Measurements in the Spectrum of the Neutral

Nitrogen Atom. N I: EL ND CL W IP SF

1412. Bridges, W. B.; Chester, A. W.; IEEE J. Quantum

Electron. 7(9), 471-472 (1971). Comments on the Identification of Some Xenon Ion Laser Lines. Xe: W

1413. Blaise. J.; van Kleef, Th. A. M.; Wyart, J. F.; J. Phys.

(Paris) 32(8-9), 617-626 (1971). The Analysis of the Spark Spectrum of Gadolinium (Gd

II). Gd II: EL ND CL W ZE PT

1414. van Kleef, Th. A. M.; Blaise, J.; Wyart, J. F.; J. Phys.

(Paris) 32(8-9), 609-615 (1971). The Analysis of the Arc Spectrum of Gadolinium (Gd I). Gd I: EL ND ZE PT

1415. Wyart, J. F.; C. R. H. Acad. Sci., Ser. B 273(17), 763-

765 (1971). Contribution a la classification du spectre de Dy I:

description des configurations 4f

9 5d2 6s, 4f'°5d6s,

4f

9 6p6s2 et 4f9 5d6s6p.

Dy I: EL ND

1416. Chang, S.; Gupta, R.; Happer, W.; Phys. Rev. Lett. 27(16), 1036-1039 (1971). Hyperfine Structures of Optically Inaccessible Excited Atomic States. K I, Rb I, Cs I: Hfs

1417. King, W. H.; Wilson, M.; Phys. Lett. 37A(2), 109-110

(1971). Screening Effects in Optical Isotope Shifts in Ce IV, Sm IV, and Cd II. Cd II, Sn IV, Ce IV: IS

1418. Tegeder, K.; Lincke, R.; Z. Phys. 247(1), 51-59 (1971). Photoionisationsmessungen an Atomstrahlen I. Autoionisationslinien von Cu, Ag und Au. Cu I, Ag I: EL CL W

Au I: W

1419. Leventhal, M.; Havey, P. E.; Phys. Rev. Lett. 32(15), 808-

811 (1974). Precision Lamb-shift Measurement in the n=2 State of

6 Li2+

. Li III: QF

1420A. Hotop, H.; Patterson, T. A.; Bull. Amer. Phys. Soc.

17(1), 150-151 (1972).

High Resolution Photodetachment Studies of Se . Se": EL

1421A. Moe, G. W.; McDermott, M. N.; Bull. Amer. Phys. Soc.

17(1), 150 (1972).

Level Crossing Measurements in the 5

2 P3/2 State of

109 . Ag. Ag I: Hfs

1422A. Dutta, C. M.; Dutta, N. C; Bull. Amer. Phys. Soc.

16(12), 1396 (1971). Correlation Energy of Nitrogen.

N I: AT

1423A. Kumar, L.; Dutta, N. C; Bull. Amer. Phys. Soc. 16(12), 1396 (1971).

Binding Energy of O Calculated by Many-Body

O": AT

1424A. Mader, D. L.; Bull. Amer. Phys. Soc. 16(12), 1414

(1971). Lifetimes and Fine Structure of the Metastable Helium

Negative Ion.

He": EL

1425A. Scofield, D. F.; Bull. Amer. Phys. Soc. 16(12), 1396

(1971). Many-Body Perturbation Theory Applied to Fluorine Atom. F I: AT

1426. Moore, C. E.; Nat. Stand. Ref. Data Ser., Nat. Bur. Stand. (U.S.) 3(6), 36 pp. (1972). Selected Tables of Atomic Spectra, Atomic Energy

Levels and Multiplet Tables, H I, D, T. H I: EL CL W IP

1427. George, S.; Thesis, Univ. British Columbia, 175 pp. (1962). A Study of the Spark Spectra of Selenium. Se II: CL W

Se III, IV: EL CL W IP OT

Se V: EL CL W IP K I: W

1428. Neupert, W. M.; Solar Phys. 18, 474-488 (1971). Satellite Lines in the Solar X—Ray Spectrum.

Mg XI, Si XIII, S XV, Ar XVII: EL CL W OT

Ca XIX, Fe XXV: EL CL W OT

Mg VIII, X, XII, Al XII, XIII, Si IX, X: W

Si XII, XIV, S XII - XVI, Ar XIII - XVI: W

Ar XIX, K XVIII, Ca XVI - XX, Ti XXI: W

Cr XXIII, Mn XXIV, Fe XIII, XVII, XX, XXII: W

Fe XXIV, XXVI, Ni XXVII, XXVIII, Cu XXVIII: W

1429. Fischer, W.; Huhnermann, H.; Mandrek, K.; Z. Phys.

248, 53-60 (1971). Optische Untersuchung der Hyperfeinstruktur einiger La I-Linien und Interpretation der gemessenen A—Faktoren. La I: Hfs

52
3. Bibliography Ordered by Reference Numbers — Continued

1430. Gruzdev, P. F.; Zh. Prikl. Spektrosk. 14(6), 1100-1102

(1971).

The 2p

4 -2p3 3s Transition in Co XX, Ni XXI, and Cu

XXII Ion Spectra. Energy Levels, Wavelengths, and

Oscillator Strengths. Co XX, Ni XXI, Cu XXII: PT

1431. Copland, G. M.; Newman, D. J.; Taylor, C. D.; J. Phys. B

4(10), 1388-1392 (1971). Configuration Interaction in Rare Earth Ions: II. Magnetic Interactions. Pr III, IV: AT

1432. Krylov, E. I.; Makurin, Yu. N.; Kasimov, G. G.; Fiz. Tverd. Tela 13(5), 1513-1514 (1971).

Magnetic and Optical Properties of Eu

3+ and Sm3+ Sm IV, Eu IV: OT

1433. Dekker, J. W. M.; Thesis, Univ. Amsterdam, 93 pp. (Academic Service, Ruimzicht 1 18, Amsterdam)

(1971). Interferometrische Metingen van Isotopieverschuiving en Hyperfijnstructuur in de Spectra van Dysprosium I en Terbium II. Tb II: Hfs Dy I: IS

1434. Andersson, E.; Johannesson, G. A.; Phys. Scr. 3(5), 203-

210 (1971). Extended Analysis of the Spectrum of Mg III. Mg III: EL ND CL W IP PT

1435. Kaufman, S. L.; Lamb, W. E., Jr.; Lea, K. R.; Leventhal, M.; Phys. Rev. A 4(6), 2128-2144 (1971). Measurement of the 2

2 S I/2 -2 2 P3/ 2 Interval in Atomic

Hydrogen.

H I: EL SE

1436. Ikenberry, D.; Das, T. P.; Mann, J. B.; Phys. Rev. A 4(6), 2188-2191 (1971). Fermi Contact Hyperfine Constants for Rare-Earth Atoms and Ions from Moment-Perturbed

Calculations. Eu I, III: Hfs

1437. Codling, K.; Madden, R. P.; Phys. Rev. A 4(6), 2261-2263

(1971) . Resonances in the Photoionization Continuum of Kr and

Xe. Kr I, Xe I: EL CL W

1438. Schulman, J. M.; Lee, W. S.; Phys. Rev. A 5(1), 13-21

(1972).

Perturbative Studies of the

2 S Lithium Atom: Total Energy and Hyperfine Interaction. Li I: Hfs OT

1439. Fung, A. C; Matese, J. J.; Phys. Rev. A 5(1), 22-26

(1972).

Autoionization States of Li and Na . Li", Na": AT

1440. Murnick, D. E.; Leventhal, M.; Kugel, H. W.; Phys. Rev.

Lett. 27(24), 1625-1628 (1971). Determination of the Hydrogenic-Carbon Lamb Shift

via 2S I/2 Meuslabl* Quenching. C VI: QF

1441. Gibbons, P. C; Ramsey, N. F.; Phys. Rev. A 5(1), 73-78

(1972). Electric Field Dependence of the Atomic Hydrogen

Hyperfine Separation.

H I: SE

1442. Winkler, P. F.; Kleppner, D.; Myint, T.; Walther, F. G.; Phys. Rev. A 5(1), 83-114 (1972). Magnetic Moment of the Proton in Bohr Magnetons.

H I: ZE Hfs

1443. Kelly, H. P.; Ron, A.; Phys. Rev. A 5(1), 168-176 (1972). Photoionization Cross Section of the Neutral Iron Atom.

Fe I: AT

1444. Vetter, R.; Phys. Lett. 31A(10), 559-560 (1970). Mesure des ecarts isotopiques dans les transitions laser du xenon. Xe I: IS

1445. Mann, J. B.; Waber, J. T.; J. Chem. Phys. 53(6), 2397-

2406 (1970). SCF Relativistic Hartree-Fock Calculations on the Superheavy Elements 118-131. Trans Lr Elements: AT

1446. Bunge, A.; Bunge, C. F.; Phys. Rev. A 1(6), 1599-1603

(1970). Correlation Energy of the Ground State of C. C I: AT

1447. Brandas, E.; Goscinski, O.; Phys. Rev. A 1(3), 552-560

(1970). Variation-Perturbation Expansions and Pade

Approximants to the Energy. He I: OT

1448. Matsubara, C; Dutta, N. C; Ishihara, T.; Das, T. P.; Phys. Rev. A 1(3), 561-571 (1970). Brueckner-Goldstone Many-Body Theory for Dynamic

Polarizabilities: Application to Ne. Ne I: AT

1449. Fischer, C. F.; J. Phys. B 3(6), 779-787 (1970). A Comparison of Multi— Configuration Hartree-Fock

and Configuration Interaction Results for the *D

Series of Mg.

Mg I: AT

1450. Sakurai, K.; Ueda, Y.; Takami, M.; Shimoda, K.; J. Phys.

Soc. Jap. 21(10), 2090 (1966). Isotope Shift of Neon in the 3.39 /im Maser Transition. Ne I: IS 1451A. Bhatia, A. K.; Burke, P. G.; Temkin, A.; Bull. Amer.

Phys. Soc. 17(11), 1126 (1972). The Lowest 'P Autoionization State of He. He I: OT

1452. Odintsov, V. I.; Opt. Spectrosc. (USSR) 18(3), 205-206

(1965). Isotopic Shift in the Spectrum of Neon. Ne I: IS

1453. Szoke, A.; Javan, A.; Phys. Rev. Lett. 10(12), 521-524

(1963). Isotope Shift and Saturation Behavior of the 1.15-/1 Transition of Ne. Ne I: IS

1454. Cordover, R. H.; Jaseja, T. S.; Javan, A.; Appl. Phys.

Lett. 7(12), 322-324 (1965). Isotope Shift Measurement for 6328 A He-Ne Laser

Transition. Ne I: IS

1455. Milstein, R.; Berry, R. S.; J. Chem. Phys. 55(8), 4146-

4147 (1971). On the Electron Affinity of Fluorine.

F": EL

53
3. Bibliography Ordered by Reference Numbers — Continued

1456. Sternheimer, R. M.; Peierls, R. F.; Phys. Rev. A 4(5), 1722-1728 (1971). Calculation of Fine— Structure Splittings and Quadrupole Antishielding Factors for Atomic States.

Li I, Na I, K I, Rb I, Cs I: OT

1457. Schweizer, W.; Schmidtke, G.; Astrophys. J. 169(l)(Pt.

2), L27-L29 (1971). High-Resolution Extreme-Ultraviolet Solar Spectrum

Recorded with a DiffractionFilter Spectrograph. Fe XI, XII, XIV, Ni XI: W

1458. Widing, K. G.; Sandlin, G. D.; Cowan, R. D.; Astrophys.

J. 169(2)(Pt. 1), 405-411 (1971). On the Classification of Some Highly Ionized Iron and

Nickel Lines in the 200-400 A Region of the Solar Spectrum. Fe X - XIV, Ni XVII, XVIII: CL W AT

Ar VIII, Ca X, Cr XIV, Mn XV, Fe XVI: CL W

Co XVII: CL W

1459. Gabriel, A. H.; Carton, W. R. S.; Goldberg, L.; Jones, T.

J. L.; Jordan, C; Morgan, F. J.; Nicholls, R. W.;

Parkinson, W. J.; Paxton, H. J. B.; Reeves, E. M.;

Shenton, C. B.; Speer, R. J.; Wilson, R.; Astrophys.

J. 169(3)(Pt. 1), 595-614 (1971). Rocket Observations of the Ultraviolet Solar Spectrum

During the Total Eclipse of 1970 March 7. N I, O VII, Mg VII, Si I, VII, VIII, IX: W

S IX, XI, Fe II, III, XI - XIII: W

Ni II, XIII - XV: W

1460. Berry, H. G.; Subtil, J. L.; Phys. Rev. Lett. 27(17), 1103-

1104 (1971). Fine-Structure Measurements by the Beam-Foil

Technique. He I, Li II: EL

1461. Goorvitch, D.; Valero, F. P. J.; Astrophys. J. 171(3)(Pt.

1), 643-645 (1972). Vacuum-Ultraviolet Spectrum of Neutral Boron (B I). B I: EL CL W

1462. Doschek, G. A.; Meekins, J. F.; Kreplin, R. W.; Chubb,

T. A.; Friedman, H.; Astrophys. J. 170(3)(Pt. 1), 573-586 (1971). Iron-Line Emission During Solar Flares. S XVI, Ar XVIII: CL W

Fe XX - XXV: W

1463. Steinhaus, D. W.; Radziemski, L. J., Jr.; Cowan, R. D.; NASA Spec. Publ. NASA SP-236, 151-163 (1971). Current Status of the Analysis of the Optical Spectra of Uranium. U I: EL W AT

U II: EL IP

1464A. Gould, H.; Diss. Abstr. Int. B 31(6), 3613 (1970). Search for a Linear Stark Effect in Thallium; An Upper

Limit to the Electric Dipole Moment of the Thallium Atom.

Tl I: SE

1465. von Oppen, G.; Z. Phys. 248(1), 41-52 (1971). Stark-Effekt-Untersuchungen an Strontium durch Nachweis von A/x=l-level-crossing-Signalen mit

linearpolarisiertem Licht. Sr I: SE

1466. Lutz, O.; Nolle, A.; Uhl, A.; Z. Phys. 248(2), 159-161

(1971). The Hyperfine Structure Anomalies of

6? Ga,

6, Ga,

71„ 12 n 113, 1 IS T , 117m T Ua, t_ra, In, In, and In. Ga I, In I: Hfs

1467. Jones, M.; J. Phys. B 4(11), 1422-1439 (1971). Mutual Spin-Orbit and Spin-Spin Interactions in Atomic Structure Calculations. K VIII, Cr II, Fe VI, XV: OT

1468. Fawcett, B. C; J. Phys. B 4(11), 1577-1586 (1971). Classification of Fe XI to XV Emission Lines from

3s

2 3p° - 3s3p°

+I and 3p° - 3p° '3d Transitions and

Isoelectronic Spectra in Manganese, Chromium and Vanadium. V IX, X, Cr IX - XII: EL CL W

Mn X - XIV, Fe X - XV: EL CL W

1469. Wilson, R. G.; Eliezer, I.; J. Phys. B 4(10), 1255-1256

(1971). The Third-Order Hartree-Fock Energy for the ls2s

' S States of Helium-Like Ions. He I: AT

1470. Zandberg, E. Ya.; Kamenev, A. G.; Paleev, V. I.; Sov. Phys. - Tech. Phys. 16(5), 832-833 (1971). Determination of the Electron Affinity of Copper, Tin, and Lead by Surface Ionization.

Cu~, Sn", Pb": EL

1471. Kononov, E. Ya.; Koshelev, K. N.; Ryabtsev, A. N.; Opt.

Spectrosc. (USSR) 30(5), 534-536 (1971). Spectra of Multiply-Ionized Aluminum. II (Al IX, X,

XI). Al IX: EL ND CL W

Al X, XI: EL CL W

1472A. Shafer, J. H.; Diss. Abstr. Int. B 31(6), 3642 (1970). An Optical Heterodyne Measurement of Xenon Isotope

Shifts. Xe I: IS

1473. Neufeld, L. W.; Thesis, Kansas State Univ., 133 pp.

(1970). An Analysis of the Arc and Spark Spectrum of Scandium.

Sc I: EL CL W ZE IP Sc II: EL CL W ZE

1474. Freeman, F. F.; Gabriel, A. H.; Jones, B. B.; Jordan, C;

Phil. Trans. Roy. Soc. London, Ser. A 270(1202), 127-133 (1971). Helium-like Ion Forbidden Line Emission, and Solar Active Regions. C V, N VI, O VII: W

1475. Glass-Maujean, M.; Descoubes, J. P.; C. R. H. Acad.

Sci., Ser. B 273(16), 721-724 (1971). Observation d"'anticroisements" sur les niveaux n=3 de

l'hydrogene.

H I: QF

1476. Swartz, M.; Kastner, S.; Rothe, E.; Neupert, W.; J. Phys. B 4(12), 1747-1768 (1971). Soft X Ray Spectra of Cr, Mn, Fe, Co, Ni, Cu;

Classifications in Ne I, F I, O I, N I, and C I Isoelectronic Sequences. Cr XV - XIX, XXIII, XXIV: EL CL W OT

Mn XVI - XX, Fe XV, XVII - XXI: EL CL W OT

Co XVI, XVIII - XXII: EL CL W OT

Ni XIX - XXIII: EL CL W OT

Ni XVII: OT

Cu XVIII, XX - XXIV: EL CL W OT

1477. Landais, J.; Opt. Commun. 3(6), 429-433 (1971).

Structure hyperfine des raies 6

3 P2 - 6 D de '"Hg.

Hg I: Hfs

54
3. Bibliography Ordered by Reference Numbers — Continued

1478. Beer, H.; Ann. Phys. (Leipzig) 27(1), 110-118 (1971). Lebensdauer und Hyperfeinstrukturaufspaltung der Terme 4d5s5p y

2 D3/2,s/2 un d 4d5s5p y

2 F5/27/2 im

Yttrium I Spektrum.

Y I: ZE Hfs

1479. Chaghtai, M. S. Z.; Ali, Z.; Indian J. Phys. 44(6), 330-335

(1970). Ionization Potentials and Rydberg Series in Kr I Sequence.

Zr V, Nb VI, Mo VII: IP

1480. Li, H.; Andrew, K. L.; J. Opt. Soc. Amer. 62(2), 255-260

(1972). Zeeman Effect of As II. As II: EL ZE

1481. Goldsmith, S.; Feldman, U.; Crooker, A.; Cohen, L.; J. Opt. Soc. Amer. 62(2), 260-264 (1972). Carbon-Like Spectra of Sc XVI, Ti XVII, and V XVIII

in the Range 16-22 A. N II - Al VIII, S XI: OT

CI XII, Ar XIII, Sc XVI, Ti XVII: EL CL W OT

V XVIII: EL CL W OT

1482. Hannaford, P.; J. Opt. Soc. Amer. 62(2), 265-272 (1972). Contribution of Hyperfine Structure to the Measured

Widths of Gold Hollow-Cathode Lines. Au I: Hfs

1483. Reader, J.; Epstein, G. L.; Ekberg, J. O.; J. Opt. Soc. Amer. 62(2), 273-284 (1972). Spectra of Rb II, Sr III, Y IV, Zr V, Nb VI, and Mo

VII in the Vacuum Ultraviolet. S VII: ND

Rb II, Sr III, Y IV, Zr V: EL CL W IP Nb VI, Mo VII: EL CL W IP

Zr VI: CL

1484. Williams, M. D.; J. Opt. Soc. Amer. 62(2), 295-296

(1972). Extreme—Ultraviolet Aluminum Spectra Emitted from a Laser-Produced Plasma.

Al IX, XI: CL W

1485. Perkins, J. F.; Phys. Rev. A 5(2), 514-516 (1972).

Calculation of Some Excited

2 S States of Lithium in Hylleraas Coordinates.

Li I: OT

1486. Zilitis, V. A.; Opt. Spectrosc. (USSR) 31(2), 86-90 (1971). Semiempirical Calculation of Oscillator Strengths for Cadmium Atom. Cd I: AT

1487. Prior, M. H.; Johnson, C. E.; Phys. Rev. A 5(2), 550-556

(1972).

gj Values of the 5d[7/2]43 and 5d[3/2]2 States in Xe and

Hyperfine Structure of the 5d[7/2]4 State in

129 Xe. Xe I: ZE Hfs

1488. Baird, J. C; Brandenberger, J.; Gondaira, K. I.; Metcalf,

H.; Phys. Rev. A 5(2), 564-587 (1972). Determination of the Atomic— Hydrogen Fine Structure by Level Crossing in the 2P States of Hydrogen, a Measurement of the Fine— Structure Constant. H I: EL

1489. Miller, T. A.; Freund, R. S.; Phys. Rev. A 5(2), 588-591

(1972). Fine Structure and Diamagnetic Zeeman Effect in He.

II. Measurements in the 4

3 P and 53 P States. He I: EL

1490. Puric, J.; Konjevic, N.; Platisa, M.; Labat, J.; Phys. Lett. 37A(5), 425-426 (1971). Stark Shifts of CI I and CI II Lines. CI I, II: SE

1491. Connerade, J. P.; Solar Phys. 21(1), 40-41 (1971). On the Accuracy of Hartree-Fock Theoretical Wavelengths in the XUV.

Al IV - Ca XI: AT

1492. Cahuzac, Ph.; J. Phys. (Paris) 32(7), 499-505 (1971). Raies laser infrarouges dans les vapeurs de terres rares

et d'alcalino-terreux. Sr I, Ba I, Sm I, Tm I: W

Yb I: IS

1493. Kalinin, S. K.; Mukhtarov, S. M.; Perevertun, V. M.; Primen, Plazmatrona Spektrosk., Mater. Vses. Simp. 136-140 (1968) (Pub. 1970). Separation of Spectral Lines According to Atom

Ionization States. Cu IV, V, VI: W

1494. Feneuille, S.; Koenig, E.; C. R. H. Acad. Sci., Ser. B

2 74(1), 46-49 (1972). Determination theorique des durees de vie des niveaux

2

3 Sj et 2

3 P2 du spectre de A

I6+

. Ar XVII: OT

1495. Bolduc, E.; Quemener, J. J.; Marmet, P.; Can. J. Phys.

49(24), 3095-3098 (1971).

Electron-Impact Excitation of 3s3p6 nl States of Ar. Ar", Arl: EL

1496A. Mader, D. L.; Diss. Abstr. Int. B 31(3), 1451 (1970). A Fine Structure Measurement in Ionized Helium. He II: EL QF

1497A. Kaufman, R. L.; Diss. Abstr. Int. B 31(3), 1450 (1970). The Measurement of the Stark Effect in Rubidium

Atoms. Rb I: SE

1498A. Vorburger, T. V.; Diss. Abstr. Int. B 31(3), 1453 (1970). Redetermination of the Fine Structure Constant by

Microwave Transitions in H, n=2. H I: EL

1499A. Chuckrow, R.; Diss. Abstr. Int. B 31(3), 1496 (1970).

Hyperfine Structure and Isotope Shift of 30-Year Bi

207

in the 3067— A Resonance Line.

Bi I: Hfs IS

1500. Tondello, G.; Astrophys. J. 172(3)(Pt. 1), 771-783 (1972). The Absorption Spectrum of S I in the Vacuum

Ultraviolet. S I: EL CL W IP

1501A. Jacobs, R. R.; Diss. Abstr. Int. B 31(3), 1449 (1970). Fine Structure Measurement of Singly Ionized Helium,

n=4. He II: EL QF

1502A. Ehrhardt, J. C; Diss. Abstr. Int. B 31(12)(Pt. 1), 7487

(1971). Analysis of the Atomic Spectrum of Gold. Ne II: EL CL W

Au I: EL CL W Hfs Au II: W Hfs Au III, IV: W

1503. Popov, V. S.; Sov. Phys. - JETP 33(4), 665-673 (1971). On the Properties of the Discrete Spectrum for Z Close

to 137. Trans Lr Elements: OT

55
3. Bibliography Ordered by Reference Numbers — Continued

1504. Djeu, N.; Powell, F. X.; IEEE J. Quantum Electron. 7(11), 537-538 (1971). More Infrared Laser Transitions in Atomic Iodine. II: CL W

1505. Humphreys, C. J.; Paul, E., Jr.; J. Opt. Soc. Amer. 62(3), 432-439 (1972).

First Spectra of Chlorine, Bromine, and Iodine in the 1.8-4.0-/zm Region.

CI I, Br I, II: CL W

1506. Kessler, E. G., Jr.; Roesler, F. L.; J. Opt. Soc. Amer.

62(3), 440-446 (1972). Characteristics of the He II n=4-5 (10 124 A) and n=4-

6 (6560 A) Line Complexes in a Low-Temperature

Hollow Cathode. He II: EL Hfs IS

1507. Reader, J.; Ekberg, J. O.; J. Opt. Soc. Amer. 62(3), 464

(1972). Resonance Lines of Ce V and Ce VI. Ce V, VI: EL CL W

1508. Curtis, L. J.; Martinson, I.; Buchta, R.; Phys. Scr. 3(5), 197-202 (1971). Lifetimes of Excited Levels in P I - P V. P IV: CL W

1509. Garstang, R. H.; Odabasi, H.; Topics in Modern Physics, W. E. Brittin and H. Odabasi, Editors, pp. 261-286

(Colorado Associated Univ. Press, Boulder, 1971). Intermediate Coupling Line Strengths for the 4s-4p and 4p-3d Transitions in Ar II. Ar II: PT

1510. Copland, G. M.; Newman, D. J.; Taylor, C. D.; J. Phys. B

4(12), 1605-1610 (1971). Configuration Interaction in Rare Earth Ions: III. Trees

Parameters for Pr

2+ and Pr

3+

. Pr III, IV: AT

1511. Dickie, L. O.; Kelly, F. M.; Can. J. Phys. 49(18), 2376-

2378 (1971). Hyperfine Structure in Excited Levels of the Arc Spectrum of Bismuth.

Bi I: Hfs

1512. Arditi, M.; Cerez, P.; C. R. H. Acad. Sci., Ser. B 274(1), 43-45 (1972). Mesure de l'ecart hyperfin du rubidium 87 a l'aide d'un

resonateur a jet atomique pompe optiquement.

Rb I: Hfs

1513. Hadijuana, J.; Zimmermann, D.; Phys. Lett. 37A(2), 107-

108 (1971). Stark-Effect Investigation of the Hyperfine Structure of

the 4

2 P3/2 -State of Sodium. Na I: SE

1514. Huet, M.; C. R. H. Acad. Sci., Ser. B 274(3), 171-173

(1972). Mesure des facteurs de Lande des niveaux 6s7s S, de

l'atome de mercure et 5s6s

3 Sj de l'atome de cadmium.

Cd I, Hg I: ZE

1515. Gobel, L. H.; Z. Naturforsch. A 26(10), 1559-1562 (1971). Zur Fein- und Hyperfeinstruktur von Lu I. Lu I: Hfs

1516. Walker, T. E. H.; Int. J. Mass Spectrom. Ion Phys. 6, 67-

76 (1971). Relativistic Contributions to the Ionization Potentials of Core Electrons. Cu I, II, III: AT

Cl",ArI, K II: AT

1517. Merzyn, G.; Z. Phys. 249(1), 78-90 (1971). Zeeman-Effekt im Grundzustand von atomarem

Kohlenstoff. C I: AT

1518. Eibofner, A.; Z. Phys. 2 49(1), 58-72 (1971). Bestimmung der P3/2 -D3/2 -Aufspaltung und Nachweis

von crossing-Signalen im Zustand n=3 von

ionisiertem Helium. He II: EL

1519. Guelachvili, G.; Landais, J.; C. R. H. Acad. Sci., Ser. B

273(13), 541-544 (1971). Utilisation de la spectrometrie par transformee de

Fourier pour la determination des structures

hyperfines des niveaux 6s6d

3 D3 ; 5d9 6s2 6p3 F4

; 6s5f

3 F4 ; 6s5f

3 F3

; 6s5f

3 F2

; 6s5f 'F3 de 199 Hg. Hg I: Hfs

1520. Pollack, S. P.; Wong, E. Y.; Amer. J. Phys. 39(11), 1388-

1389 (1971). Experiments on Hyperfine Structure in Optical

Spectroscopy.

Tl I: Hfs

1521. Beyer, H. J.; Kleinpoppen, H.; J. Phys. B 5(2), L12-L15

(1972).

Fine Structure Measurement in He , n=4. II. Intervals S-D and Lamb Shift P 3/2 -D3/2 . He II: EL QF

1522. Beyer, H. J.; Kleinpoppen, H.; J. Phys. B 4(12), L129-

L132 (1971).

Fine Structure Measurement in He+

, n=4. I. Intervals S-F. He II: EL

1523A. Brooks, N. H.; Diss. Abstr. Int. B 32(3), 1799 (1971). A Study of Perturbations in the AI II Spectrum Based

on Absolute Intensity Measurements in the Vacuum

UV.

Al II: ND CL

1524. King, P. W.; Learner, R. C. M.; Proc. Roy. Soc. London,

Ser. A 323, 431-442 (1971). The Application of the Zeeman Effect to the Precise Measurement of Pulsed Magnetic Fields. Hg I: ZE

1525. Church, D. A.; Druetta, M.; Liu, C. H.; Phys. Rev. Lett. 27(26), 1763-1765 (1971). Hanle-Effect Mean-Life Measurements on Aligned

Fast Ions. Ar II, III: ZE

1526. Codling, K.; Madden, R. P.; J. Res. Nat. Bur. Stand. (U.S.) 76A(1), 1-12 (1972). The Absorption Spectra of Krypton and Xenon in the Wavelength Range 330-600 A. Kr I, Xe I: EL CL W

Kr II, Xe II: EL

56
3. Bibliography Ordered by Reference Numbers — Continued

1527A. Hughes, W. M.; Major, F. G.; Bull. Amer. Phys. Soc.

17(4), 475 (1972). Observation of Transverse Optical Pumping of

Hyperfine Substate Populations in Rb87

. Rb I: Hfs

1528A. Chen, S. S.; McColm, D. W.; Bull. Amer. Phys. Soc.

17(4), 475 (1972). Calculation of Volume Contributions to Optical Isotope

Shifts in the Lead Region.

Pb I: IS 1529A. Gibbs, H. M.; Churchill, G. G.; Bull. Amer. Phys. Soc.

17(4), 475 (1972). The ^Rb-^Rb Isotope Shift Measurement in the Dj

Line. Rb I: Hfs IS 1530A. Chang, S.; Tai, C; Happer, W.; Gupta, R.; Bull. Amer.

Phys. Soc. 17(4), 475-476 (1972). Cascade—Decoupling Measurements of the Hyperfine

Structure of the 5

2 D3/2 State of Rb85 and Rb87

. Rb I: Hfs

1531A. Gupta, R.; Chang, S.; Happer, W.; Bull. Amer. Phys.

Soc. 17(4), 476 (1972).

Radio Frequency Spectroscopy in the 7

2 S I/2 State of Rb85 and Rb87

. Rb I: Hfs

1532A. Woodworth, J. R.; Moos, H. W.; Bull. Amer. Phys. Soc.

17(4), 176 (1972).

Observation of the Forbidden 2

3 S to 1 'S Transition in Neutral Helium. He I: CL W

1533. Brown, R. T.; Cortez, J. L. M.; Astrophys. J. 176(l)(Pt.

1), 267-270 (1972). Oscillator Strengths for Allowed nd-n'f Transitions in the Helium Isoelectronic Sequence. He I: OT

1534A. Missavage, D. W.; Manson, S. T.; Bull. Amer. Phys.

Soc. 17(4), 597 (1972). Photoionization of the 2s and 2p Subshells of Positive Ions of Atomic Oxygen.

O I - VI: AT

1535. Tudorache, St.; Popescu, I. M.; Mihailescu, I. N.; Rev. Roum. Phys. 16(9), 961-967 (1971). Croisement des sous-niveaux atomiques dans l'etat 3

2 P3/2 du sodium, A et B etant des parametres. Na I: Hfs

1536. Wendin, G.; J. Phys. B 5(1), 110-132 (1972). Collective Effects in Atomic Photoabsorption Spectra II.

5p

6 Shell in Xe. Xe I: OT

1537A. Brown, R. T.; Bull. Amer. Phys. Soc. 17(4), 597 (1972). Incoherent Scattering Function for Atomic Carbon. C I: AT OT

1538A. Chung, K. T.; Chen, I. H.; Bull. Amer. Phys. Soc.

1 7(4), 622 (1972). P Resonance States of Electron-Hydrogen -He +

Systems. He I: OT

1539. Malli, G.; Saxena, K. M. S.; Proc. Int. Symp. Theory

Electronic Shells Atoms Molecules, pp. 65-72

(Vilnius, Lithuanian SSR, USSR, June 1969). Intra-Atomic Magnetic Interactions in Many-Electron

Systems: Spin-Spin Interaction in f 4 Electron

Configurations.

Nd I, Dy I, Ho IV: AT

1540. Saxena, K. M. S.; Malli, G.; Int. J. Quantum Chem.,

Symp. No. 5, 619-630 (1971). Spin-Other-Orbit and Spin-Orbit Splitting Factors for

i Electron Configurations.

Sm I, III, Eu IV, Gd I, III, Tb IV: AT

1541. Saxena, K. M. S.; Malli, G.; Int. J. Quantum Chem.,

Symp. No. 5, 631-642 (1971).

Spin-Other-Orbit Splitting Factors for f

? Electron

Configurations. Eu I, III, Gd IV: AT

1542. Saxena, K. M. S.; Malli, G.; Int. J. Quantum Chem.,

Symp. No. 5, 613-618 (1971).

Spin— Spin Splitting Factors for f

? Electron

Configurations. Eu I, III, Gd IV: AT

1543. Malli, G.; Saxena, K. M. S.; Int. J. Quantum Chem.,

Symp. No. 5, 605-612 (1971). Spin-Spin Splitting Factors for f6 Electron

Configurations.

Sm I, III, Eu IV, Gd I, III, Tb IV: AT

1544. Fricke, B.; Waber, J. T.; J. Chem. Phys. 56(7), 3246-3248

(1972). Atomic and Ionic Radii of Superheavy Elements. Trans Lr Elements: AT

1545. Marmet, P.; Bolduc, E.; Quemener, J. J.; J. Chem. Phys.

56(7), 3463-3468 (1972). Autoionizing and Negative Ion States of Xe and Kr

below the

2 P 1 /2 Limits. Kr", Xe": EL CL W

1546. Fricke, B.; Waber, J. T.; J. Chem. Phys. 56(7), 3726-3727

(1972). Atomic Ground State Configurations of the Elements E159 and E160. Trans Lr Elements: AT

1547. Ballik, E. A.; Can. J. Phys. 50(1), 47-51 (1972). Gain Method for the Measurement of Isotope Shift. Ne I: IS

1548. Klinkenberg, P. F. A.; Physica (Utrecht) 57(4), 594-615

(1972). Structure of the Spectrum of Neutral Terbium, Tb I.

Part VI: The Sextet System of 4f

8

(

7 F)5d6s2

. Tb I: EL CL W ZE

1549. Beyer, H. J.; Kleinpoppen, H.; Woolsey, J. M.; Phys. Rev.

Lett. 28(5), 263-265 (1972).

Cascading Anticrossings from n=5 He +

. He II: EL

1550. Wing, W. H.; Lamb, W. E., Jr.; Phys. Rev. Lett. 28(5), 265-268 (1972). Microwave-Optical Determination of Rydberg— State

Fine Structure: The 7

! D-7F Intervals in He4

. He I: EL

57
3. Bibliography Ordered by Reference Numbers — Continued

1551. Assous, R.; J. Opt. Soc. Amer. 62(4), 544-547 (1972). Autoionized Lines in Arc Spectra of Lead and Bismuth. Pb I, Bi I: CL W

1552. Ross, J. S.; J. Opt. Soc. Amer. 62(4), 548-554 (1972). Isotope Shifts in the Spectra of Dy I and Er I. Dy I, Er I: IS

1553. Sugar, J.; Kaufman, V.; J. Opt. Soc. Amer. 62(4), 562-

570 (1972). Fourth Spectrum of Lutetium. Lu IV: EL CL W IP PT

Lu V: EL PT

Ce IV - Lu IV: PT

Ce V - Lu V: PT

1554. Griffin, D. C; Ross, J. S.; Cowan, R. D.; J. Opt. Soc. Amer. 62(4), 571-579 (1972).

Configurations 4f'°6s6p and 4f

9 5d6s 2 in Neutral Dysprosium.

Dy I: ND IS PT

1555. Safronova, U. I.; Ivanova, A. N.; Rabinkina, N. V.; Opt.

Spectrosc. (USSR) 31(4), 266-269 (1971).

Calculation of Energies of ls

2 2s2 2pk -ls2 2s2pk+1 -ls2 -

ls

2 2pk+2 Transitions for S IX — S XII. S IX - S XII: AT

1556. Schmieder, R. W.; Amer. J. Phys. 40(2), 297-311 (1972). Matrix Elements of the Quadratic Stark Effect on Atoms with Hyperfine Structure.

Li I, Cs I: SE

1557. Mellichamp, J. W.; Vezzoli, G. C; Appl. Spectrosc. 26(1), 105-106 (1972). Arc Spectral Lines of Selenium and Tellurium. Se I, Te I: W

1558. Ekberg, J. O.; Phys. Scr. 4(3), 101-109 (1971). Analyses of the Mg I-like Spectra K VIII, Ca IX, Sc X

and Ti XL

P IV: EL ND IP S V, CI VI, Ar VII, V XII, Cr XIII, Mn XIV: IP Fe XV: IP K VIII, Ca IX, Sc X, Ti XI: EL CL W IP

1559. Svensson, L. A.; Phys. Scr. 4(3), 111-112 (1971). The Transitions 3s

2 3pk - 3s3p k+1 of Ti VI and Ti VII. Ti VI, VII: EL CL W

CI I - Ni XII: OT

1560. Andersen, N.; Bickel, W. S.; Carriveau, G. W.; Jensen,

K.; Veje, E.; Phys. Scr. 4(3), 113-114 (1971).

Additions to the Spectra Li 1°, Li I b and Li II*. Li I, II: EL CL W

1561A. Morrison, J. C; 3rd Int. Transplutonium Element Symp.

Abstracts, Argonne Nat. Lab. 7 (Oct. 1971). Electronic Structure of the Heavy Elements. Pr IV, Pu IV: AT

1562A. Worden, E. F.; Gutmacher, R. G.; Lougheed, R. W.; Conway, J. G.; 3rd Int. Transplutonium Element Symp. Abstracts, Argonne Nat. Lab. 7 (Oct. 1971). Atomic Spectroscopy of Transplutonium Elements. Cm I, II, Bk I, II, Cf I, II, Es II: EL

1563A. Conway, J. G.; Worden, E. F.; 3rd Int. Transplutonium Element Symp. Abstracts, Argonne Nat. Lab. 8 (Oct.

1971). Determination of Electronic Configuration and

Calculations of Levels in Curium. Cm I: EL IP

58

1564. Spector, N.; Gotthelf, U.; Opt. Pura Apl. (Spain) 3(2), 98-

103 (1970). Configuration Interaction in Singly Ionized Lanthanum

(La II). La II: ND PT

1565A. Smith, R. L.; Diss. Abstr. Int. B 32(1), 473 (1971).

Level-Crossing Signals in the 3

2 D Term of Lithium.

Li I: EL Hfs

1566. Golebiewski, A.; Mrozek, J.; Acta Phys. Pol. A40(5), 699-

704 (1971). Analytic Approach to the Herman and Skillman Theory

of Atoms. C I, Ca I, Cu II, Xe I: AT

1567. Tudorache, St.; Popescu, I. M.; Studii Si Cere. Fiz. 23(10), 1139-1147 (1971). Determinarea Constantelor Structurii Hiperfine a Starii

3

2 P3/2 - Na23 Prin Metoda Intersectiei de Nivele. Na I: Hfs

1568. Jackson, D. A.; Coulombe, M. C; Proc. Roy. Soc. London, Ser. A 327(1569), 137-145 (1972). Hyperfine Structure in the Arc Spectrum of Xenon. Xe I: Hfs

1569. Lee, A. R.; Liesegang, J.; Lett. Nuovo Cimento 3(5), 175-

178 (1972). The Lamb Shift as a Consequence of the Finite Size of the Electron. H I: QF

1570. Wilson, M.; J. Phys. B 5(2), 218-228 (1972). Ab Initio Calculation of Core Relaxation and Screening

Effects on |<W0)| for S m and Eu. Sm I - IV, Eu I - IV: AT

1571. Stasiukaitis, V. J.; Jucys, A. P.; Liet. Fiz. Rinkinys 11(4), 573-579 (1971). Application of the Extended Method of Calculation for Calculating the Fine Structure of Iron Group Atoms

and Ions. Ti II, Cr IV, Mn IV, Fe II, III: AT OT

1572. Matulaityte, A. V.; Kupliauskis, Z. J.; Jucys, A. P.; Liet.

Fiz. Rinkinys 11(4), 565-571 (1971). Application of the Non-Orthogonal Radial Orbitals to the Normal Configuration of the ManganeseType

Atoms. Mg I, Al II, Si III: AT OT

1573. Sabas, K.; Baltrusaitis, S.; Kupliauskis, Z.; Jucys, A.;

Liet. Fiz. Rinkinys 11(6), 937-948 (1971). Application of the Non-Orthogonal Radial Orbitals to

the Configuration ls

2 2s2 2pN 3p of the Atomic

Electrons. Na I, Mg II, Al III: OT

1574. Fricke, B.; Desclaux, J. P.; Waber, J. T.; Phys. Rev. Lett. 28(12), 714-716 (1972). Precise Calculations of Atomic Electron Binding

Energies in Fermium.

Fm I: AT

1575. Kernahan, J. A.; Denis, A.; Drouin, R.; Phys. Scr. 4(1-2), 49-51 (1971). Beam-Foil Studies of Neon Below 1000 A. Ne VI: EL CL W

1576. Jankowski, K.; Malli, G.; Maysilles, J. H.; J. Chem. Phys.

56(9), 4546-4555 (1972).

Pair Correlation Effects for t Electrons.

Ti III, V IV, Cr V: AT
3. Bibliography Ordered by Reference Numbers — Continued

1577. Reader, J.; Epstein, G. L.; J. Opt. Soc. Amer. 62(5), 619-

622 (1972). Analysis of the Spectrum of Quadruply Ionized Yttrium

(Y V). Y V: EL CL W IP PT AT

1578. Buchet, J. P.; Poulizac, M. C; Carre, M.; J. Opt. Soc. Amer. 62(5), 623-626 (1972). Beam-Foil Study of Nitrogen in the Vacuum

Ultraviolet. N II - V: CL W

1579. Seaton, M. J.; Wilson, P. M. H.; J. Phys. B 5(1), L1-L3

(1972). A Frozen Cores Approximation for Atomic Structure

Calculations. C III: OT

1580. Kaul, R. D.; Latshaw, W. S.; J. Opt. Soc. Amer. 62(5), 615-618 (1972).

Stark Shift in the 6s6p

3 P, State of Mercury.

Hg I: SE

1581. Connerade, J. P.; Astrophys. J. 172(l)(Pt. 1), 213-227

(1972). The Absorption Spectrum of Tl I in the Vacuum

Ultraviolet. Tl I: EL CL W IP PT

1582. Saxena, K. M. S.; Phys. Rev. A 5(4), 1619-1620 (1972). Accurate Numerical Hartree— Fock Self-Consistent

Field Wave Functions for Ce3+

, La

2+

, Yb3+, Tm2+, and Yb2+

. La III, Ce IV, Tm III, Yb III, IV: AT

1583. Temkin, A.; Bhatia, A. K.; Bardsley, J. N.; Phys. Rev. A

5(4), 1663-1671 (1972). Resonance Quasi-Projection Operators: Calculation of

the

2 S Autoionization State of He . He": OT

1584. Buttgenbach, S.; Meisel, G.; Z. Phys. 250(1), 57-67

(1972). Atomic Beam Magnetic Resonance Investigations in the

3 F2 Ground State of

177 Hf,

I79 Hf and 180 Hf. Hf I: ZE Hfs

1585. Parkinson, J. H.; Nature (London), Phys. Sci. 236(66), 68-

70 (1972). Satellite Lines in the Solar X-ray Spectrum of Heliumlike Magnesium.

MgXI: EL CL W

1586. Bogdanovicius, P.; Vizbaraite, J.; Report Instit. Physics Math. Academy of Sciences Lithuanian SSR, 24 pp.

(1971) . On the Classification of the Energy Spectrum of Atoms

Having Configuration 3d3 4f. Ti I - Mn IV: AT OT

1587A. Ormonde, S.; Smith, K.; Torres, B. W.; Bull. Amer.

Phys. Soc. 17(5), 657 (1972). Multiconfiguration Calculations of Autodetaching States

in O".

O": AT

1588. Church, D. A.; Liu, C. H.; Phys. Rev. A 5(3), 1031-1036

(1972) . Measurements of g Factors by a Beam-Foil QuantumBeat Technique. Ar II, III: ZE

1589. Ducas, T. W.; Feld, M. S.; Ryan, L. W., Jr.; Skribanowitz, N.; Javan, A.; Phys. Rev. A 5(3), 1036-1043 (1972). Hyperfine Structure of Excited States and Quadrupole

Moment of Ne2

' Using Laser-Induced LineNarrowing Techniques.

Ne I: Hfs IS

1590. Mowat, J. R.; Phys. Rev. A 5(3), 1059-1062 (1972). Stark Effect in Alkali-Metal Ground-State Hyperfine

Structure.

Li I, Na I, K I, Rb I, Cs I: SE

1591. Sibincic, Z.; Phys. Rev. A 5(3), 1150-1159 (1972). Multiconfiguration Self— Consistent-Field Calculations

for Several States of Boron. B I: AT OT

1592. Marrus, R.; Schmieder, R. W.; Phys. Rev. A 5(3), 1160-

1173 (1972). Forbidden Decays of Hydrogenlike and Heliumlike Argon.

Si XIII, S XV, Ar XVII: EL

1593. Weiss, A. W.; Phys. Rev. A 6(4), 1261-1266 (1972).

Calculations of the 2sns S and 2p3p

3,1 P Levels of Be

I. Be I, II: ND CL OT

1594A. Lynch, D. J.; Diss. Abstr. Int. B 32(6), 3554 (1972). Observation of Fine Structure Interference Effects in Lyman-Beta Radiation from Beam-Foil Excited Hydrogen Atoms. H I: EL

1595A. Sawyer, W. H.; Diss. Abstr. Int. B 32(6), 3555 (1972). A Measurement of the Hyperfine Structure of the 2

2 P

Term of Li . Li I: EL Hfs

1596. Covey, R. L.; Davis, S. P.; Phys. Rev. C 5(4), 1397-1402

(1972).

Hyperfine Structure and Isomeric Shift of Hg1 "1". Hg I: Hfs IS

1597. Sugar, J.; Phys. Rev. B 5(5), 1785-1792 (1972). Potential— Barrier Effects in Photoabsorption. II. Interpretation of Photoabsorption Resonances in Lanthanide Metals of the 4d-Electron Threshold. La IV, Ce IV, Pr IV, Eu IV, Gd IV, Ho IV: PT

Er IV, Tm IV: PT

1598. Dehmer, J. L.; Starace, A. F.; Phys. Rev. B 5(5) 1792-

1796 (1972). Potential-Barrier Effects in Photoabsorption. III. Application to 4d-Shell Photoabsorption in Lanthanum.

La IV: AT

1599. Chaghtai, M. S. Z.; Ali, Z.; Yadav, H. K.; Ind. J. Phys.

45(1), 28-33 (1971). Y IV Transitions to the Ground Level. Y IV: EL CL W IP AT

1600. Kruger, H.; Lutz, O.; Nolle, A.; Uhl, A.; Z. Naturforsch. A 27(1), 173-174 (1972).

Hyperfine Structure Anomalies of

115 Sn, "7 Sn and

119 cSn. Sn I: Hfs

59
3. Bibliography Ordered by Reference Numbers — Continued

1601. Manalis, M. S.; Broida, H. P.; Spectrochim. Acta

26B(12), 721-731 (1971). Excitation of Neutral Atomic Nitrogen in a Helium

Afterglow.

N I: W

1602. Chung, K. T.; Chen, I.; Phys. Rev. Lett. 28(13), 783-786

(1972).

*P Autoionization States of He in the Elastic Scattering

Region.

He I: ND OT

1603. Chandramani, R.; Devaraj, N.; Ind. J. Phys. 45(4), 145-

148 (1971). Quadrupole Coupling Constants of

3 D2 , 3 D], and 'D 2 Levels of Pd

Pd I: Hfs

1604. Chantepie, M.; Barrat, M.; J. Phys. (Paris) 33(1), 59-64

(1972). Determination des structures hyperfines des etats de la

configuration (6s, 6d) de l'isotope 1W Hg.

Hg I: ZE Hfs

1605. Lindgren, I.; Int. J. Quantum Chem. 5(5), 411-420 (1971). A Statistical Exchange Approximation for Localized

Electrons. Ne I, Ar I, Cu II: AT

1606. Freedman, M. S.; Porter, F. T.; Mann, J. B.; Phys. Rev.

Lett. 28(12), 711-713 (1972). Experimental Inner— Electron Binding Energies in iooP"1 and Limits on Electrodynamic Nonlinearities. Fm I: AT

1607. Carillon, A.; Jamelot, G.; Sureau, A.; Jaegle, P.; Phys.

Lett. 38A(2), 91-92 (1972).

Autoionizing Series in the Al

3+ Ion Spectrum of a Laser-Produced Plasma.

Al IV: EL CL W

1608. Buchta, R.; Curtis, L. J.; Martinson, I.; Brzozowski, J.; Phys. Scr. 4(1-2), 55-59 (1971). Radiative Lifetimes in Sc I - Sc III. Sc II, HI: CL W

1609. Jordan, C; Solar Phys. 21, 381-391 (1971). The Identification of New Forbidden Coronal Lines in the Solar EUV Spectrum. Fe XII: CL W

1610. Edlen, B.; Phys. Rev. Lett. 28(15), 943-944 (1972). Second-Order Perturbation Term in Ionization Potentials of Three- to Ten-Electron Systems.

Li I - Ne I: OT

1611. Timsit, R. S.; May, A. D.; Can. J. Phys. 50(2), 67-72

(1972).

Structure of the 2

3 P - 2

3 S, Optical Transition of3 He: A Study by Emission and Absorption Spectroscopy. He I: Hfs

1612. Ariyama, M.; Mizuno, Y.; Sanematu, T.; J. Phys. Soc. Japan 32(2), 500-505 (1972). Variational Calculation of the Asymptotic Values of Quantum Defect for Helium. He I: AT

1613. Svanberg, S.; Belin, G.; Z. Phys. 251(1), 1-5 (1972). Redetermination of the Hyperfine Structure of the 6p

2 P3/2 Level in Cs 133 by the Zero Field Optical Double Resonance Method. Cs I: ZE Hfs

1614. Berry, H. G.; Pinnington, E. H.: Subtil, J. L.; J. Opt. Soc. Amer. 62(6), 767-771 (1972). Energies and Mean Lives of Doubly Excited Terms in Lithium.

Li I, II: EL CL W

1615. Hansch, T. W.; Shahin, I. S.; Schawlow, A. L.; Nature

(London), Phys. Sci. 235(56), 63-65 (1972). Optical Resolution of the Lamb Shift in Atomic Hydrogen by Laser Saturation Spectroscopy.

H I: EL QF

1616. Hambro, L.; Phys. Rev. A 5(5), 2027-2045 (1972). Second-Order Corrections to the Fine Structure of Helium. He I: OT

1617. Radziemski, L. J., Jr.; Kaufman, V.; J. Opt. Soc. Amer.

64(3), 366-389 (1974). Wavelengths, Energy Levels, and Analysis of the Second Spectrum of Chlorine (CI II). CI II: EL ND CL W IP PT AT

1618. Vizbaraite, J.; Kickin, I.; Rudzikas, Z.; Liet. Fiz. Rinkinys

1 1(6), 983-995 (1971). Theoretical Investigation of the Energy Spectra of Rare

Earth Elements Having Electronic Configurations

4f

2 6s and 4f3 6s. Pr III, Nd III, IV, Pm IV, V, Sm V: AT

1619. Kancerevicius, A.; Sadziuviene, S.; Liet. Fiz. Rinkinys

1 1(5), 769-778 (1971). Multiconfiguration Approximation for the Outer Shell of the Nitrogen-Like Atoms. N I, O II, Ne IV, Mg VI, Si VIII: OT

1620. Mihailescu, I. N.; Ciura, A. I.; Popescu, I. M.; Rev. Roum. Phys. 16(7), 805-809 (1971). Le calcul des parametres des croisements de niveaux

atomiques pour l'etat 5

2 P3/2 de Rb. Rb I: Hfs

1621. Wallenstein, R.; Z. Phys. 251(1), 57-70 (1972). Levelcrossing Experimente im Tm I-Spektrum.

Tm I: ZE Hfs

1622. Tull, C. E.; Jackson, M.; McEachran, R. P.; Cohen, M.; J. Quant. Spectrosc. Radiat. Transfer 12(5), 893-900

(1972). Electric Quadrupole Transitions in Fe XVI, Co XVII

and Ni XVIII. Fe XVI, Co XVII, Ni XVIII: AT

1623. Saxena, K. M. S.; Can. J. Phys. 50(7), 708-709 (1972). Accurate Numerical Hartree-Fock Self-ConsistentField Wave Functions for La

+

, Tm +

, and Yb +

. La II, Tm II, Yb II: AT

1624. Jankowski, K.; Malli, G.; Maysilles, J. H.; Int. J. Quantum

Chem., Symp. No. 5, 643-652 (1971). Effect of Electron Correlation on the Spin-Spin

Interaction in Many-Electron Atomic Systems.

Ti III, V IV, Cr V: AT

1625. Elton, R. C; Astrophys. J. 148(2)(Pt. 1), 573-578 (1967). Intercombination Line Oscillator Strengths in the Helium Isoelectronic Sequence.

O VII: CL W

1626. Hameed, S.; J. Phys. B 5(4), 746-760 (1972). Core Polarization Corrections to Oscillator Strengths and Singlet-Triplet Splittings in Alkaline Earth Atoms. Be I, Mg I, Ca I, Sr I, Ba I: AT

60
3. Bibliography Ordered by Reference Numbers — Continued

1627A. Douglas, M. H.; Diss. Abstr. Int. B 32(8), 4782 (1972). Quantum-Electrodynamical Corrections to the Fine

Structure of Helium. He I: OT

1628. Hese, A.; Z. Naturforsch. A 27(2), 188-191 (1972). Atom-gj-Faktoren und Lebensdauern der z

3 F-Terme

im Titan I-Spektrum.

Ti I: ZE

1629. Fricke, B.; Waber, J. T.; J. Chem. Phys. 57(1), 371-376

(1972). Model Calculations on the Influence of Quantum

Electrodynamical Effects on the Chemistry of Superheavy Elements. The Chemistry of Element

E184. Trans Lr Elements: AT

1630. Jaegle, P.; Carillon, A.; Dhez, P.; Jamelot, G.; Sureau, A.; Cukier, M.; Phys. Lett. 36A(3), 167-168 (1971). Experimental Evidence for the Possible Existence of a Stimulated Emission in the Extreme UV Range.

Al V: ND CL W

1631. Shadmi, Y.; Caspi, E.; J. Res. Nat. Bur. Stand. (U.S.) 76A(2), 125-136 (1972). Theoretical Investigation of the Odd Configurations of Ni II. Ni II: PT

1632. Ekstrom, C; Ingelman, S.; Wannberg, B.; Phys. Lett. 39B(2), 199-200 (1972). Nuclear Ground State Spin of

167 Lu. Lu I: Hfs

1633. Camus, P.; Sugar, J.; Phys. Scr. 4(6), 257-261 (1971). Etude theorique et interpretation des configurations

electroniques de Tm II. I. Configurations paires

4f

12 (5d+6s)2 + 4f13 6p. Tm II: EL ZE PT

1634. Camus, P.; Sugar, J.; Phys. Scr. 4(6), 263-268 (1971). Etude theorique et interpretation des configurations

electroniques de Tm II. II. Configurations impaires

elevees 4f

12 (5d+6s)6p et 4f13 7s. Tm II: EL ZE IP PT

1635. Klimchitskaya, G. L.; Labzovskii, L. N.; Opt. Spectrosc. (USSR) 31(1), 1-3 (1971). Calculation of Correlation Energy for a Many-Electron Atom in the Two-Body Approximation. Be I: OT

1636. Verges, J.; Corliss, C. H.; Martin, W. C; J. Res. Nat. Bur. Stand.(U.S-) 76A(3), 285-304 (1972). Infrared Spectra of Cerium (Ce I and Ce II) Between

0.8 and 2.4 p.

Ce I, II: CL W

1637. Camus, P.; J. Phys. (Paris) 33(2-3), 203-207 (1972).

Etude theorique des configurations impaires 4f'

3 5d6s et

4f

I2 6s

2 6p de Tm I. Tm I: EL ZE PT

1638. Camus, P.; Tomkins, F. S.; J. Phys. (Paris) 33(2-3), 197-

201 (1972). Absorption-Line Series in Lu I. Lu I: EL ND CL W IP

1639. Fawcett, B. C; Hayes, R. W.; J. Phys. B 5(2), 366-370

(1972). The Classification of Ni XI to XVII and Co X to XVII

Emission Lines from 3s

2 3p" - 3s3p°+1 and 3p° -

3p° 3d Transitions and the Identification of Nickel

Solar Lines. Co X, Ni XI: W

Co XI - XVII, Ni XII - XVII: EL CL W

1640. Pendlebury, J. M.; Ring, D. B.; J. Phys. B 5(2), 386-396

(1972). Ground State Hyperfine Structures and Nuclear

Quadrupole Moments of

,5 Mo and "Mo.

Mo I: ZE Hfs

1641. Taylor, H. S.; Thomas, L. D.; Phys. Rev. Lett. 28(17), 1091-1092 (1972).

Short-Lived Resonant State of H

H"~: AT

1642. Sellin, I. A.; Pegg, D. J.; Griffin, P. M.; Smith, W. W.;

Phys. Rev. Lett. 28(19), 1229-1232 (1972). Metastable Autoionizing States of Highly Excited Heavy

Ions. CI XV, Ar XVI: EL OT

1643. Zijlstra, W. G.; Henrichs, J. M.; van Voorst, J. D. W.; Chem. Phys. Lett. 13(3), 325-327 (1972). ESR Spectrum of Selenium Atoms in the Gas Phase

and Calculation of g-Values Including Configuration

Interaction Effects. Se I: ZE Hfs PT

Ge I, Sn I, Te I: PT

1644. Saxena, K. M S.; J. Phys. B 5(4), 766-767 (1972). Numerical Hartree-Fock Self-Consistent-Field

Wavefunctions for Pb4+. Pb V: AT

1645. Devine, K. R.; Stewart, A. L.; J. Phys. B 5(3), 432-437

(1972). A Perturbation Calculation on Helium. He I: AT

1646. Sheorey, V. B.; J. Phys. B 4(6), L44-L47 (1972). Quantum Defects for He I and Li II. He I, Li II: OT

1647. Bonn, J.; Huber, G.; Kluge, H. J.; Kugler, L.; Otten, E. W.; Phys. Lett. 38B(5), 308-311 (1972) Sudden Change in the Nuclear Charge Distribution of Very Light Mercury Isotopes. Hg I: Hfs IS

1648. Liberman, S.; J. Phys. (Paris) 32(11-12), 867-870 (1971). Etude experimentale de la structure hyperfine de raies laser infrarouges du xenon — 131. Interpretation

theorique. Xe I: Hfs

1649. Blaise, J.; Camus, P.; Guelachvili, G.; Verges, J.; Wyart,

J. F.; C. R. H. Acad. Sci., Ser. B 2 74, 1302-1304

(1972). Classification preliminaire du spectre d'arc de

l'holmium. Ho I: EL

1650. Druetta, M.; Datla, R. U.; Kunze, H. J.; Astrophys. J. 174(l)(Pt. 1), 215-217 (1972). Some Transitions of Ne VIII and Ar VIII Between

Levels of Principal Quantum Numbers 3, 4, and 5. Ne VIII, Ar VIII: EL CL W

61
3. Bibliography Ordered by Reference Numbers — Continued

1651. Luc, P.; Gerstenkorn, S.; Astron. Astrophys. 18(2), 209-

214 (1972). Etude en laboratoire des structures hyperfines des raies

du multiplet e

6 D - y6 P du manganese. I. Comparaison avec les structures de ce multiplet detectees dans le spectre solaire. Mn I: Hfs

1652A. Mader, D. L.; Novick, R.; Bull. Amer. Phys. Soc. 18(11), 1500 (1973). Complete Measurement of Fine and Hyperfine Structure

in the Helium Negative Ion.

He": EL

1653. Eidelsberg, M.; J. Phys. B 5(5), 1031-1037 (1972). The Term System of Be III. Be III: EL CL W IP OT

1654. McCavert, P.; Rudge, M. R. H.; J. Phys. B 5(4), 832-838

(1972). On the Identification of Some Lines Arising from Doubly Excited States of Helium. He I: CL OT

1655. Pasternak, A.; Goldschmidt, Z. B.; Phys. Rev. A 6(1), 55-

68 (1972). Spin-Dependent Interactions in the 3d

N Configurations

of the Third Spectra of the Iron Group.

Ti III, V III, Cr III, Mn III, Fe III: PT

Co III, Ni III: PT

1656. Blomquist, J.; Roos, B.; Sundbom, M.; J. Chem. Phys.

55(1), 141-145 (1971).

Interpretation of the

57 Fe Isomer Shift by Means of Atomic Hartree-Fock Calculations on a Number of Ionic States.

Fe"

2

, Fe"', Fe I - VI: AT

1657A. Fulop, G.; Liu, C. H.; Stroke, H. H.; Hyperfine

Interactions Excited Nucl., Proc. Conf. (Pub. 1971) 2, 511-512 (1970). Hyperfine Structure and Isotope Shift of Radioactive "3 Hg Detected by Optical Pumping Technique.

Hg I: Hfs IS

1658. Tweed, R. J.; J. Phys. B 5(4), 810-819 (1972). Correlated Wavefunctions for Helium-Like Atomic

Systems.

H", He I, Li II: OT

1659. Yabuzaki, T.; Tsukada, N.; Ogawa, T.; J. Phys. Soc. Jap.

32(4), 1069-1077 (1972). Modification of Atomic g-Factor by the Oscillating rf Field. Cs I: ZE

1660. Artru, M. C; Kaufman, V.; J. Opt. Soc. Amer. 62(8), 949-957 (1972). Analysis of the Spectrum of Triply Ionized Magnesium

(Mg IV). Mg IV: EL ND CL W IP PT AT

Na III, Al V, S VIII: EL ND

Si VI, P VII: ND

1661. Lucas, M. W.; Harrison, K. G.; J. Phys. B 5(2), L20-L22

(1972). Beam Foil Auger Spectroscopy. N II: EL

1662. Gabriel, A. H.; Paget, T. M.; J. Phys. B 5(3), 673-685

(1972). Measurement and Interpretation of Dielectronic Recombination Satellite Line Intensities. O VI: EL CL W

1663. Fraenkel, B. S.; Schwob, J. L.: Phys. Lett. 40A(1), 83-85

(1972). X-Ray Spectra of Highly Ionised Iron and Nickel Atoms.

Fe XVIII: EL CL W

1664. Soil, G.; KoUar, J.; J. Phys. B 5(6), 124-128 (1972). Approximate Analytical Wavefunctions for the Iron Group Elements. Cu II: OT

1665. Hansen, J. E.; J. Phys. B 5(6), 1083-1095 (1972). Hartree-Fock Predictions of the 'P Term in the p

S d Configurations of the Spectra in the Ar I and Kr I Isoelectronic Sequences. K II, Ca III, Rb II, Sr III, Y IV: AT

1666. Hansen, J. E.; J. Phys. B 5(6), 1096-1100 (1972). Hartree-Fock Calculations for the 4d

? 5s2 5p6 4f Configuration in La IV. La IV: AT

1667. Holoien, E.; Midtdal, J.; J. Phys. B 5(6), 1111-1119 (1972). Application of the Multiconfiguration Energy Bound

Method to the Feshbach-type 1,3 P

e Autoionization

States of He. He I: OT

1668. Oberoi, R. S.; J. Phys. B 5(6), 1120-1125 (1972). Auto-ionization States of Two Electron Atoms.

H", He I: OT

1669. Fawcelt, B. C; Cowan, R. D.; Kononov, E. Y.; Hayes, R. W.; J. Phys. B 5(6), 1255-1269 (1972). The Classification of Transitions Between Levels of Principal Quantum Numbers 3 and 4 in Fe IX to XVI

and Mn VIII to XV. V XI - XIII, Cr XII - XIV: EL CL W

Mn IX - XV: EL CL W

Fe IX: W

Fe X - XIV: EL CL W AT

Fe XV, XVI: EL CL W

1670. Morrison, C. A.; Wortman, D. E.; U.S. Nat. Tech. Inform.

Serv., AD Rep. No. 735319, 29 pp. (1971). Free-Ion Energy Levels of Triply Ionized Thulium

Including the Spin-Spin, Orbit-Orbit, and SpinOther Orbit Interactions. Tm IV: AT OT

1671 A. Meijer, F. G.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 3 (1972). A Preliminary Analysis of Ta V. Ta V: EL CL W IP

1672A. Palenius, H. P.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 4 (1972). Spectrum of Three Times Ionized Fluorine, F IV. F IV: EL CL W

1673A. Svensson, L. A.; Lofstrand, B.; 4th Conf. European

Group Atomic Spectroscopy, Amsterdam, Abstr. No.

5 (1972). The Hollow Spark as a Light Source for Be III. Be III: EL CL W

62
3. Bibliography Ordered by Reference Numbers — Continued

1674A. Artru, M. C; Brillet, L.; Kaufman, V.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 6 (1972). Recent Investigation on Al IV Spectrum.

Al IV: EL CL W

1675A. Pettersson, S. G.; Bockasten, K.; 4th Conf. European

Group Atomic Spectroscopy, Amsterdam, Abstr. No.

7 (1972). Extended Analysis of O III. O III: EL CL W

1676A. Hansen, J. E.; Persson, W.; Valind, S.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 8 (1972). On the Spectrum of Sr IV. Sr IV: EL CL W PT AT

1677A. Hansen, J. E.; Persson, W.; Valind, S.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 9 (1972). On the Spectrum of Rb III. Rb III: EL CL W PT

1678A. Blaise, J.; Verges, J.; Wyart, J. F.; Delouis, H.; Fred, M.; Tomkins, F. S.; 4th Conf. European Group

Atomic Spectroscopy, Amsterdam, Abstr. No. 10

(1972) . Preliminary Term Analysis of the Arc Spectrum of Neptunium.

Np I: EL CL W ZE Hfs PT

1679. Connerade, J. P.; Mansfield, M. W. D.; Proc. Roy. Soc. London, Ser. A 339, 533-537 (1974). Structure in the Zn I Absorption Spectrum Associated

with the Excitation of the 3s

2 Subshell. Zn I: EL CL W

1680. Schmieder, R. W.; Phys. Rev. A 7(5), 1458-1468 (1973). Double- and Triply-Photon Decay of Metastable P0 Atomic States. P XII: OT

1681. Mukhtarov, S. M.; Zh. Prikl. Spektrosk. 18(1), 133-135

(1973) . Determination of the Assignment of Lines of Elements

to Different Atomic Ionization States. Fe I - III: W

1682A. Morrison, J. C; Lindgren, I.; 4th Conf. European Group

Atomic Spectroscopy, Amsterdam, Abstr. No. 14

(1972). Effect of Core Polarization upon the Hyperfine

Structure of K. K I: Hfs

1683A. Hansen, J. E.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 15 (1972). On the Single Configuration Approximation to the 2p

5 np

and 2p

4 np Configurations. Ne I, Na II, Mg III: AT

1684A. Luc-Koenig, E.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 16 (1972). Evaluation a priori des effets relativistes sur la structure atomique dans l'approximation du champ central. Xe I, Cs I: Hfs

1685A. Pelletier-Allard, N.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 17 (1972). Determination theorique des durees de vie de certains niveaux du Cadmium I. Cd I: PT

1686. Connerade, J. P.; Proc. Roy. Soc. London, Ser. A 339,

127-132 (1974). Magnetic Effects at High Quantum Numbers.

Ba I: ZE

1687. Heinicke, E.; Kaiser, H. J.; Rackwitz, R.; Feldman, D.; Phys. Lett. 50A(4), 265-266 (1974). Photodetachment of Negative Calcium Ions.

Ca~: EL

1688A. Bauche, J.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 20 (1972). Ab Initio Evaluation of Specific Mass Shifts in Atoms. Mg I, Ce I, Nd I, Sm I: IS 1689A. Berry, H. G.; Subtil, J. L.; Pinnington, E. H.; Andra, J.; 4th Conf. European Group Atomic Spectroscopy,

Amsterdam, Abstr. No. 27 (1972).

Hyperfine Structure of

6,7 Li II. Li II: Hfs

1690A. Pinnington, E. H.; Desesquelles, J.; Berry, H. G.; Subtil,

J. L.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 28 (1972). Fine Structure of He II and Li III by Electric Field Induced Modulated Intensity Decays. He II, Li III: OT

1691A. Gaillard, M. L.; Carre, M.; 4th Conf. European Group

Atomic Spectroscopy, Amsterdam, Abstr. No. 29

(1972). g— Value Measurements in

6 Li II. Li II, Na II: ZE

1692A. Rosen, A.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 37 (1972). Hyperfine Structure Analysis for the Ground

Configuration of Sn, Pb, Sb and Bi. Sn I, Sb I, Pb I, Bi I: Hfs PT AT

1693A. Frank, M.; Skrok, D.; Winkler, R.; 4th Conf. European

Group Atomic Spectroscopy, Amsterdam, Abstr. No.

38 (1972). Optical Hyperfine Structure Investigations in Some

6p

2 7s and 6p2 6d Levels of Bi— I (in Aid of Lifetime Measurements).

Bi I: ZE Hfs

1694A. Fischer, W.; Huhnermann, H.; Mandrek, K.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 39 (1972). Isotope Shifts in the Spectrum of La I and Optical

Determination of the Nuclear Moments of

37 La and

138,La. La I: Hfs IS 1695A. Kruger, H. D.; Lange, W.; 4th Conf. European Group

Atomic Spectroscopy, Amsterdam, Abstr. No. 40

(1972). Measurements on the Hyperfine Structure of Levels in

the Configuration 4f

7 6s6p in Eu I and Their

Interpretation. Eu I: Hfs

1696A. Fischer, W.; Huhnermann, H.; Meier, T.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 41 (1972). Nuclear Moments and Isotope Shifts of the Radioactive

Silver Isotopes Ag 108(m) and Ag 110(m). Ag I: Hfs IS

63
3. Bibliography Ordered by Reference Numbers — Continued

1697A. Coble, A. T.; Silver, J. D.; Stacey, D. N.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 42 (1972). Optical Isotope Shifts in Tin. Sn II: IS 1698A. Brechignac, C; Gerstenkorn, S.; Luc, P.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 43 (1972). Deplacement Isotopique dans la raie de resonance D2 du rubidium. Inversion des valeurs de < r

2 > des

isotopes MRb et

87 Rb. Rb I: IS

1699. Belousova, I. M.; Bobrov, B. D.; Kiselev, V. M.; Kurzenkov, V. N.; Krepostnov, P. I.; Opt. Spectrosc. (USSR) 37(1), 20-24 (1974).

I

127 Atom in a Magnetic Field.

I I: ZE

1700. Ray, S. N.; Lee, T.; Das, T. P.; Phys. Rev. A 7(5), 1469-

1479 (1973). Many-Body Theory of the Magnetic Hyperfine

Interaction in the Excited State (ls

2 2s2p3 P) of the Beryllium Atom. Be I: Hfs

J701A. Keller, J. C.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 46 (1972). Isotope Shift in the Infrared Spectrum of Ne I. Ne I: IS 1702A. Bonn, J.; Huber, G.; Kluge, H. J.; Otten, E. W.;

Rodriguez, J. M.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 63 (1972). Nuclear Spin, Magnetic Moment and Isotopic Shift of

205 Hg. Hg I: Hfs IS 1703A. Dietrich, J.; Neugart, R.; Otten, E. W.; Schweickert, H.;

4th Conf. European Group Atomic Spectroscopy,

Amsterdam, Abstr. No. 64 (1972).

Spin and Magnetic Moment of Short-Lived M

K by

Optical Pumping. K I: Hfs

1704A. Ackermann, H.; Orth, H.; Otten, E. W.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 65 (1972). Measurement of the Fine and Hyperfine Structure of

the 2

2 P Term of7 Li Using the Optical Double Resonance Technique.

Li I: EL Hfs

1705. Camus, P.; Masmoudi, K.; Physica (Utrecht) 60(2), 513-

520 (1972).

Etude theorique des configurations 5d6s6p + 6s

2 7p +

5f6s

2 + 5d2 6p de Lu I. Lu I: EL ND ZE PT

1706A. Gough, W.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 70 (1972).

Sign of the Hfs Interaction Constant of the 6

2 D3/2 State

of Thallium I. Tl I: Hfs

1707A. Svanberg, S.; 4th Conf. European Group Atomic

Spectroscopy, Amsterdam, Abstr. No. 71 (1972).

Level Crossing Investigations of

2 P3/2 Levels in the

First Spectra of Alkali Atoms. K I: Hfs Rb I, Cs I: SE

1708A. Moskowitz, P. A.; Chenevier, M.; 4th Conf. European

Group Atomic Spectroscopy, Amsterdam, Abstr. No.

72 (1972). Study of Excited States of Argon by Electronic Impact

Excitation. Ar I: ZE

1709A. Hartig, W.; Schieder, R.; Walther, H.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 74 (1972). Saturation Spectroscopy of the Na D, Line with a cw

Dye Laser. Na I: Hfs

1710A. Schieder, R.; Walther, H.; Woste, L.; 4th Conf. European Group Atomic Spectroscopy, Amsterdam,

Abstr. No. 76 (1972). Atomic Beam Deflection by the Light of a Tunable Dye

Laser. Na I: Hfs

1711. Schulman, J. M.; Lee, W. S.; Hui, S. S.; Musher, J. I.; Phys. Rev. A 6(1), 45-48 (1972). Accurate Perturbative Calculations for the Lithium Atom Based on the Hartree H0

. Li I: AT

1712. Childs, W. J.; Greenebaum, B.; Phys. Rev. A 6(1), 105-

111 (1972).

Hyperfine Structure of the 3d 8 4s

2 3 F2 Metastable Atomic State of

61 Ni. Ni I: ZE Hfs

1713. Bhatia, A. K.; Phys. Rev. A 6(1), 120-124 (1972). D Autoionization States of He and H . H~, He I: TE OT

1714. Berry, H. G.; Phys. Rev. A 6(1), 514-516 (1972). Classifications in the Spectra of Autoionization Electrons from Lithiumlike Oxygen and Fluorine. O VI, F VII: EL CL OT

1715. Fischer, W.; Huhnermann, H.; Mandrek, K.; Ihle, H.; Phys. Lett. 40B(1), 87-88 (1972). Optical Determination of the Quadrupole Moment of

138,La. La I: Hfs

1716. Marchetti, M. A.; Krauss, M.; Weiss, A. W.; Phys. Rev. A

5(6), 2387-2390 (1972). Symmetry-Adapted Pair Correlations in O and O . 0~, O I: AT

1717. Power, J. D.; Somorjai, R. L.; Phys. Rev. A 5(6), 2401-

2403 (1972). Upper and Lower Bounds to the Eigenvalues of TwoElectron Atoms: Proof That the 2 Are Not Bound.

S States of H"

H~: OT

1718. Gibbs, H. M.; Phys. Rev. A 5(6), 2408-2427 (1972). Polarization of Pb Vapor. III. Collisional Quenching and

Depolarization of Alignment of Pb Metastable and

Excited States. Pb I: ZE

64
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1719. Druzbick, J.; White, J. A.; Sessler, A. M.; Phys. Rev. A

5(6), 2683-2684 (1972). Relativistic Contribution to the Hyperfine Interval of the

Metastable Triplet State of He3

. He I, II: Hfs

1720. Synek, M.; Grossgut, P.; Phys. Rev. A 5(6), 2684-2685

(1972).

Accurate Analytical Wave Functions for I . I": AT

1721. Johnston III, W. D ; Kunze, H. J.; Astrophys. J. 157(3)(Pt. 1), 1469-1470(1969).

3s-3p Transitions of Ne VII and Ne VIII. Ne VII, VIII: CL W

1722. Leventhal, M.; Murnick, D. E.; Kugel, H. W.; Phys. Rev.

Lett. 28(25), 1609-1612 (1972). Lamb-Shift Measurement for the n=2 State of

Hydrogenic 16 0. O VIII: QF

1723. Grun, N.; Z. Naturforsch. A 27(5), 843-849 (1972). Genaherte naturliche Orbitale fur die Grundzustande

von Li und Li ; Elektronenaffinitat von Li . Li", Li I: OT

1724. Bolduc, E.; Quemener, J. J.; Marmet, P.; J. Chem. Phys.

57(5), 1957-1966 (1972).

Autoionizing 2s

2 2p4 3s3/ States of Ne and Related Ne

Resonances.

Ne", Ne I: EL CL W

1725. Saxena, K. M. S.; Lo, B. W. N.; Fraga, S.; Can. J. Phys.

50(9), 870-872 (1972). Complete Electron Spin-Spin Contact Interaction in Atoms with f Configurations. La I, III, IV - Yb I, III, IV: AT

1726. van den Eynde, R. K.; Wiebes, G.; Physica (Utrecht) 59(3), 401-418 (1972). Matrix Elements of the Breit - Pauli Hamiltonian and

Singlet - Triplet Mixing in the Helium Iso— Electronic Sequence.

He I - Ne IX: OT

1727A. Movahed-Ardabili, R.; Diss. Abstr. Int. B 32(9), 4998

(1972). The Vacuum Ultraviolet Spectrum of Titanium 1500 A

to 2310 A.

Ti I, II: EL CL W

1728. Katriel, J.; Theor. Chim. Acta (Berlin) 23, 309-315 (1972). A Study of the Interpretation of Hund's Rule. C I - Ne V, Ca XV, Sn XLV, Fm XCV: AT OT

1729. Walther, F. G.; Phillips, W. D.; Kleppner, D.; Phys. Rev.

Lett. 28(18), 1159-1161 (1972). Effect of Nuclear Mass on the Bound-Electron g

Factor. H I: ZE

1730. van Rensbergen, W. J. Quant. Spectrosc. Radiat. Transfer

12(7), 1105-1113 (1972). A Low—Lying Resonance in the Spectrum of H . II. The 2 'P State. H": OT

1731. Pavinsky, P. P.; Sherstiuk, A. I.; Vestn. Leningr. Univ.,

Ser. Fiz. Khim. 4(1)* 24-28 (1972). Perturbation Theory for Calculating Energy Levels of Optical Electron of Highly Charged Ion.

Si IV, Ar VIII, Ti XII, V XIII, Cr XIV: OT

Mn XV: OT

1732. Carlson, T. A.; Nestor, C. W., Jr.; McDowell, J. D.; Oak

Ridge Natl. Lab. Rep. ORNL-4721, 17 pp. (1971). Comprehensive Calculation of Ionization Potentials for Multiply-Charged Ions from Z = 104 - 126. Trans Lr Elements: AT

1733. Stein, J.; Thesis, Hebrew Univ. Jerusalem, 152 pp. (1967). MethcJs for Calculating Effective Interactions and a Computer Program for Calculating Energy Matrices

with Applications to Atomic and Nuclear

Spectroscopy. Ba I: PT

La I: ND PT

1734. Johansson, S.; Litzen, U.; Phys. Scr. 6(2-3), 139-140

(1972).

The 4f

2 -4f5d Lines of Ce III. Ce III: EL CL W

1735A. Crosswhite, H. M.; Paszek, A. P.; J. Opt. Soc. Amer.

62(11), 1343 (1972). Effective Magnetic Operations for Inequivalent

Electrons. Yb III, Lu IV: AT

1736A. Fred, M.; Childs, W. J.; Tomkins, F. S.; J. Opt. Soc. Amer. 62(11), 1343-1344 (1972).

Nuclear Moments of Np237

. Np I: Hfs PT AT

1737. Bhatia, A. K.; Phys. Rev. A 10(2), 729-730 (1974). Addendum to "Autoionization States in He and H by

the Stabilization Method."

H", He I: OT

1738A. Clua, A. L.; J. Opt. Soc. Amer. 62(11), 1344 (1972). Hyperfine Structure Analysis of Co I. Co I: Hfs

1739A. Tomkins, F. S.; J. Opt. Soc. Amer. 62(11), 1370 (1972). High Resolution Photometry of Some Auto-Ionization Resonance Structures in Ba I. Ba I: EL CL W

1740. Khodos, M. Ya.; Druzhinin, V. V.; Shul'gin, B. V.; Gavrilov, F. F.; Shalyapin, A. L.; Fotiev, A. A.; Tr.

Inst. Khim., Akad. Nauk SSSR, Ural. Filial, No. 23, 38-41 (1971).

Calculation of the Spectra of Nd 3+ and Er

3+ Free Ions. Nd IV, Er IV: PT

1741A. Davis, S. P.; Reader, J.; J. Opt. Soc. Amer. 62(11), 1370

(1972). Status of the Analysis of the Promethium II Spectrum.

Pm I: W Hfs Pm II: EL CL W Hfs

1742. Sternheimer, R. M.; Phys. Rev. A 9(5), 1783-1793 (1974). Quadrupole Shielding and Antishielding Factors for the Excited nd States of the Alkali-Metal Atoms.

Li I, Na I, K I, Rb I, Cs I: OT

1743A. Epstein, G. L.; Reader, J.; J. Opt. Soc. Amer. 62(11), 1371 (1972). Analysis of the Spectrum of Triply Ionized Yttrium (Y

IV). Y IV: EL CL W PT AT

65
3. Bibliography Ordered by Reference Numbers — Continued

1744. Rapp, D.; Chang, C. M.; J. Chem. Phys. 57(10), 4283-

4286 (1972). Wavefunctions and Pseudopotential for Alkali Charge

Transfer.

Li I: OT

1745. Safronova, U. I.; Lezhava, E. A.; Opt. Spectrosc. (USSR)

32(2), 123-124 (1972). Energies of Excited-State Terms for the Isoelectronic Series of Neon.

S VII, CI VIII, Sc XII, Ti XIII, V XIV: OT

CrXV: OT

1746. Harvey, J. S. M.; Evans, L.; Lew, H.; Can. J. Phys.

50(15), 1719-1727 (1972). Diagonal and Off-Diagonal Hyperfine Structure in the Ground Multiplets of Boron and Aluminum by the Atomic Beam Method; Magnetic Dipole Radial Parameters. B I: ZE Hfs

Al I: Hfs

1747A. Beahn, T. J.; Bedard, F. D.; Bull. Amer. Phys. Soc.

17(11), 1127 (1972). Measurement of Rubidium-Potassium Ground State gj Ratio by Spin Exchange Optical Pumping.

Li I, K I, Rb I: ZE

1748A. Huq, A.; Cohen, V. W.; Silsbee, H. B.; Pichanick, F. M.

J.; Bull. Amer. Phys. Soc. 17(11), 1128 (1972).

Precision Measurement of the Nuclear Moment of K

w

. K I: Hfs

1749A. Patterson, T. A.; Hotop, H.; Lineberger, W. C; Bull. Amer. Phys. Soc. 17(11), 1128 (1972). Photodetachment of Na . Na : EL

1750A. Edwards, A. K.; Bull. Amer. Phys. Soc. 17(11), 1137

(1972).

Electron Energy Spectrum from Collisions of O with He.

O": EL

1751. Sadziuviene, S.; Surgailiene, R.; Ripskyte, P.; Bogdanovicius, P.; Karazija, R.; Liet. Fiz. Rinkinys

10(6), 873-886 (1970). Theoretical Calculation of Energy Levels for Rare Earth Element Ions. Ce III, Pr III, IV: ND AT

Nd IV: AT

1752. Wing, W. H., Lea, K. R.; Lamb, W. E., Jr.; Proc. 3rd Int. Conf. Atomic Physics, Aug. 7-11, 1972, Boulder, Colorado, S. J. Smith and G. K. Walters, Editors, pp. 119-141 (Plenum Press, New York, 1973). Highly Excited States of Helium and Neon. He I, Ne I: EL W

1753A. Ishihara, T.; Foster, T. C; Bull. Amer. Phys. Soc.

17(11), 1146-1147 (1972). Photodetachment of F . F": AT

1754. Bauche-Arnoult, C; C. R. H. Acad. Sci., Ser. B 275(16), 585-588 (1972). Comparaison des structures hyperfines dans les

configurations 4f

96s

2 et 4f8 5d6s 2 du spectre d'arc du

terbium. Tb I: Hfs PT

1755. Fischer, W.; Huhnermann, H.; Mandrek, K.; Z. Phys.

254(2), 127-132 (1972). Optical Determination of the Nuclear Moments of

La I: Hfs

1756. Ekberg, J. O.; Hansen, J. E.; Reader, J.; J. Opt. Soc. Amer. 62(10), 1134-1139 (1972). Analysis of the Spectrum of Five-Times-Ionized

Zirconium (Zr VI). Zr VI: EL ND CL W IP PT AT

1757. Ekberg, J. O.; Hansen, J. E.; Reader, J.; J. Opt. Soc. Amer. 62(10), 1139-1142 (1972). Analysis of the Spectrum of Six-Times—Ionized Niobium (Nb VII). Nb VII: EL ND CL W IP PT AT

1758. Ekberg, J. O.; Hansen, J. E.; Reader, J.; J. Opt. Soc. Amer. 62(10), 1143-1148 (1972). Analysis of the Spectrum of Seven-Times-Ionized

Molybdenum (Mo VIII) and Isoelectronic Comparison

of the Spectra Y V - Mo VIII. Mo VIII: EL ND CL W IP PT AT

1759. Gibbs, H. M.; Churchill, G. C; J. Opt. Soc. Amer. 62(10), 1130-1133 (1972).

Laser Spectroscopic Measurement of the

87 Rb- 85 Rb

D,-Line Isotope Shift. Rb I: IS

1760. Hermansdorfer, H.; J. Opt. Soc. Amer. 62(10), 1149-1152

(1972). New Lines of Neon Ions in the Range 50-200 A. Ne V, VI, VII, VIII: CL W

1761. Mashinskii, A. L.; Shtoff, A. V.; Opt. Spectrosc. (USSR)

32(3), 231-234 (1972). Determination of the Nuclear Moments of Sodium Using

Hyperfine Structure Constants. Na I: Hfs

1762. Olympia, P. L., Jr.; Smith, D. W.; J. Chem. Phys. 57(9), 4018-4028 (1972). Density Matrix Study of Atomic Ground and Excited

States. II. Beryllium 'S Excited State. Be I: OT

1763. Gupta, R.; Chang, S.; Happer, W.; Phys. Rev. A 6(2), 529-544 (1972). Cascade-Decoupling Measurements of Excited S-State

Hyperfine Structures of Potassium, Rubidium, and Cesium. K I, Rb I, Cs I: Hfs

1764. Fabjan, C. W.; Pipkin, F. M.; Phys. Rev. A 6(2), 556-570

(1972). Resonance-Narrowed-Lamb-Shift Measurement in Hydrogen, n=3. H I: QF

1765. Morrison, J. C; Phys. Rev. A 6(2), 643-650 (1972). Effect of Core Polarization upon the f-f Interactions of Rare-Earth and Actinide Ions. Pr IV, Dy III, Er IV, Th III, Pu IV: AT

1766. Hambro, L.; Phys. Rev. A 6(3), 865-870 (1972). Second-Order Corrections to the Fine Structure of

Helium. II. Contributions from 'P and 3 D

Intermediate States. He I: OT

66
3. Bibliography Ordered by Reference Numbers — Continued

1767. Lennard, W. N.; Sills, R. M.; Whaling, W.; Phys. Rev. A

6(3), 884-888 (1972). Hydrogenic Transitions in Multiply Charged Fe and Ni

Ions. Fe IV - VIII, Ni IV - VIII: W

1768. Abdulnur, S. F.; Linderberg, J.; Ohrn, U.; Thulstrup, P. W.; Phys. Rev. A 6(3), 889-898 (1972). Atomic Central— Field Models for Open Shells with

Application to Transition Metals. Cr I, Fe I, II, Co I, Ni I: AT

1769. Dutta, N. C; Dutta, C. M.; Phys. Rev. A 6(3), 959-968

(1972). Correlation Energy of Atomic Nitrogen.

N I: AT

1770. Garpman, S.; Svanberg, S.; Phys. Scr. 5(4-5), 213-215

(1972).

Investigation of the Hyperfine Structure of Te'

25 in the 5p 6s S 2 Level of the Te I Spectrum by Optical Double Resonance and Level Crossing Spectroscopy. Te I: Hfs

1771. Persson, W.; Valind, S.; Phys. Scr. 5(4-5), 187-200

(1972). The Spectrum of Doubly Ionized Strontium (Sr III). Sr III: EL CL W IP PT

1772. Zel'dovich, Ya. B.; Popov, V. S.; Sov. Phys. - Usp. 14(6), 673-694 (1972). Electronic Structure of Superheavy Atoms.

Trans Lr Elements: OT

1773. Alexander, E.; Fraenkel, B. S.; Goldsmith, S.; Hoory, S.; Even-Zohar, M.; J. Phys. (Paris), Colloq. C 4 32, 64-66 (1971). EUV Spectroscopy of Highly Ionized Atoms. Y XII, Zr XIII, Nb XIV, Mo XV: PT OT

1774. Baumann, M.; Hartmann, W.; Scheuch, J.; Z. Phys.

253(2), 127-133 (1972).

Determination of the gj-Factor in the 7

2 P,/2 -State of

133 Cs by Optical Double Resonance in a Strong

Magnetic Field. Cs I: ZE Hfs

1775. Beauchemin, G.; Kernahan, J. A.; Knystautas, E.; Irwin,

D. J. G.; Drouin, R.; Phys. Lett. 40A(3), 194 (1972). Experimental Oscillator Strengths in Ne VII. Ne VII: CL W

1776. Reader, J.; Epstein, G. L.; J. Opt. Soc. Amer. 62(12), 1467-1476 (1972). Analysis of the Spectrum of Doubly Ionized Rubidium

(Rb III). Rb III: EL ND CL W ZE IP PT AT

1777. Li, H.; Andrew, K. L.; J. Opt. Soc. Amer. 62(12), 1476-

1482 (1972). Need of LS-Dependent Energy Parameters in the Second Spectra of the Fifth-Group Elements. As II: PT AT

N II, P II, Sb II, Bi II: AT

1778. Li, H.; J. Opt. Soc. Amer. 62(12), 1483-1488 (1972). Zeeman Effect of P II. P II: EL ND CL W ZE PT

1779. Martin, W. C; Sugar, J.; Tech, J. L.; J. Opt. Soc. Amer.

62(12), 1488-1492 (1972).

Calculations of Autoionizing d

9 s2 np Levels in Zn I, Cd

I, and Hg I. Zn I, Cd I, Hg I: ND PT

1780. Bunge, A. V.; Thesis, Univ. Florida, 104 pp. (1968). The Electronic Structure of the Ground State of the Carbon Atom. C I, C V: AT

1781. Stanzel, G.; Phys. Lett. 41A(4), 335-336 (1972). Level-Crossing Experiments in Selective Reflection from Mercury Vapour.

Hg I: IS

1782. Seaton, M. J.; Wilson, P. M. H.; J. Phys. B 5(9), L175-

L177 (1972). A Polarized Core Approximation for Atomic Structure

Calculations. He I: AT

1783. Camus, P.; J. Phys. (Paris) 33(8-9), 749-754 (1972).

Structure hyperfine des niveaux pairs 4f "5d6s +

4f

13 6s6p de Tm I. Tm I: Hfs

1784. Comer, J.; Read, F. H.; J. Electron Spectrosc. Relat. Phenomena 1(1), 3-11 (1972). Electron Impact Studies of Autoionizing States in Neon

and Helium.

He": EL

He I, Ne I: EL CL W

1785. Valero, F. P. J.; Goorvitch, D.; Astrophys. J. 178(1) (Pt.

1), 271-276 (1972). The Spectra of Highly Ionized Aluminum (Al VI - X) in the Extreme-Ultraviolet and Soft X-Ray Regions.

Al VI - X: CL W

1786. Berry, H. G.; Desesquelles, J.; Dufay, M.; Phys. Rev. A

6(2), 600-606 (1972). Energies and Lifetimes of Doubly Excited States in He

I. He I: EL CL W

1787. Duong, H. T.; Picque, J. L.; J. Phys. (Paris) 33(5-6), 513-520 (1972). Etude de l'effet Stark dans les raies de resonance du sodium par une methode de jet atomique.

Na I: SE

1788. Siegbahn, K.; Nordling, C; Johansson, G.; Hedman, J.; Heden, P. F.; Hamrin, K.; Gelius, U.; Bergmark, T.; Werme, L. O.; Manne, R.; Baer, Y.; ESCA Applied

to Free Molecules, pp. 23-50, 149-155 (American

Elsevier Pub. Co., Inc., New York, 1969). ESCA Spectra from Free Atoms: The Noble Gases. He I, Ne I, Ar I, Kr I, Xe I: EL CL W

1789. Daley, J.; Douglas, M.; Hambro, L.; Kroll, N. M.; Phys. Rev. Lett. 29(1), 12-15 (1972).

New Theoretical Values of the 2

3 P Fine-Structure

Splittings of Helium. He I: OT

1790. Esteva, J. M.; Mehlman-Balloffet, G.; Romand, J.; J. Quant. Spectrosc. Radiat. Transfer 12(9), 1291-1303

(1972). Spectres d'absorption dans l'ultraviolet lointain de Be,

B, C, N, Mg, Al et Si. Be I, II, B I, II, C I, N I: EL CL W

Mg I, II, Al I, II, Si I: EL CL W

1791. Eriksson, K. B. S.; Phys. Lett. 41A(2), 97-98 (1972). Transitions Within the Se I Ground Configuration. Se I: EL CL W

67
3. Bibliography Ordered by Reference Numbers — Continued

1792. Johansson, I.; Svendenius, N.; Phys. Scr. 5(3), 129-131

(1972). An Intensity Problem in the Spectrum of Potassium. K I: EL CL W

1793. Lesage, A.; Richou, J.; J. Quant. Spectrose. Radiat. Transfer 12(9), 1313-1318(1972).

Determination des constantes Stark de raies du xenon. Xe I: SE

1794. Luyken, B. F. J.; Physiea (Utrecht) 60(2), 432-458 (1972). Transition Probabilities and Radiative Lifetimes for Ar

II. Ar II: ND PT

1795. Wolff, H. W.; Radler, K.; Sonntag, B.; Haensel, R.; Inst. Experimentalphysik Univ., Hamburg, Germany, and

Deutsches Elektronen-Synchrotron, DESY-SR 72/15, 29 pp. (Sept. 1972). Photoabsorption of Atomic Sodium in the VUV.

Na I: EL CL W

1796. Ederer, D. L.; Lucatorto, T.; Madden, R. P.; J. Phys.

(Paris), Colloq. C 4 32, 85-87 (1971). Resonances in the Photoionization Continuum of Lithium I (55 to 70 eV).

Li L EL CL W OT

1797. Doschek, G. A.; Meekins, J. F.; Cowan, R. D.; Astrophys.

J. 177(l)(Pt. 1), 261-269 (1972). Further Iron-Line Observations During Solar Flares. Fe XXIII, XXIV: EL CL W AT

1798. Even-Zohar, M.; Fraenkel, B. S.; J. Phys. B 5(8), 1596-

1613 (1972). A Study of EUV Spectra in the Fifth Period. Ru VIII, Rh IX, Pd X: EL CL W IP OT

Ag XL EL CL W IP OT

Ru IX, Rh X, Pd XI, Ag XII: EL CL W IP Ru X, Rh XI, Pd XII: EL CL W

Sn VI, Sb VII, Te VIII, I IX: EL CL W

I V, VIII: EL CL W

I VI, VII: EL CL W IP

1799. Merzyn, G.; Penselin, S.; Wolber, G.; Z. Phys. 252(5), 412-420 (1972). The Hyperfine Structure of the Ground State of Ho'

65

. Ho I: ZE Hfs

1800. Haberstroh, R. A.; Moran, T. I.; Penselin, S.; Z. Phys.

252(5), 421-427 (1972). Direct Measurement of the Nuclear Magnetic Dipole

Moment of Ho'

65 with the Atomic Beam Magnetic Resonance Method. Ho I: ZE Hfs

1801. Blaise, J.; Camus, P.; Guelachvili, G.; Verges, J.; Wyart,

J. F.; C. R. H. Acad. Sci., Ser. B 275(2), 81-83

(1972).

Determination des configurations 4f'°5d6s

2 et 4f'°6p6s2 dans le spectre d'arc de l'holmium. Ho I: EL ND PT

1802. Gohel, V. B.; Trivedi, V. M.; Indian J. Pure Appl. Phys.

10(6), 474-475 (1972). Electron Affinity of Halogen Atoms.

F", CI", Br", F: OT

1803. Foglia, C; Nuovo Cimento 10B(1), 348-354 (1972). A Compound Atom State in Neon. Bound-State

Calculation of Resonance Energy.

Ne", Ne I: AT

1804. Fischer, C. F.; J. Phys. B 5(7), 1302-1307 (1972). Term Dependence of Hartree-Fock Results for Some

n/n7 Configurations. He I, C I, Ca I: AT

1805. Hermann, G.; Scharmann, A.; Z. Phys. 254(1), 46-56

(1972). Untersuchungen zur Zeeman-Spektroskopie mit Hilfe nichlinearer Resonanzen eines Multimoden-Lasers. Ne I: ZE

1806. Fox, D. W.; Sigillito, V. G.; Chem. Phys. Lett. 13(1), 85-

87 (1972). Lower and Upper Bounds to Energies of Radial Lithium.

Li I: OT

1807. Fox, D. W.; Sigillito, V. G.; Chem. Phys. Lett. 14(5), 583-585 (1972). New Lower Bounds for Energies of Radial Lithium.

Li I: OT

1808. Purcell, J. D.; Widing, K. G.; Astrophys. J. 176(l)(Pt. 1), 239-247 (1972). Rocket Observation of Ar XII-XVI, Ca XIV-XVIII,

and Fe XIV, XV, XXIV in the Extreme-Ultraviolet Spectrum of a Solar Flare. O V, Ne VII, Na VIII, Mg IX, Al X: EL CL W

Si XI, S XIII, Ar XV, Ca XVII: EL CL W

Ne VIII, Na IX, Mg X, Si XII: EL CL W OT

S XIV, Ar XVI, K XVII: EL CL WOT

Ca XV, XVI, XVIII, Fe XV, XXIV: EL CL W OT

Al XI, P XIII, CI XV, Fe XXIII: OT

1809. Karazija, R.; Bogdanovicius, P.; Jucys, A.; Acta Phys. Acad. Sci. Hung. 2 7, 467-475 (1969). On the Numerical Solution of Hartree-Fock Equations

Independent of Coupling Scheme. Ne II: AT

1810. Zak, B. D.; Shugart, H. A.; Phys. Rev. A 6(5), 1715-1721

(1972). N

14 4 S 3/2 gj Factor Measured by an Atomic-Beam

Universal-Detector Technique.

N I, K I: ZE

1811. Kaldor, U.; Chem. Phys. Lett. 14(1), 124-128 (1972).

Hyperfine Structure of

13 C in the sp

3

( S S) State. C I: OT

1812. Gerstenkorn, S.; Helbert, J. M.; Lecordier, R.; Phys. Lett. 40A(3), 229-230 (1972). Deplacement isotopique relatif (112—1 14)/(1 10—112) dans

la raie X=4416 A du cadmium.

Cd II: IS

1813. Steinhaus, D. W.; Phillips, M. V.; Moody, J. B.; Radziemski, L. J., Jr.; Fisher, K. J.; Hahn, D. R.; Los Alamos Scientific Lab., LA-4944, Univ.

California, 228 pp. (1972). The Emission Spectrum of Uranium between 19,080 and

30,261 cm"1. U I, II: CL W

1814. Childs, W. J.; Goodman, L. S.; Phys. Rev. A 6(5), 1772-

1786 (1972). Hyperfine-Structure Constants and gj Values of

5 I 4 5 6 7 8 Atomic States of

143 ' l45 Nd. Nd I: ZE Hfs

68
3. Bibliography Ordered by Reference Numbers — Continued

1815. Gupta, R.; Chang, S.; Tai, C; Happer, W.; Phys. Rev.

Lett. 29(11), 695-698 (1972). Cascade Radio-Frequency Spectroscopy of Excited S and D States of Rubidium; Anomalous D-State

Hyperfine Structure. Rb I: Hfs

1816. Goldsmith, S.; Feldman, U.; Oren, L.; Cohen, L.; Astrophys. J. 174(l)(Pt. 1), 209-214 (1972). The Lithium-Like Spectra of K XVII Through Mn

XXIII in the Extreme-Ultraviolet Region. K XVII, Ca XVIII, Sc XIX: EL CL W IP OT

Ti XX, V XXI, Cr XXII: EL CL W IP OT

Mn XXIII: EL CL W IP OT

1817. Jinguji, M.; Mori, Y.; Tanaka, I.; Bull. Chem. Soc. Jap. 45(4), 1266-1267 (1972). Multiple-Quantum Transitions in the EPR Spectra of Atomic Sulfur. S I: ZE

1818. Mader, D. L.; Novick, R.; Phys. Rev. Lett. 29(4), 199-202

(1972). Fine Structure of the Helium Negative Ion.

He": EL

1819. Mehlhorn, W.; Schmitz, W.; Stalherm, D.; Z. Phys.

252(5), 399-411 (1972). Korrelationseffekte in den Auger-Spektren von Edelgasen. Ne I, Ar I, Kr I: EL CL W

1820. Meinders, E.; van Kleef, Th. A. M.; Wyart, J. F.; Physica

(Utrecht) 61(3), 443-459 (1972). The Analysis of Doubly Ionized Terbium (Tb III). Tb III: EL ND PT

1821. Kollar, J.; Solt, G.; Hungarian Academy Sciences, Central Research Inst. Physics, Budapest, KFKI-72-45, 22

pp. (1972). Simple Analytical Wave Functions for the Ions of the Iron-Group Elements.

Ti II, Cr II, Fe II, Cu II: AT

1822. Elton, R. C; Palumbo, L. J.; Naval Research Lab., NRL

Memorandum Rep. 2457, 16 pp. (Mar. 1972). Soft X-Ray Emission from Double-Electron Radiative

Transitions in Plasma Ions. NeVIII: EL CL W

1823. Leduc, M.; Laloe, F.; Brossel, J.; J. Phys. (Paris) 33(1), 49-58 (1972). Mesure du rapport entre les moments magnetiques du

niveau 2

3 Si de 4 He et du niveau fondamental de

3 He. He I: ZE

1824. Lawrence, G. P.; Fan, C. Y.; Bashkin, S.; Phys. Rev.

Lett. 28(25), 1612-1615 (1972). Measurement of the Lamb Shift in the

16 0?+ Ion. O VIII: QF

1825. Labzovskii, L. N.; Sov. Phys. - JETP 34(4), 749-755

(1972). Relativistic Corrections to the Hyperfine Structure of

the He3 Atom. He I, IL Hfs

1826. Praddaude, H. C .; Phys. Rev. A 6(4), 1321-1324 (1972). Energy Levels of Hydrogenlike Atoms in a Magnetic

Field. H I: OT

1827. Peresse, J.; Gelebart, F.; Nadan, A. L.; C. R. H. Acad.

Sci., Ser. B 275(7), 255-257 (1972). Autoionisation de l'argon par impacts d'electrons lents. Ar I: EL CL W

1828. Liu, C. H.; Druetta, M.; Church, D. A.; Phys. Lett. 39A(1), 49-50 (1972). Quantum Beats in Transitions from Levels Subject to Optical Cascades. O II: ZE

1829. Peterman, A.; Phys. Lett. 38B(5), 330-332 (1972). A New Value for the Lamb Shift. H I, He II, Li III: QF

1830. Rebelo, I.; Sharma, C. S.; J. Phys. B 5(7), 1286-1292

(1972). A Theorem on the Hartree-Fock Equations for the nsms 'S States of Helium with Orthogonal Orbitals. He I: AT

1831. Stasiukaitis, V.; Kaminskas, V.; Jucys, A.; Liet. Fiz. Rinkinys 10(1), 27-34 (1970). Application of the Extended Method of Calculation to Some Iron Group Atomic Systems.

Ti I, Cr I, Ni I: OT

1832. Seaton, M. J.; J. Phys. B 5(5), L91-L93 (1972). A Frozen Cores Approximation for the Nine Lowest Even Parity Levels of C I. C I: OT

1833. Stoner, J. O., Jr.; Radziemski, L. J., Jr.; Appl. Phys. Lett. 21(4), 165-166 (1972). Observations of Zeeman Effect in the Optical Spectra of Fast Ion Beams.

Ar II: ZE

1834. Sureau, A.; J. Phys. (Paris), Colloq. C 4 32, 105-114

(1971). Interaction de configuration dans les atomes a plusieurs couches electroniques incompletes; identification des

satellites Ka des atomes legers. Ne I, Na I, Mg I, Al I: OT

1835. Sugar, J.; Phys. Rev. A 6(5), 1764-1767 (1972). Interpretation of Photoabsorption in the Vicinity of the 3d Edges in La, Er, and Tm.

La IV, Er IV, Tm IV: PT

1836. Tull, C. E.; Jackson, M.; McEachran, R. P.; Cohen, M.; Can. J. Phys. 50(11), 1169-1174 (1972). Electric Quadrupole Transitions in Na I, Mg II, and Al

III. Na I, Mg II, Al HI: AT

1837. Wagner, W. J.; Thesis, Univ. Colorado and High Altitude Observatory, 164 pp. (1969). A Theoretical and Experimental Study of Coronal

Visible Lines from the 3p

5 3d Configuration of the Argon I Isoelectronic Sequence.

V VI, Cr VII, Mn VIII, Fe IX: EL CL W PT AT

Ni XL EL CL PT AT

Ar I, K II, Sc IV, Co X, Cu XII: AT

Ca III, Ti V: PT AT

1838. Victor, G. A.; Laughlin, C; Chem. Phys. Lett. 14(1), 74-

76 (1972). Model Potential Calculation of the Electron Affinity of Lithium.

Li": OT

69
3. Bibliography Ordered by Reference Numbers — Continued

1839. Martin, W. C; Sugar, J.; Tech, J. L.; Phys. Rev. A 6(6), 2022-2035 (1972). Application of Slater-Condon Theory with

Configuration Interaction to the 5d'°6s6p, 5d

9 6s2 6p, 5d

10 6s7p, and 5d

10 6s5f Configurations in Hg I, Tl II, Pb III, and Bi IV. Hg I: ND PT AT

Tl II, Bi IV: ND PT

Pb III: EL ND PT AT

1840. Rydberg, S.; Svanberg, S.; Phys. Scr. 5(4-5), 209-212

(1972).

Investigation of the np

2 P3/2 Level Sequence in the Cs I Spectrum by Level Crossing Spectroscopy. Cs I: ZE Hfs

1841. Weislinger, E.; Caire, J. P.; C. R. H. Acad. Sci., Ser. B

275(4), 179-181 (1972). Calcul variationnel de la polarisabilite dipolaire des ions

a couches isoelectroniques de celles des atomes

d'helium et du neon. He I, Li II, Be III: OT

Ne I, Na II: OT

Larsson, S.; Brown, R. E.; Smith, V. H., Jr.; Phys. Rev. A 6(4), 1375-1391 (1972). Correlation Effects on Hyperfine— Structure Expectation Values for Atoms with Open 2p Shells. B I, C I, N I, O I, F I: Hfs Hameed, S.; Foley, H. M.; Phys. Rev. A 6(4), 1399-1404

(1972). Electron Correlations and Quadrupole Hyperfine

1842.

1843.

1844. 160 , 99-

OT

OT

OT

OT

1845.

Structure of Li 2 P.

Li I: AT

Gabriel, A. H.; Mon. Notic. Roy. Astron. Soc. 119 (1972). Dielectronic Satellite Spectra for Highly-Charged

Helium-Like Ion Lines. C IV, N V, O VI, Ne VIII, Mg X, Si XII: S XIV, Ar XVI, Ca XVIII, Fe XXIV, Ni XXVI: Cu XXVII: OT

C V, N VI, O VII, Ne IX, Mg XI, Si XIII: S XV, Ar XVII, Ca XIX, Fe XXV, Ni XXVIL

Cu XXVIII: OT

Peacock, N. J.; Speer, R. J.; Hobby, M. G.; J. Phys. B

2(7), 798-810 (1969). Spectra of Highly Ionized Neon and Argon in a Plasma

Focus Discharge. Ne VIII: EL CL W

Ar II, IX, XII, XIV, XV, XVI, XVIII: EL CL W

Ne IX, Ar XVII: EL CL W IP

Kugel, H. W.; Leventhal, M.; Murnick, D. E.; Phys. Rev. A 6(4), 1306-1321 (1972). Hydrogenic-Carbon Lamb Shift Studied via Motional

C VI: QF

1847. Prat, R. F.; Phys. Rev. A 6(5), 1735-1740 (1972). Stability of Self-Consistent Symmetries in Atomic

Theory: The Cases of Ne, F , and O

O ~: AT

1848. Larsson, S.; Phys. Rev. 6(5), 1786-1790 (1972). Hylleraas-Type Wave Functions for Some Excited Three— Electron S States. Li I: OT

1846

1849. Chung, K. T.; Phys. Rev. A 6(5), 1809-1813 (1972). Projection-Operator Approximation for Autoionization

States in the Inelastic Scattering Region.

H",HeI: OT

1850. Childs, W. J.; Goodman, L. S.; Phys. Rev. A 6(6), 2011-

2021 (1972).

Reanalysis of the Hyperfine Structure of the 4f*6s

2 ? F

Multiplet in ' Sm, Including Measurements for the

7 F6 State. Sm I: ZE Hfs

1851. Nicolaides, C. A.; Phys. Rev. A 6(6), 2078-2092 (1972). Theoretical Approach to the Calculation of Energies and Widths of Resonant (Autoionizing) States in ManyElectron Atoms.

He", Li I, C IV, N I, F I: OT

1852. Rountree, S. P.; Henry, R. J. W.; Phys. Rev. A 6(6), 2106-2109 (1972). Electron-Impact Excitation Cross Sections for Atomic

Oxygen:

3 P—3s S°. O": ND OT

1853. Chase, R. L.; Kelly, H. P.; Phys. Rev. A 6(6), 2150-2156

(1972). Many-Body Calculation of the Photodetachment Cross

Section of O . O": OT

1854. Zalubas, R.; Borchardt, B. R.; J. Opt. Soc. Amer. 63(1), 102-103 (1973). Energy Levels of Neutral Praseodymium (Pr I). Pr I: EL ZE

1855A. Bhaskar, N.; Lurio, A.; Bull. Amer. Phys. Soc. 18(1), 121-122 (1973).

Tensor Polarizability of the 2 'P, State of He4 by

Electric Field Level Crossing. He I: SE

1856A. Hughes, V. W.; Lewis, M. L.; Bull. Amer. Phys. Soc.

18(1), 120 (1973). Relativistic Contributions to the Zeeman Effect in the 2

3 Pj and 23 S] States of Helium. He I: OT

1857A. Lam, L. K.; Gupta, R.; Happer, W.; Bull. Amer. Phys.

Soc. 18(1), 121 (1973). Hyperfine Structures of the First Excited S and D

States of Rb and Cs. Rb I, Cs I: Hfs

1858A. Lee, T.; Das, T. P.; Jette, A. N.; Bull. Amer. Phys. Soc.

18(1), 122 (1973). Many-Body Theory of the Zeeman Effect and HFS of

the 2

3 P State of the6 Li

+ Ion. Li II: Hfs

1859A. Ray, S. N.; Lee, T.; Das, T. P.; Bull. Amer. Phys. Soc.

18(1), 122 (1973). Many Body Perturbation Theory for Nuclear

Quadrupole Interaction in Be'(ls

2 2s2p,3 P) State. Be I: Hfs

1860A. Redi, O.; Wang, E.; Bull. Amer. Phys. Soc. 18(1), 120-

121 (1973). A New Atomic Beam Method for Measurement of Isotope Shifts and Hfs in the Optical Spectrum of Lead. Pb I: Hfs IS

70
3. Bibliography Ordered by Reference Numbers — Continued

1861A. Rodgers, J. E.; Das, T. P.; Bull. Amer. Phys. Soc. 18(1), 122 (1973). Many-Body Perturbation Theory for Nuclear Quadrupole Interaction in Boron Atom. B I: Hfs

1862A. Schmelling, S. G.; Bull. Amer. Phys. Soc. 18(1), 120

(1973).

Hyperfine Structure of the

3 D2 State ofI37 Ba. Ba I: Hfs

1863A. Tai, C; Gupta, R.; Happer, W.; Bull. Amer. Phys. Soc.

18(1), 121 (1973).

Hyperfine Structure of Cs 133 6

2 D State by CascadeFluorescence Spectroscopy. Cs I: Hfs

1864. Kulkarni, R. G.; Swamy, N. V. V. J.; Chaffin, E.; Phys.

Rev. A 7(1), 27-33 (1973). First-Order Stark Shifts for Low Electric Fields. H I, Li I, Be I: SE

1865. Cooper, E. R., Jr.; Kelly, H. P.; Phys. Rev. A 7(1), 38-42

(1973). Correlation Energy of the Neutral Argon Atom.

Ar I: AT

1866. Klingbeil, R.; Phys. Rev. A 7(1), 48-50 (1973). Accurate Third-Karmonic Coefficient of Helium. He I: OT

1867. Feld, M. S.; Feldman, B. J.; Javan, A.; Domash, L. H.; Phys. Rev. A 7(1), 257-262 (1973). Selective Reabsorption Leading to Multiple Oscillations

in the 8446-A Atomic-Oxygen Laser. O I: CL

1868. Klingbeil, R.; Phys. Rev. A 7(1), 376-377 (1973). Hartree—Fock Third-Harmonic Coefficient of Neon. Ne I: AT

1869. Bhatia, K. S.; Jones, W. E.; Crooker, A. M.; Can. J. Phys.

50(20), 2421-2427 (1972). New Configurations in Triply Ionized Indium (In IV). In IV: EL CL W IP PT

1870. Babkina, T. V.; Zolin, V. F.; Muravev, E. N.; Opt.

Spectrosc. (USSR) 32(6), 613-614 (1972).

Calculation of the Spectrum of the Sm3+ (4f

5

) Ion. Sm IV: PT

1871. Wyart, J. F.; Physica (Utrecht) 61(2), 191-199 (1972). Interpretation du spectre de Dy II. II. Etude des

configurations 4f

9 6s6p et 4f9 5d6p.

Dy II: EL ND ZE PT

1872. Wyart, J. F.; Physica (Utrecht) 61(2), 182-190 (1972). Interpretation du spectre de Dy II. I. Etude des

configurations impaires.

Dy II: EL ND ZE PT

1873. Bunge, A.; J. Chem. Phys. 53(1), 20-28 (1970). Electronic Wavefunctions for Atoms. III. Partition of Degenerate Spaces and Ground State of C. C I: AT

1874. Douglas, M.; Phys. Rev. A 6(5), 1929-1932 (1972). Nuclear— Motion Corrections to the Fine Structure of Helium. He I: OT

1875. Bhatia, A. K.; Phys. Rev. A 6(6), 2498-2500 (1972). Odd-Parity D States in He. He I: OT

1876. Svanberg, S.; Phys. Scr. 4(6), 275-279 (1971).

Natural Lifetimes and Hyperfine Structure for K

39 in the 5p P3/2 and 6p

2 P3/2 Levels of the K I Spectrum

by Resonance Scattering of Light. K I: Hfs

1877. Svanberg, S.; Phys. Scr. 5(3), 132-134 (1972).

Stark Effect Investigation of the Third Excited 2 Py2

Levels in the First Spectra of Rb and Cs Rb I, Cs I: SE

1878. Cole, R. S.; Repko, W. W.; Phys. Rev. Lett. 29(19), 1295-1297 (1972).

a

2 lna1 Recoil Corrections to the Hydrogen Hyperfine

Structure and the Proton Polarizability. H I: Hfs

1879. Guyon, F.; Thesis, Univ. Paris-Sud, Orsay, 187 pp. (1972).

Classification du spectre infrarouge de l'Uranium et etude theorique des configurations impaires profondes du spectre d'arc. U I: EL ND CL W ZE IS PT

U II: EL CL W ZE IS

1880. Masmoudi, K.; Thesis, Univ. Paris-Sud, Orsay, 130 pp.

(1972). Contribution a l'interpretation du spectre du lutecium

neutre. Spectre d'absorption du dysprosium. Lu I: ND PT

Dy I: EL CL W ZE

1881. Connerade, J. P.; Mansfield, M. W. D.; Pollard, I.; Thimm, K.; Phys. Rev. B 6(9), 1955-1957 (1972). Absorption Spectrum of Cd I Vapor at 30 A Using the Background Radiation of the 2.5— GeV Bonn

Synchrotron.

Cd I: EL CL W AT

1882. Minnhagen, L.; Nietsche, H.; Phys. Scr. 5(6), 237-242

(1972). The 2p

4 3s, 3d, 3p, and 4s Configurations of Doubly

Ionized Sodium, Na III. Na III: EL ND CL W PT

1883. Lundstrom, T.; Minnhagen, L.; Phys. Scr. 5(6), 243-248

(1972). The Spectrum of Na III between 380 and 180 A. Na III: EL CL W OT

1884. Van Deurzen, C. H. H.; Conway, J. G.; Davis, S. P.; Lawrence Berkeley Lab. Rep., LBL— 1217, 29 pp. (Aug. 1972). The Spectrum and Energy Levels of Doubly Ionized Scandium (Sc III). Sc III: EL CL W IP SF

1885. Olympia, P. L., Jr.; Thesis, Univ. Florida, 115 pp. (Aug.

1968). Reduced Fermion Density Matrices from Configuration

Interaction Wavefunctions. Be I: OT

1886. Parkinson, W. H.; Reeves, E. M.; Proc. Roy. Soc, Ser. A

331(1585), 237-247 (1972). Autoionization Resonances and Configuration-Mixing in the Emission Spectra of Zn I and Cd I. Zn I, Cd I: CL W PT

71
3. Bibliography Ordered by Reference Numbers — Continued

1887. Rajnak, K.; Mehlhorn, R.; Edelstein, N.; J. Chem. Phys.

58(2), 609-615 (1973).

Calculation of the Crystal Field Splittings of Sm3+

Levels in LaCl3 with Inclusion of J Mixing.

Sm IV: PT

1889. Kibble, B. P.; Rowley, W. R. C; Atomic Masses and Fundamental Constants 4, J. H. Sanders and A. H. Wapstra, Editors, pp. 420-426 (Plenum Press, New

York, 1972). A New Measurement of the Rydberg.

H I: EL

1890. Csillag, L.; Atomic Masses and Fundamental Constants 4,

J. H. Sanders and A. H. Wapstra, Editors, pp. 411-

419 (Plenum Press, New York, 1972). Results and Possibilities in the Determination of the Rydberg Constant. HI: EL W

1891. Van Deurzen, C. H. H.; Conway, J. G.; Davis, S. P.; J. Opt. Soc. Amer. 63(2), 158-163 (1973). Spectrum and Energy Levels of Doubly Ionized Scandium (Sc III). Sc III: EL CL W IP SF

1892. Berry, H. G.; Buchet-Poulizac, M. C; Buchet, J. P.; J. Opt. Soc. Amer. 63(2), 240-241 (1973). Quartet System of C IV. C IV: EL CL W

1893. Buchet, J. P.; Buchet-Poulizac, M. C; J. Opt. Soc. Amer.

63(2), 243-244 (1973). Beam-Foil Study of Boron in the Far Ultraviolet. B III, IV: EL CL W

1894. Banyard, K. E.; Ellis, D. J.; Mol. Phys. 24(6), 1291-1296

(1972). A Distribution Function for Angular Correlation in Heand Be-Like Ions. He I, Be I: AT

1895. Vetter, R.; Phys. Lett. 42A(3), 231-232 (1972). Ecarts isotopiques dans la transition laser a X=3.99pim

du xenon. Accroissement de l'effet de volume pour

les couples (136,134) et (126,124). Xe I: IS

1896. Hansen, J. E.; Persson, W.; Valind, S.; Phys. Lett. 42A(4), 275-276 (1972). On the Spectrum of Doubly Ionized Rubidium, Rb III. Rb III: EL ND

1897. McWeeny, R.; Velenik, A. A.; Mol. Phys. 24(6), 1421-

1430 (1972). On the Calculation of Inner Shell Ionization Energies and E.S.C.A. Shifts. Li I: AT

1898. Sanche, L.; Burrow, P. D.; Phys. Rev. Lett. 29(25), 1639-

1642 (1972). Electron Transmission Spectroscopy in Atomic

Hydrogen.

H": EL

1899. Gruzdev, P. F.; Lozinkov, A. V.; Opt. Spectrosc. (USSR)

33(1), 1-3 (1972).

Isoelectronic Series of Fluorine F I ... Mg IV 2p 3d and

2p 4d Energy Level Configurations. Configuration

Overlap. F I, Ne II, Na III, Mg IV: ND PT

1900. Konovalov, I. P.; Popov, A. I.; Protsenko, E. D.; Opt.

Spectrosc. (USSR) 33(1), 6-10 (1972). Measurement of Spectral Characteristics of the Neon

3.39 /u.m Transition. Ne I: IS

1901. Kessler, E. G., Jr.; Phys. Rev. A 7(2), 408-415 (1973). Determination of the Rydberg Constant from the He II n=3-4 (469-nm) Line Complex. He II: EL W

1902. Jucys, A. P.; Vizbaraite, I. I.; Kavetskis, V. I.; Batarunas,

I. V.; Bull. Acad. Sci. USSR, Phys. Ser. 22(5), 663-

665 (1958). Two-Electron Model Approximation and the So-Called Anomaly in the Spectra of Carbon, Nitrogen and Oxygen.

Li I: AT

1903. Morozova, N. G.; Startsev, G. P.; Bull. Acad. Sci. USSR,

Phys. Ser. 22(5), 683-688 (1958). Isotope Shift in the Spectrum of Ionized Uranium. U II: W IS

1904. Kaliteeveskii, N. I.; PereL, V. I.; Chaika, M. P.; Bull. Acad. Sci. USSR, Phys. Ser. 22(5), 689-692 (1958). On the Accuracy of Determination of the Hyperfine

Structure Constants from Optical Measurements. Cu I, U I: Hfs

1905A. Datla, R. U.; Kunze, H. J.; Bull. Amer. Phys. Soc.

18(4), 610 (1973). Laboratory Observation of the Magnetic Dipole

Transition (3s

2 3p

5 2 P3 /2 - 3s2 3p5 2 P]/2

) in the Chlorine-Like Iron Ion. Fe X: W

1906A. Mandelberg, H. I.; Winters, B. H.; Bull. Amer. Phys.

Soc. 18(4), 610 (1973). Optical Quadrupole Absorption in Potassium Using a Dye Laser. K I: W

1907A. Moe, G. W.; McDermott, M. N.

18(4), 610 (1973).

Bull. Amer. Phys. Soc.

Hyperfine Constants of the 5

2 ?3/2 State of

108m Ag. Ag I: Hfs

1908A. Svanberg, S. R.; Tsekeris, P.; Happer, W.; Bull. Amer.

Phys. Soc. 18(4), 611 (1973). Two-Step Optical Excitation of Highly Excited S and D

Levels in Alkali Atoms for Hyperfine Structure

Studies. Rb I, Cs I: Hfs

1909A. Moore, C. F.; Bolger, J. E.; Bull. Amer. Phys. Soc.

18(4), 634 (1973). The Lyman Series in Hydrogenic Oxygen and LymanLike Series in Helium-Like Oxygen.

O VII: EL CL W

1910A. Matthews, D. L.; Braithwaite, W. J.; Camp, C; Moore,

C. F.; Bull. Amer. Phys. Soc. 18(4), 634 (1973). Anomalous X-Ray Transitions Above the Lyman — Like

Series Limit in 0

?+ + e . O VIII: EL W

1911A. Mader, D. L.; Novick, R.; Bull. Amer. Phys. Soc. 18(4), 727 (1973). Hyperfine Structure of the Helium Negative Ion. He" Hfs

72
3. Bibliography Ordered by Reference Numbers — Continued

I912A. Huo, A.; Cohen, V. W.; Pichanick, F. M. J.; Silsbee, H.

B.; Bull. Amer. Phys. Soc. 18(4), 727 (1973). Measurement of Ay for Li . Li I: Hfs

1913A. Cohen, V. W.; Bull. Amer. Phys. Soc. 18(4), 727 (1973). Error in Reported Measurements of Nuclear Magnetic

Moments of Na24 and K

42

. Na I, K I: Hfs

1914A. Cheney, P.; Robinson, H. G.; Bull. Amer. Phys. Soc.

18(4), 727 (1973). Precision Determination of gj(N)/gj(Rb).

N I, Rb I: ZE

1915A. Fairchild, C. E.; Johnson, C. E.; Garg, H. P.; Bull. Amer. Phys. Soc. 18(4), 728 (1973). Evidence for the Detection of Atoms in the Metastable

6 S State of Nitrogen.

N I: EL

1916. Hotop, H.; Bennett, R. A.; Lineberger, W. C; J. Chem.

Phys. 58(6), 2373-2378 (1973). Electron Affinities of Cu and Ag.

Cu~, Ag": EL

K I - Cu I, Rb I - Ag I, Cs I - Au I: OT

1917. Hotop, H.; Lineberger, W. C; J. Chem. Phys. 58(6), 2379-2387 (1973). Dye-Laser Photodetachment Studies of Au , Pt , PtN", and Ag"

.

Pt",Au": EL

1918. Rapp, D.; Chang, C. M.; J. Chem. Phys. 58(6), 2657

(1973). Wavefunctions and Pseudopotential for Sodium Atoms. Na I: OT

1919. Belousova, I. M.; Kiselev, V. M.; Kurzenkov, V. N.; Opt.

Spectrosc. (USSR) 33(2), 112-114 (1972). Induced Emission Spectrum of Atomic Iodine Due to

the Hyperfine Structure of the Transition

2 P i/2 -

2 P3/2 (7603 cm"1 ).

I I: Hfs

1920. Sovter, V. V.; Zapesochnyi, I. P.; Shpenik, O. B.; Opt.

Spectrosc. (USSR) 36(5), 482-486 (1974). Effective Cross Sections and Peculiarities of Electron

Excitation of the Cadmium Atom. Cd I: EL CL W

1921. Chaghtai, M. S. Z.; Ali, Z.; Khatoon, S.; J. Phys. B 6(1), 232-239 (1973). The Emission Spectrum of Yttrium VI. Y VI: EL CL W IP

Zr VII: ND

1922. Ermolaev, A. M.; Jones, M.; J. Phys. B 6(1), 1-22 (1973). A Perturbation Analysis of Current Methods of Calculating Relativistic Energies.

He I: AT OT

1923. Tondello, G.; J. Opt. Soc. Amer. 63(3), 346-352 (1973). Absorption Spectrum of Cu I in the Vacuum Ultraviolet. Cu I: EL CL W IP

1924. Goldsmith, S.; Oren, L.; Cohen, L.; J. Opt. Soc. Amer.

63(3), 352-358 (1973). Spectra of P XII and P XIII in the Extreme Vacuum

Ultraviolet. P XII: EL CL W IP OT

P XIII: EL ND CL W OT

B II - CI XIV, Li I - CI XV: OT

1925. Spector, N.; J. Opt. Soc. Amer. 63(3), 358-361 (1973). Level Structure of Doubly Ionized Erbium (Er III). Er III: EL CL W PT

1926. Lluesma, E. G.; Tagliaferri, A. A.; Massone, C. A.; Garavaglia, M.; Gallardo, M.; J. Opt. Soc. Amer.

63(3), 362-364 (1973). Ionic Assignment of Unidentified Xenon Laser Lines. Xe I - IV: W

1927. Beyer, L. M.; Maddox, W. E.; Bridwell, L. B.; J. Opt.

Soc. Amer. 63(3), 365-369 (1973). Beam-Gas Spectrum of Sulfur, 500-1200 A. S II - V: CL W

S VI: W

1928. Nazaroff, G. V.; Int. J. Quantum Chem. (6), 87-102 (1972). A Theory of Autoionization Lifetimes.

H": OT

1929. Schuda, F.; Hercher, M.; Stroud, C. R., Jr.; Appl. Phys.

Lett. 22(8), 360-362 (1973). Direct Optical Measurement of Sodium Hyperfine

Structure Using a cw Dye Laser and an Atomic Beam. Na I: Hfs

1930. Assous, R.; Phenomena Ioniz. Gases, Contrib. Pap. Int. Conf., 10th, 388 (1971). Autoionized Emission Lines of Lead. Pb I: CL W

1931. Coulthard, M. A.; J. Phys. B 6(1), 23-29 (1973). Relativistic Contributions to Screening Ratios in Europium. Eu I - IV: AT

1932. Ekberg, J. O.; Phys. Scr. 7(1-2), 55-58 (1973). The Low Terms of Cr IV. Cr IV: EL ND CL W

1933. Ekberg, J. O.; Phys. Scr. 7(1-2), 59-61 (1973). Extended Analysis of Cr V. Cr V: EL CL W IP

1934. Berry, H. G.; Subtil, J. L.; Carre, M.; J. Phys. (Paris) 33(11-12), 947-954 (1972). Determination experimentale de structures fines dans

4 He I. He I: EL

1935. Klarsfeld, S.; Maquet, A.; Phys. Lett. 43B(3), 201-203

(1973). Bethe Sums for Lamb Shift Calculations in Higher

Excited States. H I: QF

1936. Ross, J. E.; Astrophys. J. 180(2)(Pt. 1), 599-606 (1973). Intermediate-Coupling Line Strengths in the Iron Spectrum and the Solar Abundance of Iron. Fe I: PT

1937. Coulthard, M. A.; J. Phys. B 6(11), 2224-2235 (1973). Relativistic Hartree-Fock Calculations of Some

Properties of Rare Earth Atoms and Ions. Nd III, Sm III, Eu I - IV, Gd I - IV: AT

Dy I, Yb III: AT

1938A. Reimann, R. J.; Diss. Abstr. Int. B 33(5), 2258 (1972). Nuclear Orientation of I = 13/2 Isomers of Mercury and

Level Crossing in '""Hg.

Hg I: Hfs

1939. Pacheva, I.; Izv. Fiz. Inst. ANEB (At. Nauchnoeksp.

Baza), Bulg. Akad. Nauk 21, 41-47 (1971). Isotopic Displacement in Erbium Spectrum. Er I, II: IS

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1940. Mehlman-Balloffet, G.; Esteva, J. M.; C. R. H. Acad.

Sci., Ser. B 276(5), 173-176 (1973). Spectroscopic d 'absorption d'especes ionisees (Be III) dans l'ultraviolet extreme. Be III: EL CL W

1941. Fawcett, B. C; Cowan, R. D.; Hayes, R. W.; J. Phys. B

5(11), 2143-2151 (1972). New Classifications of Highly Ionized Ni, Co, Cr, V and

Isoelectronic Spectra. Sc VI - VIII, V VII - X, XII: EL CL W

Cr VIII - XI, XIII, Mn XII, XIV: EL CL W

Co X - XVII, Ni XI - XVI, XVIII: EL CL W

Ti VI - IX: EL CL

V XIII, Cr XIV, Mn XV: EL CL W IP Ni XVII: EL CL W OT

CI VI, Ti XI, Fe XV: CL

1942. Feiertag, D.; Sahm, A.; zu Putlitz, G.; Z. Phys. 255(2), 93-96 (1972).

Core Polarization of the 1M Cs Atom by the 7p Electron. Cs I: Hfs

1943. Koenig, E.; Physica (Utrecht) 62(3), 393-408 (1972). Fonctions d'onde atomiques relativistes dans

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1944. Adler, A.; Kahan, W.; Novick, R.; Lucatorto, T.; Phys.

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3 P

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Li II: Hfs

1945. Adelroth, K. E.; Ekstrom, C; Nucl. Phys. A198, 380-390

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166 Tm. Tm I: Hfs

1946. Champeau, R. J.; Physica (Utrecht) 62(2), 225-238 (1972). Deplacement isotopique dans les spectres d'arc et d'etincelle du cerium. II. Deplacement isotopique

140 Ce- 142 Ce etude des facteurs electroniques. Ce I, II: ND IS AT

1947. Carriveau, G. W.; Doobov, M. H.; Australian Nat. Univ. ANU-P/533, 4 pp. (1971). Unidentified Lines in the Beam-Foil Spectrum of Carbon. C III - V: W

1948. Champeau, R. J.; Physica (Utrecht) 62(2), 209-224 (1972). Deplacement isotopique dans les spectres d'arc et d'etincelle du cerium. I. Deplacement isotopique

, , 136^ 13S/^ 140^ . 142^

relatit des isotopes Ce, Ce, Ce et Ce. Ce I, II: IS AT

1949. Bhatia, K. S.; Physica (Utrecht) 62(4), 623-626 (1972). Forbidden Transitions in Doubly and Triply Ionized Indium.

In III, IV: CL W

1950. Belin, G.; Svanberg, S.; Phys. Scr. 4(6), 269-273 (1971). Electronic gj Factors, Natural Lifetimes, and Electric Quadrupole Interaction for Rb87 in the np

2 P3/2 Series

of the Rb I Spectrum.

Rb I: ZE Hfs

1951. Dumont, M.; J. Phys. (Paris) 33, 971-991 (1972). Saturation Resonances by Magnetic Mode Crossing in Optical Pumping with a Multimode Gas Laser. Ne I: ZE

1952. Ekstrom, C; Ingelman, S.; Olsmats, M.; Wannberg, B.; Nucl. Phys. A194, 237-248 (1972).

Hyperfine Structure and Nuclear Moments of

161 Er and ! Er. Er I: Hfs

1953A. Behring, W. E.; Davis, S. P.; Marquet, L. C; J. Opt.

Soc. Amer. 63(4), 510 (1973). Spectra of Neutral and Singly Ionized Erbium.

Er I, II: EL CL W

1954. Tweed, R. J.; J. Phys. B 6(5), 770-781 (1973). Excited State Wavefunctions for Helium. He I: OT

1955A. Hansen, P.; Strong, J.; J. Opt. Soc. Amer. 63(4), 509-

510 (1973). High-Resolution Infrared Spectroscopy. HI: EL W

1956. Hartig, W.; Walther, H.; Appl. Phys. 1, 171-174 (1973). High-Resolution Spectroscopy with and Frequency

Stabilization of a cw Dye Laser. Na I: Hfs

1957. Gnadig, P.; Kuti, J.; Phys. Lett. 42B(2), 241-245 (1972). Proton Structure and Hyperfine Splitting in the Hydrogen Atom. H I: Hfs

1958. Glembockis, J. J.; Karosiene, A. V.; Kiseliov, A. A.; Savukynas, A. J.; Sadziuviene, S. D.; Jucys, A. P.;

Liet. Fiz. Rinkinys 12(2), 235-244 (1972). Theoretical Considerations of Absorption of Soft X-Rays by Metallic Lanthanum and Cerium Films. La IV, Ce IV: ND AT

1959. Artru, M. C; Kaufman, V.; J. Opt. Soc. Amer. 63(4), 449-450 (1973). Re-Evaluation of Parameters for Even Configurations of Triply Ionized Magnesium.

Mg IV: ND CL PT AT

1960. Scofield, D. F.; Dutta, N. C; Dutta, C. M.; Int. J. Quantum Chem. (6), 9-17 (1972). The Correlation Energy of Atomic Fluorine. F I: AT

1961. Boroske, E.; Zimmermann, D.; Magn. Resonance Relat. Phenomena, Proc. Congr. AMPERE, 16th, 417-419

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2 P3/2 -State of K39 and K

41 by Modified Atomic Beam

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1962. Glembockis, J. J.; Karosiene, A. V.; Kiseliov, A. A.; Savukynas, A. J.; Sadziuviene, S. D.; Jucys, A. P.;

Liet. Fiz. Rinkinys 12(1), 35-47 (1972). Theoretical Consideration of the Absorption of Soft X-Rays by the 4d-Electrons in the Rare Earth Ions Erbium, Thulium, and Ytterbium. Er IV, Tm IV, Yb IV: AT

1963. Jamelot, G.; Sureau, A.; Jaegle, P.; Phys. Lett. 41A(2), 153-154 (1972). New Identifications in the Al IV Spectrum.

Al IV: EL ND CL W PT AT

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1964. Joshi, Y. N.; Bhatia, K. S.; Jones, W. E.; Sci. Light

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1965. Johannesson, G. A.; Lundstrom, T.; Minnhagen, L.; Phys.

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MgV: EL W

1966A. Ast, T.; Diss. Abstr. Int. B 33(6), 2539-2540 (1972). Doubly-Charged Gaseous Positive Ions: Their

Reactions, Structures and Energy States as Investigated by Ion Kinetic Energy Spectroscopy.

Ne II: EL

1967. Kaldor, U.; J. Phys. B 6(1), 71-75 (1973). Stark Effect in the Li Hyperfine Structure.

Li I: SE

1968. Luke, T. M.; J. Phys. B 6(1), 30-41 (1973). Autoionization States in the Photoionization of Neon. Ne I: AT OT

1969. Luc, P.; Physica (Utrecht) 62(2), 239-248 (1972). Interpretation theorique de la structure hyperfine

dipolaire magnetique des termes z

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la configuration 3d

5 4s4p du manganese I. Mn I: Hfs PT AT

1970. Lin, C. C; Irwin, D. J. G.; Kernahan, J. A.; Livingston, A. E.; Pinnington, E. H.; Can. J. Phys. 50(20), 2496-2501 (1972). Beam-Foil Studies of Oxygen Below 2000 A. O II, III: CL W

1971. Kupliauskis, Z. J.; Matulaityte, A. V.; Jucys, A. P.; Liet.

Fiz. Rinkinys 12(1), 19-24 (1972). Application of Generalized Hydrogenlike Radial Orbitals

to the Normal Configuration of Sodium and Aluminum-Type Atoms. Na I, Mg II, Al III: AT OT

Al I, Si II, P III: AT OT

1972. Kruger, H. D.; Lange, W.; Phys. Lett. 42A(4), 293-294

(1972). On the Magnetic Hyperfine Splitting in the

Configuration 4f

? 6s6p of Eu I. Eu I: Hfs

1973. Kollar, J.; Solt, G.; J. Phys. B 6(2), 329-340 (1973). Simple Analytical Wavefunctions for the Ions of the

Iron Group Elements.

Ti II, Cr II, Fe II, Cu II: AT

; 1974. Stoeckel, F.; Lombardi, M.; Pebay-Peyroula, J. C; Phys.

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Structure Interaction Constants by Magnetic

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1975. Morillon, C; Spectrochim. Acta 27B(12), 527-536 (1972). Etude des spectres d'emission atomique du neon et du

xenon entre 3,5 et 5,5 fim a l'aide d'un spectrometre

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1976. Peacock, N. J.; Cowan, R. D.; Sawyer, G. A.; Phenomena

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1977. Vainshtein, L. A.; Safronova, U. I.; Kratk. Soobshch. Fiz.

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S XIV, XV, Ar XVI, XVII, Ca XVIII, XIX: OT

Fe XXIV, XXV: OT

1978. Kelly, H. P.; Simons, R. L.; Phys. Rev. Lett. 30(12), 529-

532 (1973). Photoabsorption by Neutral Argon Calculated by ManyBody Perturbation Theory. Ar I: AT

1979. Arditi, M.; Cerez, P.; IEEE Trans. Instrum. Meas. 21(4), 391-395 (1972). Hyperfine Structure Separation of the Ground State of

87 Rb Measured with an Optically Pumped Atomic Beam. Rb I: Hfs

1980. Midtdal, J.; Aashamar, K.; Lyslo, G.; Phys. Norv. 6(1), 87-96 (1972). Variational Perturbation Theory Investigations on TwoElectron Atomic Systems. II. Comparative Studies of Different Sets of Basis Functions. He I, Li II, Ne IX: OT

1981. Schuessler, H. A.; Hoverson, S. J.; Phys. Lett. 43A(1), 25-26 (1973). Measurement of the Hyperfine Structure Zeeman

Splitting of the Hg Ion. Rb I, Hg II: Hfs

1982. Eriksson, K. B. S.; J. Opt. Soc. Amer. 63(5), 632 (1973). Forbidden Transitions in S I. SI: EL W

1983. Stasiukaitis, V.; Kaminskas, V.; Jucys, A.; Liet. Fiz. Rinkinys 12(6), 903-909 (1972). Application of the Extended Method of Calculation and

Many-Configuration Approximation to the

Configuration 3d 3 of Sc I and V HI. Sc I, V III: AT OT

1984. Hansen, P.; Strong, J.; Appl. Opt. 12(2), 429-430 (1973). Seventh Series of Atomic Hydrogen. HI: W

1985. Ishii, K.; Mem. Fac. Eng., Kyoto Univ. 34(Pt. 1), 149-161

(1972). Calculation of Matrix Element of Electrostatic

Interaction between p

4

l and p

4

l' for the Different Couplings. Ne I, Ar I, Kr I, Xe I: PT

1986. Murakawa, K.; Phys. Rev. A 7(2), 416-417 (1973). Quadrupole Moments of Dy 163 and Dy 161

. Dy I: Hfs

1987. Kaldor, U.; Phys. Rev. A 7(2), 427-434 (1973). Many-Body Perturbation-Theory Calculations with

Finite, Bound Basis Sets. Be I: OT

1988. Hambro, L.; Phys. Rev. A 7(2), 479-486 (1973). Second-Order Corrections to the Fine Structure of

Helium. III. Improved Calculation of Some 3 P

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1989. Bhatia, A. K.; Madan, R. N.; Phys. Rev. A 7(2), 523-525

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1990. Matese, J. J.; Rountree, S. P.; Henry, R. J. W.; Phys. Rev. A 7(3), 846-850 (1973). Autodetachment States of O . O": ND OT

1991. Sternheimer, R. M.; Phys. Rev. A 7(3), 887-891 (1973). Atomic Quadrupole Moments of the Excited States of the Rare Gases. Ne I, Ar I, Kr I, Xe I: AT

1992. Buchet, J. P.; Buchet-Poulizac, M. C; Berry, H. G.; Drake, G. W. F.; Phys. Rev. A 7(3), 922-924 (1973). Classifications of Some Transitions in Doubly Excited Li

I and Li II. He I: CL W

Li I, II: EL CL W OT

1993. Smith, V. H., Jr.; Brown, R. E.; Thakkar, A. J.; Phys.

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Natural Analysis of the

2 S and 2 P States of the Lithiumlike Ions. Li I - O VI. OT

1994. Walker, T. E. H.; Waber, J. T.; Phys. Rev. A 7(4), 1218-

1224 (1973). Modified Hund's Rule for jj Coupling.

Sm I, Tb I, Gd I, Bk I, Md I: OT

1995. Lunell, S.; Phys. Rev. A 7(4), 1229-1243 (1973).

Hyperfine Structure of the 2

2 P, 3

2 P, and 4

2 P States

of Lithium.

Li I: Hfs

1996A. Hotop, H.; Bennett, R. A.; Lineberger, W. C; Bull. Amer. Phys. Soc. 18(5), 810 (1973). Laser Photodetachment Studies of Cu, Ag, Au, and Pt Negative Ions. Cu", Ag", Pt", Au": EL

1997. Hoffman, H. S.; Moses, H. E.; Lett. Nuovo Cimento 4(2), 54-57 (1972). The Ultraviolet Convergence of the Electromagnetic

Correction to the Ground— State Energy of Hydrogen.

H I: AT

1998. Camus, P.; Masmoudi, K.; Spectrochim. Acta 28B(3), 79-

84 (1973). Spectre d'absorption de Dy I dans la region 2478-4100

A. Dy I: EL CL W ZE

1999. Cowan, R. D.; Widing, K. G.; Astrophys. J. 180(1) (Pt. 1), 285-292 (1973). The Extreme-Ultraviolet Spectrum of Fe XV in a Solar

Flare. Fe XV: EL CL W AT

2000. Rosen, A.; Nyqvist, H.; Phys. Scr. 6(1), 24-36 (1972).

Hyperfine Structure Investigation of

153 Dy,

1SS Dy, and

157 p.Dy. Dy I: Hfs

2001. Rosen, A.; Lindgren, I.; Phys. Scr. 6(2-3), 109-121

(1972). Relativistic Effects in the Hyperfine Structure of the

Alkali Atoms.

Li I, Na I, K I, Rb I, Cs I: Hfs

2002. Rosen, A.; Phys. Scr. 6(1), 37-46 (1972). Hyperfine Structure Analysis for the Ground

Configuration of Bismuth.

Bi I: Hfs

2003. Lundstrom, T.; Phys. Scr. 7(1-2), 62-64 (1973). Ground Term Combinations of Mg III. Mg III: EL CL W IP

2004. Nicolaides, C. A.; Beck, D. R.; J. Phys. B 6(3), 535-552

(1973). Variational Calculations of Correlated Wavefunctions

and Energies for Ground, Low-Lying as well as Highly Excited Discrete States in Many-Electron Atoms Using a New Atomic Structure Theory

Including Electron Correlation. Be I - F I, B II, N II, O II, F II: AT

Si VI - XI: AT

2005. Bogdanovicius, P.; Boruta, J.; Vizbaraite, J.; Karazija, R.; Rudzikas, Z.; Savukynas, A.; Jucys, A.; Liet. Fiz. Rinkinys 12(6), 931-937 (1972). Theoretical Investigation of Two-Electron Transitions

in Cadmium Ion. Cd II: AT

2006. Sugar, J.; Meggers, W. F.; Camus, P.; J. Res. Nat. Bur. Stand. (U.S.) 77A(1), 1-43 (1973). Spectrum and Energy Levels of Neutral Thulium. Tm I: EL CL W ZE IP

2007. Nicolaides, C. A.; Chem. Phys. Lett. 19(1), 69-72 (1973). Chemisorption and Is Binding Energies in Oxygen Atom

and Negative Ion. O", O I: AT

2008. Starace, A. F.; J. Phys. B 6(1), 76-92 (1973). Absolute Line Strengths by Analysis of Lu-Fano Plots with Application to Excited State Transitions in Neon.

Ne I: OT

2009. Ridgeley, A.; Burton, W. M.; Solar Phys. 27(2), 280-285

(1972) . Further Observations of the Solar Limb Spectrum in the Region 550-2000 A. Ne V: EL CL W

Ne VII: W

Mg IX: CL W

2010. Marchand, P. D.; Can. J. Phys. 51(8), 814-819 (1973). Structures dans l'emission photonique de He provoquee

par bombardement d'electrons monocinetiques dans

la region de 60 eV.

He", He I: EL

2011. Stewart, A. L.; J. Phys. B 6(4), L51-L53 (1973). The Spin Density of the ns S States in the Lithium

Isoelectronic Sequence.

Li I: AT

2012. Dhez, P.; Ederer, D. L.; J. Phys. B 6(4), L59-L64 (1973). Photoionization Resonance Profile Parameters of the

3s3p 'P, Two-Electron Excitation in He I. He I: EL CL W

2013. Champeau, R. J.; Keller, J. C; J. Phys. B 6(4), L76-L79

(1973) .

Isotope Shift of

20 Ne,21 Ne and 22 Ne and Hyperfine

Structure of

21 Ne in the Lines 6096 A and 6074 A of Neon I. Ne I: Hfs IS

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2014. Latvamaa, E.; Kurittu, L.; Pyykko, P.; Tataru, L.; J. Phys. B 6(4), 591-600 (1973). On Second-Order Magnetic Hyperfine Interactions in One-Electron Atoms: Connections Between the Schrodinger, Dirac and Quantum Electrodynamical

Perturbation Calculations. H I: Hfs

2015. Albat, R.; Gruen, N.; J. Phys. B 6(4), 601-613 (1973). A Derivation of General Open— Shell SCF Equations for Atoms and Molecules with a Green Function Method. He I: AT

2016. Bates, G. N.; Altick, P. L.; J. Phys. B 6(4), 653-664

(1973). The Photoionization Cross Section of Magnesium Near

Threshold. Mg I: AT

2017. Baker, S. C; J. Phys. B 6(4), 709-714 (1973). Terms of N VI and O VII. N VI, O VII: EL CL W

2018. Wolff, H. W.; Radler, K.; Sonntag, B.; Haensel, R.; Z. Phys. 257(4), 353-368 (1972). Photoabsorption of Atomic Sodium in the VUV. Na I: EL CL W IP

2019. Gutmacher, R. G.; Bode, D. D., Jr.; Lougheed, R. W.;

Hulet, E. K.; J. Inorg. Nucl. Chem. 35(3), 979-994

(1973). The Stability of Tetravalent Berkelium in Acid Solution and the Absorption Spectra of Bk(IV) and Bk(III). Bk IV: (EL) (CL) (W) PT

Bk V: (EL) (CL) (W)

2020. von Oppen, G.; Popp, H. W.; Physica (Utrecht) 63(1), 104-112 (1973). Determination of Signs of Atomic Splitting Constants Using Level— Crossing Techniques.

Sr I: SE

2021. Silver, J. D.; Stacey, D. N.; Proc. Roy. Soc, Ser. A

332(1588), 139-150 (1973). Isotope Effects in the Nuclear Charge Distribution in Tin. Sn I: IS

2022. Silver, J. D.; Stacey, D. N.; Proc. Roy. Soc, Ser. A

332(1588), 129-138 (1973). Isotope Shift and Hyperfine Structure in the Atomic

Spectrum of Tin. Sn I, II: Hfs IS

2023. Keller, J. C; Lesprit, J. F.; Physica (Utrecht) 64(1), 202-

208 (1973). Isotope Shift in the Infrared Spectrum of Ne I. Ne I: IS

2024. Poe, R. T.; Chang, T. N.; Proc. 3rd Int. Conf. Atomic

Physics, Aug. 7-11, 1972, Boulder, Colorado, S. J. Smith and G. K. Walters, Editors, pp. 143-153 (Plenum Press, New York, 1973). Theoretical Study of Atomic Rydberg States. He I: OT

2025. Feneuille, S.; Crubellier, A.; Haskell, T.; J. Phys. (Paris), Colloq. C 4 31, 25-32 (1970).

Etude des configurations (d + s)° pTM au moyen du

groupe SU3

. Lu II, Hf II: PT

2026. Brenn, R.; Calvin, H.; Metcalf, H.; Sprouse, G.; Young,

L.; Proc. 3rd Int. Conf. Atomic Physics, Aug. 7-11,

1972, Boulder, Colorado, S. J. Smith and G. K. Walters, Editors, pp. 657-662 (Plenum Press, New

York, 1973).

Atomic g-Factors of Hydrogen-Like F

19

. F IX: ZE

2027. Okhrimenko, B. A.; Visn. Kiiv. Univ., Ser. Fiz. (12), 20-25

(1971).

Radial Wave Functions of Tl

+ (5d

9 6s

2 6p) Ions. Tl II: OT

2028. Mader, D. L.; Novick, R.; Proc. 3rd Int. Conf. Atomic

Physics, Aug. 7-11, 1972, Boulder, Colorado, S. J. Smith and G. K. Walters, Editors, pp. 169-180 (Plenum Press, New York, 1973). Fine Structure and Hyperfine Structure of the Helium

Negative Ion.

He": EL Hfs

2029. Connerade, J. P.; Solar Phys. 27(1), 130-131 (1972). Further Identifications in the Ar XI Spectrum. ArXI: CL AT

2030. Mansfield, M. W. D.; Connerade, J. P.; Phys. Scr. 6(4), 191-194 (1972). Hartree-Fock Calculations of the Mg I Spectrum in the Extreme Ultraviolet. Mg I: ND CL AT

2031. Hontzeas, S.; Martinson, I.; Erman, P.; Buchta, R.; Phys.

Scr. 6(1), 55-60 (1972). Beam-Foil Studies of Energy Levels and Radiative

Lifetimes in Be I and Be II. Be I, II: EL CL W

2032. Edmunds, M. G.; Astron. Astrophys. 23(2), 311-316

(1973); Astron. Astrophys. 30(1), 177 (1974). Calculation of Hyperfine Structure of Scandium and Vanadium for Stellar Spectral Analysis. Sc I, V I: ND Hfs

2033. Moos, H. W.; Woodworth, J. R.; Phys. Rev. Lett. 30(17), 775-778 (1973).

Observation of the Forbidden 2

3 S, —> 1 'S0 Spontaneous Emission Line from Helium and Measurement of the Transition Rate. He I: CL W

2034. Parkinson, J. H.; Astron. Astrophys. 24(2), 215-218

(1973). New Observations of Fe XVII in the Solar X—Ray

Spectrum. Fe XVI: W

Fe XVII: EL CL W

2035. Hansch, T. W.; Lee, S. A.; Wallenstein, R.; Wieman, C;

Phys. Rev. Lett. 34(6), 307-309 (1975). Doppler-Free Two-Photon Spectroscopy of Hydrogen

1S-2S. H I: QF

2036. Baumann, M.; Eibofner, A.; Phys. Lett. 43A(2), 105-106

(1973).

S]/2 - Pi/2 - Lambshift in the n=5 State of Ionized Helium. He II: QF

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2037. Laughlin, C; Victor, G. A.; Proc. 3rd Int. Conf. Atomic

Physics, Aug. 7-11, 1972, Boulder, Colorado, S. J. Smith and G. K. Walters, Editors, pp. 247-255

(Plenum Press, New York, 1973). Model Potential Calculations for Two-Valence Electron Systems. Be I, II, Mg I, II: OT

2038. Sandle, W. J.; Standage, M. C; Warrington, D. M.; Proc.

3rd Int. Conf. Atomic Physics, Aug. 7-11, 1972, Boulder, Colorado, S. J. Smith and G. K. Walters,

Editors, pp. 663-670 (Plenum Press, New York,

1973). Modulation of Mercury Resonance Fluorescence Under

Pulsed Electric Fields: Measurement of Differential Stark Shifts. Hg I: SE

2039A. Feldman, U.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 5 (1973). The Fluorine Isoelectronic Sequence. K XI - Co XIX: EL CL W

Mg IV, S VIII, K XI, V XV, Fe XVIII: AT

2040A. Klapisch, M.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 6 (1973). Classification of Some Lines in X-Ray Spectra of Fe XXV, Fe XXIV, Fe XIX, Fe XVIII. Fe XVIII, XIX, XXIV, XXV: PT

2041A. Mehlman, G.; Esteva, J. M.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 8 (1973). Absorption Spectroscopy Measurements of Energy

Levels Involving Inner Shell Excitation for Some

Neutral and Singly Ionized Atoms of Light Elements

(Be, B and Mg). Be I, II, B I, II: EL CL W

2042A. Johansson, L.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 9 (1973).

Levels of the Displaced System 2pnl

3 L, 'L in Be I. Preliminary Results. Be I: EL CL W

2043A. Radziemski, L. J., Jr.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 11 (1973). The Position of the 3s3p

5 Configuration in the CI II Spectrum and the 3s3p S 1/2 Level in the CI I Spectrum.

CI II: EL ND CL W PT AT

S I, CI I: ND AT

2044A. Hansen, J. E.; Persson, W.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 12 (1973).

Perturbations in 4p

5 4f Configurations in the Kr I Isoelectronic Sequence.

Rb II, Sr III: PT AT

2045. Chrysochoos, J.; J. Chem. Phys. 60(3), 1110-1112 (1974). Dependence of the Intensity of the Absorption Bands of Eu

3+ in Solution upon the Anions Present. Eu IV: (EL) (CL) (W)

2046A. Hertz, H.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 14 (1973). VUV Spectra of Xenon Excited by Electron Impact. Xe I - IV: CL W

2047A. Iglesias, L.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 15 (1973). High Configurations in the Spectrum V II. V II: EL CL W

2048A. Garcia-Riquelme, O.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 16 (1973). Revision and New Energy Levels of the Spectrum Ni

III. Ni III: EL CL W PT

2049A. Velasco, R.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 17 (1973). Series in Complex Spectra. V II, Mn II, Ni II, Co II, Fe III, Ni HI: OT

2050A. Rico, F. R.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 18 (1973). Term Analysis of the Ru III Spectrum. Ru III: EL CL W

2051A. Joshi, Y. N.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 19 (1973). Third, Fourth, Fifth and Sixth Spectra of Gallium and Germanium. Ga III - VI, Ge III - VI: EL ND CL W IP 2052A. Ben Ahmed, Z.; Blaise, J.; Verges, J.; Wyart, J. F.; 5th Conf. European Group Atomic Spectroscopy, Lund,

Abstr. No. 20 (1973). Present Status of the Analysis of the First Spectrum of I Lanthanum.

La I: EL CL W Hfs PT

2053A. Oreg, J.; Salomon, D.; Goldschmidt, Z. B.; 5th Conf. European Group Atomic Spectroscopy, Lund, Abstr. No. 21 (1973). The Ce I Spectrum. Ce I: PT

2054A. Blaise, J.; Verges, J.; Wyart, J. F.; Camus, P.; Zalubas,

R.; 5th Conf. European Group Atomic Spectroscopy, , Lund, Abstr. No. 22 (1973). Preliminary Term Analysis of the Arc and Spark

Spectra of Praseodymium.

Pr I, II: EL CL W ZE Hfs PT

2055A. Wyart, J. F.; Blaise, J.; Verges, J.; Camus, P.; Fred, M.;

5th Conf. European Group Atomic Spectroscopy,

Lund, Abstr. No. 23 (1973). Recent Progress in the Analysis of the Arc Spectrum of Holmium. Ho I: EL CL W ZE Hfs PT

2056A. Meijer, F. G.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 24 (1973). On the Analysis of W VI. Hf IV, W VI: EL CL W

2057A. Norlen, G.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 25 (1973). Interferometric Measurements of Ar I and Ar II Wavelengths in the Region 3400 - 9800 A. Ar I, II: EL W

2058A. Freeman, G. H. C; Matthews, V. P.; 5th Conf. European Group Atomic Spectroscopy, Lund, Abstr. No. 26 (1973).

Wavelengths and Stability of Some UV Hg"8 Lines with

Detailed Study of the K 185 nm Line. J Hg I: W

2059A. Donszelmann, A.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 28 (1973). A Pulsed Magnetic Field for Spectroscopic Studies. Cs I: ZE

78
3. Bibliography Ordered by Reference Numbers — Continued

2060A. Lindgren, I.; Morrison, J.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 29 (1973). Effect of Single-Electron Excitations upon the Hyperfine Structure of p Electron Systems. Na I: Hfs

2061A. Garpman, S.; Lindgren, I.; Lindgren, J.; Morrison, J.; 5th Conf. European Group Atomic Spectroscopy,

Lund, Abstr. No. 30 (1973). Many-Body Calculation of the Hyperfine Structure of the Excited p-Series of Li. Li I: Hfs

2062A. Lindgren, I.; Rosen, A.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 32 (1973). The Procedure for Determining Effective Hyperfine Parameters from Experiments. B I, F I, Al I, CI I: Hfs

2063. Bely-Dubau, F.; Astron. Astrophys. 25(3), 431-435 (1973). Numerical Calculations of Atomic Structure Constants

II. Radial Parts, Energy Levels, Transition

Probabilities for Fe XIII. Fe XIII: AT

2064A. Bauche-Arnoult, C; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 34 (1973). About the Interpretation of the Hyperfine Structures in the Lanthanide Atoms. Tb I: Hfs

2065A. Dankwort, W.; Penselin, S.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 36 (1973).

16— Pole-Interaction in Ho165

. Ho I: Hfs

2066A. Aldenhoven, R.; Aydin, R.; Dankwort, W.; Degener, L.; Ferch, J.; Gebauer, H.; Meisel, G.; Penselin, S.; Walther, H.; Childs, W. J.; 5th Conf. European

Group Atomic Spectroscopy, Lund, Abstr. No. 37

(1973). Configuration Interaction in the Atomic Ground State

Multiplets of "B and Sc. Zeeman Effect Measurements in the

3 P2 Metastable State of WSr. B I, Sc I: Hfs

Sr I, Ba I: ZE Hfs

2067A. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Childs, W. J.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 38 (1973). Hyperfine Structure Investigations of Highly Refractory Elements with the Atomic-Beam Magnetic- Resonance Method. Mo I, Hf I, Ir I: Hfs Ru I: ZE Hfs

2068A. Rubinsztein, H.; Lindgren, I.; Riedl, H.; Rosen, A.; 5th Conf. European Group Atomic Spectroscopy, Lund,

Abstr. No. 39 (1973). Hyperfine Structure Investigations of Radioactive

Isotopes using a Hot Wire Atomic— Beam Source. Mo I, Tc I: Hfs

2069. Cermak, V.; J. Electron Spectrosc. Relat. Phenomena

6(2), 135-144 (1975). Electron Spectroscopy of Autoionizing States of Oxygen,

Chlorine and Bromine Atoms. O I, CI I, Br h EL CL W

2070. Chrysochoos, J.; J. Chem. Phys. 61(6), 2484 (1974). On the Visible Absorption Spectrum of Eu

3+ in Solution. Eu IV: (EL) (CL) (W)

2071A. Wendlandt, D.; Bauche, J.; Luc, P.; 5th Conf. European

Group Atomic Spectroscopy, Lund, Abstr. No. 43

(1973). The Hyperfine Structure of Low-Lying Levels in Tc I; Experiment and Theory. Tc I: Hfs 2072A. Boucher, J.; Junk, M.; Muller, G.; Winkler, R.; 5th Conf. European Group Atomic Spectroscopy, Lund,

Abstr. No. 44 (1973). Optical Determination of Hyperfine Structure Splitting

Constants (Sign and Value) in Au-I Levels 5d'°6p

2 P3/2 and 5d9 6s

2 2 D5/2 from X3123 A. Au I: Hfs 2073A. Boucher, J.; Junk, M.; Muller, G.; Winkler, R.; 5th Conf. European Group Atomic Spectroscopy, Lund,

Abstr. No. 45 (1973). Recent HFS-Results on the Ground Configurations of

Pt I (5d

8 6s2 and 5d9 6s). Pt I: Hfs

2074A. Gursch, O.; Skrok, D.; Winkler, R.; 5th Conf. European

Group Atomic Spectroscopy, Lund, Abstr. No. 46

(1973). Determination of the Hyperfine Structure of the Bi-I

Level 6p

3 2 D5/2 . Bi I: Hfs 2075A. Fischer, T.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 47 (1973). Hyperfine Structure Measurements of V I by the Optical Method. V I: Hfs

2076. Fawcett, B. C; Cowan, R. D.; Mon. Not. Roy. Astron.

Soc. 171(1), 1-7 (1975). The Identification of Solar Flare Fe XVIII to Fe XXIII

Emission Lines from 2s°2p

k - 2s" '2p k+I Transitions. Fe XVIII, XIX, XX, XXII, XXIII: CL

K XIV, Ca XV, Sc XVI, Ti XVII, V XVIII: EL

Cr XIX, Mn XX, Fe XXI, K XV, Ca XVI: EL

Sc XVII, Ti XVIII, V XIX: EL

Co XXII, Ni XXIII, Cr XX, Mn XXI, Fe XXII: TE

2076. Fawcett, B. C; Cowan, R. D.; Mon. Not. Roy. Astron.

Soc. 171(1), 1-7 (1975) (continued). The Identification of Solar Flare Fe XVIII to Fe XXIII

Emission Lines from 2s"2p

k - 2s" ^p1" 41 Transitions. Co XXIII, Ni XXIV: TE

Mn XX, Fe XXI: CL AT

Cr XX, Mn XXI, Fe XXII: AT

V XX, Cr XXI, Mn XXII, Fe XXIII: AT

2077A. Giacobino, E.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 49 (1973).

Level-Crossing Determination of the 3s2 hfs of

21 Ne

Optically Pumped by a Laser Beam. Ne I: ZE Hfs

2078A. Baumann, M.; Kruger, H.; Liening, H.; 5th Conf. European Group Atomic Spectroscopy, Lund, Abstr. No. 50 (1973).

Hfs Investigation of Some Excited States of the 4d9 5p

Configuration in the Pd I - Spectrum with the Level

Crossing Technique.

Pd I: Hfs

79
! Vv 'vhi-i.giraphy Ordered by Reference Numbers — Continued

2079A. Gobel, L. H.; Risch, L.; Steinert, G.; 5th Conf. European

Group Atomic Spectroscopy, Lund, Abstr. No. 51

(1973). The Hyperfine Structure in Odd Configurations of Lu I. Lu I: Hfs

2080. Deech, J. S.; Hannaford, P.; Series, G. W.; J. Phys. B

7(10), 1131-1148 (1974). Determination of the Hyperfine Structure of the Level 3

2 P3/2 of M Na by Time-Resolved Level-Crossing

Spectroscopy. Na I: Hfs 2081A. Thoe, R. S.; Haselton, H. H.; Griffin, P. M.; Mowat, J. R.; Peterson, R. S.; Pegg, D. J.; Sellin, I. A.; Bull. Amer. Phys. Soc. 19(10), 1176 (1974). Lifetimes and Binding Energies of the Metastable

Autoionizing (Is2s2p)

4 P|/2 State in Al

10+ and Si"

+

Ions. Al XI, Si XII: EL

2082A. Champeau, R. J.; Keller, J. C; Robaux, O.; Verges, J.; 5th Conf. European Group Atomic Spectroscopy,

Lund, Abstr. No. 57 (1973).

Isotope Shift and Hyperfine Structure of

21 Ne in the Lines A = 6096 A and X = 11522 A. Ne I: Hfs IS

2083. Even-Zohar, M.; Fraenkel, B. S.; Cowan, R. D.; J. Phys. B 7(5), L152-L157 (1974). The 4p

6 4d-4p5 4d5s Transitions in Ru, Rh, and Pd. Ru VIII, Rh IX, Pd X: EL ND CL W AT

2084A. King, W. H.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 59 (1973). Analysis of Isotope Shifts in Neodymium.

Nd II: ND IS 2085A. Baird, P. E. G.; Stacey, D. N.; 5th Conf. European

Group Atomic Spectroscopy, Lund, Abstr. No. 60

(1973). Optical Isotope Shifts in Palladium. Pd I: IS 2086A. Bonn, J.; Huber, G.; Kluge, H. J.; Otten, E. W.; 5th Conf. European Group Atomic Spectroscopy, Lund,

Abstr. No. 61 (1973). Search for Strong Deformation in Light Mercury

Isotopes. Hg I: Hfs IS 2087A. Fischer, W.; Huhnermann, H.; Kromer, G.; Schafer, H.

J.; 5th Conf. European Group Atomic Spectroscopy,

Lund, Abstr. No. 62 (1973).

Isotope Shifts Between the Stable Xenon Isotopes

I24 Xe

. . . I3*Xe and Estimation of the Nuclear Deformation

Effects. Xe I: IS 2088A. Glass-Maujean, M.; Julien, L.; Descoubes, J. P.; 5th Conf. European Group Atomic Spectroscopy, Lund,

Abstr. No. 63 (1973). Stark Mixing Signals on n=3 of Atomic Hydrogen. H I: QF

2089A. Silver, J. D.; Gaillard, M. L.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 64 (1973).

Observations of Lamb Shifts in

4 He+ by a RadioFrequency Beam-Foil Method. He II: QF

2090A. Pinnington, E. H.; Berry, H. G.; Subtil, J. L.; 5th Conf. European Group Atomic Spectroscopy, Lund, Abstr. No. 65 (1973).

Fine and Hyperfine Structures in

6' 7 Li II. Li II: EL Hfs

2091. Poulsen, O.; Subtil, J. L.; J. Phys. B 7(1), 31-36 (1974). Hyperfine Structure Measurements in Be III. Be III: Hfs

2092A. Poulsen, O.; Subtil, J. L.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 67 (1973). Fine-Structure Measurements in Be II by the "ZeroField Quantum-Beat" Technique. Be II: EL

2093A. Picque, J. L.; Duong, H. T.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 102 (1973). High Resolution Spectroscopic Study of the Sodium

Resonance Lines Using an Atomic Beam Magnetic

Deflection Method and a C.W. Dye Laser. Na I: Hfs 2094A. Picque, J. L.; 5th Conf. European Group Atomic

Spectroscopy, Lund, Abstr. No. 103 (1973). High Resolution Spectroscopic Application of Atomic Beam Deflection by Resonant Light. Na I: Hfs

2095. Trefftz, E.; J. Phys. B 7(11), L342-L346 (1974). On the Mutual Influence of Configuration Interaction and Spin-Orbit Coupling in Heavy Atoms. Ba I: AT

2096A. Lange, W.; Luther, J.; Nottbeck, B.; Schroder, H. W.;

5th Conf. European Group Atomic Spectroscopy,

Lund, Abstr. No. 106 (1973). High Resolution Spectroscopy by Use of a CW Dye

Laser. Na I: Hfs

2097A. Cha, S. C; Figger, H.; Walther, H.; 5th Conf. European

Group Atomic Spectroscopy, Lund, Abstr. No. 112

(1973). Observation of Level Crossing Signals Following Laser

Excitation. Na I: Hfs

2098A. Bradley, D. J.; Ewart, P.; Nicholas, J. V.; Shaw, J R.

D.; 5th Conf. European Group Atomic Spectroscopy,

Lund, Abstr. No. 113 (1973). Excited State Absorption Spectroscopy of Alkaline Earths Selectively Pumped by Tunable Dye Lasers. Mg I, Ba I: EL CL W

2099. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Z. Phys. 260(2), 157-164 (1973). Ground State Hyperfine Structure and Nuclear

Magnetic Dipole Moments of

1?? Hf and I79 Hf. Hf I: Hfs

2100. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Phys. Lett. 43B(6), 479-480 (1973). Measurement of the Nuclear Magnetic Dipole Moments

of

177 Hf and 179 Hf with the Atomic Beam Magnetic Resonance Method. Hf I: Hfs

2101. Bauche-Arnoult, C; J. Phys. (Paris) 34(4), 301-311

(1973). Effects of Configuration Interaction on Atomic

Hyperfinu ?:ructure in /N /' Configurations.

Ti I, V I: Hfs

80
3. Bibliography Ordered by Reference Numbers — Continued

2102. Carnal], W. T., Fried, S.; Wagner, F., Jr.; J. Chem. Phys.

58(9), 3614-3624 (1973). Absorption Spectrum of BkCl3

. Bk IV: (EL) (CD (W) PT

2103. Carnall, W. T.; Fried, S.; Wagner, F., Jr.; J. Chem. Phys.

58(5), 1938-1949 (1973). Absorption Spectrum of CfCl3

. Cf IV: (EL) (CD (W) PT

2104. Eriksson, K. B. S.; Phys. Lett. 44A(1), 73-74 (1973). Transitions Within the Te I Ground Configuration. Te I: EL CL W

2105. Brewer, L.; J. Opt. Soc. Amer. 61(8), 1101-1111 (1971). Energies of the Electronic Configurations of the Lanthanide and Actinide Neutral Atoms. La I: EL ND

La I - Lu I, Ac I - Lr I: OT

2106. Eissner, W.; Jones, M.; J. Phys. (Paris), Colloq. C 4 31,

149-154 (1970). Energy Levels and gf Values of Ions in Independent

Particle Model Calculations. O III, Si IX, Si X: OT

2107. Flower, D. R.; Pineau des Forets, G.; Astron. Astrophys.

24(2), 181-192 (1973). Excitation of the Fe XIII Spectrum in the Solar Corona. Fe XIII: OT

2108. Gordadze, G. S.; Lezhava, E. A.; Safronova, U. I.; Tr. Gruz. Politekh. Inst. (3), 7-15 (1971). Feynman Diagrams for the Energy of ls

2 2s2 2p5 3/, ls

2 2s2p6 3/ Configuration Terms. Mn XVI - Zn XXI: OT

2109. Goto, T.; Gautam, M. S.; Joshi, Y. N.; Physica (Utrecht)

66(1), 70-78 (1973). Spark Spectra of Sodium. I. New Classified Lines in Na

IV, Na V and Na VI. Na IV, V, VI: EL CL W

2110. Garton, W. R. S., Reeves, E. M.; Tomkins, F. S.; Ercoli,

B.; Proc. Roy. Soc, Ser. A 333(1592), 1-16 (1973). Rydberg Series and Autoionization Resonances in the Sc I Absorption Spectrum.

Sc I: EL CL W IP

2111. Garton, W. R. S.; Reeves, E. M.; Tomkins, F. S.; Ercoli, B.; Proc. Roy. Soc, Ser. A 333(1592), 17-24 (1973). Rydberg Series and Autoionization Resonances in the Y

I Absorption Spectrum. Y I: EL CL W IP

2112. Hamel, J.; Vienne, J. F.; Opt. Commun. 7(1), 83-85

(1973). Optical Pumping Measurement of the Hyperfine

Structure of Cadmium Ion Ground State. Cd II: Hfs

2113. Ackermann, F.; Platz, I.; zu Putlitz, G.; Z. Phys. 260(2), 87-110 (1973).

Nuclear Quadrupole Moments of Radioactive ^Rb, M

Rb, and "'Rb. Rb I: ZE Hfs

2114. Loulergue, M.; Nussbaumer, H.; Astron. Astrophys. 24(2), 209-213 (1973). Fe XVII Emission from the Solar Corona. Fe XVII: CL W

2115. Iglesias, L.; Opt. Pura Apl. (Spain) 5(3), 195-202 (1972). Niveles de energia del espectro Co II. Co II: EL ZE IP

2116. Newman, D. J.; Taylor, C. D.; J. Phys. B 5(12), 2332-2338

(1972) . A New Approach in Atomic Configuration Interaction Calculations. Pr IV: AT

2117. Remy, M.; Phys. Lett. 44A(3), 203-204 (1973). Analytical Wave Functions for the Ground State of Sodium and Magnesium Atoms. Na I, Mgl: OT

2118. Svanberg, S.; Tsekeris, P.; Happer, W.; Phys. Rev. Lett. 30(18), 817-820 (1973). Hyperfine— Structure Studies of Highly Excited D and F

Levels in Alkali Atoms Using a cw Tunable Dye

Laser. Rb I, Cs I: Hfs

2119. Saxena, K. M. S.; Fraga, S.; Can. J. Phys. 51(6), 644-647

(1973). Electronic Structure of the Transition Elements. Fe I: AT

2120. Summers, H. P.; Astrophys. J. 179(1) (Pt. 2), L45-L47

(1973). A Note on the Energies of Some Three—Electron

Satellite Spectrum Lines. Ne VIII, IX: OT

2121. Chenevier, M.; Moskowitz, P. A.; J. Phys. (Paris) 35(5), 401-409 (1974). Mesures par resonance magnetique de durees de vie et de facteurs de Lande de niveaux excites d'atomes

d'argon et de xenon. Ar I, Xe I: ZE

2122. Knystautas, E. J.; Barrette, L.; Beauchemin, G.; Drouin,

R.; Proc. Int. Conf. Inner Shell Ioniz. Phenomena

Future Appl. 3, 1748-1751 (1972). X-Ray Emission and Radiative Lifetimes of HighlyIonised Neon. Ne VII, VIII: CL W

2123. Van Deurzen, C. H. H.; Lawrence Berkeley Lab.. LBL1657, Univ. California, 110 pp. (May 1973). Excitation Energies in an Electrically Pulsed Light- Emission Source Applied to the Separation of Higher

Ionized Atomic States: Spectra and Energy Levels of Scandium 2+ and Vanadium 4+. Sc III, V V: EL CL W IP SF

2124. Liepinsh, A.; Rabik, L.; Latv. PSR Zinat. Akad. Vestis

(6), 24-33 (1972). Wave Functions and Energies of Cs Atom AutoIonizing States. Cs I: AT

2125. Ishchenko, S. Ya.; Tolmachev, V. V.; 17th All Union

Meeting on Spectroscopy, Collection of Papers, Part

II. Theory of Atomic Physics, Moscow, pp. 60-63

(June 5-9, 1972). Calculation of Pair Correlation Energies for Be and Ne

Atoms Using the Approximation of Pair Radial

Equations. Be I, Ne I: AT

2126. Kupliauskis, Z. J.; Matulaityte, A. V.; Jucys, A. P.; 17th

All Union Meeting on Spectroscopy, Collection of Papers, Part II. Theory of Atomic Physics, Moscow,

pp. 73-76 (June 5-9, 1972). Use of Generalized Hydrogen-Like Radial Orbitals. S I: AT OT

81
3. Bibliography Ordered by Reference Numbers — Continued

2127. Hashino, Y.; Katsuyama, Y.; Fukuda, K.; Jap. J. Appl.

Phys. 12(3), 470 (1973). Laser Oscillation of O V in Z-Pinch Discharge. S V: CL

2128. Ivanova, E. P.; Safronova, U. I.; 17th All Union Meeting

on Spectroscopy, Collection of Papers, Part II. Theory of Atomic Physics, Moscow, pp. 112-115

(June 5-9, 1972). Hartree-Fock and Correlation Energies for Autoionized

States of 2-Electron Systems. He I: AT

2129. Sherstyuk, A. I.; 17th All Union Meeting on Spectroscopy,

Collection of Papers, Part II. Theory of Atomic

Physics, Moscow, pp. 116-120 (June 5-9, 1972). Calculation of the Correction to Perturbation Theory for Bound States of the Dirac Electron.

Si IV, V XIII, Br XXV, Am LXXXV: OT

2130. Berry, H. G.; Subtil, J. L.; Pinnington, E. H.; Andra, H.

J.; Wittmann, W.; Gaupp, A.; Phys. Rev. A 7(5), 1609-1615 (1973).

Hyperfine Structure of lsnp

3 P Terms of6-7 Li II. Li II: Hfs

2131. Minnhagen, L.; J. Opt. Soc. Amer. 63(10), 1185-1198

(1973). Spectrum and the Energy Levels of Neutral Argon, Ar

I. Ar I: EL W IP

2132. Bauche-Arnoult, C; Gerstenkorn, S.; Verges, J.; Tomkins, F. S.; J. Opt. Soc. Amer. 63(10), 1199-

1203 (1973). Extended Experimental and Theoretical Analysis of the Hyperfine Structure in the Ground Multiplets of Pu I and Pu II. Pu I, II: Hfs

2133. Bodrug, S. N.; Valyashko, E. G.; Mednikova, V. N.;

Sviridov, D. T.; Sviridov, R. K.; Opt. Spectrosc. (USSR) 34(2), 176-177 (1973). f-f Transitions in the Spectra of KMgF3 and NaMgF3

Crystals Activated with Eu

2+

. Eu III: (EL) (CL) (W)

2134A. Kaufman, V.; Hagan, L.; J. Opt. Soc. Amer. 63(10), 1316 (1973). Spectrum of Singly Ionized Aluminum (Al II). Al II: EL CL W IP

2135. Miller, T. A.; Freund, R. S.; Tsai, F.; Cook, T. J.; Zegarski, B. R.; Phys. Rev. A 9(6), 2474-2484 (1974). Observation of Singlet-Triplet Anticrossings in He. He I: EL ZE SE

2136A. Blaise, J.; Verges, J.; Wyart, J. F.; Camus, P.; Zalubas,

R.; J. Opt. Soc. Amer. 63(10), 1315 (1973). Analysis of the Spectrum of Neutral Praseodymium (Pr

I). Pr I: EL CL W ZE

2137. Cunningham, D. L.; Edwards, A. K.; Phys. Rev. Lett. 32(17), 915-917 (1974).

Autodetaching States in I . I": EL CL W

2138. Keenan, P. C; Greenstein, J. L.; Contrib. Perkins

Observ., Series II, No. 13, 199-231 (1963). The Line Spectrum of R Coronae Borealis, KK 3700-

8600 A. CI: CL W

2139A. van Kleef, T. A. M.; Koot, J. J. A.; J. Opt. Soc. Amer.

63(10), 1315-1316 (1973). Interpretation of Levels in the Spectra of Neutral and

Singly Ionized Erbium.

Er I, II: EL CL W ZE

2140. Doyle, H.; Oppenheimer, M.; Phys. Rev. A 5(1), 26-29

(1972).

Eigenvalues of the 2p3p

3 P and 2p3d

I,3 D Bound States

of the Helium Isoelectronic Sequence. He I: CL OT

He I - Fe XXV: OT

2141. Wyart, J. F.; Thesis, Univ. Paris-Sud, Orsay, 194 pp. (1973) . Classification des spectres d'arc et d'etincelle du

dysprosium. Contribution a l'etude de configurations

electroniques dans d'autres spectres des terres rares. Nd II: EL ND ZE PT

Eu I: ND PT

Gd I: ND PT

Gd II: PT

Dy I: EL ND CL ZE IS IP PT

Dy II: EL ND ZE PT

Dy IV: PT

Ho I: EL ND PT

U II: ND PT

2142. Anno, T.; Teruya, H.; Theor. Chim. Acta (Berl.) 21, 127-

142 (1971). Systematic Determination of the Slater— Condon

Parameters of Atoms and Ions with ls

2 2sm 2p"

Configurations. Na VI: EL PT

Li I - O VI, Be I - F VI, B I - Ne VI: PT

C I - Na VI, N I - Mg VI, O I Al VI: PT

F I - Si VI: PT

2143. Williams, M. D.; Solar Phys. 21(1), 38-39 (1971). Isoelectronic Wavelength Calculations for Argon

Spectra. ArIX, X: CL

Al IV - Ca XI, Al V - Ca XII: OT

2145. Yokozawa, M.; Matsuzaki, H.; Kamegaya, T.; Nakajima,

M.; J. Opt. Soc. Amer. 64(3), 396-397 (1974). Grotrian Charts for Atoms and Ions of Rare Gases. Ar I, II, HI, IV, Xe I, II: CL

2146A. Lundeen, S. R.; Kramer, P. B.; Pipkin, F. M.; Bull. Amer. Phys. Soc. 18(11), 1500 (1973). Observation of a Narrowed Lamb Shift Transition in H,

n = 2. H I: QF

2147. de Siqueira, M. L.; Laborne e Valle, D. E.; Nuovo

Cimento 10B(2), 459-470 (1972). Moments of Radial-Function Distributions for the Rare-Earth Ions and Their Dependence on the Calculation Method.

Pr IV, Nd IV: Hfs AT

La III - Lu III, Ce IV - Yb IV: Hfs

2148A. Huang, K. N.; Hughes, V. W.; Lewis, M. L.; Bull. Amer. Phys. Soc. 18(11), 1503 (1973). Theoretical Value of the Hyperfine Structure of Muonic

Helium. He I: Hfs

82
3. Bibliography Ordered by Reference Numbers — Continued

2149. Aymar, M.; Crance, M.; Kapisch, M.; J. Phys. (Paris), Colloq. C 4 31, 141-148 (1970). Results of the Parametric Potential Method Applied to Rare Gases. Mg III: ND PT

Ne I - Rn I: PT AT

2150. Dewhurst, R. J.; Pert, C. J.; Ramsden, S. A.; Opt. Commun. 9(3), 287-290 (1973). Observation of Highly Ionised Species in Plasma

Produced by Picosecond Laser Pulses. C VI, O VIII, F IX: W

2151A. Spence, D.; Chupka, W. A.; Bull. Amer. Phys. Soc.

18(11), 1505-1506 (1973). Resonances in the Scattering of Electrons by Atomic

Oxygen.

O": EL

2152A. Nygaard, K. J.; Bull. Amer. Phys. Soc. 18(11), 1506

(1973). Electron Impact Ionization in Heavy Alkali Elements. K I, Rb I: EL

2153A. Woodyard, J. R., Sr.; Altick, P. L.; Bates, G. N.; Bull. Amer. Phys. Soc. 18(11), 1509 (1973). Ab Initio Configuration Interaction Calculation of Bound

States of Argon Including the Spin-Orbit Interaction. Ar I: AT

2154A. Hughes, V. W.; Mueller, R. O.; Bull. Amer. Phys. Soc.

18(11), 1509-1510 (1973). A New Atomic Regime in Which the Magnetic

Interaction Dominates the Coulomb Interaction for Highly Excited States of H. H I, He I: AT

2155A. Lewis, M. L.; Serafino, P. H.; Bull. Amer. Phys. Soc.

18(11), 1510 (1973). Fine Structure of Helium: Second-Order Contributions. He I: OT

2156A. Laughlin, C; Victor, G. A.; Bull. Amer. Phys. Soc.

18(11), 1510 (1973). Semiempirical Model Potential Calculations of the Fine

Structure Splittings and Intercombination-Line

Oscillator Strengths in Two-Valence Electron Systems. Be I, Mg I: OT

2157A. Norcross, D. W.; Bull. Amer. Phys. Soc. 18(11), 1510

(1973). Model Potential Calculations of Alkali Negative Ion Bound States.

Na~, K~, Rb~, Cs": OT

2158A. Kasdan, A.; Lineberger, W. C; Bull. Amer. Phys. Soc.

18(11), 1513 (1973). Electron Affinities of the Alkali Atoms.

Li", Na", K", Rb", Cs": EL

2159A. Tiedeman, J. S.; Robinson, H. G.; Bull. Amer. Phys.

Soc. 18(11), 1517 (1973).

gj(H)/g s (e ) Determination Using Tritium Cells. H I: ZE

2160A. Bedard, F. D.; Beahn, T. J.; Bull. Amer. Phys. Soc.

18(11), 1517 (1973). Precision Measurement of the Ground State Ratio

gjfRb^VgjfNa23

) by Spin Exchange Optical Pumping. Na I, Rb I: ZE

2161A. Davis, S. J.; Wright, J. J.; Balling, L. C; Bull. Amer.

Phys. Soc. 18(11), 1517 (1973). A Measurement of g,(

87 Rb+ )/gj(

87 Rb) by ChargeExchange Optical Pumping.

Rb I, II: ZE

2162A. Comer, J.; Bull. Amer. Phys. Soc. 18(11), 1520 (1973). Investigation of Autoionizing States by Low Energy

Electron Impact. Ar I, II: EL

2163A. Stroud, C. R., Jr.; Schuda, F.; Bull. Amer. Phys. Soc.

18(11), 1521 (1973). The Dynamic Lamb Shift in Sodium. Na I: QF

2164A. Schenck, P. K.; Hilborn, R. C; Metcalf, H.; Bull. Amer.

Phys. Soc. 18(11), 1522 (1973). Measurement of the hfs and Lifetime of 3

2 P3/2 Na23 by

Time-Delayed Level-Crossing Using a Pulsed Dye

Laser. Na I: Hfs

2165A. Zimmermann, P.; Littman, M. G.; Ducas, T. W.;

Kleppner, D.; Bull. Amer. Phys. Soc. 18(11), 1522

(1973). Stark Mixing Measurements in Atomic Cesium. Cs I: SE

2166. Brown, C. M.; Tilford, S. G.; Ginter, M. L.; J. Opt. Soc. Amer. 64(6), 877-879 (1974). Absorption Spectrum of B I in the 1350-1900-A

Region. B I: EL CL W IP

2167. Brown, C. M.; Tilford, S. G.; Ginter, M. L.; J. Opt. Soc. Amer. 65(4), 385-388 (1975). Extended Identifications of Odd Energy Levels of Si I: Lu-Fano Graphical Analysis.

Si I: EL CL IP OT

2168A. Haselton, H.; Pegg, D. J.; Griffin, P. M.; Laubert, R.: Mowat, J. R.; Peterson, R.; Sellin, I. A.; Bull. Amer.

Phys. Soc. 18(11), 1527-1528 (1973).

Binding Energy and Lifetime of the (ls2s2p)

4 P| /2 State

in Lithiumlike Sulfur. S XIV: EL

2169A. Berry, H. G.; Bull. Amer. Phys. Soc. 18(11), 1528 (1973). Hyperfine Structure Modulations in Time Resolved

Fourier Spectroscopy. B III: Hfs

2170. Au, Chi-Kwan; Feinberg, G.; Phys. Rev. A 9(5), 1794-

1800 (1974). Effects of Retardation on Electromagnetic Self-Energy

of Atomic States. H I: QF

2171. Mackey, D. J.; Runciman, W. A.; Vance, E. R.; Phys.

Rev. B 11(1), 211-218 (1975).

Crystal-Field Calculations for Energy Levels of U** in ZrSiO„.

U V: (EL) (CL) (W) (ZE) PT

2172A. Dehmer, P. M.; Berkowitz, J.; Chupka, W. A.: Bull. Amer. Phys. Soc. 19(1), 83 (1974). Photoionization of Atomic Nitrogen.

N I: EL

83
3. Bibliography Ordered by Reference Numbers — Continued

2173A. Woods, C. W.; Richard, P.; Cocke, C. L.; Czuchlewski,

S.; Jamison, K.; Bull. Amer. Phys. Soc. 19(1), 83

(1974). Observation of Quantum Beats in K X-Rays from One

and Two Electron Oxygen and Fluorine. O VII, VIII, F VIII, IX: EL

2174A. Bednar, J. A.; Cocke, C. L.; Curnutte, B.; Randall, R.;

Bull. Amer. Phys. Soc. 19(1), 88 (1974). Decay of the 2

3 S] State in Heliumlike Sulfur. S XV: EL

2175. Esquivel, J. L.; De Teramond, G. F.; Phys. Lett. 46A(4), 297-298 (1973). A Six Parameter Calculation of the 1 'S State of Helium. He I: OT

2176A. Kauffman, R. L.; Woods, C. W.; Jamison, K.; Hopkins,

F.; Richard, P.; Bull. Amer. Phys. Soc. 19(1), 88

(1974). High Resolution Study of Neon K X-Rays Produced by

High Energy Heavy Ion Collisions. Ne VIII, IX: EL

2177A. Brown, M. D.; MacDonald, J. R.; Richard, P.; Mowat, J. R.; SeUin, I. A.; Bull. Amer. Phys. Soc. 19(1), 89

(1974). Observation of K X-Rays from Highly Ionized States of

Neon Produced by 40 MeV Cl

+?

, Cl

+ ", and Cl

+I3 Beams. Ne VIII, IX: EL

2178. Zilitis, V. A.; Uch. Zap., Latv. Ordena Tr. Kras. Znam.

Cos. Univ. im. Petra Stuchki 134, 15-32 (1970). Semi-Empirical Calculations of Oscillator Strengths for Beryllium and Barium Atoms. Be I, Ba I: AT

2179. Goly, A.; Zesz. Nauk Wyzsz. Szk. Pedagog. Ipolu, Fiz. Problem. Spektrosk. (13), 117-125 (1972). Some Remarks on the Arc Spectrum of Oxygen.

0 1: W

2180. Chapman, R. D.; Shadmi, Y.; J. Opt. Soc. Amer. 63(11), 1440-1445 (1973). Calculated Term Energies and Transition Probabilities

for Ions in the Fluorine Isoelectronic Sequence.

Sc XIII, Fe XVIII, Cu XXI: ND AT

2181. Feldman, U.; Doschek, G. A.; Cowan, R. D.; Cohen, L.; J. Opt. Soc. Amer. 63(11), 1445-1453 (1973). Fluorine Isoelectronic Sequence.

Al V, Si VI, P VII, S VIII, CI IX: Ar X: OT

K XI, Ca XII, Sc XIII, Ti XIV: V XV, Cr XVI, Mn XVII, Co XIX:

Fe XVIII: EL CL W AT

2182. Brown, C. M.; Tilford, S. G.; Ginter, M. L.; J. Opt. Soc. Amer. 63(11), 1454-1462 (1973). Absorption Spectrum of Ca I in the 1580-2090 A

Region. Ca I: EL CL W IP

2183. Doschek, G. A.; Feldman, U.; Cohen, L.; J. Opt. Soc. Amer. 63(11), 1463-1466(1973).

O I Isoelectronic Sequence: Transitions 2p*-2p3 3s. CI X, K XII, Ca XIII, Sc XIV, Ti XV: EL CL W

V XVI, Cr XVII, Mn XVIII: EL CL W

ND

EL CL

EL CL

2184. Sims, J. S.; Whitten, R. C; Phys. Rev. A 8(5), 2220-2230 i (1973). Upper and Lower Bounds to Atomic and Molecular

Properties. I. Be-Sequence Oscillator Strengths

(Dipole— Length Formulation) for the ls

2 2s2 'S —

ls

2 2s2p 'P Transition. Be I, C III, O V: OT

2185. Acton, L. W.; Catura, R. C; Meyerott, A. J.; Wolfson, C

J.; Culhane, J. L.; Solar Phys. 26, 183-201 (1972). Coronal Survey in X-Rays of O VII and Ne IX. O VI, VII, Ne VIII, IX: CL W

2186. Aygun, E.; Zak, B. D.; Shugart, H. A.; Phys. Rev. Lett. 31(13), 803-806 (1973).

gj Factor of He4 in the 2

3 S, State. H I, He I: ZE

2187. Brabban, D. H.; Glencross, W. M.; Nature (London), Phys. Sci. 244(135), 67-68 (1973). Lines of Fe XVII and Fe XVIII During a Solar Flare. Fe XVII: CL W

2188. Oreg, Y.; Ph.D. Thesis, Hebrew Univ. Jerusalem, 201 pp.

(1973). A Method and Computer Program for Calculating and Checking Algebraic Formulas and Numerical Values

for the Electrostatic Matrix Elements. A Theoretical

Investigation of the Even Configurations of Ce I. Ce I: ND PT AT

2189. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Childs, W. J.; Z. Phys. 263(4), 341-346

(1973).

Hyperfine Structure Investigations in the *F9/2 Atomic Ground State of

191 Ir and 193 Ir.

Ir I: ZE Hfs

2190. Burke, E. A.; Cassar, L.; J. Chem. Phys. 59(8), 4035-

4041 (1973). Numerical Extended-Hartree-Fock Calculation of the Magnetic Hyperfine Structure of Lithium.

Li I: AT

2191. Aymar, M.; Schweighofer, M. G.; Physica (Utrecht) 67(3), 585-594 (1973). Determination theorique des durees de vie et des

facteurs de Lande dans les spectres de Ar I, K II et Ca III. Ar I: PT

K II, Ca III: ND PT

2192. Aymar, M.; Physica (Utrecht) 66(2), 364-379 (1973). Determination theorique des probabilites de transition dans les spectres de S I et S II. S I, II: PT

2193. Beyer, H. J.; Kleinpoppen, H.; Woolsey, J. M.; J. Phys. B

6(9), 1849-1855 (1973). Measurement of the Non-Linear Stark Effect in

Hydrogen-Like He , n=4. He II: SE

2194. Schiff, B.; Accad, Y.; Pekeris, C. L.; Phys. Rev. A 8(5), 2272-2273 (1973).

Correction to the n

3 P, Levels of the Helium

Isoelectronic Sequence Owing to Mixing with the n

'P, State. He I - Ne IX: TE QF IP AT

84
3. Bibliography Ordered by Reference Numbers — Continued

2195. Brown, C. M.; Naber, R. H., Tilford, S. G.; Ginter, M. L.; Appl. Opt. 12(8), 1858-1864 (1973). High Temperature Furnace System for Vacuum

Ultraviolet Spectroscopic Studies. Mg I: EL CL W IP

2196. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Z. Phys. 260(2), 157-164 (1973). Ground State Hyperfine Structure and Nuclear

Magnetic Dipole Moments of

177 Hf and l79 Hf. Hf I: Hfs

2197. Tai, C.; Gupta, R.; Happer, W.; Phys. Rev. A 8(4), 1661-

1665 (1973).

Hyperfine Structure of the 8

2 Pi/2 State of Cs 133

. Cs I: Hfs

2198. Popescu, D.; Pascu, M. L.; Collins, C. B.; Johnson, B. W.; Popescu, I.; Phys. Rev. A 8(4), 1666-1672

(1973). Use of Space— Charge-Amplification Techniques in the Absorption Spectroscopy of Cs and Cs2

. Cs I: EL CL W

2199. Huzinaga, S.; Hart-Davis, A.; Phys. Rev. A 8(4), 1734-

1738 (1973). Stability of the Restricted Hartree— Fock— Roothaan

Method.

B", C

2", N2~, O2", Si2", P2", S2": AT

2200. Swanson, N.; Cooper, J. W.; Kuyatt, C. E.; Phys. Rev. A

8(4), 1825-1834 (1973). Resonant Structure in Near—Threshold Electron

Excitation of Krypton.

Kr": EL CL W

2201. Richard, P.; Kauffman, R. L.; Hopkins, F.; Woods, C. W.; Jamison, K. A.; Phys. Rev. A 8(4), 2187-2190

(1973). Oxygen Metastable X-Ray Emitters. O VI, VII: EL CL W

2202. Kelly, H. P.; Chase, R. L.; Daum, G. R.; Chang, J. J.; Phys. Rev. A 8(6), 2777-2780 (1973). Stark Effect in Ground-State Hyperfine Structure Calculated for Na and K Atoms. Na I, K I: SE

2203. Gupta, R.; Happer, W.; Lam, L. K.; Svanberg, S.; Phys.

Rev. A 8(6), 2792-2810 (1973). Hyperfine— Structure Measurements of Excited S States

of the Stable Isotopes of Potassium, Rubidium, and Cesium by Cascade Radio-Frequency Spectroscopy.

K I, Rb I, Cs I: Hfs

2204. Liao, K. H.; Gupta, R.; Happer, W.; Phys. Rev. A 8(6), 2811-2813 (1973). Measurement of Hyperfine Structure of the 4

2 S 1/2 State

of Na23 by Cascade Radio-Frequency Spectroscopy.

Na I: Hfs

2205. Cunningham, D. L.; Edwards, A. K.; Phys. Rev. A 8(6), 2960-2964 (1973).

Autodetaching States of CI . CI": EL CL W

2206. Matese, J. J.; Rountree, S. P.; Henry, R. J. W.; Phys. Rev. A 8(6), 2965-2968 (1973). Doubly Excited Feshbach States of CI".

CI": ND OT

2207. Smith, K.; Golden, D. E.; Ormonde, S.; Torres, B. W.;

Davies, A. R.; Phys. Rev. A 8(6), 3001-3011 (1973). Theoretical Model for Resonances in e— He Scattering near 60 eV.

He": OT

2208. Salop, A.; Phys. Rev. A 8(6), 3032-3044 (1973). Multi-Ionization of Krypton and Its Ions by HighEnergy Electron Impact. Kr I - Kr XXXVI: OT

2209. Spector, N.; Phys. Rev. A 8(6), 3270-3273 (1973). Comment on the Ground-State Configuration of Neutral Uranium (U I). U I: ND PT

2210. Taylor, G. K.; Banyard, K. E.; Phys. Rev. A 8(3), 1157-

1165 (1973). Correction Functions to Hartree-Fock Orbitals Derived from Correlated Wave Functions for He-, Li—, and Be— Like Ions. He I, Li I, Be I: AT

2211. Grotch, H.; Hegstrom, R. A.; Phys. Rev. A 8(3), 1166-

1168 (1973).

Calculation of the gj Factor for the 2

3 S] State of Helium. He I: OT

2212. Poulsen, O.; Subtil, J. L.; Phys. Rev. A 8(3), 1181-1185

(1973). Fine-Structure Measurements of d and f Terms in Singly Ionized Beryllium by the "Zero-Field Quantum— Beat" Technique. Be II: EL

2213. Lee, C. M.; Lu, K. T.; Phys. Rev. A 8(3), 1241-1257

(1973). Spectroscopy and Collision Theory. II. The Ar

Absorption Spectrum. Ar I: OT

2214. Junker, B. R.; Bardsley, J. N.; Phys. Rev. A 8(3), 1345-

1349 (1973). Auger Spectra of Highly Ionized Oxygen and Fluorine. O VI, F VII: OT

2215. Pegg, D. J.; Sellin, I. A.; Peterson, R.; Mowat, J. R.; Smith, W. W.; Brown, M. D.; MacDonald, J. R.; Phys. Rev. A 8(3), 1350-1364 (1973). Electron Decay-in-Flight Spectra from Autoionizing

States of Highly Stripped Oxygen, Fluorine, Chlorine, and Argon Ions. O IV, V, VI, F V, VI, VII: EL CL W

CI XV, Ar XVI: OT

2216. Matthews, D. L.; Braithwaite, W. J.; Wolter, H. H.; Moore, C. F.: Phys. Rev. A 8(3), 1397-1402 (1973). Multiply Excited States in the Two— and ThreeElectron Oxygen Ion. O VI, VII, VIII: EL CL W

2217. Penkin, N. P.; Komarovskii, V. A.; Opt. Spectrosc. (USSR) 35(1), 4-5 (1973). Relative Values of Oscillator Strengths of Nd I Spectral

Lines. Nd I: CL

2218. Bradley, D. J.; Ewart, P.: Nicholas, J. V.; Shaw, J. R. D.;

J. Phys. B 6(8), 1594-1602 (1973). Excited State Absorption Spectroscopy of Alkaline Earths Selectively Pumped by Tunable Dye Lasers. I. Barium Arc Spectra. Ba I: EL CL W IP

85
3. Bibliography Ordered by Reference Numbers — Continued

2219

2220

2221

!222.

!223.

!224.

!225

2226.

2227.

2228

2229

Sanche, L.; Schulz, G. J.; Phys. Rev. A 5(4), 1672-1683

(1972). Electron Transmission Spectroscopy: Rare Gases.

He", Ne~, Ar": EL W

Kr", Xe~: EL CL W

He I: EL W

Ne I, Ar I: EL CL W

Gorchakov, L. V.; Gruzdev, P. F.; Opt. Spectrosc. (USSR)

35(3), 347 (1973). Stark Shifts of ns Levels of Krypton and Xenon Atoms. Kr I, Xe I: SE

Varga, L. P.; Baybarz, R. D.; Reisfeld, M. J.; Volz, W. B.;

J. Inorg. Nucl. Chem. 35(8), 2787-2794 (1973). The Electronic Spectra of 5f

6 Cm** and 5f* Bk3+

. Prediction of 5f* Cm 2* and Cf4+ Spectra from the f6' 8 Spin-Orbit Coupling Diagram.

Cm V, Bk IV: (EL) (CL) (W)

Varga, L. P.; Baybarz, R. D.; Reisfeld, M. J.; Asprey, L.

B.; J. Inorg. Nucl. Chem. 35(8), 2775-2785 (1973).

Electronic Spectra of the 5f

5 and 5f9 Actinides: Am4*, Pu

3+

, Bk2+

, Cf3+ and Es

4*. The f Intermediate Spin-Orbit Coupling Diagram. Pu IV, Am V, Cf IV: (EL) (CL) (W)

Kaufman, V.; Artru, M. C; Brillet, W. U. L.; J. Opt. Soc. Amer. 64(2), 197-201 (1974).

Revised Analysis of the 2p

5 3s, 3p, 3d and 4s Configurations of Triply Ionized Aluminum (Al IV). Al IV: EL ND CL W PT

Si V, P VI: ND

Varga, L. P.; Baybarz, R. D.; Reisfeld, M. J.; Mann, J. B.;

J. Inorg. Nucl. Chem. 35(7), 2303-2310 (1973).

Electronic Spectra of Es

3+ (5f

10

). Calculated Spectroscopic Parameters and the f

4,10 Spin-Orbit

Coupling Diagram. Es IV: (EL) (CL) (W)

Worden, E. F.; Lougheed, R. W.; Gutmacher, R. G.; Conway, J. G.; J. Opt. Soc. Amer. 64(1), 77-85

(1974).

Hyperfine Structure in the ^Es Emission Spectrum,

III: Extension of the Line List, Levels of Es I and Es

II, Nuclear Magnetic-Dipole and Quadrupole Moments.

Es I, II: EL CL W Hfs

Beyer, L. M.; Maddox, W. E.; Bridwell, L. B.; Duncan, D.

D.; Bingham, L. L.; Asbell, J. C; Nucl. Instrum. Methods 110, 61-67 (1973). The Beam-Gas Spectra of Silicon, Sulfur and Oxygen.

O II, III, IV, V, Si II, III, IV: W

S II, III, IV, V, VI: W

Barrette, L.; Knystautas, E. J.; Drouin, R.; Nucl. Instrum. Methods 110, 29-33 (1973). Beam-Foil Studies of Neon Below 150 A. Ne VII, VIII: CL W

Humphreys, C. J.; J. Phys. Chem. Ref. Data 2(3), 519 530

(1973). First Spectra of Neon, Argon, and Xenon 136 in the 1.2-4.0 /urn Region. Ne I, Xe I: CL

Ar I: EL

Ekberg, J. O.; Phys. Scr. 8(1-2). 35-39 (1973). The Spectrum of Five-Times-Ionized Chromium, Cr

Cr VI: EL CL W IP

2230. Bardsley, J. N.; Junker, B. R.; J. Phys. B 5(9), L178-L180

(1972). Complex Coordinate Space Calculations for Resonant

States.

H": OT

2231. Connerade, J. P.; Mansfield, M. W. D.; Proc. Roy. Soc,

Ser. A 335(1), 87-96 (1973). Structure in the Hg I Absorption Spectrum from 20 to 120 A Associated with the Excitation of the 4f and 5s Subshells. Hg I: EL CL W

2232. Cahuzac, P.; Physica (Utrecht) 67(3), 567-584 (1973). Mesure de la structure hyperfine d'une transition infrarouge du baryum I en absorption saturee. Ba I: Hfs IS

2233. Cojan, J. L.; Rudi Saussereau, H.; C. R. H. Acad. Sci, Ser. B 277(15), 415-418 (1973). Mesure de la structure hyperfine des niveaux (6s

2 6p7s)

3 P! et (6s

2 6p2

) 3 P2 de l'isotope 207 du plomb.

Pb I: Hfs

2234. Drake, G. W. F.; Farago, P. S.; van Wijngaarden, A.; Phys. Rev. A 1 1(5), 1621-1628 (1975). Test of the Anisotropy Method for Lamb— Shift Measurements—Theory and Experiment.

H I: QF

2235. Biemont, E.; Solar Phys. 32(1), 117-129 (1973). Oscillator Strengths for 2pnd-2pn'f Transitions of C I and Identifications in the Infrared Solar Photospheric

Spectrum (1 <K <3 /u). C I: CL

2236. Meijer, F. G.; Klinkenberg, P. F. A.; Physica (Utrecht) 69(1), 111-118 (1973). The Structure of the Spectrum of Ta V. Ta V: EL CL W IP

2237. Ahlenius, T.; Larsson, S.; Phys. Rev. A 8(1), 1-7 (1973).

Variational Calculation of the Lowest

2 P State of the Lithium Atom.

Li I: Hfs OT

2238. Bhatia, A. K.; Burke, P. G.; Temkin, A.; Phys. Rev. A

8(1), 21-26 (1973).

Calculation of the 'P (2s2p) Autoionization State of He

with a Pseudostate Nonresonant Continuum. He I: TE OT

2239. Berry, H. G.; Bacis, R.; Phys. Rev. A 8(1), 36-39 (1973). Lamb Shifts in Two-Electron Atoms.

Li II: EL QF

He I, Be III, B IV, C V: QF

2240. Edwards, A. K.; Cunningham, D. L.; Phys. Rev. A 8(1), 168-173 (1973).

Electron Spectra from Collisions of O and O with Helium.

O", O I: EL

2241. Bardsley, J. N.; Nesbet, R. K.; Phys. Rev. A 8(1), 203-

206 (1973). Threshold Behavior of Inelastic-Scattering Cross

Sections.

Na": OT

2242. Ormonde, S.; Smith, K.; Torres, B. W.; Davies, A. R.; Phys. Rev. A 8(1), 262-295 (1973). Configuration-Interaction Effects in the Scattering of Electrons by Atoms and Ions of Nitrogen and Oxygen.

N I, O": OT

86
3. Bibliography Ordered by Reference Numbers — Continued

2243. Cole, R. S.; Repko, W. W.; Phys. Rev. A 8(2), 710-716

(1973). Recoil Corrections to the Hydrogen Hyperfine Interval and Bounds on the Proton Polarizability. H I: Hfs

2244. Stebbings, R. F.; Dunning, F. B.; Phys. Rev. A 8(2), 665-

667 (1973).

Autoionization from High-Lying 3p

5

( 2 P 1;2 )np' Levels in Argon. Ar I: EL CL W

2245. Perkins, J. F.; Phys. Rev. A 8(2), 700-704 (1973). Hylleraas-Type Calculations of the Be Ground State. Be I: OT

2246. Rodgers, J. E.; Lee, T.; Das, T. P.; Phys. Rev. A 8(2), 724-727 (1973). Theory of Hyperfine Stark Shifts in Many-Electron

Systems: Application to Lithium.

Li I: SE Hfs

2247. Hotop, H.; Patterson, T. A.; Lineberger, W. C; Phys. Rev. A 8(2), 762-774 (1973).

High-Resolution Photodetachment Study of Se Ions. Se": EL

2248. Carnal], W. T.; Fields, P. R.; Pappalardo, R. G.; J. Chem.

Phys. 53(7), 2922-2938 (1970). Absorption Spectrum of PuCl3

. Pu IV: (EL) (CL) (W) PT

2249. Carnall, W. T.; Cohen, D.; Fields, P. R.; Sjoblom, R. K.; Barnes, R. F.; J. Chem. Phys. 59(4), 1785-1789

(1973). Electronic Energy Level and Intensity Correlations in the Spectra of the Trivalent Actinide Aquo Ions. I. E3+S . Es IV: (EL) (CL) (W) PT

2250. Crosswhite, H. M.; Schwiesow, R. L.; Carnall, W. T.; J. Chem. Phys. 50(11), 5032-5033 (1969). Energy—Level Structure of Gd3+ in CaF2

. Gd IV: (EL) (CL) (W) PT

2251. Pappalardo, R. G.; Carnall, W. T.; Fields, P. R.; J. Chem.

Phys. 51(3), 1182-1200 (1969). Low—Temperature Optical Absorption of Americium

Halides. Am IV: (EL) (CL) (W) PT

2252. Komarovskii, V. A.; Opt. Spectrosc. (USSR) 34(4), 462-

463 (1973). Oscillator Strengths of Eu I Spectral Lines in the 2950-

2370 A Region. Eu I: EL CL

2253. Grigoreva, V. N.; Khvostenko, G. I.; Chaika, M. P.; Opt.

Spectrosc. (USSR) 34(6), 712-714 (1973).

Stark Constant /3 S of the 6

2 P3/2 State of Rb85

. Rb I: SE

2254. Aleksandrov, E. B.; Mamyrin, A. B.; Sokolov, A. P.; Opt.

Spectrosc. (USSR) 34(6), 707-708 (1973).

Optical Pumping of Hyperfine Sublevels of the 4

2 Sj/2 State of Potassium. K I: Hfs

2255. Zelesskii, V. Yu.; Ivanenko, Yu. M.; Krupenikova, T. I.; Opt. Spectrosc. (USSR) 34(6), 618-619 (1973). Observation of Hyperfine Splitting in Iodine Atoms by Means of Spontaneous Emission in Pulsed Photolysis

of CF3I.

I I: Hfs

2256. Biktimirov, A. Ya.; Lyast, I. Ts.; Opt. Spectrosc. (USSR)

34(6), 599-600 (1973). Application of the Local Energy Method to the Consideration of Correlation in Outer Shells of Atoms. Li~,BeI: OT

2257. Bhalla, C. P.; Folland, N. O.; Hein, M. A.; Phys. Rev. A

8(2), 649-657 (1973). Theoretical K-Shell Auger Rates, Transition Energies, and Fluorescence Yields for Multiply Ionized Neon. Ne II - X: AT

2258. Bashkin, S.; Bromander, J.; Leavitt, J. A.; Martinson, L;

Phys. Scr. 8(6), 285-291 (1973). Beam—Foil Studies of Radiative Transitions and

Lifetimes in CI IV - CI X.

CI IV, VI - X: EL CL W

CI V: EL CL

2259. Bolduc, E.; Marmet, P.; Can. J. Phys. 51(19), 2108-2113

(1973). Theoretical and Experimental Line Profiles of Autoionizing States as Reflected in Their

Electroionization Curve. Ne I: EL CL W

2260. Brown, R. A.; Pipkin, F. M.; Ann. Phys. (New York)

80(2), 479-519 (1973). Measurement of the Fine Structure of the n - 4 State of Hydrogen.

H I: EL QF

2261. Brecht, J.; Kowalski, J.; Lido, G.; Ma, I. J.; zu Putlitz, G.;

Z. Phys. 264(4), 273-285 (1973). Lifetimes and gj Factors of 6s7p and 5d6p Levels of Ba

I. Ba I: ZE

2262. Baer, W.; Conway, J. G.; Davis, S. P.; J. Chem. Phys.

59(5), 2294-2302 (1973). The Crystal Spectrum of Promethium 3+ in LaCl3

. Pm IV: (EL) (CL) (W) PT

2263. Biemont, E.; Bull. Soc. Roy. Sci. Liege 42(5-6), 206-217

(1973) .

Probabilites de transition dans la configuration 3d'

0 ('S)

nl de Cu I et identifications dans le spectre solaire. Cu I: CL

2264. Hendricks, M. E.; Jones, E. R., Jr.; Stone, J. A.; Karraker, D. G.; J. Chem. Phys. 60(5), 2095-2103

(1974). Magnetic Properties of Trivalent Actinides in the Octahedral Compounds Cs2 NaMCl6

. U IV, Np IV: ND PT

Pu IV, Cm IV: PT

2265. Haskins, P. J.; J. Phys. B 6(11), 2220-2223 (1973). Some S State Energies for He and Li Using a Simple

Correlated Trial f unction. He I, Li II: OT

2266. Hutcheon, R. J.; Phys. Lett. 45A(6), 463-464 (1973). New Classifications in the Spectrum of Helium-Like

Fluorine (F VIII). F VIII: EL CL W

2267. Hallin, R.; Lindskog, J.; Marelius, A.; Pihl, J.; Sjodin, R.; Phys. Scr. 8(5), 209-217 (1973). Beam-Foil Spectra of Chlorine and Oxygen Ions at Beam Energies of 6-42 MeV. O VI - VIII, CI VI - XIV: EL CL W

87
: ;i' 5graphy Ordered by Reference Numbers — Continued

2268. Drake, G. W. F.; Astrophys. J. 184(1) (Pt. 1), 145-150

(1973).

Spontaneous Bound-Free Transitions of the 2p

2 3 Pe

State of H". H": OT

2269. Dworetsky, M. M.; Vaughan, A. H., Jr.; Astrophys. J. 181(3) (Pt. 1), 811-816 (1973). Wavelength Shifts and Probable Isotopic Structure of Pt

II A.4046 in Mercury Stars. Pt II: IS

2270. Duweke, M.; Kirchner, N.; Reichert, E.; Staudt, E.; J. Phys. B 6(8), L208-L210 (1973). Resonances in Low Energy Electron-Mercury

Scattering.

Hg": EL CL W

2271. Glass-Maujean, M.; Opt. Commun. 8(3), 260-262 (1973). Measurement of the 3

2 S I/2 - 3

2 D3/2 and 32 S 1/2 - 3 D5/2 Intervals in Atomic Hydrogen.

H I: QF

2272. Giacobino, E.; Opt. Commun. 8(2), 154-156 (1973). Mesure de la structure hyperfine du niveau 3s2 de

21 Ne. Ne I: Hfs

2273. Fischer, C. F.; J. Phys. B 6(10), 1933-1941 (1973).

Brillouin's Theorem for Excited (nl)

q (n'l)q

Configurations. He I, Na II: AT

2274. Fano, U.; Lee, C. M.; Phys. Rev. Lett. 31(27), 1573-1576

(1973). Variational Calculation of R Matrices. Application to Ar

Photoabsorption. Ar I: AT

2275. Foglia, C; Phys. Lett. 39A(5), 424 (1972).

Atomic Parameters for the Ne Compound Atom.

Ne": OT

2276. Figger, H.; Wolber, G.; Z. Phys. 2>64(2), 95-108 (1973). Precision Measurement of the Hyperfine Structure of Lu 175 with the Atomic Beam Magnetic Resonance

Method. Lu I: Hfs

2277. Fawcett, B. C; Galanti, M.; Peacock, N. J.; Culham Lab.,

Berkshire, CLM-P366, 11 pp. (1973). Spectral Classifications in the Fe XIX to Fe XXIII

Isoelectronic Sequences.

Ti XVII, V XVII - XX, Mn XVIII, XIX: EL CL W

FeXX: EL CL W

Mg V, Al VI, Si VII, P VIII, S IX: CL W

K XII, Ca XIII, Sc XIV, Ti XV, V XVI: CL W

Fe XIX: CL W

2278. Fawcett, B. C; Cowan, R. D.; Solar Phys. 31, 339-341

(1973).

3p

6 3dn -3p5 3d°

+I Spectra of Fe VI and Fe VII. Fe VI, VII: EL ND CL W AT

2279. Fawcett, B. C; Hayes, R. W.; Phys. Scr. 8, 244-248

(1973). The Classification of Transitions Between Levels of Principal Quantum Numbers 2 and 3 in S X to XIV

and of Isoelectronic Spectra in P, CI and Ar. S X - XIV, P X - XII, CI XI - XIV: EL CL W

Ar XII, XIIL EL CL W

Liberman, S.; Picque, J. L.; Opt. Commun. 7(4), 371-373

2280. Czub, J.; Heldt, J.; Kowalczyk, A.; Acta Phys. Pol. A

44(4), 609-621 (1973). Zeeman Effect in the Multipole Lines of Antimony.

Sb I: ZE

2281. Douglas, M.; Kroll, N. M.; Ann. Phys. (New York) 82(1) 89-155 (1974). Quantum Electrodynamical Corrections to the Fine

Structure of Helium. He I: TE OT

2282. Duong, H. T.; Jacquinot, P.; Pinard, J.; Vialle, J. L.

(1973). Optical Resolution of the Hyperfine Structure of the Na

D Lines by Atomic Beam Absorption from a CW

Tunable Dye Laser. Na I: Hfs

2283. Johansson, S.; Litzen, U.; Phys. Scr. 8(1-2), 43-44 (1973). The Term 4f

8 7 F in Gd HI. Gd III: EL CL W

2284. Ekberg, J. O.; Phys. Scr. 9(2), 96-98 (1974). Additions to the Analysis of Vanadium V. V V: EL CL W IP

2285. Ermolaev, A. M.; Jones, M.; Phillips, K. J. H.; Astrophys.

Lett. 12(1), 53-56 (1972). Accurate Calculations of Wavelengths of Certain Helium-Like Lines in the X Ray Region.

Si XIII, Ca XIX, Fe XXV: TE CL OT

2286. Edwards, D., Jr.; Phys. Lett. 45A(5), 385-386 (1973). A Non-Perturbative Approach to Hyperfine Splitting. H I: Hfs

2287. Hansen, J. E.; Persson, W.; J. Opt. Soc. Amer. 64(5), 696-698 (1974).

4s

2 4p4 and 4s4p5 Configurations in Rb IV and Sr V. Rb IV, Sr V: EL ND CL W PT AT

Kr III: ND PT AT

2288. Cantu, A. M.; Jannitti, E.; Tondello, G.; J. Opt. Soc. Amer. 64(5), 699-701 (1974). Spectra of N VI, O VII, F VII, and F VIII in the Grazing-Incidence Region.

N VI, O VII, F VIII: EL CL W IP F VII: EL CL W

2289. Dick, K. A.; J. Opt. Soc. Amer. 64(5), 702-705 (1974). Ground-State Term Intervals in Multiply Ionized Zinc

(Zn V, Zn VI) and Gallium (Ga V, Ga VI, Ga VII). Zn V, VI, Ga V, VI, VII: EL CL W OT

2290. Lu, K. T.; J. Opt. Soc. Amer. 64(5), 706-711 (1974).

Quantum-Defect Analysis of the Effects of np

2 Terms

on the Singlet Terms of Alkaline Earths and of Their

Isoelectronic Sequences. Be I, Mg I, Al II, S V, Ar VII: OT

2291. Davis, S. J.; Wright, J. J.; Balling, L. C; Phys. Rev. A

9(4), 1494-1497 (1974).

Precision Measurement of gi(

87 Rb+ )/gj(87 Rb). Rb I: ZE

Rb II: Hfs

2292. Fischer, C. F.; Saxena, K. M. S.; Phys. Rev. A 9(4), 1498-1506 (1974).

Correlation Study of Be ls

2 2s2 by a Separated-Pair Numerical Multiconfiguration Hartree-Fock

Procedure. Be I. AT

88
3. Bibliography Ordered by Reference Numbers — Continued

2293. Weiss, A. W.; Phys. Rev. A 9(4), 1524-1536 (1974). Series Perturbations in Atomic Spectra: Superposition

of-Configurations Calculations on Al I and Al II. Al I: ND AT OT

Al II: ND AT

2294. Larson, D. J.; Ramsey, N. F.; Phys. Rev. A 9(4), 1543-

1548 (1974). Measurement of the Hydrogen-Tritium gj -Factor

Ratio. H I: ZE

2295. Kansa, E. J.; Phys. Rev. A 9(4), 1555-1563 (1974). Method of Successive Approximations for ManyElectron Wave Functions. Be I: OT

2296. Feldmann, D.; Rackwitz, R.; Heinicke, E.; Kaiser, H. J.; Phys. Lett. 45A(5), 404 (1973). Electron Affinities of Some Elements.

Li", B", Na", P", K", Cr", Ga", Ge", As": EL

Rb", In", Sn", Sb", Te", Cs", Tl", Bi": EL

2297. Baybarz, R. D.; Asprey, L. B.; Strouse, C. E.; Fukushima,

E.; J. Inorg. Nucl. Chem. 34, 3427-3431 (1972). Divalent Americium: The Crystal Structure and

Magnetic Susceptibility of Aml2

. Am III: (EL)

2298. Maly, J.; Sikkeland, T.; Silva, R.; Ghiorso, A.; Science 160, 1114-1115 (1968). Nobelium: Tracer Chemistry of the Divalent and

Trivalent Ions. No III: (EL)

2299. Kasyanov, Yu. S.; Kononov, E. Ya.; Korobkin, V. V.; Koshelev, K. N.; Serov, R. V.; Opt. Spectrosc. (USSR) 35(6), 586-589 (1973). Intrashell Transitions in the Spectra of Multicharged

Phosphorus Ions. P VIII, IX, X, XI, XII: EL CL W

P XIII: EL CL W

2300. Cowan, R. D.; Nucl. Instrum. Methods 110, 173-182

(1973). The Theory of Rare Earth Energy Levels and Spectra. Nd I - VI, Er I - VI: IP AT

Nd VII, Er VII: AT

2301. Hontzeas, S.; Martinson, I.; Erman, P.; Buchta, R.; Nucl.

Instrum. Methods 110, 51-54 (1973). Beam-Foil Studies of Energy Levels and Radiative

Lifetimes in Be I and Be II. Be I, II: EL CL W

2302. Tatewaki, H.; Tanaka, K.; J. Chem. Phys. 60(2), 601-606

(1974) .

Correlation Holes and Wavefunctions for the 'S, 'P°, and 3 P° States of Be, B\ and C

2+

. Be I, B II, C III: AT

2303. Kauffman, R. L.; Hopkins, F.; Woods, C. W.; Richard,

P.; Phys. Rev. Lett. 31(10), 621-624 (1973). High-Resolution Study of Ne Ka X-Ray Transitions as

a Function of Oxygen-Projectile Charge State. Ne III - X: EL CL W

, 2304. Walker, A. B. C, Jr.; Rugge, H. R.; Weiss, K.; Astrophys. J. 188(2) (Pt. 1), 423-440 (1974). Relative Coronal Abundances Derived from X—Ray

Observations. I. Sodium, Magnesium, Aluminum,

Silicon, Sulfur, and Argon. Na XI, Mg X - XII, Al XI - XIII: EL CL W

Si XII - XIV, S XIV - XVI: EL CL W

Ar XVI, XVII, Fe XXIII, XXIV: EL CL W

2305. Mehlman, G.; Esteva, J. M.; Astrophys. J. 188(1) (Pt. 1), 191-195 (1974). Autoionization Spectra of Beryllium (Be I and Be II) in the 110- to 140-eV Energy Range. Be I, II: EL CL W

2306. Matthews, D. L.; Johnson, B. M.; Mackey, J. J.; Moore,

C. F.; Phys. Rev. Lett. 31(22), 1331-1334 (1973). High-Resolution K-Auger Spectra for Multiply Ionized Neon.

Ne: W

2307. Kreutztrager, A.; von Oppen, G.; Z. Phys. 265(5), 421-

431 (1973). Level-Crossing-Utersuchung der Stark-Aufspaltung

der tiefsten 'Pj-Terme von Ca, Sr und Ba. Ca I, Sr I, Ba I: ZE SE

2308. Irwin, D. J. G.; Livingston, A. E.; Kernahan, J. A.; Can.

J. Phys. 51(18), 1948-1955 (1973). Radiative Mean-Life Measurements in Neon below

1000 A. Ne: W

2309. Biemont, E.; Grevesse, N.; Bull. Soc. Roy. Sci. Liege

42(7-8), 307-395 (1973). Raies atomiques dans l'infrarouge. Longueurs d'onde,

probabilites de transition et identifications dans le spectre solaire. C I, N I, O I, Na I, Mg I, Al I, Si I: CL

P I, S I, K I, Ca I, II: CL

2310. Lindeberg, S.; Uppsala Univ., Inst. Phys. UUIP-759, 18 pp. (Feb. 1972). An Experimental Analysis of the Energy Levels with n =2 in the Spectra Ne IV, V, VI and VII. Ne IV, V, VI, VII: EL CL W

2311. Hibbert, A.; J. Phys. B 6(6), L127-L130 (1973). Oscillator Strengths in the Beryllium Sequence. Be I: EL AT

2312. Ackermann, R. J.; Rauh, E. G.; High Temp. Sci. 5(6), 463-473 (1973). High Temperature Properties of the Thorium-Oxygen

System: A Revision of the Thermodynamic Properties

of ThO(g) and Th02 (g). Th I: IP

2313. Averill, F. W.; Walker, T. E. H.; Waber, J. T.; J. Chem.

Phys. 60(7), 2907-2912 (1974). Method for Calculating Molecular Rydberg States. C I, Ne I, Kr I: OT

2314. Champeau, R. J.; Handrich, E.; Walther, H.; Z. Phys.

260(5), 361-365 (1973). The Hyperfine Structure of the y

8 P-Multiplet of

4f

7

( 8 S)6s6p in Eu I. Eu I: Hfs

2315. Goldsmith, S.; Oren, L.; Cohen, L.; Astrophys. J. 188(l)(Pt. 1), 197-200 (1974). The Spectra of S XIII and S XIV in the Region 25-40

A. S XIII, XIV: EL CL W

2316. Wall, L.; Good, R. H., Jr.; J. Less-Common Metals 9, 390-391 (1965). Relation Between Ionization and Cohesive Energies of Rare Earths. Sm HI, Gd III, Lu HI: IP

2317. Bhalla, C. P.; Matthews, D. L.; Moore, C. F.; Phys. Lett. 46A(5), 336-338 (1974). Excitation of Multiplet States in Neon. NeHI: EL CL W

89
3. Bibliography Ordered by Reference Numbers — Continued

2318. Cermak, V.; Sramek, J.; J. Electron Spectrosc. Relat. Phenomena 2(1), 97-100 (1973). Electron Spectroscopy of Autoionizing States of Oxygen

Atoms. O I: EL CL W

2319. Eriksson, K. B. S.; Phys. Scr. 9(3), 151-155 (1974). An Extension of the Analysis of N I. N I: EL CL W SF

2320. Eringis, K.; Liet. Fiz. Rinkinys 12(1), 73-78 (1972). Spectral Study of the Free Iron Group Elements in the 3d4p-Isoelectronic Sequence. V IV, Cr V, Mn VI: AT OT

2321. Fawcett, B. C; Cowan, R. D.; Hayes, R. W.; Astrophys.

J. 187(2) (Pt. 1), 377-383 (1974). A Theoretical and Experimental Study of Fe XIX to Fe XXIV Solar-Flare Spectra and Isoelectronic Spectra

in Sulfur. S IX, X: EL CL W AT

Sc XIV: EL

Sc XV: EL CL

Ti XV: EL

Fe XIX - XXIV: EL CL AT OT

2322A. Wang, S. D.; Natarajan, A.; Artman, J. O.; Bull. Amer.

Phys. Soc. 19(4), 593 (1974).

Parametric Analysis of Np3+ -CaF2 Optical Spectra. Np IV: (EL) (CL) (W)

2323. Campos, V. B.; Leal Ferreira, G. F.; J. Phys. Chem.

Solids 35(8), 905-910 (1974).

Dipolar Studies in CaF2 with Ce3+

. Ce IV: (EL) (CL) (W)

2324A. Collins, C. B.; Bull. Amer. Phys. Soc. 19(4), 443 (1974). Multiphoton Spectroscopy of Cesium with a Tunable Dye Laser. Cs I: EL CL W

2325A. Stebbings, R. F.; Bull. Amer. Phys. Soc. 19(4), 443-444

(1974). Photoionization of Rare Gas Atoms in Excited States. He I, Ar I, Kr I: EL CL W

2326A. Mowat, J. R.; Griffin, P. M.; Peterson, R. S.; Haselton, H. H.; Laubert, R.; Pegg, D. J.; Thoe, R. S.; SeUin,

I. A.; Bull. Amer. Phys. Soc. 19(4), 468 (1974). n = 2 Fine Structure Decays in He-Like F. F VIII: EL CL W

2327. Ekberg, J. O.; Phys. Scr. 11(1), 23-30 (1975). Term Analysis of Fe VI. Fe VI: EL ND CL W PT AT

2328A. Lee, T.N.; Davis, J.; Reintjes, J. F.; Dixon, R. H.; Eckardt, R. C; Whitney, K.; DeRosa, J. L.; Andrews, R. A.; Elton, R. C; Bull. Amer. Phys. Soc.

19(4), 558 (1974). X Ray Emission from a Plasma Produced by a 25 ps Laser Pulse. Na X, XI, Mg XI, XII, Al XII, XIII: EL CL W

Si XIII, XIV: EL CL W

2329A. Matthews, D. L.; Moore, C. F.; Schneider, D.; Bull. Amer. Phys. Soc. 19(4), 568 (1974). The K X-Ray Spectrum of Ne Following e , H

Bombardment. Ne I - Ne V: EL

2330A. Richard, P.; Moore, C. F.; Matthews, D. L.; Hopkins,

F.; Bull. Amer. Phys. Soc. 19(4), 570 (1974). X-Ray Production by 105-MeV CI and S Beams.

S XIV, XV, CI XV, XVI: EL

2331A. Mowat, J. R.; Laubert, R.; Sellin, I. A.; Brown, M. D.; Kauffman, R. L.; Macdonald, J. R.; Richard, P.;

Bull. Amer. Phys. Soc. 19(4), 570 (1974). Ne and Ar K X-Ray Satellite Production. Ar XVI: EL CL W

2332A. Csavinszky, P.; Hucek, R.; Bull. Amer. Phys. Soc.

19(4), 571 (1974). A Variational First-Principles Pseudopotential for an sElectron Outside a Completed Ion Core. K I: OT

2333A. Mader, D. L.; Hameed, S.; Bull. Amer. Phys. Soc. 19(4), 571 (1974).

Calculation of He Fine Structure. He": OT

2334A. Marino, C. A.; Fulop, G. F.; Groner, W.; Moskowitz, P.

A.; Redi, O.; Stroke, H. H.; Bull. Amer. Phys. Soc.

19(4), 571-572 (1974).

Hyperfine Structure of 15-d ^Bi and Isotope Shift

from ^Bi.

Bi I: IS Hfs

2335A. Geelhood, B. D.; McDermott, M. N.; Bull. Amer. Phys.

Soc. 19(4), 572 (1974). Hyperfine Interaction Constants in the

3 P; State of '"Cdm and 105 Cd. Cd I: Hfs

2336A. Dietrich, D. D.; Lebow, P.; DaCosta, B.; deZafra, R.; Metcalf, H.; Bull. Amer. Phys. Soc. 19(4), 572

(1974). The Lamb Shift in Li

+

. Li III: QF

2337A. Na I: Hfs Meisel, G.; Harvey, K. C; Schawlow, A. L.;

Bull. Amer. Phys. Soc. 19(4), 580 (1974). Saturation Spectroscopy of Na Using Optical Pumping.

2338A. Lee, S. A.; Nayfeh, M. H.; Hansch, T. W.; Bull. Amer.

Phys. Soc. 19(4), 580 (1974). Upper Limit for Intensity Dependence of Lamb-Shift in Deuterium Balmer—a Line, Using Laser Saturation Spectroscopy.

H I: QF

2339A. Levenson, M. D.; Bull. Amer. Phys. Soc. 19(4), 580-581

(1974). High Resolution Multiphoton Spectroscopy. Na I: Hfs

2340. Sokoloff, J.; Can. J. Phys. 51(11), 1141-1142 (1973).

Delves Variational Principle Applied to Li Using a Numerical Excited Hartree-Fock Basis.

Li II: AT

2341. Fawcett, B. C; Galanti, M.; Peacock, N. J.; J. Phys. B 3 7(4), L106-L107 (1974). Emission Lines of Vanadium XVI to XXI Due to Transitions Between Levels of Principal Quantum

Numbers 2 and 3. V XVI - XX: EL CL W

V XXI: W

2342A. Elias, L. R.; Diss. Abstr. Int. B 34(1), 363-364 (1973). Spectroscopic Studies of Trivalent Rare Earth Ions in the UV-Region. Eu III: (EL) (CL) (W) Ce IV, Pr IV, Nd IV, Sm IV: (EL) (CL) (W) Eu IV, Tb IV, Er IV, Tm IV: (EL) (CL) (W)

90
3. Bibliography Ordered by Reference Numbers — Continued

2343. Schlesinger, M.; Szczurek, T.; Phys. Rev. B 8(5), 2367-

2368 (1973). 4f —> 5d Transition Studies of Some Rare-Earth Ions in CaF2

. Pr IV, Nd IV, Tb IV, Dy IV: (EL) (W)

2344. Nugent, L. J.; Baybarz, R. D.; Burnett, J. L.; Ryan, J. L.;

J. Phys. Chem. 77(12), 1528-1539 (1973). Electron—Transfer and f— d Absorption Bands of Some

Lanthanide and Actinide Complexes and the Standard

(II — III) Oxidation Potential for Each Member of the Lanthanide and Actinide Series. Ce IV, Pr IV, Sm IV, Eu IV, Tb IV: (EL (W)

Tm IV, Yb IV, U IV, Am IV, Bk IV: (EL) (W) Cf IV, Es IV: (EL) (W) La III, IV - Yb III, IV: OT

Ac III, IV - No III, IV: OT

2345. Lauer, H. V.; Fong, F. K.; J. Chem. Phys. 60(1), 274-280

(1974). Coupling Strength in the Theory of Radiationless

Transitions: f —» f and d —> f Relaxation of RareEarth Ions in YA103 and Y3 A1S 0,2

. Pr IV, Eu IV, Ho IV, Er IV: (EL) (CL) (W)

2346. Manthey, W. J.; Phys. Rev. B 8(9), 4086-4098 (1973). Crystal Field and Site Symmetry of Trivalent Cerium

Ions in CaF2

: The C4„ and C 3„ Centers with

Interstitial-Fluoride Charge Compensator.

Ce IV: (EL) (CL) (W) PT

2347. Liu, C. S.; Zollweg, R. J.; J. Chem. Phys. 60(6), 2384-

2390 (1974). Complex Molecules in Cesium-Rare Earth Iodide Vapors. Ce IV, Nd IV: (EL) (CL) (W)

2348. Lowther, J. E.; Chem. Phys. Lett. 23(3), 446-448 (1973). Spin-Orbit Parameter Variation of Rare Earth Ions in Crystals. Yb IV: PT

2349. Martin, W. C; Sugar, J.; Astrophys. J. 184(2) (Pt. 1), 671-674 (1973). Classifications of the Resonance Lines of Europium III. Eu III: ND CL PT

2350. Nasu, K.; Tamura, A.; Kojima, K.; Kojima, T.; J. Phys.

Soc. Jap. 36(1), 55-61 (1974). Emission Sidebands of Eu

2+ -Doped Alkali Halides. Eu III: (EL) (CL) (W)

' 2351. Giacchetti, A.; Blaise, J.; Corliss, C. H.; Zalubas, R.; J. Res. Nat. Bur. Stand. (U.S.) 78A(2), 247-281 (1974). Proposed Secondary Wavelength Standards and Line

Classifications in Thorium Spectra Between 0.9 and 3

fim. Th I, II: CL W

2352. Gerstenkorn, S.; Luc, P.; Bauche-Arnoult, C; Merle, D.;

J. Phys. (Paris) 34(10), 805-812 (1973). Structure hyperfine du niveau fondamental, moments

dipolaire et quadrupolaire de l'isotope 235 de

l'uranium. U I: Hfs IS

2353. King, W. H.; Steudel, A.; Wilson, M.; Z. Phys. 265(3), 207-224 (1973). Optical Isotope Shifts in Neodymium.

Nd II: IS AT

2354. Dixon, R. L.; Ekstrand, K. E.; J. Lumin. 8(5), 383-390

(1974). Thermoluminescence of Rare Earth Activated CdS04 , SrS04 , and BaS04

. Sm IV, Eu III, Tb IV, Dy IV: (EL) (CL) (W)

Tm IV: (EL) (CL) (W)

2355. Lam, D. J.; Chan, S. K.; Phys. Rev. B 9(2), 808-814

(1974). Hyperfine Interaction of Trivalent Plutonium in CaF2 , SrF2

, and BaF2

. Pu IV: (EL) (CL) (W) (ZE) (Hfs) PT

2356. D'Silva, A. P.; Fassel, V. A.; J. Lumin. 8(5), 375-382

(1974). X-Ray Excited Optical Luminescence in the Yttrium- Gadolinium-Terbium Phosphate System.

Tb IV: (EL) (CL) (W)

2357. Dixon, R. L.; Ekstrand, K. E.; Phys. Med. Biol. 19(2), 196-205 (1974). Thermoluminescence of SrS04 : Dy and BaS04 : Dy. Dy IV: (EL) (CL) (W)

2358. Gerstenkorn, S.; Luc, P.; Verges, J.; Englekemeir, D. W.;

Gindler, J. E.; Tomkins, F. S.; J. Phys. (Paris) 35(6), 483-495 (1974). Structures hyperfines du spectre d'etincelle moment

magnetique et quadrupolaire de l'isotope 229 du

thorium. Th II: ND CL W Hfs PT

2359. Dankwort, W.; Ferch, J.; Gebauer, H.; Z. Phys. 267(3), 229-237 (1974). Hexadecapole Interaction in the Atomic Ground State of

165,,Ho. Ho I: Hfs

2360. Johnson, L. F.; Guggenheim, H. J.; IEEE J. Quantum

Electron. 10(4), 442-449 (1974). Electronic— and Phonon—Terminated Laser Emission

from Ho3+ in BaY2 F8

. Ho IV: (EL) (CL) (W)

2361. Muto, K.; J. Phys. Chem. Solids 34(12), 2029-2035 (1973).

Absorption Spectra and Zeeman Effects of Tm3* in CaF2

. Tm IV: (EL) (CL) (W)

2362. Litzen, U.; Phys. Scr. 10(1-2), 103-104 (1974). Determination of the Ground State of Th III. Th III: EL CL W

2363. Nakazawa, E.; Shionoya, S.; J. Phys. Soc. Jap. 36(2), 504-510 (1974).

Electronic and Vibronic Spectra of Ce3+ in YP04 and LuP04

. Ce IV: (EL) (CL) (W)

2364. Starace, A. F.; J. Phys. B 7(1), 14-25 (1974). Effect of Virtual 4d-Shell Excitations on Rare Earth

Spectra. La IV: AT

2365. Sundberg, M. N.; Lauer, H. V.; Chilver, C. R.; Fong, F.

K.; J. Chem. Phys. 60(2), 561-571 (1974). Optical Study of the Site Symmetry Distribution in KBr:Sm 2+

. Sm III: (EL) (CL) (W)

91
3. Bibliography Ordered by Reference Numbers — Continued

2366. Zalucha, D. J.; SeU, J. A.; Fong, F. K.; J. Chem. Phys.

60(4), 1660-1667 (1974). Infrared and Visible Photon Upconversion in

LaCl 3 :Pr

3+ (Nd3+

). Pr IV, Nd IV: (EL) (CL) (W)

2367. Fork, R. L.; Taylor, D. W.; German, K. R.; Kiel, A.; Buehler, E.; Phys. Rev. Lett. 32(14), 781-783 (1974).

Unusual Luminescence from Crystals Containing Eu

2+ Eu III: (EL) (CL) (W)

2368. Garlick, G. J. F.; Phys. Lett. 47A(6), 441-442 (1974). Radiative and Non-Radiative Transitions of Erbium

Ions Dispersed in Solids. Ho IV, Er IV: (EL) (CL) (W)

2369. Biemont, E.; Grevess, N.; At. Nucl. Data Tables 12(3), 217-310 (1973). Infrared Wavelengths and Transition Probabilities for Atoms, 3 <Z <20.

Li I, Be I, II, B I, C I, N I, O I, Na I: CL

Mg I, II, AI I, II, Si I, II, P I, II: CL

S I, K I, Ca I, II: CL

2370. Spector, N.; Phys. Scr. 9(5), 313-316 (1974). New Trends in Rare-Earth Analysis. Er I: EL CL

Ho I: ND

2371. Kolbe, W.; Edelstein, N.; Finch, C. B.; Abraham, M. M.;

J. Chem. Phys. 60(2), 607-609 (1974).

Electron Paramagnetic Resonance of M9 Pu

3+ and '"Am4

* in Ce02 and of ^"Pu3*

i n Th02. Pu IV, Am IV: (ZE)

2372. Zalubas, R.; Corliss, C. H.; J. Res. Nat. Bur. Stand. (U.S.) 78A(2), 163-246 (1974). Energy Levels and Classified Lines in the Second

Spectrum of Thorium (Th II). Th II: EL ND CL W ZE PT

2373. Haas, Y.; Stein, G.; Wurzberg, E.; J. Chem. Phys. 60(1), 258-263 (1974). Radiationless Transitions in Solutions: Isotope and

Proxiity Effects on Dy

3+ by C-H and C-N Bonds. Dy IV: (EL) (CL) (W)

2374. Rauh, E. G.; Ackermann, R. J.; J. Chem. Phys. 60(4), 1396-1400 (1974). First Ionization Potentials of Some Refractory Oxide

Vapors. Mg I, Ca I, Ti I, Y I, Zr I, Ba I, La I: IP Hf I, Th I, U I: IP

2375. Schrijver, J.; Noorman, P. E.; Physica (Utrecht) 64(2), 269-277 (1973). Effective Electrostatic Interactions in Mixed

Configurations.

Ti I, V II, Fe I, Nb II, Ru I, Os I: PT OT

2376. Sommerdijk, J. L.; Bril, A.; de Poorter, J. A.; Breemer, R.

E.; Philips Res. Rep. 28(5), 475-484 (1973).

Fluorescence Decay of Yb3+

, Er

3+ -Doped Compounds,

Part I. IR Excitation. Er IV, Yb IV: (EL) (CL) (W)

2377. Rao, V. J.; Indian J. Pure Appl. Phys. 11(11), 833-838

(1973).

Absorption and Fluorescence Emission Spectra of Nd3+

in NaCl and KC1 Single Crystals. Nd IV: (EL) (CL) (W)

2378. Kaufman, V.; Sugar, J.; J. Opt. Soc. Amer. 63(9), 1168-

1172 (1973). One-Electron Spectrum of Singly Ionized Ytterbium (Yb II). Yb II: EL CL W ZE IP

2379. Reader, J.; J. Opt. Soc. Amer. 64(7), 1017-1018 (1974).

Position of the sp

6 Configuration in the Neutral

Halogens.

CI I, Br I, I I: EL

2380. Klinkenberg, P. F. A.; Opt. Pura Apl. (Spain) 5(3), 175-

180 (1972). Multiplets in Rare Earth Spectra. Tb I: EL ND

2381. Bhardwaj, S. N.; Berry, H. G.; Mossberg, T.; Phys. Scr.

9(6), 331-334 (1974). Lifetimes of Some Highly-Excited Terms in CI IV - CI

IX. CI VI, VII: CL W IP

CI VIII, IX: W

2382. Bloom, D. M.; Yardley, J. T.; Young, J. F.; Harris, S. E.; Appl. Phys. Lett. 24(9), 427-428 (1974). Infrared Up-Conversion with Resonantly Two-Photon

Pumped Metal Vapors.

Na I: CL W

2383. Blackman, J. A.; Series, G. W.; J. Phys. B 6(6), 1090-

1096 (1973). The Stark Effect in Hydrogen and Precision Measurements of the Rydberg Constant. H I: SE

2384. Bjorkholm, J. E.; Liao, P. F.; Phys. Rev. Lett. 33(3), 128-131 (1974). Resonant Enhancement of Two-Photon Absorption in Sodium Vapor.

Na I: EL Hfs

2385. Boursey, E.; Damany, H.; Appl. Opt. 13(3), 589-592

(1974). Vacuum Ultraviolet High Resolution Spectroscopy Using

a BRV Continuum Source. KrI: EL CL W

2386. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Childs, W. J.; Z. Phys. 266(4), 271-274

(1974). Ground State Hyperfine Structure of

,5 Mo and "Mo. Mo I: Hfs

2387. Buchet, J. P.; Buchet-Poulizac, M. C; Phys. Lett. 46A(4), 273-274 (1973). Spectrum and Lifetimes of Sodium Between 150 A and

400 A. Na IV: CL W

2388. Dankwort, W.; Ferch, J.; Z. Phys. 2 6 7 , 239-241 (1974). Reevaluation of the Atomic gj-Factor and the Nuclear | g|-Factor of

l65 Ho. Ho I: ZE Hfs

2389. Bell, J. T.; Buxton, S. R.; J. Inorg. Nucl. Chem. 36(7), 1575-1579 (1974). Photoreduction of the Uranyl Ion with Laser Light and

Ethanol-I. Quantum Yields and Medium Effects. U V: (W)

92
3. Bibliography Ordered by Reference Numbers — Continued

2390. Belin, G.; Svanberg, S.; Phys. Lett. 47A(1), 5-6 (1974). Laser Spectroscopy Investigation of the Hyperfine

Structure of Highly Excited 2 P 3/2 States in Alkali Atoms. Rb I, Cs I: ZE Hfs

2391. Henderson, E. W.; Meehan, J. P.; J. Lumin. 8(5), 415-427

(1974). Optical Properties of Divalent Rare Earth Ions in SrAlF5

. S III: (EL) (CD (W)

Yb III: (W)

2392. Avni, R.; Klein, F. S.; Spectrochim. Acta 28B(9), 331-338

(1973). The First Ionization Potential of Uranium and Thorium

Measured in a D.C. Arc Plasma. Th I, U I: IP

2393. Berry, H. G.; Subtil, J. L.; Phys. Scr. 9(4), 217-220

(1974). Line Identifications in the Beam-Foil Spectrum of Boron. B II, III, IV: EL CL W

2394. Aygun, E.; Lawrence Berkeley Lab., LBL-2080, 120 pp. (Aug. 1973).

Precision Measurement of the gj -Factor of He4 in the 2

3 S, Metastable State. He I, Rb I, Cs I: ZE

2395. Angel, J. R. P.; Sandars, P. G. H.; Woodgate, G. K.; Proc. Roy. Soc, Ser. A 338(1612), 95-100 (1974). The Hyperfine Structure Stark Effect. III. The 2 P ]/2 Level of Aluminium.

Al I: SE Hfs

2396. Anderson, M. T.; Weinhold, F.; Phys. Rev. A 9(1), 118-

128 (1974). Dipole Oscillator Strengths, with Rigorous Limits of

Error, for He and Li

+

. He I, Li II: OT

2397. Bhatia, A. K.; Phys. Rev. A 9(1), 9-11 (1974).

Autoionization States in He and H~ by the Stabilization Method. H",HeI: OT

2398. Cocke, C. L.; Curnutte, B.; Macdonald, J. R.; Randall,

R.; Phys. Rev. A 9(1), 57-67 (1974). X-Ray Emission from Foil-Excited Chlorine Beams.

CI XV, XVI: EL CL W

( ;2399. Lin, C. D.; Phys. Rev. A 9(1), 171-180 (1974). Channel Interaction and Threshold Behavior of Photoionization. Ar I: OT

2400. Hg I: Hfs IS Fulop, G. F.; Liu, C. H.; Moskowitz, P. A.; Redi, O.; Stroke, H. H.; Phys. Rev. A 9(2), 593-605

(1974).

Hyperfine Structure and Isotope Shift of 3.5-h

193 Hg by

a Zeeman-Scanned Optical-Pumping Method.

2401. Edwards, A. K.; Cunningham, D. L.; Phys. Rev. A 9(2), 1011-1012 (1974).

Autodetaching State of F and Autoionizing States of F. F", F I: EL CL W

2402. Pasternak, A.; Goldschmidt, Z. B.; Phys. Rev. A 9(2), 1022-1025 (1974).

Spin-Dependent Interactions in Mn III 3d

5

. Mn III: ND PT

2403. Schmelling, S. G.; Phys. Rev. A 9(3), 1097-1102 (1974). Hyperfine Structure in the Metastable D States of Atomic Barium. Ba I: Hfs

2404. Pegg, D. J.; Haselton, H. H.; Griffin, P. M.; Laubert, R.; Mowat, J. R.; Peterson, R.; Sellin, I. A.; Phys. Rev. A 9(3), 1112-1114 (1974). Lifetime and Binding Energy of the Metastable (Is2s2p)

4 Ps/2 State in S

13+

. SXIV: EL

2405. Risley, J. S.; Edwards, A. K. Geballe, R.; Phys. Rev. A

9(3), 1115-1129 (1974).

Energy Spectra of Collisionally Produced H

Autodetaching States.

H", Ar": EL CL W

2406. Klingbeil, R.; Kaveeshwar, V. G.; Hurst, R. P.; Phys. Rev. A 9(3), 1456-1457 (1974). Third-Harmonic Coefficient of Li

+

. Li II: AT

2407. Brown, M. D.; Macdonald, J. R.; Richard, P.; Mowat, J. R.; Sellin, I. A.; Phys. Rev. A 9(3), 1470-1474

(1974). Observation of K X Rays from Highly Ionized States of Neon Produced by 40-MeV Cl

+7

, Cl+U

, and Cl

+13 Beams. Ne VIII, IX, X: EL CL W

2408. Aglitskii, E. V.; Boiko, V. A.; Vainshtein, L. A.; Zakharov, S. M.; Krokhin, O. N.; Sklizkov, G. V.; Opt. Spectrosc. (USSR) 35(5), 557-558 (1973). Observation of Satellites to the Resonance Transitions

of H- and He-Like Ions of Mg and Al in a Laser Plasma. Mg X, XI, XII, Al XI, XII, XIII: EL CL W

2409. Loginov, A. V.; Gruzdev, P. F.; Opt. Spectrosc. (USSR)

35(5), 578-580 (1973). Radiation Lifetimes for the Levels of the K II Ion. K II: AT

2410. Penkina, N. N.; Rebane, T. K.; Opt. Spectrosc. (USSR)

35(6), 583-585 (1973). Semiempirical Determination of the Interaction Energy

of an Optical Electron with the Nucleus in Monovalent Atoms. Lil/Nal: OT

2411. Ramaker, D. E.; Schrader, D. M.; Phys. Rev. A 9(5), 1980-1991 (1974). Multichannel Configuration-Interaction Theory:

Application to Some Resonances in Helium. He I: OT

2412. Kasyanov, Yu. S.; Kononov, E. Ya.; Korobkin, V. V.; Koshelev, K. N.; Ryabtsev, A. N.; Serov, R. V.; Skokan, E. V.; Opt. Spectrosc. (USSR) 36(1), 4-6

(1974). Intrashell Transitions in the Spectra of Multiply

Charged Titanium Ions (Ti XV - Ti XIX).

Ti XV, XVI, XVII, XVIII, XIX: EL CL W

93
3. Bibliography Ordered by Reference Numbers — Continued

2413. Altshuler, N. S.; Livanova, L. D.; Stolov, A. L.; Opt.

Spectrosc. (USSR) 36(1), 72-75 (1974).

Spectra of f-f Transitions of the Eu2+ Ion in KMgF3 and NaMgF3 Crystals. Eu III: (EL) (CL) (W)

2414. Voitovich, A. P.; Shkadarevich, A. P.; Opt. Spectrosc. (USSR) 36(2), 223-225 (1974). Using Nonlinear Effects in a Gas Laser to Measure

Isotope Shift. Ne I: IS

2415. Kuchinskii, V. V.; Opt. Spectrosc. (USSR) 36(3), 255-257

(1974). System of Hartree-Type Equations for QuasiStationary States. Calculation of the Energy and Width of Levels of Doubly Excited Helium. He I: AT

2416. Gurchumeliya, A. D.; Safronova, U. I.; Opt. Spectrosc. (USSR) 36(4), 473-474 (1974). Comparison of Nonrelativistic and Relativistic Perturbation Theory Using as an Example the Calculation of the Energy of Two-Electron Atoms. He I: OT

2417. Khvostenko, G. I.; Khutorshchikov, V. I.; Chaika, M. P.; Opt. Spectrosc. (USSR) 36(4), 475 (1974).

Determination of the Stark Constant /3j for the 7

2 P3/2 Cs'

33 Level by the Anticrossing Method. Cs I: OT

2418. Zon, B. A.; Opt. Spectrosc. (USSR) 36(5), 489-492 (1974). Quadratic Stark Effect in a Partially Polarized Field. K I: SE

2419. To, K. X.; Knystautas, E. J.; Drouin, R.; Can. J. Spectrosc. 19(3), 72-75 (1974). Spectroscopic du B IV dans l'ultraviolet lointain. B IV: EL CL W

2420. Azzoni, C. B.; Del Nero, G. L.; Lanzi, G.; Cola, M.; Lett. Nuovo Cimento, Ser. 2, 9, 161-164 (1974).

E.P.R. Investigation of Tb4* Ion in the Octahedral

Crystal Field of Polycrystalline La2 (Zr, 95 Tb0 05 )O 7

. Tb V: (ZE) PT

2421. Cocke, C. L.; Curnutte, B.; Randall, R.; Phys. Rev. A

9(5), 1823-1827 (1974). X-Ray Emission from Foil-Excited Sulphur Beams.

S XIV, XV: EL CL W

2422. Redi, O.; Stroke, H. H.; Phys. Rev. A 9(5), 1776-1782

(1974).

Level-Crossing Determination of the 6s6p

3 Pj Hfs of

193m 1

1

Hg.

Hg I: ZE Hfs IS

2423. Nugent, L. J.; Vander Sluis, K. L.; Fricke, B.; Mann, J. B.; Phys. Rev. A 9(6), 2270-2272 (1974). Electronic Configuration in the Ground State of Atomic

Lawrencium.

Sc I, Y I, La I, Lu I, Ac I, Lr I: AT

2424. Burkhalter, P. G.; Nagel, D. J.; Whitlock, R. R.; Phys.

Rev. A 9(6), 2331-2336 (1974). Laser-Produced Rare-Earth X-Ray Spectra. Sm XXXV, Gd XXXVII: EL CL W AT OT

Gd XXXVIII, Gd XXXIX: EL CL W AT OT

Dy XXXIX: EL CL W AT OT

Gd XXXVI: EL AT OT

2425. Jett, A. N.; Lee, T.; Das, T. P.; Phys. Rev. A 9(6), 2337-

2344 (1974). Theory of Hyperfine Effects in the Zeeman Splitting of

the 2

3 P State of Li

+

Li II: Hfs

2426. Berry, H. G.; Schectman, R. M.; Phys. Rev. A 9(6), 2345- 2349 (1974). Lamb Shift and Fine Structure of 3s

3 S - 3p3 P in N

VI. N VI: EL CL W QF

O VII, F VIII, Ne IX: QF

2427. Dunning, F. B.; Stebbings, R. F.; Phys. Rev. A 9(6), 2378-2382 (1974). Role of Autoionization in the Near-Threshold

Photoionization of Argon and Krypton Metastable Atoms. Ar I, Kr I: EL CL W OT

2428. Cederbaum, L. S.; Niessen, W. v.; Phys. Lett. 47A(3), 199-200 (1974). A New Approach to Calculation of Electron Affinities.

Li": AT

2429. Cermak, V.; Smutek, M.; Sramek, J.; J. Electron Spectrosc. Relat. Phenomena 2(1), 1-12 (1973). Electron Spectroscopy of Autoionizing States of Noble

Gases. Ar I, Kr I, Xe I: EL CL W

2430. Cermak, V.; J. Electron Spectrosc. Relat. Phenomena

3(5), 329-337 (1974). Electron Spectroscopy of Autoionizing States of Nitrogen Atoms. N I: EL CL W

2431. Chaghtai, M. S. Z.; Hassan, V.; J. Phys. B 6(3), 433-435

(1973). The Ionization Potential and the 4s4p

6 nl Levels of M

Kr

I. Kr I: IP

2432. Cederbaum, L. S.; von Niessen, W.; Chem. Phys. Lett. 24(2), 263-266 (1974). Direct Calculation of Ionization Potentials of Atoms and

Molecules: Application to Ne. Ne I: OT

2433. Champeau, R. J.; Michel, J. J.; Walther, H.; J. Phys. B

7(8), L262-L265 (1974). Spectroscopic Determination of the Nuclear Moments of

169 Yb; Relative Isotope Shift Between the Isotopes Yb, Yb and Yb. Yb I: Hfs

2434. Champeau, R. J.; Miladi, M.; J. Phys. (Paris) 35(2), 105-

111 (1974). Deplacement isotopique relatif dans le spectre d'arc du

tungstene. Structure hyperfine du niveau 5d s 6s S, de W I. W I: Hfs IS

2435. Champeau, R. J.; Keller, J. C; Robaux, O.; Verges, J.; J. Phys. B 7(6), L163-L166 (1974). Mesure par spectrometrie de Fourier de la structure hyperfine des raies K = 11 522 A (2s 2 —* 2p4 ) et X =

15 234 A (2s 2 -* 2p,) du neon ( 21 Ne). Ne I: Hfs IS

94
3. Bibliography Ordered by Reference Numbers — Continued

2436. Bloembergen, N.; Levenson, M. D.; Salour, M. M.; Phys. Rev. Lett. 32(16), 867-869 (1974). Zeeman Effect in the Two-Photon 3S-5S Transition in Sodium Vapor. Na I: Hfs

2437. Wyart, J. F.; Physica (Utrecht) 75, 371-385 (1974). Interpretation du spectre de Dy I. I. Etude des

configurations impaires.

Dy I: EL ND ZE PT

2438. Carboni, G.; Lett. Nuovo Cimento Soc. Ital. Fis. 7(5), 160-162 (1973). Lamb Shift in Muonic Deuterium. H I: QF

2439. Karwowski, J.; Fraga, S.; Can. J. Phys. 52(3), 238-240

(1974). Matrix Elements for Many-Electron Atoms:

Electrostatic Interaction Energies for One— OpenShell Configurations. Pr I: AT

2440. Chang, T. N.; J. Phys. B 7(4), L108-L110 (1974). Comment on the Singlet-Triplet Splitting of He I-Like

Spectra. He I, Li II, Be III: OT

2441. Chantepie, M.; J. Phys. (Paris) 35(2), 113-119 (1974).

Effet stark du niveau 6

3 D, du Mercure. Hg I: ND SE PT

2442. Corsaro, F. A.; Hameka, H. F.; J. Chem. Phys. 58(7), 2851-2854 (1973).

Fine Structure of the 2

3 P State of the Helium Atom. He I: OT

j 2443. Church, D. A.; Liu, C. H.; Physica (Utrecht) 67(1), 90-

112 (1973). Quantum-Beat g—Value Measurements on Transitions from Levels of Aligned Fast Ions. O II, III, IV: ZE

, 2444. Chong, D. P.; Yue, C. P.; Scott, W. R.; Theor. Chim.

Acta 32(1), 1-12 (1973). Perturbation Calculations on the Split-Shell Wavefunctions of Two—Electron Atoms.

H", He I, Li II: OT

2445. Church, D. A.; Liu, C. H.; Nucl. Instrum. Methods 110,

267-272 (1973). Beam-Foil g—Factor Measurements. O II, III: ZE

2446. Cocke, C. L.; Curnutte, B.; Randall, R.; Phys. Rev. Lett. 31(8), 507-510 (1973). Decay of the 2

3 S] State in Heliumlike Chlorine. CI XVI: EL CL W

( 2447. Van Deurzen, C. H. H.; Conway, J. C; Davis, S. P.; J. Opt. Soc. Amer. 64(4), 498-502 (1974). Spectrum and Energy Levels of Quadrupole-Ionized

Vanadium (V V). V V: EL CL W IP SF

2448A. Michels, D. J.; Tilford, S. G.; J. Opt. Soc. Amer. 64(4), 529 (1974). Analysis of Autoionization Resonance Profiles in the Emission Spectrum of Multiply Ionized Nitrogen.

N III, N IV: EL CL W

2449A. Karraker, D. G.; Bull. Amer. Phys. Soc. 19(3), 369

(1974).

Magnetic Susceptibility of Cf3+ in Cs2 NaLuCl6 Matrix. CflV: (EL)

2450. Wyart, J. F.; Blaise, J.; Camus, P.; Phys. Scr. 9(6), 322-

324 (1974). Progres recents dans l'interpretation des configurations

4fN (5d+6s) des Lanthanides. I. Configurations 4f

N 5d

des spectres II. Ho II: EL CL W Hfs Tb II: EL CL

2451A. Nathan, M. I.; Smith, J. E., Jr.; Torrance, J. B.; Holtzberg, F.; Bull. Amer. Phys. Soc. 19(3), 270

(1974). Electronic Raman and Infrared Spectra of Sm Ions in Samarium Chalcogenides.

Sm III: (EL) 2452A. Heaps, W. S.; Yen, W. M.; Bull. Amer. Phys. Soc.

19(3), 259 (1974). VUV Excitation Spectra of Rare Earths Doped into LaF3

. Ce IV, Pr IV, Nd IV, Sm IV, Gd IV: (EL) Tb IV, Dy IV, Ho IV, Er IV, Tm IV: (EL) 2453A. Vehse, W. E.; Sibley, W. A.; Yun, S. I.; Lee, K. H.;

Bull. Amer. Phys. Soc. 19(3), 258 (1974). Luminescence of Ni2+ ' Ni III: (EL) 2454A. Natarajan, A.; Wang, S. D.; Artman, J. O.; Bull. Amer.

Phys. Soc. 19(3), 258 (1974). Optical Spectra of Neptunium-Doped CaF2 Crystals. Np IV: (EL) 2455A. Treadaway, M. J.; Powell, R. C; Bull. Amer. Phys. Soc.

19(3), 258 (1974). Temperature Dependence of the Energy Transfer in CaWO„:Sm3+

. Sm IV: (EL) 2456A. Alig, R. C; Bull. Amer. Phys. Soc. 19(3), 258 (1974).

Optical Spectrum of Yb2+ in SrCl2 :Nephelauxetic

Effects. Yb III: (EL) 2457A. Ham, F. S.; Piper, W. W.; Deluca, J. A.; Bull. Amer.

Phys. Soc. 19(3), 258 (1974).

Analysis of the Cascade Fluorescent Decay of Pr3+ in LaF3 and YF3

. Pr IV: (EL) 2458A. Campagna, M.; Wertheim, G. K.; Bucher, E.; Bull. Amer. Phys. Soc. 19(3), 234 (1974). Valence Bands and 4f-Multiplet Structure of the SmChalcogenides by High-Resolution X-Ray

Photoemission Spectroscopy.

Sm III: (EL) 2459A. Beck, D. R.; Nicolaides, C. A.; Bull. Amer. Phys. Soc.

19(3), 236 (1974). A Priori Prediction of Electron Correlation Effects. P I, S I, CI I, Ca I, Fe I: AT

2460. Nagel, D. J.; Burkhalter, P. G.; Dozier, C. M.;

Holzrichter, J. F.; Klein, B. M.; McMahon, J. M.; Stamper, J. A.; Whitlock, R. R.; Phys. Rev. Lett. 33(13), 743-746 (1974). X-Ray Emission from Laser-Produced Plasmas.

Al XII, XIII, Zn XXI, XXII, XXIII: CL W

Gd XXXVII, XXXVIII, XXXIX: CL W

95
3. Bibliography Ordered by Reference Numbers — Continued

2461. McCavert, P.; Trefftz, E.; J. Phys. B 7(11), 1270-1278

(1974). Oscillator Strengths of Some Ba Lines, Calculated in MCHF Approximation. Ba I: AT

2462A. Piper, W. W.; Ham, F. S.; Deluca, J. A.; Bull. Amer.

Phys. Soc. 19(3), 257-258 (1974). YF3 :Pr

3+

, A Phosphor with a Quantum Efficiency Greater than One for Emission of Visible Light. Pr IV: (EL) (SE) 2463A. Freeouf, J. L.; Eastman, D. E.; Holtzberg, F.; Bull. Amer. Phys. Soc. 19(3), 233 (1974). SmS - A Mixed Configuration Semiconductor. Sm III: (EL) 2464A. Lafferty, J. W.; Buekman, W. G.; Bull. Amer. Phys.

Soc. 19(5), 690 (1974). The Thermoluminescent Response of CaF2

: Eu to Ultraviolet Radiation. Eu III: (EL) 2465A. Richardson, C. B.; Gilstrap, B. P.; Hughes, R. H.; Bull. Amer. Phys. Soc. 19(5), 665 (1974). Fine Structure of Hydrogen, n=3. H I: EL QF

2466. Sugar, J.; J. Res. Nat. Bur. Stand. (U.S.) 78A(5), 555-593

(1974). Spectrum of Doubly Ionized Praseodymium from 2107 A

to 10716 A. Pr III: CL W

2467. Bielski, A.; Szudy, J.; J. Quant. Spectrosc. Radiat. Transfer 14(9), 965-967 (1974). A Semiempirical Estimate of Stark Shifts in Cu I. Cu I: SE

2468. Burkhalter, P. G.; Feldman, U.; Cowan, R. D.; J. Opt.

Soc. Amer. 64(8), 1058-1062 (1974). Transitions in Highly Ionized Sn Spectra from a Laser- Produced Plasma. Sn XXI, XXII: EL CL W AT

Sn XXIII, XXIV: EL ND CL W AT

2469. Wyart, J. F.; Blaise, J.; Camus, P.; Phys. Scr. 9(6), 325-

330 (1974). Progres recents dans l'interpretation des configurations

4f

N (5d+6s) des lanthanides. II. Etude parametrique

des configurations. Pr III: EL ND CL PT

Er III: EL ND PT

Tm II: EL CL PT

Pr II, Nd II, Tm III, Yb III, Lu IV: PT

Hf V: PT

2470. Damommio, A.; Synek, M.; Int. J. Quantum Chem. 8(1), 73-78 (1974). Accurate Analytical Self-Consistent Field Wave

Functions for Tm 2 * and Tm3+ Tm III, IV: OT

2471. Deslattes, R. D.; Henins, A.; Phys. Rev. Lett. 31(16), 972-975 (1973). X-Ray to Visible Wavelength Ratios. Cu I, Mo I: W

2472. Duong, H. T.; Jacquinot, P.; Liberman, S.; Pinard, J.; Vialle, J. L.; C. R. H. Acad. Sci. 276(25), 909-913

(1973). Detection des resonances optiques par photoionisation a partir du niveau superieur, dans un jet atomique. Na I: Hfs

2473. Connerade, J. P.; Mansfield, M. W. D.; Proc. Roy. Soc,

Ser. A 341, 267-275 (1974). Observation of an "Atomic Plasmon" Resonance in the Ba I Absorption Spectrum Between 10 and 200 A. Ba I: EL CL W

Ba II: AT

2474. Selbin, J.; Sherrill, H. J.; Inorg. Chem. 13(5), 1235-1239

(1974). Spectral Studies of Oxouranium (V) Species. U VI: (EL) (CL) (W) PT

2475. Cowan, R. D.; Radziemski, L. J., Jr.; Kaufman, V.; J. Opt. Soc. Amer. 64(11), 1474-1478 (1974). Effect of Continuum Configuration Interaction on the

Position of sp

6 in Neutral Chlorine and Other

Halogens.

CI I: AT

2476. Edelstein, N.; Brown, D.; Whittaker, B.; Inorg. Chem.

13(3), 563-567 (1974). Covaiency Effects on the L-gand Field Splittings of

Octahedral 5f' Compounds.

Pa V, U VI: (EL) (CL) (W) PT

2477. Eibofner, A.; Phys. Lett. 47A(5), 399-400 (1974). S 1/2 -P]/2 -Lambshift in the n=5 and n=6 States of Ionized Helium. He II: QF

2478. Doschek, G. A.; Meekins, J. F.; Cowan, R. D.; Solar Phys. 29(1), 125-141 (1973). Spectra of Solar Flares from 8.5 A to 16 A. Fe XVIII, XIX, XXI - XXIV: AT

2479. Doschek, G. A.; Space Sci. Rev. 13(4-5-6), 765-821

(1972). The Solar Flare Plasma: Observation and

Interpretation. Mg X - XII, Al XI - XIII: EL CL W OT

Si IX - XV, S XII - XVI: EL CL W OT

Ar XIV - XVIII, K XVIIL EL CL W OT

Ca XVI - XX, Ti XXI, Cr XXIII: EL CL W OT

Mn XXIV, Fe II, XXII - XXVI: EL CL W OT

Cu XXVIII: EL CL W OT

Fe XX: OT

Fe XXI: W OT

2480A. Koot, J. J. A.; van Kleef, Th. A. M.; Wyart, J. F.; 6th Conf. European Group Atomic Spectroscopy, Berlin- West, Abstr. No. 1 (1974). The Analysis of the Spectrum of Neutral Erbium.

Er I, II: EL CL W ZE PT

2481. Widing, K. G.; Astrophys. J. 197, L33-L35 (1975). Fe XXIII 263 A and Fe XXIV 255 A Emission in Solar

Flares. Ne VII, Mg IX, Si XI, S XIII, Ar XV: EL CL ^

Ca XVII, Cr XXI, Fe XXIII: EL CL W

Ni XXV: TE OT

2482A. Bockasten, K.; Arrhen, G.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 5

(1974). Formulas for the spl Energy Levels with Applications to B I — Like Spectra. B I - O IV: PT

2483A. Hellentin, P.; 6th Conf. European Group Atomic

Spectroscopy, Berlin-West, Abstr. No. 6 (1974). The Spectrum of Ba III. Ba III: EL CL W

96
3. Bibliography Ordered by Reference Numbers — Continued

2484A. Minnhagen, L.; 6th Conf. European Group Atomic

Spectroscopy, Berlin- West, Abstr. No. 7 (1974). The Spectra of Doubly- and Triply-Ionized Sodium. Na III, IV: EL CL W

2485A. Hansen, J. E.; Persson, W.; 6th Conf. European Group

Atomic Spectroscopy, Berlin— West, Abstr. No. 8

(1974). Recent Progress in the Analysis of the Spectra of Ionized Rb and Sr. Rb III, IV, Sr IV, V: EL CL W

2486A. Hansen, J. E.; Persson, W.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 9

(1974). Proposed Reference Wavelengths in the 700—250 A

Range.

Sr III, IV, V: EL CL W

2487A. Oren, L.; Goldsmith, S.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 11 (1974). The 2s-2p Transitions in Ca XVII and Ti XIX. Ca XVII, Ti XIX: EL CL W

2488A. Spector, N.; 6th Conf. European Group Atomic

Spectroscopy, Berlin-West, Abstr. No. 12 (1974). The 4d9 5s5d Levels of Neutral Silver (Ag I). Ag I: PT

2489. Johannsen, H. U.; Lincke, R.; Z. Phys. A 272(2), 147-154

(1975) .

Termanalyse der 4d 9 5s5d-Konfiguration im Bogenspektrum des Silbers. Ag I: EL ND CL W

2490. Figger, H.; Walther, H.; Z. Phys. 267(1), 1-8 (1974). Optical Resolution Beyond the Natural Linewidth: A

Level-Crossing Experiment on the 3

2 P3/2 Level of Sodium Using a Tunable Dye Laser. Na I: Hfs

2491A. Chaghtai, M. S. Z.; Ali, Z.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 17

(1974). Seventh Spectrum of Yttrium and the As I-Sequence. Kr IV, Nb IX: ND

Y VII: EL IP

Zr VII: IP

2492A. Chaghtai, M. S. Z.; Rahimullah, K.; 6th Conf. European

Group Atomic Spectroscopy, Berlin-West, Abstr. No.

18 (1974). Recent Analyses of Br I- Like Spectra. Rb III: ND

SrIV: IP Y V, Zr VI, Nb VII, Mo VIII: EL CL W IP PT

2493A. Eidelsberg, M.; 6th Conf. European Group Atomic

Spectroscopy, Berlin-West, Abstr. No. 19 (1974). New Observations in Helium Isoelectronic Sequence. Be III, C V: W

B IV, N VI: EL QF IP

2494. Vienne, D.; Bigeon, M. C.J Barrat, J. P.; Opt. Commun.

6(3), 261-263 (1972).

Observation de la transition interdite 6 'Sq—6

3 P0 pour

l'isotope pair du mercure Hg dans un champ

magnetique.

Hg I: CL W

2495A. Conway, J. G.; Blaise, J.; Verges, J.; 6th Conf. European

Group Atomic Spectroscopy, Berlin-West, Abstr. No.

21 (1974). The Infrared Emission Spectrum of Curium 244. Cm I: EL CL W

2496A. Fischer, W.; Huhnermann, H.; Mandrek, K.; Meier, Th.;

6th Conf. European Group Atomic Spectroscopy,

Berlin-West, Abstr. No. 22 (1974).

Isotope Shifts of

144 Ce and 15l Sm. Ce I, Sm I: IS 2497A. Buchholz, B.; Denzau, H.; Kronfeldt, D.; Muller, G.; Vob, M.; Winkler, R.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 23

(1974). Recent Results in the Hfs of the Sb I— Configurations

5p

3 and 5p2 6s. Sb I: Hfs

2498A. Frackowiak, M.; Dembczynski, J.; 6th Conf. European

Group Atomic Spectroscopy, Berlin-West, Abstr. No.

25 (1974). Hyperfine Structure in Intermediate Coupling of the

First Excited Electron Configuration 6p

2 7s of ^'Bi.

Bi I: Hfs PT

2499A. Marino, C. A.; Fulop, G. F.; Groner, W.; Moskowitz, P.

A.; Redi, O.; Stroke, H. H.; 6th Conf. European

Group Atomic Spectroscopy, Berlin-West, Abstr. No.

26 (1974).

Hfs of 15-Day 205 Bi and Magnetic Moments of Z=83

Odd-A Nuclei.

Bi I: Hfs

2500A. Rubinsztein, H.; Gustafsson, M.; 6th Conf. European

Group Atomic Spectroscopy, Berlin-West, Abstr. No.

27 (1974). Atomic-Beam Magnetic Resonance Measurements on

Radioactive Isotopes of the 4d- and 5d-Atoms. Os I: ZE

2501A. Signolle, J. P.; Lecler, D.; Margerie, J.; 6th Conf. European Group Atomic Spectroscopy, Berlin-West,

Abstr. No. 32 (1974).

Optical Pumping of the Metastable 5 P0 Level of Odd

Isotopes of Cadmium.

Cd I: ZE

2502. Smith, G.; Tomkins, F. S.; Proc. Roy. Soc, Ser. A

342(1628), 149-156 (1975). Autoionization Resonances in the Eu I Absorption

Spectrum and a New Determination of the Ionization

Potential. Eu I: EL ND CL W IP SF

2503. Berry, H. G.; Curtis, L. J.; Ellis, D. G.; Schectman, R. M.; Phys. Rev. Lett. 35(5), 274-277 (1975).

Hyperfine Quantum Beats in Oriented I4 N IV. N IV: Hfs

2504A. Kollath, K. J.; 6th Conf. European Group Atomic

Spectroscopy, Berlin-West, Abstr. No. 39 (1974). The Low Field Stark Effect of Hydrogen.

H I: SE

i. 97
3. Bibliography Ordered by Reference Numbers — Continued

2505A. Belin, G.; Svanberg, S.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 48

(1974). Hyperfine Structure Studies for Excited S, P, and D

Levels in Alkali Atoms Using a cw Tunable Dye

Laser. K I, Rb I, Cs I: Hfs 2506A. Hogervorst, W.; Svanberg, S.; 6th Conf. European Group

Atomic Spectroscopy, Berlin-West, Abstr. No. 49

(1974). Stark Effect Investigation of Highly Excited D States in M

Rb and l33 Cs Utilizing a CW Tunable Dye Laser. Rb I, Cs I: SE Hfs

2507A. Brand, H.; Lange, W.; Luther, J.; Nottbeck, B.; Schroder, H. W.; 6th Conf. European Group Atomic

Spectroscopy, Berlin-West, Abstr. No. 50 (1974). Level-Crossing Experiments after Excitation by a Narrow-Band, Tunable cw Dye-Laser. Na I: Hfs

2508A. Beyer, H. J.; 6th Conf. European Group Atomic

Spectroscopy, Berlin-West, Abstr. No. 55 (1974). Measurement of the Fine Structure in n = 5 of He +

. He II: EL QF

2509. Hummer, D. G.; Norcross, D. W.; Mon. Not. Roy. Astron.

Soc. 168(2), 263-272 (1974). Light Ions of Astrophysical Interest —Radiative

Transition Probabilities for C III, N IV, O V and Ne

VII. C III, N IV, O V, Ne VII: OT

2510A. Andersen, T.; Poulsen, O.; Skouboe, N.; 6th Conf. European Group Atomic Spectroscopy, Berlin-West,

Abstr. No. 61 (1974). Hanle-Effect Studies on Accelerated Beryllium Ions. Be I: ZE

Be II: ZE Hfs

2511A. Andra, H. J.; Gaillard, M. L.; Henke, L.; Wittmann, W.;

6th Conf. European Group Atomic Spectroscopy,

Berlin-West, Abstr. No. 64 (1974). Fast Beam Spectroscopy with Laser Excitation. Na II, Ba II: Hfs

2512A. Ceyzeriat, P.; Denis, A.; Desesquelles, J.; Subtil, J. L.; 6th Conf. European Group Atomic Spectroscopy,

Berlin-West, Abstr. No. 65 (1974).

Hyperfine Structure Determination of the 2s2p3p

4 D

and 2s2p3d *F° States in N III. N III: Hfs

2513A. Gaillard, M. L.; Gaupp, A.; Subtil, J. L.; Zgainski, A.; 6th Conf. European Group Atomic Spectroscopy,

Berlin-West, Abstr. No. 66 (1974). Zeeman Effect in the He I Isoelectronic Sequence by

the Beam Foil Quantum Beat Technique. He I, Li II: ZE

2514A. Dynefors, B. I.; Lundin, L.; Martinson, I.; 6th Conf. European Group Atomic Spectroscopy, Berlin-West,

Abstr. No. 67 (1974). Radiative Transitions in S II — S VI. S II, III, IV: W

S V, VI: EL CL W

2515. Kluge, H. J.; Sauter, H.; Z. Phys. 2 7 0(4), 295-309 (1974).

Levelcrossing Experiments in the First Excited 'P] States of the Alkaline Earths. Mg I, Ca I, Sr I, Ba I: Hfs

2516A. Becker, U.; Gobel, L. H.; Klotz, W. D.; 6th Conf. European Group Atomic Spectroscopy, Berlin-West,

Abstr. No. 71 (1974). Level-Crossing Investigations of Ni I. Ni I: Hfs 2517A. Sjodin, R.; Pihl, J.; Marelius, A.; Lindskog, J.; Hallin, R.; 6th Conf. European Group Atomic Spectroscopy,

Berlin-West, Abstr. No. 73 (1974). Recent Results from the Beam-Foil Experiments at the Uppsala Tandem Accelerator. O IV VIII: CL W

2518. Kurucz, R. L.; Smithsonian Astrophys. Observ., Spec.

Rep. 359, 139 pp. (1974). Semiempirical Calculation of gf Values, II: Fe I (3d +

4s)

8 - (3d + 4s)7 4p. Fe I: PT ND

2519A. Goldsmith, S.; Margalit, G.; 2nd Int. Conf. on Spectral

Lines, Univ. Oregon, Abstr. No. H.9, (1974). X-Ray Emission from Highly Ionized Fe, Co, Ni. Fe XIX - XXII, Co XX - XXIII: EL CL W

Ni XXI - XXIV: EL CL W

2520. Kato, Y.; Nishioka, K.; Bull. Chem. Soc. Jap. 47(5), 1047-

1053 (1974). Faraday Parameters of the Magnetic Circular Dichroism

of Praseodymium Trichloride and Thulium Trichloride

in Poly (vinyl alcohol) Film. Pr IV, Tm IV: (EL) (CL) (W)

2521A. Berry, H. G.; Carre, M.; Dufay, M.; Gaillard, M. L.; Subtil, J. L.; Abstracts of Papers, 3rd Int. Conf. Atomic Physics, pp. 18-20 (Boulder, Colorado, 1972). gF - Value and Hyperfine Structure Measurements in 67

Li II. Li II: ZE Hfs

2522A. Elton, R. C; Palumbo, L. J.; Abstracts of Papers, 3rd

Int. Conf. Atomic Physics, pp. 65-67 (Boulder, Colorado, 1972). Double-Electron Radiative Transitions in Plasma X-Ray Emission. Ne VIII, IX: CL W

2523A. Erdmann, T.; Figger, H.; Hartig, W.; Schieder, R.; Walther, H.; Abstracts of Papers, 3rd Int. Conf. Atomic Physics, pp. 68-69 (Boulder, Colorado, 1972).' Spectroscopy with Tunable Dye Lasers. Na I: Hfs

2524A. Gerber, G.; Morgenstern, R.; Niehaus, A.; Abstracts of Papers, 3rd Int. Conf. Atomic Physics, pp. 90-92

(Boulder, Colorado, 1972). Penning-Type Processes in Slow Ion-Atom and AtomAtom Collisions.

He", He I: EL W

KrI: EL CL W

2525A. Goodman, L. S.; Diamond, H.; Stanton, H.; Abstracts of Papers, 3rd Int. Conf. Atomic Physics, p. 96

(Boulder, Colorado, 1972). Atomic-Beam Magnetic-Resonance Measurements of

Atomic and Nuclear Constants of ^Es.

Es I: ZE Hfs

98
3. Bibliography Ordered by Reference Numbers — Continued

2526A. Hoverson, S. J.; Schuessler, H. A.; Abstracts of Papers,

3rd Int. Conf. Atomic Physics, pp. 109-110 (Boulder, Colorado, 1972). Measurement of the Hyperfine Structure Zeeman

Splitting of the Hg+ Ion. Rb I, Hg II: Hfs

I 2527A. Koot, J. J. A.; van Kleef, Th. A. M.; Abstracts of Papers, 3rd Int. Conf. Atomic Physics, pp. 134-136

(Boulder, Colorado, 1972). The Analysis of the Spectra of Erbium I and II. Er I, II: EL ND ZE

| 2528A. Lewis, M. L.; Hughes, V. W.; Abstracts of Papers, 3rd

Int. Conf. Atomic Physics, pp. 149-151 (Boulder, Colorado, 1972).

I. The Zeeman Effect in the 2

3 Pj and 23 S! States of

4 He. II. The Combined Zeeman and Stark Effects in Positronium. He I: OT

2529A. Murnick, D. E.; Leventhal, M.; Kugel, H. W.; Abstracts

of Papers, 3rd Int. Conf. Atomic Physics, pp. 182—

184 (Boulder, Colorado, 1972). Lamb Shift Experiments on F

8+

. F IX: QF

2530A. Norcross, D. W.; Moores, D. L.; Abstracts of Papers,

3rd In.t. Conf. Atomic Physics, pp. 193-195 (Boulder, Colorado, 1972). Photodetachment of Na . Na": OT

2531A. Rodgers, J. E.; Lee, T.; Das, T. P.; Abstracts of Papers,

3rd Int. Conf. Atomic Physics, pp. 239-241 (Boulder, Colorado, 1972). Many-Body Perturbation Theory for Hyperfine Stark

Shift. Li I: AT

2532A. Tiedeman, J. S.; Robinson, H. G.; Abstracts of Papers,

3rd Int. Conf. Atomic Physics, pp. 265-266 (Boulder, Colorado, 1972). gj(H)/ge Determination: Preliminary Results. H I, Rb I: ZE

2533A. Moore, C. E.; Tousey, R.; Sandlin, G. D.; Brown, C. M.;

Ginter, M. L.; Tilford, S. G.; Int. Astron. Union

Colloq. No. 27, Harvard Univ., Abstr. p. 23 (1974). Ultraviolet Solar Identifications Based on Extended

Absorption Series Observed in the Laboratory

Spectrum of Si I. Si I: EL CL W

2534A. Doschek, G. A.; Sandlin, G. D.; Brueckner, G. E.; Int. Astron. Union Colloq. No. 27, Harvard Univ., Abstr.

p. 24 (1974). Forbidden Lines of Fe XIX, XXI, and XXIII in ATM

Solar Flare Spectra. Fe XIX, XXI, XXIII: EL CL W OT

2535. Wyart, J. F.; Koot, J. J. A.; van Kleef, Th. A. M.; Physica

(Utrecht) 77, 159-164 (1974). The Configuration 4f"6p in the Lanthanide Spectra. Ho II, Er II: EL PT

Er I: EL ZE PT

2536. Ben Ahmed, Z.; Bauche-Arnoult, C; Wyart, J. F.; Physica (Utrecht) 77, 148-158 (1974). Energy Levels and Hyperfine Structures in the (5d +

6s)

3 Configurations of La I. La I: EL CL W ZE Hfs PT

2537. Kastner, S. O.; Neupert, W. M.; Swartz, M.; Astrophys. J. 191(1) (Pt. 1), 261-270 (1974). Solar-Flare Emission Lines in the Range from 66 to 171 A; 2s

r 2pk -2s'

l 2p

k+1 Transitions in Highly Ionized

Iron. Fe XVII - XXIII: EL CL W

2538. Sugar, J.; Kaufman, V.; J. Opt. Soc. Amer. 64(12), 1656—

1664 (1974). Spectra and Energy Levels of Three- and Four-Times

Ionized Hafnium (Hf IV and Hf V). Hf IV, V: EL CL W IP PT

2539. Sugar, J.; Spector, N.; J. Opt. Soc. Amer. 64(11), 1484-

1497 (1974). Spectrum and Energy Levels of Doubly Ionized Europium (Eu III). Eu III: EL ND CL W IP PT

2540. Feiertag, D.; zu Putlitz, G.; Z. Phys. 261(1), 1-12 (1973). Hyperfine Structure, gj Factors and Lifetimes of

Excited

2 Pi/2 States of Rb. Rb I: ZE Hfs

2541. Bessis, N.; Bessis, G.; Desclaux, J. P.; J. Phys. (Paris), Colloq. C 4 31, 231-239 (1970). Determination des fonctions propres des operateurs moments angulaires L

2

, S

2

, et J

2 en couplage (J.J). Application a l'etude de certains effets relativistes. As I: Hfs AT

2542. Brown, C. M.; Tilford, S. G.; Tousey, R.; Ginter, M. L.; J. Opt. Soc. Amer. 64(12), 1665-1682 (1974). Absorption Spectrum of Si I Between 1500 and 1900 A.

Si I: EL CL W IP

2543. Feldman, U.; Doschek, G. A.; Nagel, D. J.; Behring, W.

E. ; Cowan, R. D.; Astrophys. J. 187(2) (Pt. 1), 417-

420 (1974). Laser-Plasma Spectra of Highly Ionized Fluorine. F VII, VIII, IX: EL CL W

2544. Axe, J. D.; Univ. of Calif. Rad. Lab., UCRL-9293, 68 pp.

(1960). The Electronic Structure of Octahedrally Coordinated

Protactinium (IV). Pa V: (EL) (CL) (W) (ZE) PT

2545. Kastner, S. O.; Neupert, W. M.; Swartz, M.; Solar Phys.

36(1), 121-128 (1974). On Helium-Like ls2/-lsn/' Transitions in Solar Flare Spectra. C V: OT

O VII, Ne IX, Mg XI, Si XIII, S XV: CL OT

Ar XVII, Ca XIX: CL OT

2546. Firth, J. G.; Freeman, F. F.; Gabriel, A. H.; Jones, B. B.; Jordan, C; Negus, C. R.; Shenton, D. B.; Turner, R.

F. ; Mon. Not. Roy. Astron. Soc. 166(3), 543-560

(1974). Observations of the Solar Spectrum in the Region 150 A

to 870 A Emitted from the Disk and Above the Limb. Fe IX, X, XI: EL CL W

99
3. Bibliography Ordered by Reference Numbers — Continued

2547. Fischer, C. F.; Can. J. Phys. 51(11), 1238-1243 (1973). Multi-Configuration Hartree-Fock Correlation Study of

ls2s 'S. He I - Ne IX: AT

2548. Fowles, G. R.; Zuryk, J. A.; Jensen, R. C; IEEE J. Quantum Electron. 10(3), 394-395 (1974). Infrared Laser Lines in Neutral Atomic Phosphorus. PI: CL W

2549. Doschek, G. A.; Feldman, U.; Cowan, R. D.; Cohen, L.; Astrophys. J. 188(2) (Pt. 1), 417-422 (1974).

Transitions 2s

2 2p

k -2s2p k+I of the F I, O I, and N I Isoelectronic Sequences.

Ti XIV, XV, V XV, XVI, Cr XVI, Mn XVII: EL W

Fe XVIII: EL W

Ti XVI, V XVII, Cr XVII, XVIII: EL CL W OT

Mn XVIII, XIX, Fe XIX, XX: EL CL W OT

Co XIX - XXL Ni XX - XXII: EL CL W OT

2550. Gabla, L.; Gierowska, E.; Acta Phys. Pol. A 42(3), 235-

242 (1972). Isotope Shift of ls-2p and 2p-2s Lines in Ne I Spectrum. Ne I: OT

2551. Kasdan, A.; Lineberger, W. C; Phys. Rev. A 10(5), 1658-1664 (1974). Alkali-Metal Negative Ions. II. Laser Photoelectron Spectrometry.

Li", Na", Rb", Cs": EL

K" - Cu , Rb~ - Ag~, Cs" - Au": OT

2552. Fischer, C. F.; J. Comput. Phys. 13(4), 502-521 (1973). The Solution of Schrodinger's Equation for TwoElectron Systems by an MCHF Procedure. He I: AT

2553. Fischer, C. F.; Z. Phys. 266, 161-165 (1974). The Effect of Correlation on the Excitation Probability

Kr 4p

6 —» Rb + 4p5 5p Following /3-Decay. Kr I, Rb II: AT

2554. Fischer, W.; Hartmann, M.; Huhnermann, H.; Vogg, H.;

Z. Phys. 267(3), 209-217 (1974).

Isotopieverschiebung der Bariumnuklide 14°Ba,

138 Ba,

1J6 Ba und Ba in der Ba II-Resonanzlinie 6p

P,/2 -6s S I/2 - Ba II: IS

2555. Fornaca, G.; Giammanco, F.; Giulietti, A.; Vaselli, M.;

Lett. Nuovo Cimento Soc. Ital. Fis. 9(10), 395-399

(1974).

Induced Two-Photon Decay of the 6

3 P0 State of Hg.

Hg I: CL W

2556. Foglia, C; Phys. Lett. 46A(4), 277-278 (1973).

Atomic Parameters for the Ar Ion (3p)

5 (5s)2

, 2 P. Ar": AT

2557. Flower, D. R.; Nussbaumer, H.; Astron. Astrophys. 31(3), 353-360 (1974). On the Extreme Ultraviolet Emission Spectrum of Fe

XIII. Fe XIII: CL OT

2558. Fortner, R. J.; Garcia, J. D.; Oona, H.; Phys. Lett. 47A(2), 93-94 (1974). X-Ray Transitions in Hydrogen — Like, Helium-Like

and Lithium-Like Boron. B III, IV, V: EL

2559. Fowles, G. R-; Zuryk, J. A.; Jensen, R. C; IEEE J. Quantum Electron. QE-lO(ll), 849 (1974). Infrared Laser Lines in Arsenic Vapor. As I: CL W

2560. Aglitskii, E. V.; Boiko, V. A.; Zakharov, S. M.; Pikuz, S. A.; Faenov, A. Ya.; Kvantovaya Elektron. (Moscow)

1(4), 908-936 (1974). Observation and Identification of Dielectron Satellites of Spectral Lines of Hydrogen- and Helium -Like Ions

of Elements Within the Interval from Na up to V in the Laser-Produced Plasma. Na IX, X, XI, Mg X, XI, XII: EL CL W

Al XI, XII, XIII, Si XII, XIII, XIV: EL CL W

P XIII, XIV, XV, S XIV, XV, XVI: EL CL W

CI XV, XVI, K XVII, XVIII: EL CL W

Ca XVIII, XIX, Ti XX, XXL EL CL W

V XXI, XXIL EL CL W

2561. Aglitskii, E. V.; Boiko. V. A.; Pikuz, S. A.; Faenov, A.

Ya.; Kvantovaya Elektron. (Moscow) 1(8), 1731-1741

(1974). Identification of Spectra of Lithium-Like Ions of Ti, V,

Cr, Present in the Laser— Produced Plasma (Range of 8.5-17 A). Ti XX, V XXI, Cr XXIL EL CL W IP Fe XXIV: OT

2562. Aglitskii, E. V.; Boiko, V. A.; Krokhin, O. N.; Pikuz, S. A.; Faenov, A. Ya.; Kvantovaya Elektron. (Moscow)

1(9), 2067-2069 (1974). An Observation of Ions with the Charge of 30 50 in the Laser-Produced Plasma. Y XXX, Zr XXXI, Nb XXXII, Mo XXXIII: EL CL W

2563. Fawcett, B. C; Hayes, R. W.; Mon. Not. Roy. Astron. Soc. 170(1), 185-197 (1975). Classification of Spectra of K, Ca, Sc, Ti, V and Cr and

Extrapolation to Fe Solar Flare Lines. Be I Sequence, K XVI, Ca XVII: EL CL W

Sc XVIII, Cr XXI, Mn XXIL EL CL W

Fe XXIII, Ni XXV: EL CL W

Ti XIX, V XX: EL ND CL W

B I Sequence, K XV, Ca XVI, Sc XVII: EL CL W

Cr XX, Mn XXI, Fe XXII, Ni XXIV: EL CL W

Ti XVIII, V XIX: EL ND CL W

2563. Fawcett, B. C; Hayes, R. W.; Mon. Not. Roy. Astron. Soc. 170(1), 185-197 (1975) (continued).

Classification of Spectra of K, Ca, Sc, Ti, V and Cr and

Extrapolation to Fe Solar Flare Lines. C I Sequence, K XIV, Cr XIX, Mn XX: EL CL W

Fe XXI, Ni XXIII: EL CL W

Ca XV, Sc XVI, Ti XVII, V XVIIL EL ND CL W

N I Sequence, K XIII, Cr XVIII: EL CL W

Mn XIX, Fe XX, Ni XXIL EL CL W

Ca XIV, Sc XV, Ti XVI, V XVII: EL ND CL W

2563. Fawcett, B. C; Hayes, R. W.; Mon. Not. Roy. Astron. Soc. 170(1), 185-197 (1975) (continued).

Classification of Spectra of K, Ca, Sc, Ti, V and Cr and

Extrapolation to Fe Solar Flare Lines. O I Sequence, K XII, Cr XVII: EL CL W

Mn XVIII, Fe XIX, Ni XXL EL CL W

Ca XIII, Sc XIV, Ti XV, V XVI: EL ND CL W

2564. Burke, P. G.; Berrington, K. A.; Le Dourneuf, M.; Lan, V.

K.; J. Phys. B 7(18), L531-L535 (1974). The 3 P

C Resonance in the Low-Energy Scattering of Electrons by Atomic Nitrogen.

N I: OT

100
3. Bibliography Ordered by Reference Numbers — Continued

2565A. Keiser, G. M.; Robinson, H. G.; Johnson, C. E.; Bull. Amer. Phys. Soc. 19(10), 1176 (1974).

gj ( 4 He, 2 'SjJ/gj^Rb) Preliminary Result. He I, Rb I: ZE

2566A. Incesu, T.; Huq, A.; Shugart, H. A.; Bull. Amer. Phys.

Soc. 19(10), 1177 (1974).

gj Factor of 2p

3 3s5 S 2 Atomic Oxygen.

O I: ZE

2567A. Hirsch, J. M.; Zimmerman III, G. H.; Larson, D. J.; Ramsey, N. F.; Bull. Amer. Phys. Soc. 19(10), 1177

(1974). Precision Determination of the Dipolar and Quadrupolar

Hyperfine Interactions, and gj(N)/gj(H) of Atomic

Nitrogen (14). H I: ZE N I: ZE Hfs

2568A. Geelhood, B. D.; McDermott, M. N.; Bull. Amer. Phys.

Soc. 19(10), 1177 (1974). Improved Level Crossing Measurement of the Hyperfine

Structure of the (5s5p)

3 P! State of

nl Cd"" and

105 Cd. Cd I: Hfs

2569A. Keirns, M. H.; Colson, S. D.; Bull. Amer. Phys. Soc.

19(10), 1177 (1974). Analysis of the Hyperfine Structure of the Mercury 6

3 D3 —> 6

3 P3 Transition. Hg I: Hfs IS 2570A. Hansch, T. W.; Bull. Amer. Phys. Soc. 19(10), 1183

(1974). Two-Photon Spectroscopy Without Doppler

H I: QF

2571A. Pegg, D. J.; Haselton, H. H.; Brown, M. D.; Thoe, R. S.; Griffin, P. M.; SeUin, I. A.; Smith, W. W.; Bull. Amer. Phys. Soc. 19(10), 1184 (1974). Electron Spectroscopy of Autoionizing States in Li I and Na I. Li I, Na I: EL CL W

2572A. Lin, C. D.; Bull. Amer. Phys. Soc. 19(10), 1186 (1974). Description of Elastic Electron-Hydrogen Scattering in Hyperspherical Coordinates.

H": OT

2573A. Lee, C. M.; Fano, U.; Bull. Amer. Phys. Soc. 19(10), 1187 (1974). Multichannel Photodetachment Theory.

Cs": OT

2574A. Curry, S. M.; Collins, C. B.; Hansch, T. W.; Lee, S. A.; Popescu, D.; Popescu, I.; Schawlow, A. L.; Bull. Amer. Phys. Soc. 19(10), 1198 (1974). Fine and Hyperfine Structure Measurements of Two

Photon Transitions in Atomic Cesium with a Tunable Dye Laser. Cs I: EL CL W Hfs

2575. Buchet, J. P.; Buchet-Poulizac, M. C; J. Opt. Soc. Amer.

64(7), 1011-1014 (1974). Beam-Foil Study of Nitrogen Between 100 and 400 A. N IV, VI: CL W

N V: EL CL W

2576. Veillette, P.; Marchand, P.; Can. J. Phys. 52(11), 930-934

(1974).

Excitation par impact electronique des etats 3s3p6 n/ de

l'argon. Ar",ArI: EL

2577. Artru, M. C; Brillet, W. U. L.; J. Opt. Soc. Amer. 64(8), 1063-1071 (1974). Analysis of the Spectrum of Quadruply Ionized Aluminum (Al V). Al V: EL ND CL W PT AT

S VIII, CI IX: EL CL

2578. Li, H. H.; Humphreys, C. J.; J. Opt. Soc. Amer. 64(8), 1072-1082 (1974). New Interferometric Observations of Ar I in the Photographic Region. Ar I: EL W

2579. Wood, D. R.; Ross, C. B.; Scholl, P. S.; Hoke, M. L.; J. Opt. Soc. Amer. 64(9), 1159-1161 (1974). Interferometric Measurement of Pb II Spectrum.

Pb II: EL CL W

2580. Michels, D. J.; J. Opt. Soc. Amer. 64(9), 1164-1174

(1974). Extreme-Ultraviolet Spectrum of N III. N III: EL CL W

2581. Eriksson, K. B. S.; J. Opt. Soc. Amer. 64(9), 1272 (1974). Transitions Between the Levels of the Ground

Configuration in Te II. Te II: EL CL W

2582A. Ross, J. S.; J. Opt. Soc. Amer. 64(10), 1371 (1974). Isotope Shifts and Electron Configurations in the Spectrum of Er I. Er I: IS 2583A. Davis, S. P.; King, W. H.; J. Opt. Soc. Amer. 64(10), 1371 (1974). Spectrum of Quintuply Ionized Manganese (Mn VI). Mn VI: EL CL W

2584. Haroche, S.; Gross, M.; Silverman, M. P.; Phys. Rev.

Lett. 33(18), 1063-1066 (1974). Observation of Fine-Structure Quantum Beats

Following Stepwise Excitation in Sodium D States. Na I: EL

2585A. Kaufman, V.; Sugar, J.; J. Opt. Soc. Amer. 64(10), 1370-1371 (1974). Spectra of Hf V Through Re VIII. Hf V, Ta VI, W VII, Re VIII: EL CL W AT

2586. Redi, O.; Stroke, H. H.; J. Opt. Soc. Amer. 65(1), 1-5

(1975) .

Isotope Shift of 47-Day ^Hg.

Hg I: IS

2587. Valero, F. P. J.; J. Opt. Soc. Amer. 65(2). 197-198 (1975). Spectrum of Al VII in the VUV.

Al VII: CL W

2588. Fairbank, W. M., Jr.; Hansch. T. W.; Schawlow, A. L.; J. Opt. Soc. Amer. 65(2), 199-204 (1975). Absolute Measurement of Very Low Sodium-Vapor

Densities Using Laser Resonance Fluorescence. Na I: Hfs

2589. Murakawa, K.; J. Opt. Soc. Amer. 65(2), 220 (1975). Isotope Shift in the Spectrum of Ne II. Ne II: IS

101
3. Bibliography Ordered by Reference Numbers — Continued

2590. Reader, J.; J. Opt. Soc. Amer. 65(3), 286-301 (1975). Spectrum and Energy Levels of Singly Ionized Rubidium (Rb II). Rb II: EL ND CL W ZE IP PT AT

2591. Kaufman, V.; Sugar, J.; J. Opt. Soc. Amer. 65(3), 302-

309 (1975). Spectrum and Energy Levels of Five— Times Ionized Tantalum (Ta VI). Ta VI: EL ND CL W IP PT AT

2592. Epstein, G. L.; Reader, J. : J. Opt. Soc. Amer. 65(3), 310-

314 (1975). Spectrum of Doubly Ionized Yttrium (Y III). Y III: EL CL W IP

Zr IV: IP

2593. Heddle, D. W. O.; Keesing, R. G. W.; Kurepa, J. M.;

Proc. Roy. Soc, Ser. A 3 3 7(1610), 435-441 (1974). High Resolution Studies of Electron Excitation. II. The

3

3 D, 43 D and 4

! D States of Helium: Features in the n=4 Excitation Functions.

He": EL

2594. Hecht, H. G.; Gruber, J. B.; J. Chem. Phys. 60(12), 4872-

4879 (1974). Interpretation of the Absorption Spectrum of Single

Crystal UC14

. U V: (EL) (CL) (W) PT

2595. Haroche, S.; Paisner, J. A.; Schawlow, A. L.; Phys. Rev.

Lett. 30(20), 948-951 (1973). Hyperfine Quantum Beats Observed in Cs Vapor under

Pulsed Dye Laser Excitation. Cs I: Hfs

2596. Hansen. J. E.; Persson, W.; Phys. Scr. 8(6), 279-284

(1973). Configuration Interaction in the Spectrum of Sr III. Sr III: EL ND PT AT

2597. Hansen, J. E.; Persson, W.; Phys. Scr. 8(5), 197-208

(1973).

Perturbations in the 2p

4 ns and 2p4 nd Configurations in F I and Ne II. F I, Ne II: EL ND ZE PT AT

F II, Ne III: PT AT

2598. Hansen, J. E.; J. Phys. B 6(10), 1967-1974 (1973). LS-Term Dependence of Slater Integrals in p"p'

Configurations. III. Deviations from the SingleConfiguration Approximation in the 2p

4 3p

Configurations. F I, Na III, Mg IV: PT AT

Ne II: ND PT AT

2599. Hansen, J. E.; J. Phys. B 6(9), 1751-1760 (1973). LS-Term Dependence of Slater Integrals in p°p' Configurations. II. Deviations from the SingleConfiguration Approximation in the np

5 n'p

Configurations. Ne I: ND PT AT

Na II, Mg III: PT AT

Ar I, K II, Ca III: PT AT

2600. Hansch, T. W.; Harvey, K. C; Meisel, G.; Schawlow, A.

L.; Opt. Commun. 11(1), 50-53 (1974). Two-Photon Spectroscopy of Na 3s— 4d Without

Doppler Broadening Using a CW Dye Laser. Na I: EL W Hfs

2601. Hamel, J.; C. R. H. Acad. Sci., Ser. B 277(11), 253-255

(1973). Experiences d'orientation du niveau fondamental de

l'ion Cd . Cd II: ZE Hfs

2602. Grineva, Yu. I.; Karev, V. I.; Korneev, V. V.; Krutov, V.

V.; Mandelstam, S. L.; Vainstein, L. A.; Vasilyev, B. N.; Zhitnik, I. A.; Solar Phys. 29(2), 441-446 (1973). Solar X—Ray Spectra Observed from the 'Intercosmos —

4' Satellite and the 'Vertical-2' Rocket. Mg XI, XII, Fe XXIII, XXIV, XXV: EL CL W

2603. Meijer, F. G.; Physica (Utrecht) 72(2), 431-432 (1974). On the Spectrum of Hf IV. HflV: EL CL W IP

2604. Matthews, D. L.; Johnson, B. M.; Hoffmann, G. W.;

Moore, C. F.; Phys. Lett. 49A(3), 195-196 (1974).

Metastable X-Ray Emission Following Violent Cl

13+ - Ne Collisions. Ne VIII: EL CL W

2605. Valero, F. P. J.; Appl. Phys. Lett. 25(1), 64-66 (1974). Intensity Anomalies in the Extreme VUV Spectrum of

Al 3 Obtained in a Laser-Produced Plasma.

Al IV - VIII: W

2606. Hamada, T.; Nakamura, Y.; Publ. Astron. Soc. Jap. 25(4), 527-539 (1973). Lower Energy Levels of Hydrogen Atoms in a Strong

Magnetic Field. H I: OT

2607. Mayers, D. F.; Rebelo, L; Sharma, C. S.; Can. J. Phys.

51(16), 1701-1704 (1973). Autoionization and Electronic Correlation in Atoms. He I: AT

2608. Maio. A. D.; Bickel, W. S.; Nucl. Instrum. Methods 110, 27-28 (1973). Beam-Foil Spectra of Phosphorus (1.5 to 6 MeV). P III, IV, V: EL CL W

2609. Garstang, R. H.; Opt. Pura Apl. (Spain) 5(3), 192-194

(1972). Transition Probabilities for Some Forbidden Lines. Fe XII, Ni XIV: PT

2610. Gasparik, V.; Ozvoldova, M.; Czech. J. Phys. (Cesk. Cas.

Fys.) B 24(6), 699-702 (1974).

Absorption and Luminescence of Nd3+ :Y3 A15 012 • Nd IV: (EL) (CL) (W) PT

2611. Gautam, M. S.; Joshi, Y. N.; Can. J. Phys. 50(17), 2059-

2062 (1972). A Note on the Spectrum of Se IV. Se IV: EL CL W

2613. Magnusson, C. E.; Zetterberg, P. O.; Phys. Scr. 10(4), 177-182 (1974). The Spectrum and Term System of P V. P V: EL CL W IP SF

2614. Geelhood, B. D.; McDermott, M. N.; Phys. Lett. 46A(3), 211-212 (1973).

Hyperfine Structure of the 5

3 P] State of ^CdTM.

Cd I: Hfs

2615. Gelius, U.; Basilier, E.; Svensson, S.; Bergmark, T.; Siegbahn, K.; J. Electron Spectrosc. Relat. Phenomena 2(5), 405-434 (1974). A High Resolution ESCA Instrument with X-Ray

Monochromator for Gases and Solids. Ne II: EL CL W

102
3. Bibliography Ordered by Reference Numbers — Continued

2616. Gelius, U.; Phys. Scr. 9(3), 133-147 (1974). Binding Energies and Chemical Shifts in ESCA.

Ne II: EL CL W

H I - Cu I: AT

2617. Goto, T.; Gautam, M. S.; Joshi, Y. N.; Can. J. Phys.

51(11), 1244-1246 (1973). The Spark Spectra of Na IV and Na VI. Na IV, VI: EL CL W

2618. Gould, H.; Marrus, R.; Schmieder, R. W.; Phys. Rev.

Lett. 31(8), 504-507 (1973).

Lifetime of the 2

3 S! State of Heliumlike Argon (Z=18) and Heliumlike Titanium (Z=22). Ar XVII, Ti XXI: EL

2619. Gorchakov, L. V.; Yancharina, A. M.; Murav'ev, I. I.; Izv. Vyssh. Ucheb. Zaved., Fiz. 17(3), 50-55 (1974). Calculation of the Stark Splitting of the 6p 10 Level of Krypton Taking into Account Configuration Overlap. Kr I: SE PT

2620. Goscinski, O.; Pickup, B. T.; Purvis, G.; Chem. Phys.

Lett. 22(1), 167-171 (1973). Direct Calculation of Ionization Energies. Transition Operator for the AESCF Method. He I, Li I, Be I, Ne I, Ar I: AT

2621. Gorchakov, L. V.; Yancharina, A. M.; Murav'ev, I. I.; Izv. Vyssh. Ucheb. Zaved., Fiz. 15(7), 90-95 (1972). Calculation of the Stark Splitting of Xenon Levels. Xe I: SE

2622. Golden, D. E.; Schowengerdt, F. D.; Macek, J.; J. Phys. B

7(4), 478-487 (1974). The Electron Impact Spectrum of He in the Vicinity of the n=2 Thresholds.

He : EL

2623. Goble, A. T.; Silver, J. D.; Stacey, D. N.; J. Phys. B 7(1), 26-30 (1974).

Isotope Shifts in the Atomic Spectrum of Tin: 1I2 Sn, sn and 5n. Sn I: IS

2624. Giacobino-Fournier, E.; C. R. H. Acad. Sci., Ser. B

276(13), 535-538 (1973). Mesure par double resonance des facteurs de Lande des

niveaux 3s 2 et 2p4 du neon pompe optiquement par un

faisceau laser. Ne I: ZE

2625. Holmstrom, J. E.; Phys. Scr. 5(6), 249-253 (1972). The Spectrum of Doubly Ionized Scandium, Sc III. Sc III: EL CL W IP SF

2626. Holmgren, L.; Svanberg, S.; Phys. Scr. 9(4), 211-212

(1974). Level Crossing Investigation of the Hyperfine Structure

of Bi

209 in the 6p

2

(3 P0 )6d

2 D3/2 and 6p

2

( 3 P,)7s

4 P3/2 Levels of the Bi I Spectrum.

Bi I: Hfs

2627. Hohervorst, W.; Svanberg, S.; Phys. Lett. 48A(2), 89-90

(1974).

Stark Effect Investigation of Highly Excited 2 D3/2 States

in Cs Utilizing a CW Tunable Dye Laser. Cs I: SE Hfs

2628. Wei, P. S. P.; Tang, K. T.; Hall, R. B.; J. Chem. Phys.

61(9), 3593-3598 (1974). Forbidden Transitions in the Emission Spectrum of Atomic Aluminum.

Al I: EL CL W

2629. Neugart, R.; Z. Phys. 261(3), 237-248 (1973). Spin Exchange Polarization and Measurement of the

Hyperfine Splitting of Short-Lived 8 Li. Li I: Hfs

2630. Nicolaides, C. A.; Nucl. Instrum. Methods 110, 231-240

(1973). Theory of "Non-Stationary" States in Many-Electron

Atoms.

He", Li I, B III, C IV: OT

2631. Newsom, G. H.;' O'Connor, S.; Learner, R. C. M.; J. Phys. B 6(10), 2162-2176 (1973). Re-Examination of the Spectrum of Strontium:

Autoionization in the Spectrum of Neutral Strontium. Sr I: EL CL W

Sr II: CL W

2632. Newell, W. R.; Ross, K. J.; Wickes, J. B.; J. Phys. B

6(11), L337-L342 (1973). Low Energy Electron Impact Excitation of Autoionizing Levels in Cadmium Vapour.

Cd I: EL CL W

2633. Norcross, D. W.; Phys. Rev. Lett. 32(5), 192-195 (1974). Application of Scattering Theory to the Calculation of Alkali Negative-Ion Bound States.

Li", Na", K~, Rb~, Cs": OT

2634. Norlen, G.; Phys. Scr. 8(6), 249-268 (1973). Wavelengths and Energy Levels of Ar I and Ar II Based

on New Interferometric Measurements in the Region 3400-9800 A. Ar I, II: EL CL W

2635. Nussbaumer, H.; Astron. Astrophys. 27(2), 303-306

(1973).

Pitfalls of Configuration Interaction: Transition

Probabilities in Fe XIII. Fe XIII: OT

2636. Neupert, W. M.; Swartz, M.; Kastner, S. O.; Solar Phys.

31(1), 171-195 (1973). Solar Flare Line Emission Between 6 A and 25 A. O VII, VIII, Ne IX, Si X, XIII, XIV: W

Mg X - XII, Al XII, XIII: W

Fe XVIII - XXV: EL CL W

2637. Crosswhite, H. M.; J. Res. Nat. Bur. Stand. (U.S.) 79A(1), 17-69 (1975). The Iron-Neon Hollow-Cathode Spectrum. Ne I, II, Fe II: W

Fe I: EL CL W

2638. Mendelsohn, L. B.; Biggs, F.; Mann, J. B.; Int. J. Quantum Chem., Symp. No. 7, 395-407 (1973). Relativistic Hartree-Fock Compton Profiles. U I: AT

2639. McCulloh, K. E.; Walker, J. A.; Chem. Phys. Lett. 25(3), 439-442 (1974). Photodissociative Formation of Ion Pairs from Molecular Hydrogen and the Electron Affinity of the Hydrogen

Atom.

H": EL

2640. McConkey, J. W.; Preston, J. A.; J. Phys. B 6(6), L138-

L141 (1973). Autoionizing States in Argon. Ar I: EL

103
3. Bibliography Ordered by Reference Numbers — Continued

2641. Murakhtanov, V. V.; Mazalov, L. N.; Guzhavina, T. I.; Izv. Akad. Nauk SSSR, Ser. Fiz. 38(3), 496-499

(1974). Nonempirical Calculation of the ls-Hole State of the Beryllium Atom. Be II: OT

2642. van Wijngaarden, A.; Drake, G. W. F.; Farago, P. S.; Phys. Rev. Lett. 33(1), 4-7 (1974). New Method for Lamb-Shift Measurements. H I: QF

2643. Moskowitz, P. A.; Lombardi, M.; Phys. Lett. 46B(3), 334-336 (1973). Distribution of Nuclear Magnetization in Mercury

Isotopes. Hg I: Hfs

2644. Moskowitz, P. A.; Phys. Lett. 44A(5), 351-352 (1973). Lande gj Values of 3d and 5s Levels of Argon Excited

by Electronic Impact. Ar I: ZE

2645. Morton, D. C.; Smith, W. H.; Astrophys. J., Suppl. Ser. 26(233), 333-364 (1973). A Summary of Transition Probabilities for Atomic

Absorption Lines Formed in Low-Density Clouds. B I, Si II, S I, III, CI IV, Ti I - III. CL

V II, III, Cr III, Fe II, Co II, Ni I, II: CL

2646. Morrison, J. C; J. Phys. B 6(11), 2205-2212 (1973). Many-Body Calculations for the Heavy Atoms. III. Pair

Correlations. Pr IV, Er IV: AT

2647. Morillon, C; Verges, J.; Phys. Ser. 10, 227-235 (1974). Classification du spectre d'arc du selenium (Se I) entre

3900 et 11 844 cm"1

. Se I: EL ND CL W IP OT

Br I, KrI, Rb I: OT

2648. Naray-Szabo, G.; Phys. Lett. 28A(9), 598 (1969). Approximate Separation of the Schrodinger Equation.

Li I, Be I: AT

2649. Naray-Szabo, G.; Acta Phys. Acad. Sci. Hung. 28(4), 315-322 (1970). Approximate Solution of the N-Electron Problem in One-Dimensional Configuration Space. He I, Li I, Be I: AT

2650. Levenson, M. D.; Bloembergen, N.; Phys. Rev. Lett. 32(12), 645-648 (1974). Observation of Two-Photon Absorption Without

Doppler Broadening on the 3S-5S Transition in Sodium Vapor. Na I: Hfs

2651A. Lewis, M. L.; Diss. Abstr. Int. B 34(1), 344 (1973). Two Electron Atoms: I. The Zeeman Effect in the 2

3 Pj and 2 S] States of Helium. II. The Combined Zeeman and Stark Effects in the First Excited State

of Positronium. He I: OT

2652. Lhuillier, C; Riviere, P.; Faroux, J. P.; C. R. H. Acad.

Sci., Ser. B 276(14), 607-610 (1973). Mesure des intervalles de structure fine 3

3 P0 - 33 P2 et 2

3 P0 - 23 P2 de He* par croisement de niveaux. He I: EL

2653. Liberman, S.; Physica (Utrecht) 69(2), 598-610 (1973). Etude empirique des configurations basses de Ne I et de la structure hyperfine du neon 21. Ne I: PT

2654. Liebmann, S. P.; Hameka, H. F.; Int. J. Quantum Chem.

6(6), 1067-1075 (1972). Derivation of the Helium Hartree-Fock Orbitais from

the Resolvent of the Hydrogen Atom. He I: AT

2655. Liening, H.; Z. Phys. 266(4), 287-297 (1974). Lebensdauer- und Hyperfeinstrukturmessungen an

einigen angeregten Zustanden der Konfiguration

4d

9 5p im Pd I-Spektrum mit der Level-Crossing- Methode. Pd I: Hfs

2656. Mader, D. L.; Novick, R.; Phys. Rev. Lett. 32(5), 185-188

(1974). Radio-Frequency Spectrum of

3 He and 4 He . He": EL Hfs

2657. Major, F. G.; Werth, G.; Phys. Rev. Lett. 30(23), 1155-

1158 (1973). High-Resolution Magnetic Hyperfine Resonance in

Harmonically Bound Ground-State '"Hg Ions. Hg II: Hfs

2658. Meijer, F. G.; Physica (Utrecht) 73(2), 415-420 (1974). The Sixth Spectrum of Tungsten, W VI. W VI: EL CL W IP

2659. Mandl, A.; Hyman, H. A.; Phys. Rev. Lett. 31(7), 417-

419 (1973).

Direct Observation of an Autodetaching State of I . I": EL CL W

F", CI": OT

2660. Mansfield, M. W. D.; Astrophys. J. 183(2) (Pt. 1), 691-

699 (1973). The Absorption Spectrum of Rb I Between 350 and 810

A. Rb I: EL CL W IP

2661. Pritchard, D.; Apt, J.; Ducas, T. W.; Phys. Rev. Lett. 32(12), 641-642 (1974).

Fine Structure of Na 4d

2 D Using High-Resolution

Two-Photon Spectroscopy. Na I: EL

2662. Pine, A. S.; Glassbrenner, C. J.; Kafalas, J. A.; IEEE J. Quantum Electron. QE-9(8), 800-807 (1973). Pressure-Tuned GaAs Diode— Laser Absorption

Spectroscopy of Xenon Hyperfine Structure. Xe I: Hfs

2663. Pichler, G.; Fizika (Zagreb) 4(4), 235-243 (1972). Quadratic Stark Constants of Neutral Copper and Silver Spectral Lines in the Coulomb Approximation.

Cul, Agl: SE

2664. Phillips, K. J. H.; Neupert, W. M.; Thomas, R. J.; Solar Phys. 36(2), 383-401 (1974). Ionization Equilibrium in Soft X-Ray-Emitting Solar

Flares. Fe XXV: CL W

2665. Phillips, K. J. H.; Phys. Solar Corona, Proc. NATO

Advan. Study Inst. 254-256 (1971). A Note on a Recent Identification of the Solar Flare 1.9 A Line Feature. Fe XXV: CL W

2666. Pegg, D. J.; SeUin, I. A.; Griffin, P. M.; Smith, W. W.;

Phys. Rev. Lett. 28(25), 1615-1618 (1972). Metastable Autoionizing States in Sodiumlike Chlorine. CI VII: W

104
3. Bibliography Ordered by Reference Numbers — Continued

2667. Pegg, D. J.; Griffin, P. M.; Sellin, I. A.; Smith, W. W.;

Nucl. Instrum. Methods 110, 489-492 (1973). Electron Spectroscopy of Foil— Excited Chlorine Beams.

CI VII: W

CI XV: EL CL W

2668. Pegg, D. J.; Griffin, P. M.; Haselton, H. H.; Laubert, R.; Mowat, J. R.; Thoe, R. S.; Peterson, R. S.; Sellin, I. A.; Phys. Lett. 47A(6), 469-470 (1974). New Lines in the XUV Spectrum of Heliumlike

Fluorine. F VIII: EL CL W

2669. Pegg, D. J.; Griffin, P. M.; Haselton, H. H.; Laubert, R.; Mowat, J. R.; Thoe, R. S.; Peterson, R. S.; Sellin, I. A.; Phys. Lett. 47A(6), 433-434 (1974). Radiative Transitions in Two—Electron Oxygen.

O VII: W

2670. Peacock, N. J.; Hobby, M. G.; Galanti, M.; J. Phys. B

6(10), L298-L304 (1973).

Satellite Spectra for Helium-Like Ions in Laser- Produced Plasmas. C IV, V, F VII, VIII, IX: EL CL W

Mg X, XI, XII, Al XI, XII: EL CL W

2671. Patterson, T. A.; Hotop, H.; Kasdan, A.; Norcross, D. W.;

Lineberger, W. C; Phys. Rev. Lett. 32(5), 189-192

(1974). Resonances in Alkali Negative-Ion Photodetachment

and Electron Affinities of the Corresponding Neutrals.

Li , Na", K", Rb", Cs": EL

2672. Parcel], L. A.; Langlois, J.; Sichel, J. M.; Chem. Phys.

Lett. 25(3), 390-392 (1974). Calculated Energies for Doubly Excited States of Ne. Ne I: OT

2673. Oberoi, R. S.; Nesbet, R. K.; Phys. Rev. A 8(6), 2969-

2979 (1973). Inelastic Scattering of Electrons by Helium. He I: OT

1 2674. O'Connell, R. F.; Astrophys. J. 187(2) (Pt. 1), 275-276

(1974). Highly Excited States of Atoms in a Magnetic Field. Ba I: OT

2675. Ohi, M.; Jap. J. Appl. Phys. 12(9), 1377-1381 (1973). Measurements of Frequency Shifts in the 3.39 /J.m Ne

Transition with the Aid of CH4 Lamb Dip. Ne I: IS

2676. Snyder, R.; J. Phys. B 7(3), 335-341 (1974). Relativistic Z-Expansions for Excited States of He and

Li. He I, Li I: OT

2677. Lindeberg, S.; Uppsala Univ. Inst. Phys. UUIP-758, 25

pp. (Feb. 1972). The 3s-3p and 3p-3d Transitions in Ne IV. Ne IV: EL ND CL W

I 2678. Lindeberg, S.; Uppsala Univ. Inst. Phys. UUIP-760, 4 pp. (Mar. 1972). New 3s-3p and 3p-3d Lines in the Spectra Ne V and

VI. Ne V, VI: EL CL W

2679. Laughlin, C; J. Phys. B 6(10), 1942-1952 (1973).

Nuclear Charge Expansion Method for lsn/

1,3 L-lsn7'

l,3 L' Transitions in the Helium Isoelectronic Sequence. He I: OT

2680. Laughlin, C; Lewis, M. N.; Horak, Z. J.; J. Phys. B 6, 1953-1966 (1973). Transition Probabilities in the Lithium Isoelectronic Sequence.

Li I: OT

2681. Luc-Koenig, E.; Morillon, C; Verges, J.; Physica

(Utrecht) 70(1), 175-189 (1973).

Etude de la transition "interdite"

2 Pi/2 —* 2 Py2 de la

configuration np

S dans le brome et l'iode par spectrometrie de Fourier. Br I, I I: Hfs AT

2682. Schlagheck, W.; Schurmann, D.; Haas, D.; Buttlar, H. v.; Phys. Lett. 45A(6), 433-434 (1973). Doubly Excited States in the Beam-Foil Li Spectrum.

Li I, II: W

2683. Lofstrand, B.; Phys. Scr. 8(1-2), 57-61 (1973). Spectrum and Term System of Be III. Be III: EL CL W QF IP SF

2684. Leboucher, E.; Bousquet, C; Bras, N.; Nouv. Rev. Opt.

5(2), 121-128 (1974). The Measure of the Isotopic and Hyperfine Structure of the Radiation Hg 1849 A by Means of the Magnetic

Scanning Method. Hg I: Hfs IS

2685. Kohl, J. L.; Parkinson, W. H.; Astrophys. J. 184(2) (Pt.

1), 641-652 (1973). Measurement of the Neutral- Aluminum Photoionization

Cross-Section and Parameters of the 3p

2 P°-3s3p 2 S 1/2 Autoionization Doublet.

Al I: W

2686. Varga, L. P.; Baybarz, R. D.; Reisfeld, M. J.; J. Inorg. Nucl. Chem. 35(12), 4313-4317 (1973).

Electronic Spectra of Bk** and the Spin-Orbit Coupling

Diagram for f

7

: Eu

2+

, Gd3+, Tb4+, Am2+

, Cm3*, Bk4+

. Bk V: (EL) (CL) (W)

2687. Kruger, H.; Lutz, O.; Nolle, A.; Schwenk, A.; Z. Naturforsch. A 28(1), 119-120 (1973). The Ratio of the Nuclear g]-Factors of

9S Mo and 97 Mo. Mo I: Hfs

2688. Labarthe, J. J.; J. Phys. B 6(9), 1761-1770 (1973). Correlation Effects on Specific Isotope Shifts. He I, Mg I: AT

2689A. Schenck, P. K.; Diss. Abstr. Int. B 34(9), 4561 (1974). Level Crossing Spectroscopy in Calcium, Sodium and Barium Using a Pulsed Tunable Dye Laser. Ca I, Ba I: ZE Na I: Hfs

2690. Landman, D. A.; Solar Phys. 31(1), 81-89 (1973). Proton Collisional Excitation in the Ground

Configuration of Fe

+12

, II. Fe XIII: ND PT

2691. Lantschner, G.; Niehaus, A.; Chem. Phys. Lett. 23(2), 223-226 (1973). Energy Spectra of Electrons Ejected in Collisions of Fast He Metastables with Xenon. Xe I: EL

105
3. Bibliography Ordered by Reference Numbers — Continued

2692. Larsson, S.; Smith, V. H., Jr.; Int. J. Quantum Chem.

6(6), 1019-1043 (1972).

Natural Spin Orbitals and Geminals for the Lithium 2 S Ground State.

Li I, II: AT

2693. Riley, M. E.; Schulman, J. M.; Musher, J. I.; Phys. Rev. A 5(5), 2255-2259 (1972). Nonsymmetrie Perturbation Calculations of Excited

States of Helium. He I: OT

2694. Richard, P.; Kauffman, R. L.; Hopkins, F. F.; Woods, C. W.; Jamison, K. A.; Phys. Rev. Lett. 30(19), 888-

891 (1973). High-Resolution Study of Fluorine Metastable X-Ray

Emitters. F VII, VIII: EL CL W

2695. Reinhardt, W. P.; Smith, J. B.; J. Chem. Phys. 58(5), 2148-2152 (1973). Application of the Many-Body Green's Function Formalism to the Lithium Atom.

Li I: OT

2696. Reimann, R. J.; McDermott, M. N.; Phys. Rev. C 7(5), 2065-2079 (1973). Precision Magnetic Moment Determinations for 43— min

l99lII Hg and Other Isomers of Mercury.

Hg I: Hfs

2697. Rebolledo, M. A.; Bernabeu, E.; Rev. Acad. Cienc.

Exactas, Fis.-Quim. Natur. Zaragoza 27(3), 289-319

(1972). Calculation of Energies, Wave Functions and Transition

Probabilities of Magnetic Hyperfine Atomic

Sublevels.

Li I: PT

2698. Reader, J.; Epstein, G.; J. Opt. Soc. Amer. 63(9), 1153-

1167 (1973). Zeeman Effect and Revised Analysis of Singly Ionized Rubidium (Rb II). Rb II: EL ND CL W ZE IP PT AT

2699. Ray, S. N.; Lee, T.; Das, T. P.; Phys. Rev. B 8(11), 5291-5297 (1973). Many-Body Theory for Hyperfine Fields in Iron-Group

Ions - Ferric Ion. Fe IV: AT

2700. Raible, V.; Koschmieder, H.; J. Phys. B 7(4), L99-L100

(1974). Structure in Near-Threshold Excitation of Krypton.

Kr~: EL

2701. Raible, V.; Koschmieder, H.; Kleinpoppen, H.; J. Phys. B

7(1), L14-L18 (1974). Structure in Near Threshold Electron Excitation of Argon and Neon.

Ne", Ar": EL

2702. Ivanov, L. N.; Opt. Spectrosc. (USSR) 37(5), 479-481

(1974). Summation of Feynman Atomic Diagrams with Simple

Denominators. 2: Autoionization State of the He

Atom. He I: OT

2703. Aksenov, V. P.; Ryabtsev, A. N.; Opt. Spectrosc. (USSR)

3 7(5), 492-494 (1974). Spectra of Ions in the Co I Isoelectronic Sequence. Part

1: Ga V. Ga V: EL ND CL W

2704. Sakai, Y.; Anno, T.; J. Chem. Phys. 60(2), 620-624

(1974). New Set of Rules of the Slater Type on the Screening

Constants and the Effective Principal Quantum

Numbers. N I: AT

2705. Sadlej, A. J.; Mol. Phys. 26(6), 1445-1452 (1973). On the Improvement of Expectation Values in the Uncoupled SCF and HF Perturbation Theories. He I, Be I: AT

2706. Rudkjobing, M.; J. Quant. Spectrosc. Radiat. Transfer

13(12), 1479-1501 (1973). The Shape of the 1

! S0 — 2 'P, Fano Resonance in the H Photo-Ionization Continuum.

H": AT

2707. Rosen, A.; Phys. Scr. 8(4), 159-164 (1973). On the Evaluation of Electric Quadrupole Moments

from Experimental Hyperfine Interaction Constants. B I, F I, Al I, CI I: Hfs

2708. Rosen, A.; Phys. Scr. 8(4), 154-158 (1973). Relativistic Effects in the Magnetic Hyperfine Structure

of the 3d

N 4s2 Atoms.

Sc I, Ti I, V I, Cr I, Mn I, Fe I, Co I: Hfs

Ni I, Cu I: Hfs

2709. Rosen, A.; Lindgren, J.; Phys. Scr. 8(1-2), 45-51 (1973). Relativistic Correction Factors to the Magnetic Dipole and Electric Quadrupole Hyperfine Integrals Calculated with Hydrogen Wave Functions. P I, As I, In I, Bi I: Hfs

2710. Knystautas, E. J.; Drouin, R.; Nucl. Instrum. Methods 110, 95-97 (1973). Lifetime Measurements of Doubly-Excited States of Helium. He I: EL CL W

2711. Knoop, F. W. E.; Kistemaker, J.; Phys. Lett. 46A(1), 27-

28 (1973). Doubly Excited States of Helium Induced by LowEnergy Electron Impact. He I: EL

2712. Kemic, S. B.; Joint Inst. Lab. Astrophys., Rep. 113, 27 pp.

(1974). Wavelengths and Strengths of Hydrogen and Helium

Transitions in Large Magnetic Fields. H I, He I: OT

2713. Keller, J. C; J. Phys. B 6(9), 1771-1778 (1973). Parametric Study of Isotope Shifts in Ne I. Ne I: IS

2714. Kauffman, R. L.; Woods, C. W.; Hopkins, F. F.; Elliott, D. O.; Jamison, K. A.; Richard, P.; J. Phys. B 6(10), 2197-2203 (1973). X Ray Decay Energies of Highly Ionized Fluorine Atoms. F VII, VIII, IX: EL CL W

2715. Joshi, Y. N.; Indian J. Pure Appl. Phys. 11(11), 860-862

(1973). On the Absorption Spectrum of Bismuth Below 1000 A.

Bi I: W

2716. Joshi, Y. N.; van Kleef, T. A. M.; Can. J. Phys. 52(19), 1891-1894 (1974). The Spectra of Ga IV and Ge V. Ga IV, Ge V: EL ND CL W

106
'I

3. Bibliography Ordered by Reference Numbers — Continued

2717. Joshi, B. D.; Patel, B. M.; Page, A. G.; Bangia, T. R.; Saxena, R. N.; J. Lumin. 6, 125-130 (1973).

Spectrum of Tb3+ Ion in LaBr3 Crystal. Tb IV: (EL) (CD (W)

2718. Joshi, B. D.; Page, A. G.; J. Lumin. 6(5). 441-448 (1973). Spectrum of Tb3+ Ion in Terbium Aluminium Garnet. Tb IV: (EL) (CD (W)

2719. Johansson, S.; Litzen, U.; Phys. Scr. 10(3), 121-129

(1974). Analysis of 4d-4f Transitions in Fe II. Fe II: EL ND CL W

2720. Johannesson, G. A.; Lundstrom, T.; Phys. Scr. 8(1-2), 53-56 (1973).

4f, 5f and 5g Energy Levels of Mg IV. Na III: IP OT

Mg IV: EL CL W IP PT AT

2721. Feldman, U.; Doschek, G. A.; Nagel, D. J.; Behring, W.

E.; Cohen, L.; Astrophys. J. 183(1) (Pt. 2), L43-L45

(1973). Transitions of Fe XVIII and Fe XIX Observed in Laser-Produced Plasmas. Fe XVIII, XIX: EL CL W OT

2722. Marrus, R.; Nucl. Instrum. Methods 110, 333-342 (1973). Forbidden Decay Modes of One- and Two-Electron

Ions.

Si XIII, S XV, Ar XVII, XVIII: EL

2723. Wortman, D. E.; Karayianis, N.; Morrison, C. A.; Harry

Diamond Labs. Rep. HDL-TR-1685, 20 pp. (1974). Analysis of the Ground Term Energy Levels for Triply Ionized Neodymium in Yttrium Orthovanadate. Nd IV: (EL) (CL) (W) PT

2724. Mann, J. B.; Los Alamos Scientific Lab., Univ. California, Rep. LA-UR-73-1442, 69 pp. (1973). The Electron Structure of Superheavy Elements. Trans Lr Elements: AT

2725. Mansfield, M. W. D.; Astrophys. J. 180(3) (Pt. 1), 1011-

1021 (1973). The Absorption Spectrum of Hg I Between 370 and 900

A. Hg I: EL CL W IP

2726. Wang, S. J.; Z. Naturforsch. A 28(6), 1036-1037 (1973). Zur Beschreibung von Atomrumpfen mit kleinen Basissatzen im Rahmen des SCF-MO—LCGOVerfahrens. B II - F VI: OT

2727. Werme, L. O.; Bergmark, T.; Siegbahn, K.; Phys. Scr.

8(4), 149-158 (1973). The L23 MM Auger Spectrum of Argon.

ArIII. IV: EL CL W

2728. Widing, K. G.; Nucl. Instrum. Methods 110, 361-371

(1973). Coronal Identifications Below 400 A.

Si VIII, S X, Fe XI: EL CL W

N I Sequence, Mg X, Si XII, S XIV: EL CL W

Ar XVI, Ca XVIII, Fe XXIV: EL CL W

2729. Bacis, R.; Berry, H G.; Phys. Rev. A 10(2), 466-473

(1974).

High-Resolution Study of the 2s

3 S - 2p3 P Transition

in

6 7 Li II. Li II: EL Hfs QF

2730. Bauche, J.; Couarraze, G.; Labarthe, J. J.; Z. Phys.

270(4), 311-318 (1974).

Ab-initio Interpretation of (r

3

) Electronic Quantities in the hfs of Mg I 3s3p 3 P and 'P. Mg I: AT

2731. Balbi, N.; Pluvinage, P.; J. Phys. B 7(1), 1-13 (1974). Theory of an Almost Perfect Atomic Screen Effect. Li I, Na I, K I, Rb I, Cs I: AT

2732. Bagus, P. S.; Freeman, A. J.; Sasaki, F.; Int. J. Quantum

Chem. Symp. No. 7, 83-92 (1973). Correlation and Multiplet Hole Theory of Core-Electron Energy Splittings in Transition-Metal Ions. Mn IV: AT

2733. Aymar, M.; Physica (Utrecht) 74(1), 205-213 (1974). Determination theorique des durees de vie des niveaux

3s3p 3 dans la sequence isoelectronique de Si I. Si I - Ca VII: PT

2734. Uslu, K. A.; Code, R. F.; Harvey, J. S. M.; Can. J. Phys.

52(21), 2135-2142 (1974). The Magnetic Moments of the 3p

5 Configuration of Atomic Chlorine. CI I: ZE Hfs

2735. Alliluyev, S. P.; Malkin, I. A.; Zh. Exsp. Teor. Fiz. 66(4), 1283-1294 (1974). On Calculations of the Stark Effect in the Hydrogen Atom in Which the 0(2,2) X 0(2) Symmetry is Employed.

H I: SE OT

2736. Woodyard, J. R.; Altick, P. L.; J. Phys. B 7(17), 2298-

2307 (1974). An Ab Initio Calculation of Energy Levels and

Transition Probabilities in the Spectrum of Ar I. Ar I: AT

2737. Wittmann, W.; Tillmann, K.; Andra, H. J.; Nucl. Instrum. Methods 110, 305-310 (1973). Hyperfine Structure Measurements by Zero— Field Quantum Beats after Beam—Foil Excitation. He I, Li II: Hfs

2738. Wittmann, W.; Tillmann, K.; Andra, H. J.; Dobberstein,

P.; Z. Phys. 257(4), 279-287 (1972).

Fine-Structure Measurements of

4 He by Zero-Field Quantum Beats. He I: EL

2739. Winkler, P.; Porter, R. N.; J. Chem. Phys. 61(5), 2038-

2046 (1974). Correlated Wavefunctions, Energies, and One-Electron

Radial Densities for S States of the He Atom. He I: OT

2740. Yafet, Y.; Watson, R. E.; Int. J. Quantum Chem. Symp.

No. 7, 93-101 (1973).

Configuration Interaction and Screening in the s

2 p4 d and sp Configurations. Ar II, III, Rb III, IV: AT

2741. Zapol, B.; Levush, B.; Taksar, I.; Latv. PSR Zinat. Akad.

Vestis, Fiz. Teh. Zinat. Ser. (5), 28-38 (1973). Effective Potential Method for Computation of Quantum

Systems. IV. Calculation of Wave Functions and

Transitions Oscillator Strengths of the External

Electron in Boron Atom. B I: OT

107
3. Bibliography Ordered by Reference Numbers — Continued

2742. Abele, J.; Baumann, M.; Hartmann, W.; Phys. Lett. 49A(3), 205-206 (1974). Determination of the gj -Factor and the Magnetic hfs

Interaction Constant in the 6

2 P 1/2 -State of 1M Cs by

Optica] Double Resonance in a Strong Magnetic

Field. Cs I: ZE Hfs

2743. Feldman, U.; Doschek, G. A.; Nagel, D. J.; Cowan, R. D.; Whitlock, R. R.; Astrophys. J. 192(1) (Pt. 1), 213-

220 (1974).

Satellite Line Spectra from Laser-Produced Plasmas. Na IX, Mg X, Al XI, Si XII, S XIV: EL CL W

Na X, Mg XI, Al XII, Si XIII: EL CL W

2744. Tsekeris, P.; Gupta, R.; Happer, W.; Belin, G.; Svanberg,

S.; Phys. Lett. 48A(2), 101-102 (1974). Determination of Hyperfine Structure of Highly Excited S States in Alkali Atoms Using a CW Dye Laser. K I, Cs I: Hfs

2745. Lahaye, B.; Margerie, J.; Opt. Commun. 1(6), 259-261

(1970).

Optical Pumping of the Metastable 6

3 P0 Level of '"Hg.

Hg I: ZE

2746. TiUmann, K.; Andra, H. J.; Wittmann, W.; Phys. Rev.

Lett. 30(5), 155-158 (1973).

Hyperfine-Structure Studies of

3 He by Zero-Field Quantum Beats. He I: Hfs

2747. Thomas, L. D.; J. Phys. B 7(4), L97-L98 (1974).

Identification of a Second Resonant State of H

2

. H

2": AT

2748. Jones, M.; Mon. Not. Roy. Astron. Soc. 169(2), 211-227

(1974). Collision Strengths for the Electron-Impact Excitation

of Certain Highly-Ionized Helium-Like Ions.

Si XIII, Ca XIX, Fe XXV: OT

2749. Tarn, W. C; Brion, C. E.; J. Electron Spectrosc. Relat. Phenomena 2(2), 111-123 (1973). Excitation of Optically Forbidden Transitions in Argon

and Neon by Electron Impact. Ne I, Ar I: EL

2750. Tahira, S.; Nishimura, F.; Oda, N.; J. Phys. B 6(11), 2306-2309 (1973). Energy and Angular Distributions of Electrons Ejected from Autoionization States in Neon by Electron Impact. Ne I: EL

2751. Liao, K. H.; Lam, L. K.; Gupta, R.; Happer, W.; Phys.

Rev. Lett. 32(24), 1340-1343 (1974). Cascade Anticrossing Measurement of the Anomalous

Hyperfine Structure of the 4

2 D State of Rubidium. Rb I: EL Hfs

2752. Hansch, T. W.; Nayfeh, M. H.; Lee, S. A.; Curry, S. M.;

Shahin, I. S.; Phys. Rev. Lett. 32(24), 1336-1340

(1974). Precision Measurement of the Rydberg Constant by Laser Saturation Spectroscopy of the Balmer a Line

in Hydrogen and Deuterium. HI: EL W IS

2753. Swensson, J. W.; Edlen, B.; Phys. Scr. 9(6), 335-337

(1974). The Spectrum of Three Times Ionized Titanium, Ti IV. Ti IV: EL CL W IP SF

2754. Svensson, L. A.; Ekberg, J. O.; Edlen, B.; Solar Phys.

34(1), 173-179 (1974). The Identification of Fe IX and Ni XI in the Solar Corona. Ar XI: CL

Fe IX: EL CL

Ni XL TE CL OT

2755. Svanberg, S.; Belin, G.; J. Phys. B 7(3), L82-L85 (1974). Determination of Hyperfine Structure and gj Factors in

the Sequences of

2 D States in Alkali Atoms Using a Tunable Dye Laser. Rb I, Cs I: ZE Hfs

2756. Surmelian, G. L.; O'Connell, R. F.; Astrophys. Space Sci. 20(1), 85-91 (1973). Energy Spectrum of He II in a Strong Magnetic Field and Bound-Bound Transition Probabilities. He II: OT

2757. Stoeckel, F.; Lombardi, M.; J. Phys. (Paris) 34(11-12), 951-959 (1973). Mesure de la faible structure hyperfine du niveau 3

] P] de

3 He par observation d'un signal resultant d'un alignement electronique et d'une orientation nucleaire. He I: Hfs

2758. Hildenbrand, D. L.; Murad, E.; J. Chem. Phys. 61(12), 5466-5467 (1974). Ionization Potential of Thorium. Th I: IP

2759. Broadhurst, J. H.; Cage, M. E.; Clark, D. L.; Greenlees,

G. W.; Griffith, J. A. R.; Isaak, G. R.; J. Phys. B

7(18), L513-L517 (1974). High Resolution Measurements of Isotope Shifts and

Hyperfine Splittings for Ytterbium Using a cw

Tunable Laser. Yb I: Hfs IS

2760. Mansfield, M. W. D.; Proc. Roy. Soc, Ser. A 341(1625), 277-283 (1974). An Improved Analysis of Singly Ionized Potassium (K

II) by Means of Hartree-Fock Calculations. K II: ND PT AT

2761. Lee, N.; Edwards, A. K.; Phys. Rev. A 11(5), 1768-1770

(1975).

Autodetaching State of C and Autoionizing States of C. C~: EL

C I: EL CL W

2762. Robb, W. D.; J. Phys. B 7(13), L369-L372 (1974). The Frequency Dependent Polarizability of Atomic

Nitrogen.

N I: AT

2763. Poppe, R.; van Kleef, T. A. M.; Raassen, A. J. J.; Physica

(Utrecht) 77(1), 165-173 (1974). The Ground Terms in the Spectra Cobalt IV, Nickel V

and Copper VI. Co IV, Ni V, Cu VI: EL CL W

Zn VII: OT

108
3. Bibliography Ordered by Reference Numbers — Continued

2764. Pegg, D. J.; Haselton, H. H.; Thoe, R. S.; Griffin, P. M.; Brown, M. D.; Sellin, I. A.; Phys. Lett. 50A(6), 447-

448 (1975). Optically Inaccessible Core Excited States of Li and

Na.

Li I, Na I: EL

2765. Pappalardo, R.; IEEE J. Quantum Electron. QE-10(12),

897-898 (1974). Some Observations on Multiply Ionized Xenon Laser

Lines. Xe III, IV: W

2766. Carlsten, J. L.; Mcllrath, T. J.; Parkinson, W. H.; J. Phys. B 8(1), 38-51 (1975).

Absorption Spectrum of the Laser-Populated 3 D

Metastable Levels in Barium. Ba I: EL CL W IP

2767. Ormonde, S.; Kets, F.; Heideman, H. G. M.; Phys. Lett. 50A(2), 147-148 (1974). Negative Ions in Electron Impact Excitation of He Near

60 eV.

He": ND OT

2768. Vaishnava, P. P.; Tandon, S. P.; Bhutra, M. P.; Spectrosc. Lett. 7(10), 515-521 (1974). Energy Levels and Spectroscopic Parameters of Neodymium Trifluorides. Nd IV: (EL) (CL) (W) PT

2769. Thompson.'D. G.; Hibbert, A.; Chandra, N.; J. Phys. B

7(11), 1298-1305 (1974).

Photoionization of the (3s,3p:'P) State of Magnesium.

Mg I: AT

2770. Sims, J. S.; Hagstrom, S. A.; Int. J. Quantum Chem. 9(1), 149-156 (1975). Combined CI-HY Studies of Atomic States. II. Compact Wave Functions for the Be Ground State. Be I: OT

2771. Johansson, L.; Phys. Scr. 10(5), 236-240 (1974). Additions to the Displaced Term System of Be I. Be I: EL CL W

2772. Holmgren, L.; Rosen, A.; Phys. Scr. 10(4), 171-176

(1974). Hyperfine Structure Analysis in the 6p7s Configuration

of Singly Ionized Bi. Bi II: ND Hfs AT

2773. Hansen, J. E.; J. Phys. B 7(14), 1902-1905 (1974). Identification of Autoionization Thresholds in the Cross

Section for Electron Ionization of Ba

+

. Ba II: ND AT

2774. Guyon, F.; Blaise, J.; Wyart, J. F.; J. Phys. (Paris) 35, 929-933 (1974). Etude parametrique des configurations impaires

profondes dans les spectres de l'uranium U I et U II. U I, II: EL ND ZE PT

2775. Garton, W. R. S.; Parkinson, W. H.; Proc. Roy. Soc, Ser. A 341(1624), 45-48 (1974). Series of Autoionization Resonances in Ba I Converging

on Ba II 6

2 P. Ba I: EL CL W IP

2776. Yoshimura, T.; Miyake, C; Imoto, S.; J. Inorg. Nucl. Chem. 37(3), 739-742 (1975). Electron Spin Resonance of Uranium (IV) Chelates with Cupferron and Neocupferron.

U V: (EL) (ZE)

2777. Fraga, S.; Ann. Fis. 70(3), 249-252 (1974).

Electronic Structure of the Transactinides with 6d

N 7s2

, 7p

N

, and 8s

N Configurations. Lr I, Trans Lr Elements: AT

2778. Fischer, C. F.; Int. J. Quantum Chem. Symp. No. 8,- 5-15

(1974). A Multiconfiguration Hartree-Fock Approach to Atomic

Structure Calculations. Be I: AT

2779. Fischer, W.; Huhnermann, H.; Kromer, G.; Schafer, H. J.; Z. Phys. 270, 113-120 (1974). Isotope Shifts in the Atomic Spectrum of Xenon and

Nuclear Deformation Effects. Xe I: Hfs IS

2780. Ferch, J.; Dankwort, W.; Gebauer, H.; Phys. Lett. 49A(4), 287-288 (1974). Hyperfine Structure Investigations in Dy I with the Atomic Beam Magnetic Resonance Method. Dy I: ZE Hfs

2781. Esteva, J. M.; Mehlman, G.; Astrophys. J. 193(3) (Pt. 1), 747-753 (1974). Autoionization Spectra of Magnesium (Mg I, Mg II, and Mg III) in the 50- to 110-eV Energy Range.

Mg I, II, III: EL CL W

2782. Eidelsberg, M.; J. Phys. B 7(12), 1476-1485 (1974). The Spectrum and Term System of Helium-Like

Boron, B IV. B IV: EL CL W IP QF SF

2783. Aleksakhin, I. S.; Bogachev, G. G.; Bukstich, V. S.; Zapesochnyi, I. P.; JETP Lett. 18(10), 360-362

(1973) . Experimental Observation of Emission Lines from

Auto-Ionization Levels of Cesium. Cs I: EL CL W

2784. Garstang, R. H.; Kemic, S. B.; Astrophys. Space Sci. 31,

103-115 (1974). Hydrogen and Helium Spectra in Large Magnetic

Fields. H I, He I: OT

2785. Chantepie, M.; J. Phys. Lett. (Paris) 35, L173-L174

(1974) .

Effet Stark des niveaux 6

3 D3

, 6

3 D2 et 6 'D 2 du

mercure. Hg I: ZE SE

2786. Catura, R. C; Joki, E. G.; Bakke, J. C; Rapley, C. G.; Culhane, J. L.; Mon. Not. Roy. Astron. Soc. 168(1), 217-220 (1974). A New Type of Crystal Spectrometer for Solar X-Ray

Studies. O VIII, Ne IX, X, Fe XVII: W

2787. Buttgenbach, S.; Herschel, M.; Meisel, G.; Schrodl, E.; Witte, W.; Childs, W. J.; Z. Phys. 269(3), 189-193

(1974). Hyperfine Structure Measurements in the Ground

States

5 F5 , 5 F4 ,

S F3 and 5 F2 ofOT Ru and I01 Ru with

the Atomic Beam Magnetic Resonance Method. Ru I: ZE Hfs

2788. Berry, H. G.; Pinnington, E. H.; Subtil, J. L.; Phys. Rev. A 10(4), 1065-1071 (1974). Fine- and Hyperfine-Structure Constants of the np

3 P(n = 2-5) Terms of 6J Li II. Li II: EL Hfs

219-865 0 - 76 -8 109
3. Bibliography Ordered by Reference Numbers — Continued

2789. Beckmann, A.; Boklen, K. D.; Elke, D.; Z. Phys. 270,

173-186 (1974). Precision Measurements of the Nuclear Magnetic Dipole Moments of

6 Li,? Li, B

Na,

39 K and 41 K.

Li I, Na I, K I: ZE Hfs

2790. Agureev, Yu. P.; Lipis, L. V.; Zh. Prikl. Spektrosk. 19(6), 1120-1122 (1973). Absorption Spectra of Cesium Lanthanum Chloride

Trihydrate (3CsCl.La03 .3H 2 0) Single Crystals Activated by Plutonium (3+) Ions. Pu IV: (EL) (W)

2791. Ahlrichs, R.; Phys. Rev. A 5(2), 605-614 (1972). Convergence of the 1/Z Expansion. He I: OT

2792. Albat, R.; Gruen, N.; J. Phys. B 7(1), L9-L13 (1974). Born Cross Sections for the Excitation of the Lowest Resonance Level of Neon Using Elaborate CI

Wavefunctions. Ne I: AT

2793. Smith, A. J.; Hicks, P. J.; Read, F. H.; Cvejanovic, S.; King, G. C. M.; Comer, J.; Sharp, J. M.; J. Phys. B

7(17), L496-L502 (1974). Phenomena Associated with Near-Threshold Excitation

of Autoionizing Levels of Helium by Electron Impact.

He", He I: EL

2794. Signolle, J. P.; Lecler, D.; Opt. Commun. 13(1), 60-63

(1975).

Optical Pumping of the Metastable 5

3 P„ Level of Odd

Isotopes of Cadmium.

Cd I: ZE Hfs

2795. Spence, D.; Chupka, W. A.; Phys. Rev. A 10(1), 71-73

(1974). Measurement of Resonances in Atomic Oxygen by

Electron Transmission Spectroscopy.

O": EL

2796. Roy, D.; Carette, J. D.; J. Phys. B 7(18), L536-L538

(1974). Resonances in Differential Electron Excitation Cross

Section of Neon in the Autoionization Region. Ne I: EL

2797. Matese, J. J.; Phys. Rev. A 10(1), 454-457 (1974).

Doubly Excited States of C and O . C",0": OT

2798. Margerie, J.; C. R. H. Acad. Sci., Ser. B 271, 209-212

(1970).

Facteurs de Lande des niveaux 6p

2 3 P0 et 6p2

' S0 de

207 Pb. Pb I: Hfs

2799. Surmelian, G. L.; O'ConneU, R. F.; Astrophys. J. 193(3)

(Pt. 1), 705-710 (1974). Quadratic Zeeman Effect in the Hydrogen Balmer Lines from Magnetic White Dwarfs. H I: ZE

2800. Mansfield, M. W. D.; Connerade, J. P.; Proc. Roy. Soc,

Ser. A 342, 421-430 (1975). The Absorption Spectrum of Sr I Between 40 and 95 A. Sr I: EL CL W AT

Sr II: AT

2801. Stewart, R. F.; Laughlin, C; Victor, G. A.; Chem. Phys.

Lett. 29(3), 353-358 (1974). Calculations on Bound and Autoionizing States, and Continuum Radiative Properties for Li and Na . Li", Na": OT

2802. Schabert, A.; Keil, R.; Toschek, P. E.; Appl. Phys. 6(2), 181-184 (1975). Dynamic Stark Effect of an Optical Line Observed by Cross-Saturated Absorption.

Ne I: SE

2803. Duong, H. T.; Vialle, J. L.; Opt. Commun. 12(1), 71-74

(1974). Nouvelle methode de detection des resonances optiques par deviation magnetique d'un jet atomique. Na I: Hfs

2804. Duong, H. T.; Liberman, S.; Pinard, J.; Vialle, J. L.; Phys. Rev. Lett. 33(6), 339-341 (1974). Measurement of the Hyperfine Structure of the 5

2 S 1/2 State of M

Na by Two-Step Excitation Using Two cw

Dye Lasers. Na I: Hfs

2805. Clawson, J. E.; Miller, M. H.; J. Opt. Soc. Amer. 63(12), 1598-1603 (1973). Experimental Transition Probabilities for Neutral and

Singly Ionized Tungsten. W: W

2806. Childs, W. J.; Fred, M.; Schrodl, E.; van Kleef, T. A. M.;

Phys. Rev. A 10(4), 1028-1033 (1974). Composition of the Ir I Atomic Ground State, and

Nuclear Electric-Quadrupole Moments of

191 Ir and

193 rIr.

Ir I: ND Hfs PT

2807. Dewhurst, R. J.; Opt. Commun. 12(1), 60-62 (1974). Identification of Forbidden Transitions of F VII in a Laser-Produced Plasma. F VII: CL W

2808. Delamater, N. D.; Collins, G. W.; Newsom, G. H.; J. Quant. Spectrosc. Radiat. Transfer 14(12), 1345-

1350 (1974). An Analytical Least Squares Solution Applied to Spectral Series Limit Determinations. Ca I, Sr I: PT

2809. Csavinszky, P.; Hucek, R.; Int. J. Quantum Chem. Symp.

No. 8, 37-47 (1974). First-Principles Pseudo Potential Calculation for Obtaining the (ns) Energy Levels of the K Atom. K I, II: OT

2810. Wuilleumier, F.; Krause, M. O.; Phys. Rev. A 10(1), 242-

258 (1974). Photoionization of Neon Between 100 and 2000 eV:

Single and Multiple Processes, Angular Distributions, and Subshell Cross Sections. Ne II: EL

2811. Leelavathi, H.; Ismail, S.; Channappa, K. H.; Indian J. Pure Appl. Phys. 10(11), 820-821 (1972).

Nuclear Quadrupole Moment of

I05 Pd from HFS

Constants. Pd I: Hfs

2812A. Saufley, D. C; Diss. Abstr. Int. B 34(8), 3998-3999

(1974). Development of an Autoranging Scanning Spectrometer and Its Application to Strontium I. Sr I: EL CL W

1 10
3. Bibliography Ordered by Reference Numbers — Continued

2813. Samson, J. A. R.; Petrosky, V. E.; J. Electron Spectrosc.

Relat. Phenomena 3 , 461-465 (1974). Partially Autoionizing States of Atomic Oxygen.

O I: EL CL W

2814. Schuda, F.; Stroud, C. R., Jr.; Hercher, M.; J. Phys. B

7(7), L198-L202 (1974). Observation of the Resonant Stark Effect at Optical

Frequencies.

Na I: SE

2815. Schmieder, R. W.; Rev. Sci. Instrum. 45(5), 687-701

(1974). Doppler—Tuned X-Ray Spectrometer. ArXVII: EL CL W

2816. Peacock, R. D.; J. Chem. Phys. 61(6), 2483 (1974). Solution Absorption Spectrum of Europium (III) in the

Visible Region. Eu IV: (CL)

2817. Sokoloff, J.; Can. J. Phys. 50(7), 703-707 (1972). Delves Principle Applied to Helium Using a Numerical

Excited Hartree Basis. He I: AT

2818. Sellin, I. A.; Nucl. Instrum. Methods 110, 477-487

(1973). Metastable Autoionizing States. Li I, CI XV, Ar XVI: EL

2819. Schweickert, H.; Dietrich, J.; Neugart, R.; Otten, E. W.;

J. Phys. Soc. Jap., Suppl. 34, 164-166 (1973). Measurement of the Spin and Nuclear Magnetic Moment of the 345 msec ^K. K I: Hfs

2820. Schwarz, K.; Chem. Phys. 7, 94-99 (1975). A Study of the Xa/3-Exchange Approximation on Atoms

for Use in Molecular and Solid-State Calculations. CI I: AT

2821. Shrivastava, S. K.; Westhaus, P. A.; J. Chem. Phys.

59(3), 1054-1064 (1973). Electric Dipole Transitions in the Carbon Isoelectronic Sequence Calculated with Symmetric States Obtained

from Superposition of Configurations. F IV: AT

2822. Shore, B. W.; J. Phys. B 6(10), 1923-1932 (1973). Use of the Rayleigh-Ritz-Galerkin Method with Cubic

Splines for Constructing Single-Particle Bound-State

Radial Wavefunctions: The Hydrogen Atom and its Spectrum.

H I: OT

2823. Shirley, D. A.; Chem. Phys. Lett. 16(2), 220-225 (1972). The Effect of Atomic and Extra-Atomic Relaxation on Atomic Binding Energies. Ne I, Ar I, Kr I, Xe I: AT OT

2824. Sharma, C. S.; Bowtell, G.; Can. J. Phys. 51(15), 1637-

1645 (1973). A New Method for the Calculation of Level Shifts of Autoionizing States of Atoms with Application to the

2s2p l ' 3 P Autoionizing States of Two-Electron

Atoms. H",HeI: AT

2825. Snow, R. L.; Bills, J. L.; J. Phys. Chem. 78(13), 1334-

1335 (1974). Singlet-Triplet Separation in Helium. He I: OT

2826. Smitt, R.; Phys. Scr. 8(6), 292-300 (1973). The Spectrum of Three Times Ionized Scandium, Sc

IV. Sc IV: EL CL W IP PT

Sc V: EL W

2827. Sinanoglu, O.; Beck, D. R.; Chem. Phys. Lett. 20(3), 221-224 (1973).

Hfs Constants of Be I ls

2 2s2p 3 P°, B I ls

2 2s2p2 4 P and B I ls

2 2s2p2 2 D Obtained from the Non-Closed Shell Many-Electron Theory for Excited States. Be I, B I: Hfs

2828. Sokolov, Yu. L.; Zh. Eksp. Teor. Fiz. 63(2), 461-476

(1972).

Interference of the

2 Pi/2 State of the Hydrogen Atom. H I: QF

2829. Artru, M. C; Kaufman, V.; J. Opt. Soc. Amer. 65(5), 594-599 (1975). Extension of the Analysis of Triply Ionized Aluminum

(Al IV). Al IV: EL ND CL W IP PT

2830. Kowalczyk, S. P.; Edelstein, N.; McFeely, F. R.; Ley, L.; Shirley, D. A.; Chem. Phys. Lett. 29(4), 491-495

(1974). X-Ray Photoemission Spectra of the 4d Levels in Rare-Earth Metals. Eu III: (EL) PT

2831. Fischer, W.; Huhnermann, H.; Mandrek, K.; Z. Phys.

269(3), 245-252 (1974). Isotope Shift Measurements in the Atomic Spectrum of Lanthanum (La I). La I: ND IS

2832. Huber, M. C. E.; Sandeman, R. J.; Tubbs, E. F.; Proc. Roy. Soc, Ser. A 342, 431-438 (1975). The Spectrum of Cr I Between 179.8 and 200 nm

Wavelengths, Absorption Cross Sections, and

Oscillator Strengths. Cr I: EL CL W IP

2833. Shore, B. W.; J. Phys. B 7(18), 2502-2517 (1974). Use of Boundary-Condition Wavefunctions for Bound

States, Continuum States, and Resonances. He II: OT

2834. Moore, C. F.; Bolger, J.; Roberts, K.; Olsen, D. K.; Johnson, B. M.; Mackey, J. J.; Smith, L. E.; Matthews, D. L.; J. Phys. B 7(15), L415-L417 (1974). Neon K X-Ray Spectra Excited by O

4* and Cl^

Bombardment. Ne II - IX: EL

2835. Sinanoglu, O.; Herrick, D. R.; J. Chem. Phys. 62(3), 886-

892 (1975). Group Theoretic Prediction of Configuration Mixing

Effects Due to Coulomb Repulsions in Atoms with Applications to Doubly— Excited Spectra. He I: AT

2836. Mohr, P. J.; Ann. Phys. (New York) 88(1), 52-87 (1974). Numerical Evaluation of the lSi/2 -State Radiative Level Shift. H I: OT

2837. Bates, G. N.; Comput. Phys. Commun. 8(3), 220-235

(1974). A Fixed Core Hartree-Fock Program for Calculating

Bound and Continuum Orbitals. Be II: AT

111
3. Bibliography Ordered by Reference Numbers — Continued

2838. Baird, P. E. G.; Stacey, D. N.; Proc. Roy. Soc, Ser. A

341(1626), 399-406 (1974). Isotope Shifts and Hyperfine Structure in the Optical

Spectrum of Platinum.

Pt I: Hfs IS

2839. Aksela, H.; Aksela, S.; J. Phys. B 7(11), 1262-1269 (1974). The M45 N45 N45 and M45 N45 0, Auger Electron Spectra from Cadmium Vapour.

Cd II, III: EL AT

2840. van Kleef, T. A. M.; Joshi, Y. N.; Benschop, H.; Can. J. Phys. 53(3), 230-235 (1975). Low Lying Multiplets in the Spectra of Cu V and Cu

VI. Cu V, VI: EL CL W

Zn VI, VII, Ga VII, VIII: OT

2841. Pradhan, A. K.; J. Phys. B 7(17), L503-L508 (1974).

Electron Impact Excitation of Ne2+. Ne II, III: OT

2842. Pedersen, E. H.; Simpson, F. R.; Hvelplund, P.; J. Phys. B 7(9), L294-L296 (1974). On the Possible Existence of a Long-Lived Doublet

State of He". He : EL

2843. Kastner, S. O.; Solar Phys. 37(1), 179-181 (1974). Prediction and Identification of Some Forbidden Lines

in the Ne I Sequence.

Si V, S VII, Ar IX, Ca XI, Ti XIII: TE OT

Cr XV, Fe XVII: TE OT

2844. Ederer, D. L.; Lucatorto, T. B.; Saloman, E. B.; Madden,

R. P.; Sugar, J.; J. Phys. B 8(3), L21-L25 (1975). Photoabsorption of the 4d Electrons in Barium. Ba I: EL ND CL W IP AT

2845A. Huq, A.; Diss. Abstr. Int. B 34(10), 5116-5117 (1974). Precision Measurement of Nuclear Magnetic Moments

and Hyperfine Structure Separation of Some Alkali Metals.

Li I, Na I, K I: Hfs

2846. Irons, F. E.; Peacock, N. J.; J. Phys. B 7(9), 1109-1112

(1974).

Experimental Evidence for Population Inversion in C

5+

in an Expanding Laser-Produced Plasma. C VI: W

2847. Irons, F. E.; J. Phys. B 6(8), 1562-1581 (1973). Stark Broadening of High Quantum Number An = l Transitions of Carbon V and VI in a Laser-Produced

Plasma. C V, VI: CL W

2848. Jackson, D. A.; Coulombe, M. C; Proc. Roy. Soc, Ser. A

335(1601), 127-140 (1973). Hyperfine Structure in the Arc Spectrum of Xenon. II. Xe I: Hfs

2849. Jackson, D. A.; Coulombe, M. C; Proc. Roy. Soc, Ser. A

338(1614), 277-298 (1974). Isotope Shifts in the Arc Spectrum of Xenon. Xe I: IS

2850. Garstang, R. H.; Kemic, S. B.; Rutherford Centennial Symp., Univ. Canterbury, Christchurch, N.Z., 1971, Book, The Structure of Matter, Ed. B. G. Wybourne,

pp. 396-404 (Univ. Canterbury, Christchurch, N.Z.,

1972). Helium Spectra in Large Magnetic Fields. He I: OT

2851. Grigorieva, V. N.; Bull. Leningrad Univ. Phys. Chem. (3), 44-50 (1973). The Atomic Constants of the 6

2 P3/2 Rb85

. Rb I: Hfs

2852A. Luther, G. G.; Diss. Abstr. Int. B 34(6), 2832 (1973). A Measurement of the Frequency of Light in the Visible Part of the Spectrum and a Redetermination of the Speed of Light in Vacuum. Ne I: W

2853A. Moos, H. W.; Woodworth, J. R.; Bull. Amer. Phys. Soc.

20(4), 550 (1975).

Experimental Determination of the Single Photon 2

3 S, —>1

1 S0 Transition Rate in He I. He I: CL W

2854. Baklanov, E. V.; Chebotaev, V. P.; Opt. Commun. 12(3), 312-314 (1974). On the Precise Measurement of the Frequency

Transition 1S-2S of the Hydrogen Atom. H I: OT

2855A. Harvey, K. C; Hawkins, R. T.; Meisel, G.; Schawlow,

A. L.; Bull. Amer. Phys. Soc 20(4), 637 (1975). Two-Photon Spectroscopy of Stark Effects in Sodium. Na I: EL SE

2856A. Spicuzza, R. A.; Kessel, Q. C; Bull. Amer. Phys. Soc

20(4), 675 (1975). Inelastic Energy Loss Measurements of Inner-Shell

Excitation in MeV Xe+ -Xe Collisions. Xe V - XXI: EL

2857A. Pegg, D. J.; Haselton, H. H.; Brown, M. D.; Thoe, R. S.; Griffin, P. M.; Sellin, I. A.; Bull. Amer. Phys. Soc

20(4), 674-675 (1975). Electron Spectra from the Autoionizing Decay of

Collisionally Excited Mg+ and K

+ Beams. Mg II, K II: EL

2858A. Kramer, P. B.; Pipkin, F. M.; Bull. Amer. Phys. Soc.

20(4), 678-679 (1975). Measurement of

3 P2 —>3 P0 Fine Structure Interval in n=3 State of He . He I: EL

2859A. Schenck, P. S.; Pilloff, H. S.; Bull. Amer. Phys. Soc. 20(4), 678 (1975). Measurement of the Hyperfine Structure of the 4

2 D3/2 Na Level Using Step-Wise Excitation by Two

Tunable Dye Lasers. Na I: ZE Hfs

2860A. Feldman, M.; Metcalf, H.; Bull. Amer. Phys. Soc. 20(4), 678 (1975). Resonance Fluorescence from 3

3 P Helium. He I: Hfs 2861A. Moore, C. F.; Bolger, J.; Burch, D. F.; Bull. Amer. Phys.

Soc. 20(4), 678 (1975). The 'D Autoionization Series in Helium. He I, O VII: EL

2862A. Samanta, S. R.; Ali, M. A.; Bull. Amer. Phys. Soc.

20(4), 679 (1975). Perturbation Study of Hartree-Fock Wavefunction

Is2p3s

4 P State of Li Sequence. He I, Li I: AT

112
3. Bibliography Ordered by Reference Numbers — Continued

2863A. Forester, J. P.; Griffin, P. M.; Haselton, H. H.; Liao, K.

H.; Mowat, J. R.; Pegg. D. J.; Peterson, R. S.; Sellin, I. A.; Thoe, R. S.; BuU. Amer. Phys. Soc.

20(4), 679 (1975). Autoionizing States in Lithium-Like Silicon and Sodium-Like Chlorine.

Si XII, CI VII: EL CL W

; 2864A. Peterson, R. S.; Forester, J. P.; Griffin, P. M.; Haselton, H. H.; Liao, K. H.; Mowat, J. R.; Pegg, D. J.; Sellin,

I. A.; Thoe, R. S.; Bull. Amer. Phys. Soc. 20(4), 679

(1975). Electron Spectra from Autoionizing States of Highly

Stripped Oxygen and Fluorine. O VI, F VII: EL CL W

2865A. Ducas, T. W.; Littman, M. G.; Freeman, R. R.; Kleppner, D.; Bull. Amer. Phys. Soc. 20(4), 680

(1975). Production and Detection of Highly Excited States of Na. Na I: EL CL W

2866A. Perez, de 48D.; Johnston, R. R.; Bull. Amer. Phys. Soc.

20(4), 681 (1975). Calculation of X-Ray Lines in a Laser-Produced Iron Plasma. Fe XVII, XVIII, XIX: EL CL W AT

2867A. Zide, A.; Lancman, H.; Bond, A.; Bull. Amer. Phys.

Soc. 20(4), 692 (1975). Autoionization Accompanying Internal Bremsstrahlung

204.TM

in 11. Tl I: W

2868. Eissner, W.; Seaton, M. J.; J. Phys. B 7(18), 2533-2548

(1974).

Electron Impact Excitation of Metastable Levels in 0

2+

. O III: OT

2869. Rauh, E. G.; Ackermann, R. J.; J. Chem. Phys. 62(4), 1484 (19741). The First Ionization Potentials of Neptunium and Neptunium Monoxide. La I, Np I: IP

2870. Biraben, F.; Cagnac, B.; Grynberg" G.; C. R. H. A!°CAD]

Sci.° Ser. B 280, 235-238 (1975). Transfert entre les niveaux 4 D5/2 et 4 D3/2 de l'atome 0048sodium par collision contre des atomes de neon. Na I: EL Hfs

2871. Biraben, F.; Cagnac, B.; Grynberg, G.; Phys. Lett. 49A(1), 71-72 (1974). Observation of the 3S-5S Two-Photon Transition in Sodium Vapor Without Doppler Broadening, Using a CW Dye Laser. Na I: EL Hfs

2872. Fischer, C. F.; Can. J. Phys. 53(4), 338-342 (1975). Theoretical Oscillator Strengths for nS-mP Transitions

in Mg.

Mg I, II: AT

2873. Fischer, C. F.; Can. J. Phys. 53(2), 184-191 (1975). Theoretical Oscillator Strengths for nP —» nD

Transitions in Mg.

Mg I, II: AT

2874. Camus, P.; J. Phys. B 7(10), 1154-1160 (1974). Production of Alkaline Earth Metastable States by a Discharge in a Heat Pipe.

Mg I, Ca I, Sr I, Ba I: IP

2875. Beauchemin, G.; Knystautas, E.; Drouin, R.; C. R. H. Acad. Sci., Ser. B 279(19), 499-500 (1974). Raies d'emission du carbone hautement ionise obtenues

a l'aide de la methode faisceau-lame. C IV, V: CL W

2876. Lundeen, S. R.; Jessop, P. E.; Pipkin, F. M.; Phys. Rev.

Lett. 34(7), 377-380 (1975). Measurement of the Hyperfine Structure of 2 P 1/2 State in Hydrogen.

H I: Hfs

2877. Fawcett, B. C; Galanti, M.; Peacock, N. J.; J. Phys. B

7(10), 1149-1153 (1974). Spectral Classifications in the Fe XIX to Fe XXIII

Isoelectronic Sequences.

Mg V, Al VI, Si VII, P VIII, S IX: EL CL W

K XII, Ca XIII, Sc XIV, Ti XV, XVII: EL CL W

V XVI, XVII, XVIII, XIX, XX: EL CL W

Mn XVIII, XIX, Fe XIX, XX: EL CL W

2878. Gaspar, R.; Jucys, A.; Glembockis, J.; Patkevicius, J.; Acta Phys. 36(3), 331-337 (1974). Quantum Numbers and the Universal Potential for Ionised States. Fe I - VI: OT

2879. Chantepie, M.; J. Phys. (Paris) 36, 293-298 (1975). Effet Stark des niveaux de la configuration 6s6d du

mercure. Hg I: ND SE PT

2880. Edwards, A. K.; Cunningham, D. L.; Phys. Rev. A 10(1), 448-450 (1974).

Autodetaching States of Br and Autoionizing States of

Br.

Br", Br I: EL CL W

2881. Matthews, D. L.; Johnson, B. M.; Moore, C. F.; Phys. Rev. A 10(1), 451-453 (1974).

Observation of Ne+ to Ne8+ K X Rays Following

05,6.7,8+ Bombardment.

Ne II - Ne IX: EL

2882. Aksela, S.; Vayrynen, J.; Aksela, H.; Phys. Rev. Lett. 33(17), 999-1002 (1974). High-Resolution L 23 M45 M45 Auger Spectrum of Free

Zinc Atoms. Zn I: EL

2883. Garton, W. R. S.; Reeves, E. M.; Tomkins, F. S.; Proc. Roy. Soc, Ser. A 341(1625), 163-166 (1974). Hyperfine Structure and Isotope Shift of the 6s6p

2 4 Pi/2 Level of Tl I. Tl I: Hfs IS

2884. Fawcett, B. C; Henrichs, H. F.; Astron. Astrophys.

Suppl. 18, 157-167 (1974). An Extended Analysis of Fe V Spectra and Additional

Identifications of Fe VI. Fe V: EL CL W PT OT

Fe VI: CL W

2885A. Engleman, R., Jr.; Thomson, D. B.; Monaghan, D. A.;

Bull. Amer. Phys. Soc. 19(9), 892 (1974). VUV Emission from Ar, Kr, and Xe in a Radial-Viewed

e-Pinch. Ar VII - XI, Kr IX, X, Xe IX: W

2886A. Lundeen, S. R.; Bull. Amer. Phys. Soc. 20(1), 11 (1975). Fast Beam Measurement of Hydrogen Fine Structure. H I: QF

113
3. Bibliography Ordered by Reference Numbers — Continued

2887A. Ali, M. A.; Samanta, S. R.; Bull. Amer. Phys. Soc.

20(1), 46 (1975). Perturbation Study of Hartree-Fock Wavefunctions of

2p3d '' 3 D,

1-3 P and I,3 F States of He Sequence. He I: AT

2888A. George, S.; Fredrickson, J. E.; Tucker, A. W.; Bull. Amer. Phys. Soc. 20(1), 46-47 (1975). The First Spectrum of Selenium in the Region 1897A to 9330A. Se I: W

2889A. Smith, R. J.; Lynch, D. W.; Piacentini, M.; Bull. Amer.

Phys. Soc. 20(3), 358 (1975). Appearance Potential Spectra of La and Ce. La I, Ce I: (EL) 2890A. Lindau, L; Pianetta, P.; Yu, K.; Spicer, W. E.; Bull. Amer. Phys. Soc. 20(3), 475 (1975). Photoemission Studies of Gold in the Wavelength

Region 30-300 eV. Au I: (EL) 2891A. Hermanson, J.; Anderson, J.; Lapeyre, G.; Bull. Amer.

Phys. Soc. 20(3), 475 (1975). Observation of f-Band Final State Structures in Gold by

Ultraviolet Photoemission Spectroscopy. Au I: (EL) 2892A. Veal, B. W.; Lam, D. J.; Hoekstra, H. H.; Carnal], W.

T.; Bull. Amer. Phys. Soc. 20(3), 489 (1975). XPS Study of Uranyls. U I: (EL) 2893A. Wei, P. S. P.; Bull. Amer. Phys. Soc. 20(3), 491 (1975). Observation of the 2p-3p Forbidden Transition in the Emission Spectrum of Atomic Boron. B I: EL CL W

2894A. Moskowitz, P. A.; Rummel, H.; Bull. Amer. Phys. Soc.

20(3), 491 (1975). Optical Pumping - Magnetic Scanning of Cadmium

115m. Cd I: IS

2895. Velasco, R.; Opt. Pura Apl. (Spain) 7(1), 27-30 (1974). Series Convergence in Complex Spectra. Ni II: OT

2896. Ishchenko, S. Ya.; Tolmachev, V. V.; Opt. Spectrosc. (USSR) 37(6), 586-588 (1974). Two-Electron Radial Equations and Calculations of Pair-Correlation Energies for Be and Ne Atoms. Be I, Ne I: AT

2897. Kasdan, A.; Herbst, E.; Lineberger, W. C; J. Chem.

Phys. 62(2), 541-548 (1975). Laser Photoelectron Spectrometry of the Negative Ions

of Silicon and its Hvdrides.

Si": EL

2898. Fliflet, A. W.; Kelly, H. P.; Phys. Rev. A 10(2), 508-517

(1974). Photoionization Cross Section for the 4s Subshell of Zn

I. Zn I: AT

2899. Lee, CM.; Phys. Rev. A 10(2), 584-600 (1974). Spectroscopy and Collision Theory. III. Atomic

Eigenchannel Calculation by a Hartree-FockRoothaan Method. Ar I: ND AT OT

2900. Moore, J. H., Jr.; Phys. Rev. A 10(2), 724-725 (1974). Wigner Spin Rule in N+-Kr and N + -Xe Collisions. N II: CL W

2901. Solomakha, D. A.; Toropov, A. K.; Opt. Spectrosc. (USSR) 38(1), 92-93 (1975). Measurement of the 1.15-/xm Wavelength of a Helium- Neon Laser. Ne I: W

2902. Pegg, D. J.; Griffin, P. M.; Haselton, H. H.; Laubert, R.; Mowat, J. R.; Thoe, R. S.; Peterson, R. S.; Sellin, I. A.; Phys. Rev. A 10(3), 745-748 (1974). Extreme Ultraviolet Spectra of Highly Ionized Oxygen

and Fluorine. O VI, VII, F VII, VIII: EL CL W

2903. Langhoff, P. W.; Sims, J.; Corcoran, C. T.; Phys. Rev. A

10(3), 829-841 (1974). Stieltjes-Integral Approximations to Photoabsorption and Dispersion Profiles in Atomic Helium. He I: OT

2904. Kutcher, G. J.; Szydlik, P. P.; Green, A. E. S.; Phys. Rev. A 10(3), 842-850 (1974). Independent-Particle-Model Study of Electrons

Elastically Scattering from Oxygen.

0 , O I, Ne I, Ar I: OT

2905. Yancharina, A. M.; Gorchakov, L. V.; Demkin, V. P.; Murav'ev, I. I.; Izv. Vyssh. Ucheb. Zaved., Fiz. 16(8), 59-63 (1973). Calculation of the Quadratic Stark Effect in Krypton. Kr I: SE OT

2906. Yancharina, A. M.; Gorchakov, L. V.; Demkin, V. P.; Murav'ev, I. I.; Izv. Vyssh. Ucheb. Zaved., Fiz. 16(8), 124-127 (1973). Calculation of the Stark Splitting of Xenon Levels. Xe I: SE OT

2907A. Marrus, R.; Gould, H. A.; Bull. Amer. Phys. Soc. 20(6), 819 (1975). Radiative Decay in Helium-Like Krypton. Kr XXXV: QF

2908. Gorchakov, L. V.; Gruzdev, P. F.; Zh. Opt. Spektrosk.

35, 387-389 (1973).

Stark Effect of 3p

5 ns Levels of the Argon Atom. Ar I: AT OT

2909. Minnhagen, L.; Phys. Scr. 11(1), 38-42 (1975).

The 2p

4 4f Configuration of Doubly Ionized Sodium, Na

III. Na III: EL ND CL W IP PT

2910. Gorchakov, L. V.; Izv. Vyssh. Ucheb. Zaved., Fiz. (1), 146-148 (1975). Level Shifts in Argon Atoms in an Electric Field Calculated Using Perturbation Theory. Ar I: OT

2911. Hansen, J. E.; Persson, W.; Borgstrom, A.; Phys. Scr.

11(1), 31-37 (1975).

3s3p

6 3d« >3s2 3p

S nf Interaction in Ca III and

Identification of the 3s3p

6 3d Configuration. Ca III: EL ND CL W PT AT

2912. Collins, T. C; Kunz, A. B.; Deutsch, P. W.; Phys. Rev. A

10(4), 1034-1040 (1974). Calculation of Excitation Energies of Atomic Systems

Using the Operator OAO.

He I, Li I, Be I, Na I: AT

114
3. Bibliography Ordered by Reference Numbers — Continued

j

, . 2913. Banyard, K. E.; Taylor, G. K.; Phys. Rev. A 10(6), 1972-

1980 (1974). Exposition of Atomic Pair Correlation Functions and

Associated Energies Obtained by Analysis of Correlated Wave Functions. He I, Li I, Be I: OT

2914. Mahanti, S. D.; Lee, T.; Das, T. P.; Phys. Rev. A 10(4), 1091-1095 (1974). Hyperfine Interaction in Excited States of Sodium: S

States. Na I: Hfs

2915. Temkin, A.; Silver, A.; Phys. Rev. A 10(4), 1439-1441

(1974). Higher Rydberg States of He Using the PolarizedOrbital Method. He I: AT

2916. Mowat, J. R.; Laubert, R.; Sellin, I. A.; Kauffman, R. L.; Brown, M. D.; Macdonald, J. R.; Richard, P.; Phys. Rev. A 10(4), 1446-1449 (1974). Neon Ka, K/3 Satellite Structure Induced by 80-MeV

Argon-Ion Impact. Ne V - X: EL

j 2917. Chang, T. N.; Poe, R. T.; Phys. Rev. A 10(6), 1981-1985

(1974) . Theoretical Study of Helium Rydberg States. He I: OT

2918. Lin, C. D.; Phys. Rev. A 10(6), 1986-2001 (1974). Correlations of Excited Electrons. The Study of Channels in Hyperspherical Coordinates. He I: OT

1 2919. McGuire, E. J.; Phys. Rev. A 11(1), 17-25 (1975). Auger Spectra of the Noble Gases. Krypton. Kr II, III: ND PT

2920. Herrick, D. R.; Stillinger, F. H.; Phys. Rev. A 11(1), 42-

53 (1975). Variable Dimensionality in Atoms and Its Effect on the Ground State of the Helium Isoelectronic Sequence.

H": OT

2921. Herrick, D. R.; Sinanoglu, O.; Phys. Rev. A 11(1), 97-110

(1975). Comparison of Doubly—Excited Helium Energy Levels,

Isoelectronic Series, Autoionization Lifetimes, and

Group-Theoretical Configuration-Mixing Predictions

with Large-Configuration-Interaction Calculations and Experimental Spectra. H",HeI: OT

2922. Mann, J. B.; Rinker, G. A., Jr.; Phys. Rev A 11(1), 385-

386 (1975). Comment on the Validity of the Slater Approximation in Electron Screening in Exotic Atoms. Ba I, Pb I: AT

2923. Fawcett, B. C; Hayes, R. W.; J. Opt. Soc. Amer. 65(6), 623-627 (1975). Spectra in the Period Between Copper and Bromine

Produced with the Aid of a 4 GW Laser. Cu XIII - XVIII, Zn XIII - XX: EL CL W

Ga XII - XXI, Ge XIII - XXII: EL CL W

As XIV - XVIII, XXI - XXIII: EL CL W

Se XV, XVI, XVIII, XIX, XXII - XXIV: EL CL W

Br XVI, XIX, XXIV, XXV: EL CL W

2924. Rundel, R. D.; Dunning, F. B.; Goldwire, H. C, Jr.; Stebbings, R. F.; J. Opt. Soc. Amer. 65(6), 628-633

(1975). Near-Threshold Photoionization of Xenon Metastable Atoms. Xe I: EL CL W

2925. Reader, J.; Epstein, G. L.; J. Opt. Soc. Amer. 65(6), 638-

641 (1975). Resonance Lines of Cs II, Ba III, and La IV. Cs II: EL ND CL W IP Ba III, La IV, Ce V: EL CL W IP

2926. Bradley, D. J.; Ewart, P.; Nicholas, J. V.; Shaw, J. R. D.; Laser Spectroscopy, Ed. R. G. Brewer and A. Mooradian, pp. 193-204 (Plenum Press, N.Y., 1974). Absorption Spectroscopy from Selectively Excited Atomic Singlet Levels. Mg I, Ba I: EL CL W

2927. Svanberg, S.; Laser Spectroscopy, Ed. R. G. Brewer and

A. Mooradian, pp. 205-219 (Plenum Press, N.Y.,

1974). Spectroscopy of Highly Excited Levels in Alkali Atoms

Using a CW Tunable Dye Laser. Rb I, Cs I: Hfs

2928. Hansch, T. W.; Laser Spectroscopy, Ed. R. G. Brewer and

A. Moordian, pp. 353-360 (Plenum Press, N.Y.,

1974). Saturation Spectroscopy of Atoms. H I: Hfs

2929. Haroche, S.; Paisner, J. A.; Laser Spectroscopy, Ed. R.

G. Brewer and A. Moordian, pp. 445—455 (Plenum

Press, N.Y., 1974). Quantum Beat Spectroscopy Using Tunable Pulsed Dye

Lasers. Cs I: Hfs

2930. Goscinski, O.; Howat, G.; Aberg, T.; J. Phys. B 8(1), 11-

19 (1975). On Transition Energies and Probabilities by a Transition Operator Method. Ne I: AT

2931. Petersen, H.; Radler, K.; Sonntag, B.; Haensel, R.; J. Phys. B 8(1), 31-37 (1975). Photoabsorption of Atomic Cs in the VUV.

Cs I: EL CL W IP PT AT

2932. Sinanoglu, O.; Herrick, D. R.; Chem. Phys. Lett. 31(2), 373-376 (1975). New Evidence for a Possible Hidden Symmetry in Doubly Excited Helium. He I, Li II: OT

2933. Chaghtai, M. S. Z.; Rahimullah, K.; Ahmad, S.; J. Phys. B 7(16), 2121-2133 (1974). Transitions 4p-5d, 6d and 4p-6s, 7s in Zr VI and Nb

VII. Rb III: ND

Zr VI, Nb VII: EL CL W IP PT

Br I, K II, Y V, Mo VIII, Ru X, Rh XL PT

Pd XII: PT

2934. Goldsmith, S.; J. Phys. B 7(17), 2315-2319 (1974). Relativistic and Second Order Z-Dependent

Calculations for the ls-2p Transitions in Li I— Like

Ions. C IV, Mg X, Si XII, S XIV, Ar XVI: TE OT

Ca XVIII, Fe XXIV, Ni XXVI: TE OT

115
3. Bibliography Ordered by Reference Numbers — Continued

2935. Doschek, G. A.; Feldman, U.; Cohen, L.; J. Opt. Soc.

Araer. 65(4), 463-464 (1975).

Transitions 2s

2 2p-2s2p2 in the B I Isoelectronic Sequence.

Ti XVIII, Cr XX, Mn XXI, Fe XXII: EL CL W

Co XXIII, Ni XXIV: EL CL W

V XIX: EL W

2936. Doschek, G. A.; Feldman, U.; Dere, K. P.; Sandlin, G. D.; VanHoosier, M. E.; Brueckner, G. E.; Purcell, J. D.; Tousey, R.; Astrophys. J. 196(2)(Pt. 2), L83-L86

(1975). Forbidden Lines of Highly Ionized Iron in Solar Flare Spectra. Fe XVIII, XIX, XXI: EL CL W OT

Fe XXII, XXIII: OT

2937. Feldman, U.; Doschek, G. A.; Cowan, R. D.; Cohen, L.; Astrophys. J. 196(2)(Pt. 1), 613-616 (1975).

Transitions 2s

2 2pk -2s2p k+1 of the N I and C I Isoelectronic Sequences.

Ti XVI, V XVII, Cr XVIII, Mn XIX: EL CL W

Fe XX: EL CL W

Ti XVII, V XVIII, Cr XIX, Mn XX: EL CL W OT

Fe XXI, Co XXII, Ni XXIII: EL CL W OT

Fe XXII, Ni XXIV: OT

2938. Popescu, D.; Collins, C. B.; Johnson, B. W.; Popescu, I.; Phys. Rev. A 9(3), 1182-1187 (1974). Multiphoton Excitation and Ionization of Atomic Cesium

with a Tunable Dye Laser. Cs I: EL CL W

2939. Matthews, D. L.; Johnson, B. M.; Mackey, J. J.; Smith, L.

E.; Hodge, W.; Moore, C. F.; Phys. Rev. A 10(4), 1177-1187 (1974). Auger Decay of Neon Following Energetic Ion Bombardment. Ne II - VIII: EL CL W

2940. Watson, R. L.; Jenson, F. E.; Chiao, T.; Phys. Rev. A

10(4), 1230-1244 (1974). Z Dependence of K a X-Ray Satellite Structure in Heavy-Ion-Atom Collisions. Al II - VII, CI II - IX, K II - IX: EL CL W

2°41. Jennings, D. A.; Petersen, F. R.; Evenson, K. M.; Appl.

Phys. Lett. 26(9), 510-511 (1975). Extension of Absolute Frequency Measurements to 148 THz: Frequencies of the 2.0- and 3.5-jtm Xe Laser. Xe I: W

2942. Sims, J. S.; Hagstrom, S. A.; Phys. Rev. A 11(2), 418-420

(1975). Combined Configuration-Interaction-Hylleraas Studies

of Atomic States. III. The Four Lowest 2 S and Four Lowest 2 P States of Lithium.

Li I: OT

2943. Hegstrom, R. A.; Phys. Rev. A 11(2), 421-426 (1975). Magnetic Moment of Atomic Lithium.

Li I: AT

2944. Leventhal, M.; Phys. Rev. A 11(2), 427-441 (1975). Precision Lamb-Shift Measurement in the n=2 State of

6 Li2+

. Li III: QF

2945. Braithwaite, W. J.; Matthews, D. L.; Moore, C. F.; Phys. Rev. A 11(2), 465-467 (1975). Delayed X-Ray Emission in the Lyman and Lyman —

Like Series of One- and Two-Electron Oxygen.

O VII, VIII: EL CL W

2946. Haselton, H. H.; Thoe, R. S.; Mowat, J. R.; Griffin, P. M.; Pegg, D. J.; Sellin, I. A.; Phys. Rev. A 11(2), 468-472 (1975).

Lifetimes of the Metastable Autoionizing (ls2s2p)*P5/2 States of Lithiumlike Al'

0+ and Si"+ Ions: Comparisons with Theory Over the Isoelectronic Sequence Z=8-18.

Al XI, Si XII: EL

2947. Goodman, L. S.; Diamond, H.; Stanton, H. E.; Phys. Rev. A 11(2), 499-504 (1975). Nuclear and Atomic Moments and Hyperfine-Structure

Parameters of ^Es and

2541,1 Es. Es I: ZE Hfs

2948. Kelly, H. P.; Phys. Rev. A 11(2), 556-565 (1975). K Auger Rates Calculated for Ne+

. Ne II, III: AT

2949. Miller, T. A.; Freund, R. S.; Zegarski, B. R.; Phys. Rev. A 1 1(3), 753-757 (1975). Singlet-Triplet Anticrossings in He. II. The n=6,7,8

UD States. He I: EL

2950. Garpman, S.; Lindgren, I.; Lindgren, J.; Morrison, J.; Phys. Rev. A 1 1(3), 758-781 (1975). Calculation of the Hyperfine Interaction Using an Effective-Operator Form of Many- Body Theory.

Li I, Na I: AT

2951. Burkhalter, P. G.; Nagel, D. J.; Cowan, R. D.; Phys. Rev. A 11(3), 782-788 (1975). Laser- Produced L-Series X-Ray Spectra. Zn XXI, Ge XXIII, Se XXV, Br XXVI: EL CL W

ZrXXXI: EL CL W

Ge XXIV, Se XXIV, XXV, Zr XXIX, XXX: W

2952. Mueller, R. O.; Rau, A. R. P.; Spruch, L.; Phys. Rev. A

11(3), 789-795 (1975).

Lowest Energy Levels of H , He, and Li

+ in Intense Magnetic Fields.

H", He I, Li II: OT

2953. Kauffman, R. L.; Woods, C. W.; Jamison, K. A.; Richard,

P.; Phys. Rev. A 1 1(3), 872-883 (1975). Relative Multiple Ionization Cross Sections of Neon by

Projectiles in the 1— 2-MeV/amu Energy Range. Ne II - IX: EL CL W

2954. Svanberg, S.; Tsekeris, P.; Phys. Rev. A 11(4), 1125-1137

(1975).

Hyperfine-Structure Investigation of Highly Excited 2 D

Levels in

87 Rb and I33 Cs Using a cw Tunable Dye

Laser in a Two-Step Excitation Scheme.

Rb I, Cs I: Hfs

2955. Ali, Z.; Chaghtai, M. S. Z.; Singh, S. P.; J. Phys. B 8(2), 185-193 (1975). Term Analysis of Y V. Y V: EL CL W IP OT

Sr IV: IP OT

2956. Tsekeris, P.; Gupta, R.; Phys. Rev. A 11(2), 455-459

(1975). Measurement of Hyperfine Structure of the 8

2 S 1/2 and

9

2 S 1/2 States of Rubidium, and 12

2 Si/2 State of Cesium by Stepwise Dye-Laser Spectroscopy.

Rb I, Cs I: Hfs

1 16
3. Bibliography Ordered by Reference Numbers — Continued

2957. Minchin, P. E. H.; Wybourne, B. G.; Int. J. Quantum

Chem. 9(1), 23-34 (1975). Effective Operators and the Z— Expansion Method. C I: OT

2958. Yokozawa, M.; Matsuzaki, H.; Kamegaya, T.; Nakajima,

M.; NHK Lab. Note, Serial No. 183, Tokyo, 21 pp.

(1974). Grotrian Charts of Neutral and Singly Ionized Rare Gases in a Vacuum Ultraviolet Region. Ar I, II, HI, IV, Xe I, II: CL

2959. Cahuzac, P.; Vetter, R.; Phys. Rev. Lett. 34(17), 1070-

1073 (1975). Sub-Doppler Spectroscopy of Xenon Laser Lines with a Saturated-Amplification Method. Resolution up to the Natural Width. Xe I: Hfs IS

2961. Champeau, R. J.; Joccotton, J.; Luc-Koenig, E.; J. Phys. B 8(5), 728-742 (1975). Etude experimentale et theorique de la structure fine

des termes 2p

3 (*S)3d

35 D et 2p3 fS)4d 35 D de

l'oxygene I. O I: EL ND W PT

2962. Chang, T. N.; J. Phys. B 8(5), 743-750 (1975). Influence of Electronic Correlation Effects on the Photoionization of Sodium and Potassium. Na I, K I: AT

2963. Connerade, J. P.; Mansfield, M. W. D.; Proc. Roy. Soc,

Ser. A 343(1634), 415-419 (1975). Potential Barrier Minimum and Delayed Onset of Continuous Absorption Beyond the 3d Limit in Kr I. Kr I: EL

2964. Combet Farnoux, F.; Phys. Fenn. 9(Suppl. SI), 80-82

(1974). Interpretation of Photoabsorption Peaks in the First Series Transition Metals Near the M2 3 Threshold. V I, Co I: AT

2965. Cojan, J. L.; Huet, M.; Rudi-Saussereau, H.; Opt. Commun. 13(4), 390-392 (1975).

Structure hyperfine du niveau 6s6d D, de l'isotope 199 du mercure par interferometrie Fabry-Perot.

Hg I: Hfs

2966. Bouchiat, M. A.; Bouchiat, C; J. Phys. (Paris) 35(12), 899-927 (1974).

I. Parity Violation Induced by Weak Neutral Currents

in Atomic Physics. Cs I, Tl I, Pb I: Hfs

2967. Dehmer, P. M.; Chupka, W. A.; J. Chem. Phys. 62(11), 4525-4534 (1975). High Resolution Study of Photoionization Processes in 02

.

O": EL

2968. Dalgaard, E.; J. Phys. B 8(5), 695-717 (1975). Analysis of the Random Phase Approximation for Atomic 'Open-Shell' Systems.

Si I: AT

2969. Dillon, M. A.; Lassettre, E. N.; J. Chem. Phys. 62(10), 4240-4241 (1975). Test of Born Approximation on the 60 eV Autoionized

Transition in Helium. He I: EL

2970. Edelstein, N.; Karraker, D. G.; J. Chem. Phys. 62(3), 938-940 (1975). The EPR of Cf3+ in Octahedral Symmetry and the Nuclear Dipole Moment of

249 Cf. Yb IV: (ZE) (Hfs) PT

Cf IV: (EL) (ZE) (Hfs) PT

2971. Ermolaev, A. M.; Phys. Rev. Lett. 34(7), 380-383 (1975). Electron Density at the Nucleus and the Lamb Shift of

3 P Levels of Two-Electron Ions. He I, Li II:

' QF

2972. Ellis, D. G.; Higginbotham, J.; J. Phys. B 8(5), 685-694

(1975). Broken 04 -Symmetry in Alkali- Like Atoms.

Li I, Na I: OT

2973. Ekstrom, C; Hogervorst, W.; Ingelman, S.; Wannberg,

G.; Nucl. Phys. A 226(2), 219-228 (1974). Atomic Beam Investigations of Some Antimony

Nucleides. Sb I: Hfs

2974. Eibofner, A.; Phys. Lett. 49A(4), 335-336 (1974). Radio Frequency Induced D-F-Transitions in the n=4

State of He

+

. He II: QF

2975. Berkowitz, J.; Dehmer, J. L.; Kim, Y. K.; Desclaux, J. P.;

J. Chem. Phys. 61(7), 2556-2559 (1974). Valence Shell Excitation Accompanying Photoionization

in Mercury.

Hg II: EL AT

2976. Benattar, R.; Sultan, G.; J. Appl. Phys. 45(10), 4539-4542

(1974). Resonant Multiphoton Ionization of Neon by a Ruby

Laser. Ne I: SE

2977. Abele, J.; Baumann, M.; Hartmann, W.; Phys. Lett. 51A(3), 169-170 (1975).

gj -Factors and Magnetic Hfs Interaction Constants in

the 6

2 P3/2 - and 8

2 P3/2 - States of133 Cs. Cs I: ZE Hfs

2978. Aymar, M.; J. Phys. (Paris) 36(4), 299-305 (1975). Etude comparative des methodes de champ central et de defaut quantique dans l'analyse des niveaux peu

excites de Ne I. Ne I: OT

2979. Barden, I. R.; Bottcher, C; Schneider, K. R.; J. Phys. B

8(1), L1-L4 (1975). Model Potential Calculations of Resonance States in Three— Electron Atoms.

He", Li I: OT

2980. Berg, J. L.; U.S. Nat. Tech. Inform. Serv., AD Rep. No.

766881/7, 106 pp. (1973). High Resolution Low Temperature Spectra of Tb(+3) in YA103

. Tb IV: (EL) (CL) (W) PT

2981. Biraben, F.; Cagnac, B.; Grynberg, G.; Phys. Lett. 48A(6), 469-470 (1974). Paschen-Back Effect on the 3S-4D Two-Photon

Transition in Sodium Vapor. Na I: EL

2982. Breckinridge, J. B.; Pierce, A. K.; Stoll, C. P.; Astrophys.

J., Suppl. Ser. No. 278, 29, 97-112 (1975). Thorium Comparison Spectrum.

Th I, II: W

117
3. Bibliography Ordered by Reference Numbers — Continued

2983. Burrow, P. D.; Comer, J.; J. Phys. B 8(6), L92-L95

(1975). Low Energy Resonant Scattering of Electrons from Magnesium.

Mg~: EL

2984. Arimondo, E.; Krainska-Miszczak, M.; J. Phys. B 8(10), 1613-1616 (1975).

Hyperfine Constants in the 5

2 P3/2 State of ^Rb.

Rb I: Hfs

2985. Adler, A.; Malka, Y.; Z. Phys. 266(3), 219-221 (1974). Measurement of the Fine Structure Separation in the 4

2 D Term of Lithium by the Method of Electric Field Induced Level Anti-Crossing.

Li I: EL

2986. Palenius, H. P.; Research Rep., Physics Dept., Univ. Lund, 20 pp. (1971). Additions to the Spectra F IV, F V, F VI, F VII, and Li

II. Li II: CL W

F IV, V, VI: EL CL W

F VII: W OT

B III, C IV, N V, O VI: OT

2987. Shenstone, A. G.; J. Res. Nat. Bur. Stand. (U.S.) 79A(3), 497-521 (1975). The Third Spectrum of Copper (Cu III). Cu III: EL CL W IP Cu IV: EL

2988. Carnall, W. T.; Crosswhite, H. M.; Pappalardo, R. G.; Cohen, D.; Fried, S.; Lucas, P.; Wagner, F., Jr.; J. Chem. Phys. 61(12), 4993-5008 (1974). Absorption Spectra of NpCl3 and NpBr3

. Np IV: (EL) (CL) (W)

2989. Safronova, U. I.; Opt. Spectrosc. (USSR) 38(2), 118-120

(1975). Theoretical Study of the Spectra of Autoionizing States

of Two-Electron Systems. C V, O VII, Ne IX, Mg XI, Si XII, Fe XXV: AT

2990. Wortman, D. E.; Morrison, C. A.; Leavitt, R. P.; Harry

Diamond Lab. HDL-TR-1663, 26 pp. (1974).

Analysis of the Ground Configuration of Tm3+ in CaW04

. Tm IV: (EL) (CL) (W) PT

2991. Turechek, J. J.; Thesis, Univ. Maryland, 80 pp. (1972); Tech. Rep. No. 73-083, Univ. Maryland, 80 pp.

(1972); Univ. Microfilms, Ann Arbor, Mich., Order

No. 73-18747. Time-Resolved Spectroscopy of a High-Temperature,

High-Density Plasma in a Vacuum Spark.

Ti XXI, XXII, Fe XXV, XXVI: EL CL W OT

Cu XXVIII, XXIX, Mo XLI, XLII: EL CL W OT

2992. Detrich, J.; Phys. Rev. A 11(5), 1498-1500 (1975).

Multiconfiguration Calculation of the Oxygen 3 P

Ground-State Fine Structure. O I: OT

2993. Drake, G. W. F.; Farago, P. S.; van Wijngaarden, A.; Phys. Rev. A 1 1(5), 1621-1628 (1975). Test of the Anisotropy Method for Lamb-Shift Measurements - Theory and Experiment.

H I: QF

2994. Lee, C. M.; Phys. Rev. A 11(5), 1692-1699 (1975). Multichannel Photodetachment Theory. Cs I: OT

2995. Kuplayuskis, Z. I.; Kuplyauskene, A. V.; Opt. Spectrosc. (USSR) 38(3), 233 (1975). Theoretical Study of Beryllium — Like Atoms Having the

ls

2 2s3s Configuration. Be I - F VI: AT

2996. Bensoussan, P.; Phys. Rev. A 11(6), 1787-1791 (1975). Experimental Determination of Highly Excited F Levels

in Potassium by Three-Photon Absorption

Spectroscopy. K I: EL CL W

2997. Brandi, H. S.; Phys. Rev. A 11(6), 1835-1839 (1975). Hydrogen Atoms in Strong Magnetic Fields. H I: OT

2998. McGuire, E. J.; Phys. Rev. A 11(6), 1880-1888 (1975). Auger Spectrum of the Noble Gases. II. Argon. Ar III, IV: EL

2999. Bhatia, A. K.; Temkin, A.; Phys. Rev. A 11(6), 2018-2024

(1975).

Calculation of Autoionization of He and H Using the Projection-Operator Formalism. H~,HeI: OT

3000. Tsekeris, P.; Farley, J.; Gupta, R.; Phys. Rev. A 11(6), 2202-2203 (1975). Measurement of the Hyperfine Structure of the 8

2 P ]/2 State of

87 Rb and the 92 P1/2 State of 1M Cs. Rb I, Cs I: Hfs

3001. Manakov, N. L.; Ovsyannikov, V. D.; Rapoport, L. P.; Opt. Spectrosc. (USSR) 38(3), 242-243 (1975). Stark Effect in Hyperfine Structure of Atoms.

Li I, Na I, K I, Rb I, Cs I: SE

3002. Tagliaferri, A. A.; Lluesma, E. G.; Garavaglia, M.;

Gallardo, M.; Massone, C. A.; Opt. Pura Apl. (Spain)

7(2), 89-99 (1974). Xe I, Xe II, and Xe III Spectral Line Assignment. Xe I, II, III, IV: W

3004. Hussain, R.; Thesis, Johns Hopkins Univ., 141 pp. (1973). The Spectra of Dy IV and Ho III. Pr IV: Hfs Dy III: W

Dy IV: EL CL W PT

Ho III: EL CL W Hfs PT

3005. Feldmann, D.; Phys. Lett. 53A(1), 82 (1975).

Photodetachment Measurements of H" Near Threshold. H": EL

3006. Fischer, W.; Huhnermann, H.; Mandrek, K.; Meier, T.; Aumann, D. C; Physica (Utrecht) 79C(1), 105-112

(1975).

Optical Isotope Shift in

I,t4 Ce. Ce I: IS

3007. Fischer, C. F.; Int. J. Quantum Chem. 9(2), 273-285

(1975). A Correlation Study of Li Ground State by the MCHF

Procedure.

Li I, II: AT

3008. Fredriksson, K.; Svanberg, S.; Phys. Lett. 53A(1), 61-62

(1975). Precision Determination of the Fine Structure of the 4d

State in Sodium Using Level Crossing Spectroscopy. Na I: EL

118
3. Bibliography Ordered by Reference Numbers — Continued

3009. Gajzago, E.; Acta Phys. Slovaca 24(1), 30-39 (1974). Proton Structure and the Lamb Shift in Hydrogen-Like

Atoms. H I: QF

3010. Gajzago, E.; Magy. Fiz. Foly. 22(4), 339-388 (1974). A Lamb Eltolodas Protonszerkezeti Korrekcioja.

H I: QF

3011. Gnadig, P.; Magy. Fiz. Foly. 22(6), 529-567 (1974). A Proton Elektromagneses Szerkezete es a Hidrogenspektrum Hiperfinom-Felhasadasa.

H I: Hfs

3012. Giacobino, E.; J. Phys. Lett. 36(3), L65-L68 (1975). Determination of the Hyperfine Structure of the 2p

Levels of

21 Ne Using a CW Tunable Dye Laser. Ne I: Hfs

3013. Gerstenkorn, S.; Verges, J.; J. Phys. (Paris) 36(6), 481-

486 (1975). Interpretation des deplacements isotopiques pairsimpairs anormaux dans le spectre d'arc du mercure. Hg I: Hfs IS

3014. Gupta, R. P.; Sen, S. K.; Phys. Rev. B 10(1), 71-77

(1974). Calculation of Multiplet Structure of Core p-Vacancy

Levels. Mn IV, Fe V: AT

3015. Harvey, K. C.; Hawkins, R. T.; Meisel, G.; Schawlow, A.

L.; Phys. Rev. Lett. 34(17), 1073-1076 (1975). Measurement of the Stark Effect in Sodium by TwoPhoton Spectroscopy.

Na I: SE

3016. Berrington, K. A.; Burke, P. G.; Sinfailam, A. L.; J. Phys. B 8(9), 1459-1473 (1975). Low Energy Scattering of Electrons by Helium Atoms. He I, II: OT

3017. Hansen, J. E.; Fliflet, A. W.; Kelly, H. P.; J. Phys. B 8(8), L127-L129 (1975). The Position of the 4d

9 4f: P Level Relative to the

Ionization Limit in Ba I. Ba I: ND AT

3018. Berry, H. G.; Hallin, R.; Sjodin, R.; Gaillard, M.; Phys.

Lett. 50A(3), 191-192 (1974). Beam-Foil Observations of Na I Doubly-Excited

States. Na I: EL CL W

3019. Heinzmann, U.; Heuer, H.; Kessler, J.; Phys. Rev. Lett. 34(8), 441-444 (1975). Spin-Polarized Electrons from Autoionizing Transitions

in Thallium.

TI I: EL CL W

3020. Hata, J.; J. Chem. Phys. 62(4), 1221-1224 (1975). Many-Body Calculation of the Atomic Hyperfine

Coupling Constant: The Lithium Atom.

Li I: Hfs

3021. Burch, D.; Bolger, J.; Moore, C. F.; Phys. Rev. Lett. 34(17), 1067-1070 (1975). The 'D Autoionization Series in Helium. He I: EL

3022. Champeau, R. J.; Keller, J. C; J. Phys. Lett. 36(6), L161-L164 (1975). High Resolution Optical Spectroscopy in Neon Using a Tunable Laser and an Excited Atomic Beam. Ne I: Hfs

3023. Desclaux, J. P.; Kim, Y. K.; J. Phys. B 8(8), 1177-1182

(1975). Relativistic Effects in Outer Shells of Heavy Atoms. Hg I: AT

Csavinszky, P.; Hucek, R.; Int. J. Quantum Chem. 9(2), 215-227 (1975). A First-Principle Pseudopotential Calculation of the

(ns) Energy Levels of the K Atom. II. K I: OT

Fabre, C; Gross, M.; Haroche, S.; Opt. Commun. 13(4), 393-397 (1975). Determination by Quantum Beat Spectroscopy of FineStructure Intervals in a Series of Highly Excited Sodium D States. Na I: EL SE

Buchhaupt, K.; Z. Naturforsch. 24a, 1058-1062 (1969). Level Crossing-Experimente an den Heliumzustanden 3

3024.

3025.

3026.

D und 4 D bei Ionenstossanregung. He I: EL

3027. Turechek, J. J.; Kunze, H. J.; Z. Phys. A 273(2), 111-121

(1975). Time-Resolved Spectroscopic Observations of a HighTemperature, High— Density Plasma in a Vacuum

Spark.

Ti XXI, XXII, Fe XXV, XXVI: EL CL W

Cu XXVIII, XXIX, Mo XLI, XLII: EL CL W

3028. Biemont, E.; Bull. CI. Sci., Acad. Roy. Belg., Ser. 5 60,

1070-1087 (1974). Forces d'oscillateur semi-empiriques pour Ti II et application a l'etude des spectres photospheriques

solaires. Ti II: OT

3029. Ray, S. N.; Lee, T.; Das, T. P.; Sternheimer, R. M.; Gupta, R. P.; Sen, S. K.; Phys. Rev. A 11(6), 1804-

1809 (1975). Role of Consistency Effects on the Antishielding of Nuclear Quadrupole Moments: Comparison Between

Diagrammatic and Differential-Equation Approaches

for the Ferric Ion. Fe IV: OT

3030. Ross, K. J.; Newell, W. R.; Ottley, T. W.; Al-Shamma,

S. H.; J. Phys. B 8(7), L113-L116 (1975). Ejected Electron Spectrum of Caesium Autoionizing Levels Obtained by Electron Impact Excitation. Cs I: EL

3031. Roy, D.; Carette, J. D.; J. Phys. B 8(9), L157-L160 (1975). Resonances in Differential Electron Excitation Cross

Section of Argon in the Autoionization Region.

Ar",ArI: EL

3032. Sacconi, A.; Fontana, S.; Metrologia 11(1), 33-36 (1975). Vacuum Wavelength Measurements with a Fabry-Perot

Interferometer. Kr I: W

3033. Sandle, W. J.; Standage, M. C; Warrington, D. M.; J. Phys. B 8(8), 1203-1215 (1975). Transients in Mercury Resonance Fluorescence Under

Pulsed Electric Fields: Measurement of Differential Stark Shifts. Hg I: SE

3034. Bruch, R.; Paul, G.; Andra, J.; Fricke, B.; Phys. Lett. 53A(4), 293-294 (1975). Auger Transitions in Li-Like and Be-Like Ions. Li I, Be II, B III: EL CL W

119
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T

1 3035. Winkler, P.; Porter, R. N.; J. Chem. Phys. 62(1), 257-271

(1975). Natural Orbitals of Several Excited States of the He

Atom. He I: OT

3036. Woodyard, J. R., Sr.; Altick, P. L.; J. Phys. B 8(5), 718-

727 (1975). Ab Initio Calculation of Energy Levels and Transition

Probabilities in the Spectra of Rare Gases II. Ne I. Ne I: AT

3037. Wortman, D. E.; Leavitt, R. P.; Morrison, C. A.; J. Phys.

Chem. Solids 35(4), 591-593 (1974).

Analysis of the Ground Configuration of Tm3+ in YV04

. Tm IV: (EL) (ND) (CL) PT

3038. Nugent, L. J.; Baybarz, R. D.; Werner, G. K.; Friedman,

H. A.; Chem. Phys. Lett. 7(2), 179-182 (1970). Intramolecular Energy Transfer and Sensitized Luminescence in an Einsteinium /3-Diketone Chelate and the Lower Lying Electronic Energy Levels of

Es(III). Yb IV, Es IV: (EL) (CL) (W) PT

3039. Benschop, H.; Joshi, Y. N.; van Kleef, T. A. M.; Can. J. Phys. 53(5), 498-503 (1975). The Spectrum of Doubly Ionized Silver: Ag III. Ag III: EL CL W PT

3040. Kozlov, M. G.; Krylov, B. E.; Opt. Spectrosc. (USSR)

38(4), 471-472 (1975). New Lines in Absorption Spectrum of Thallium Vapor

in the 140—90-nm Region.

Tl I: EL CL W IP

3041. Aleksandrov, E. B.; Kulyasov, V. N.; Kharnang, K.; Opt.

Spectrosc. (USSR) 38(4), 439-440 (1975). Tunable Single-Frequency Xenon Laser Operating at the Two Infrared Transitions \ = 5.57 /xm and 3.51

/im. Xe I: Hfs IS

3042. Rjabtsev, A. N.; Institute for Spectroscopy, Acad. Sci. USSR, Preprint No. 2, 14 pp. (1975). Ion Spectra of Ni I Isoelectronic Sequence: I. Ga IV. Ga IV: EL CL W

3043. Kononov, E. Ya.; Koshelev, K. N.; Podobedova, L. I.; Churilov, S. S.; Institute for Spectroscopy, Acad. Sci. USSR, Preprint No. 3, 26 pp. (1975). Calcium Spectra in the Vacuum Ultraviolet. Ca XIV: EL CL W PT

Ca XV, XVI, XVII: EL CL W

3044. Aksenov, W. P.; Rjabtsev, A. N.; Institute for Spectroscopy, Acad. Sci. USSR, Preprint No. 4, 14

pp. (1975). Ion Spectra of Co I Isoelectronic Sequence: II. Ge VI. Ge VI: EL CL W

3045. Rjabtsev, A. N.; Institute for Spectroscopy, Acad. Sci. USSR, Preprint No. 5, 15 pp. (1975). Ion Spectra of Ni I Isoelectronic Sequence: II. Ge V. Ge V: EL CL W

3046. Zak, B. D.; Aygun, E.; Shugart, H. A.; Lawrence Berkeley

Lab. Rep., LBL-3084, 24 pp. (Aug. 1974).

Precision gj Measurements on Light Atoms: gj(He4

, 2

3 S,)/gj (H,2 S 1/2 ). H I, He I, Rb I, Cs I: ZE

3047. Stewart, J. J. P.; J. Chem. Soc. Faraday Trans. 2 70(11), 1882-1888 (1974).

Spectra of Some d

2 and d

8 Transition Metal Ions. Zr I, Ag II: ND PT

Sc II, Ti I, III, V IV, Cr V, Mn VI: PT

Fe VII, Ni I, III, Cu II, Y II, Zr I, III: PT

Nb IV, Rh II, Pd III, Ag IV, Cd V, La II: PT

3048. Sutton, D. G.; Galvan, L.; Suchard, S. N.; IEEE J. Quantum Electron. QE-11(2), 92 (1975). New Laser Oscillation in the Oxygen Atom. O I: CL W

3049. Lewis, H. R.; Sabisky, E. S.; Phys. Rev. 130(4), 1370-

1373 (1963). Paramagnetic Resonance of Divalent Holmium in Calcium Fluoride. Ho III: (EL) (ZE)

3050. Sinanoglu, O.; Davis, S. L.; Chem. Phys. Lett. 32(3), 449-454 (1975). The Large Effects of Electron Correlation on the

Multiplet Generalized Oscillator Strengths of NonClosed Shell Systems: Be ls

2 2s

2 *S ls2 2s2p 'P° and B ls

2 2s2 2p2 P° -» ls2 2s2p2 2 D. Be I, B I: AT

3051. Spence, D.; J. Phys. B 8(4), L42-L45 (1975).

2 1 Measurements of the (3p ) D State of H by Electron Transmission Spectroscopy.

H": EL

3052. Siefart, E.; Ney, J.; Bucka, H.; Bolouri, H.; J. Phys. B

7(11), 1279-1283 (1974). Oscillator Strengths for Spontaneous Transitions from

the 3d

9 4s4p and 3d'°4p States in the Cu I Spectrum. Cu I: PT

3053. Prior, M. H.; Wang, E. C; Phys. Rev. Lett. 35(1), 29-32

(1975).

Hyperfine Structure of 2s

3 He + by an Ion-Storage

Technique. He II: Hfs

3054. Parr, A. C; Inghram, M. G.; J. Opt. Soc. Amer. 65(5), 9 613-614 (1975). Photoionization of Samarium in the Threshold Region.

Sm I: EL

3055. Livingston, A. E.; Thesis, Univ. Alberta, 193 pp. (1974). Beam -Foil Investigations of Atomic Oscillator Strengths. Ar V.-VI, VII, P IV, S V: EL CL W

Kr IV, V, VII: EL CL W

Ar: W

3056. Lundeen, S. R.; Pipkin, F. M.; Phys. Rev. Lett. 34(22), 1368-1370 (1975). Separated-Oscillatory Fields Measurement of the Lamb Shift in H, n=2. H I: QF

3057. McDowell, C. A.; Tanaka, I.; Chem. Phys. Lett. 26(4), 463-465 (1974). Double Quantum Transition in the Gas Phase

Paramagnetic Resonance Spectra of the Fluorine Atom. F I: CL W ZE

120
3. Bibliography Ordered by Reference Numbers — Continued

i 3058. Mansfield, M. W. D.; Connerade, J. P.; Proc. Roy. Soc,

Ser. A 344(1637), 303-309 (1975). Potential Barrier Effect and Discrete Structure Between

40 and 120 A in the Rb I Absorption Spectrum.

Rb I: EL CL W AT

3059. Varga, L. P.; Asprey, L. B.; J. Chem. Phys. 49(10), 4674-

4679 (1968). Electronic Spectra of Weak-Field Fluoride Complexes

of Tetravalent Neodymium.

Nd V: (EL) (CL) (W) PT

3060. Moores, D. L.; Norcross, D. W.; Phys. Rev. A 10(5), 1646-1657 (1974).

Alkali-Metal Negative Ions. I. Photodetachment of Li , Na", and K~.

Li", Na~, K~: OT

3061. Mohr, P. J.; Phys. Rev. Lett. 34(16), 1050-1052 (1975). Lamb Shift in a Strong Coulomb Potential. H I: QF

3062. Hartig, W.; Wilke, V.; Walther, H.; Opt. Commun. 14(2), 244-247 (1975). Measurement of the Fine Structure Splitting of the 3

2 D

Multiplet of Li by Stepwise Excitation with cw Dye

Lasers.

Li I: EL

3063. Jackson, D. A.; Coulombe, M. C; J. Opt. Soc. Amer.

65(4), 464 (1975). Wavelength and Classification of the 6504 A Line of Xe

I. Xel: CL W

3064. Benschop, H.; Joshi, Y. N.; van Kleef, T. A. M.; Can. J. Phys. 53(7), 700-706 (1975). Second Spectrum of Silver: Ag II. Ag II: EL ND CL W PT

3065. Johnson, B. M.; Schneider, D.; Roberts, K. S.; Bolger, J. E.; Moore, C. F.; Phys. Lett. 53A(3), 254-256 (1975). High Resolution Beam Gas Auger Electron Spectra for Oxygen Ions Excited by Collisions with He, Ne, and

Ar. O VI: EL

3066. Gebauer, H.; Aldenhoven, R.; Aydin, R.; Phys. Lett. 51A(7), 417-418 (1975).

Off-Diagonal Hyperfine Structure Investigations in ^Sc

with the Atomic Beam Magnetic Resonance Method.

Sc I: Hfs

3067. Kreutztrager, A.; von Oppen, G.; Wefel, W.; Phys. Lett. 49A(3), 241-242 (1974).

Tensor Polarizability of the 6s6p

3 P, Level of Ba I. Ba I: SE

3068. Newsom, G. H.; Appl. Opt. 13(11), 2712-2715 (1974). Wavelength Standards for Use with a BRV Source.

U: W

3069. Nygaard, K. J.; Phys. Lett. 51A(3), 171-172 (1975). Inner-Shell Excitation-Ionization in Potassium by

Electron Impact. K I: EL

3070. Ottley, T. W.; Kleinpoppen, H.; J. Phys. B 8(4), 621-627

(1975). Resonances Near Threshold in the Electron Impact

Excitation and Polarization of the 6 'S0 -6 3 P) Line of Mercury.

Hg": EL

3071. Kuhn, H. G.; Baird, P. E. G.; Brimicombe, M. W. S. M.;

Stacey, D. N.; Stacey, V.; Proc. Roy. Soc, Ser. A

342(1628), 51-54 (1975). Evidence for a-Particle Structure in Medium-Heavy

Nuclei from Optical Isotope Shifts. Zr I, Mo I, Ru I, Pd I, Cd I, Sn I: IS Te I, Xe I, Ba I: IS

3072. Killingbeck, J.; J. Phys. B 7(17), 2291-2297 (1974). Atomic Screening Factors and Perturbation Theory. He I: OT

3073. Lambropoulos, M.; Moody, S. E.; Smith, S. J.; Lineberger, W. C; Phys. Rev. Lett. 35(3), 159-162

(1975). Observation of Electric Quadrupole Transitions in Multiphoton Ionization. Na I: EL

3074. Kastner, S. O.; Rothe, E. D.; Neupert, W. M.; Astron. Astrophys. 37(2), 339-348 (1974). Limb-Brightening Observations from the OSO—

7

Satellite. I. Electron Density and Temperature of the Non-Equatorial Corona from EUV Lines of Fe XIV

and Other Fe Ions. Fe XIV: EL CL W

3075. Deech, J. S.; Luypaert, R.; Series, G. W.; J. Phys. B 8(9), 1406-1414 (1975). Determination of Lifetimes and Hyperfine Structures of

the 8, 9 and 10

2 D3/2 States of 1M Cs by QuantumBeat Spectroscopy. Cs I: Hfs

3076. Cusachs, L. C; Chem. Phys. Lett. 31(1), 154-156 (1975). Non-Orthogonal Atomic Orbitals. Al I, Cd I, Ca I: AT OT

3077. Jackson, D. A.; Coulombe, M. C; Bauche, J.; Proc. Roy. Soc, Ser. A 3 43(1635), 443-451 (1975). Interpretation of the Isotope Shifts in the Arc Spectrum

of Xenon. Xe I: IS

3078. Jackson, D. A.; Coulombe, M. C; Proc. Roy. Soc, Ser. A

343(1635), 453-459 (1975). Isotope Shifts in the Arc Spectrum of Xenon. II. Xe I: IS

3079. Jenssen, H. P.; Linz, A.; Leavitt, R. P.; Morrison, C. A.; Wortman, D. E.; Phys. Rev. B 1 1(1), 92-101 (1975).

Analysis of the Optical Spectrum of Tm3+ in LiYF4. Tm IV: (EL) (CL) (W) PT

3080. Poulsen, O.; Andersen, T.; Skouboe, N. J.; J. Phys. B

8(9), 1393-1405 (1975). Fast-Beam, Zero-Field Level-Crossing Measurements

of Radiative Lifetimes, Fine and Hyperfine Structures

in Excited States of Ionic and Neutral Beryllium. Be I: ZE Hfs Be II: EL ZE Hfs

3081. Popp, H. P.; Vacuum 24(11-12), 551-555 (1974). Spectroscopy of Negative Ion Radiation Emitted from a Low Current Arc.

I": EL CL W

3082. Pospieszczyk, A.; Astron. Astrophys. 39(2), 357-370

(1975). Dielectronic Recombination of Ne IX-, F VIII- and O

VH-Ions. O VI, F VII, Ne VIII: EL CL W

O VII, F VIII, Ne IX: W

121
3. Bibliography Ordered by Reference Numbers — Continued

3083. Walther, H.; Laser Spectroscopy Conference, Vail, Colorado, June 25-29, 1973. High Resolution Spectroscopy with Tunable Dye Lasers.

Na I: Hfs

3084. Henry, R. J. W.; O'ConneU, R. F.; Smith, E. R.; Chanmugam, G.; Rajagopal, A. K.; Phys. Rev. D

9(2), 329-331 (1974).

Energy Spectrum of H in a Strong Magnetic Field. H~: OT

3085. Herrick, D. R.; Stillinger, F. H.; J. Chem. Phys. 62(11), 4360-4365 (1975).

Energy and Lifetime of O

2 from Analytic Continuation

of Isoelectronic Bound States. O": OT

3086. Horino, Y.; Tatewaki, H.; Int. J. Quantum Chem. 9(2), 287-299 (1975). The Electronic Structure of the Excited States for B, C

+

, and C Arising from the Configuration ls

2 2s2p" — The Effect of Removal of the "Equivalence"

Restriction. B I, C I, II: AT OT

3087. Hicks, P. J.; Cvejanovic, S.; Comer, J.; Read, F. H.; Sharp, J. M.; Vacuum 24(11-12), 573-580 (1974). Displacements of Electron Ejection Energies in NearThreshold Excitation of Autoionizing Levels of Helium

by Electron Impact. He , He I: EL

3088. Huber, G.; Kluge, H. J.; Kugler, L.; Otten, E. W.; Z. Phys. A 272(4), 381-385 (1975).

Determination of the Isotopic Shift of

192 Hg in the Line

X = 2537 A by Zeeman Scanning the Hanle Signal. Hg I: IS

3089. Hicks, P. J.; Comer, J.; J. Phys. B 8(11), 1866-1879

(1975). Ejected Electron Spectroscopy of Autoionizing States Excited by Low Energy Electron Impact. He I: EL

3090. Connerade, J. P.; Mansfield, M. W. D.; Proc. Roy. Soc,

Ser. A 344(1638), 435-440 (1975). Continuous and Discrete Structure in the Tl I Absorption Spectrum from 20 to 150 A Associated

with Excitation of the 4f Subshell.

Tl I: EL CL W

3091. Defrance, A.; C. R. H. Acad. Sci., Ser. B 280(24), 765-

768 (1975). Structures de resonance dans la polarisation de raies de

l'helium excite par impact d'electrons d'energie

comprise entre 56 et 66 eV. He , He I: EL

3092A. Bhaskar, N. D.; Diss. Abstr. Int. B 35(9), 4577 (1975). The Tensor Polarizability of the 2 'P, State of Helium

and the Cascade Hanle Effect Study in Neon. He I: SE

3093A. Chen, S. S.; Diss. Abstr. Int. B 35(10), 5042 (1975). Proton Volume Effect of Optical Thallium Isotope Shift. Tl I: IS 3094A. Hoverson, S. J.; Diss. Abstr. Int. B 35(4), 1840 (1974). Measurement of the Hyperfine Structure Zeeman

Splitting of the Ground State of the Mercury Ion. Hg II: ZE Hfs

3095. Garpman, S.; Holmgren, L.; Rosen, A.; Phys. Scr. 10(5), 221-226 (1974).

Theoretical Transition Probabilities Between the np

3 (n +

1)S —» np

4 Configurations of Se I and Te I. Se I, Te I: PT AT

3096. Huber, G.; Thibault, C; Klapisch, R.; Duong, H. T.;

Vialle, J. L.; Pinard, J.; Juncar, P.; Jacquinot, P.; Phys. Rev. Lett. 34(19), 1209-1211 (1975). High-Resolution Laser Spectroscopy of the D Lines of On-Line Produced 21,22-24,25 Na Using a New HighSensitivity Method of Detection of Optical Resonances. Na I: Hfs IS

3097. Ingemann-Hilberg, C; Rudkjobing, M.; J. Quant.

Spectrosc. Radial. Transfer 15(9), 823-830 (1975).

Tentatively Identified and Predicted H Fano

Resonances.

H": EL CL AT

3098. Incesu, T.; Lawrence Berkeley Lab. Rep., LBL—3351, 139

pp. (Oct. 1974). Studies of the Dissociation Fragments of N2 and the gj Measurement of Metastable S S2 Atomic Oxygen. He I, O I: ZE

3099. Kunisz, M. D.; Migdalek, J.; Acta Phys. Pol. A 47(2), 231-239 (1975).

Theoretical Values of Certain Transitions of Type 6p

3 -

6p 7s in the Bismuth Atomic Spectrum in Intermediate Coupling.

Bi I: OT

3100. Malvezzi, A. M.; Jannitti, E.; Tondello, G.; Opt. Commun.

13(3), 307-310 (1975). Observations of Stark Broadening of Resonance Lines

in a Beryllium, Laser Produced Plasma. Be IV: W

3101. Luke, T. M.; J. Phys. B 8(9), 1501-1506 (1975). Calculation of Doubly Excited Resonances in Neon. Ne I: OT

3102. Ohi, M.; Keiryo Kenkyusho Hokoku 24(1), 1-64 (1975). Study on the Oscillation Mechanism and the Output

Characteristics of He-Ne Lasers. Ne I: IS

3103. Oparin, V. A.; Il'in, R. N.; Serenkov, I. T.; Solov'ev, E.

S.; Sov. Phys. - JETP 39(6), 989-994 (1974). Negative Ion Excited States and the Determination of Their Binding Energy by Electron Detachment by an

Electric Field.

He", C~, Si", Al~: EL

3104. Mason, H. E.; Mon. Not. Roy. Astron. Soc. 170(3), 651-

689 (1975). The Excitation of Several Iron and Calcium Lines in the

Visible Spectrum of the Solar Corona. Ca XII, XIII, XV, Fe X, XI, XIV: OT

3105. Moore, C. F.; Wolter, H.; J. Phys. B 6(5), L124-L126

(1973). Observation of Chlorine Ka Satellite and Hypersatellite and K/3 Satellite Transitions. CI XII - XVII: EL CL W

3106. Holoien, E.; Midtdal, J.; J. Phys. B 6(10), 1992-1996

(1973). Feshbach-Type i P' Autoionizing States of H . H": OT

122
3. Bibliography Ordered by Reference Numbers — Continued

3107. Edmonds, A. R.; J. Phys. B 6(8), 1603-1615 (1973). Studies of the Quadratic Zeeman Effect. I. Application

of the Sturmian Functions. H I: OT

3108. Moore, C. F.; Braithwaite, W. J.; Matthews, D. L.; J. Phys. B 6(8), 1592-1593 (1973). Lyman X Rays from a Highly Stripped Nitrogen Beam. N VII: EL CL W

3109. Andrews, D. A.; Newton, G.; J. Phys. B 8(9), 1415-1419

(1975).

Observation of Bloch-Siegert Shifts in the 2

2 S I/2 -2 P1/2 Microwave Resonance in Atomic Hydrogen.

H I: Hfs

3110. Taylor, H. S.; Yaris, R.; J. Phys. B 8(7), L109-L112

(1975). Phenomena Associated with Near—Threshold Excitation

of Autoionizing Levels of Helium by Electron Impact.

He": OT

3111. Laughlin, C; J. Phys. B 8(6), 842-851 (1975).

ls

2 2s

2 S 1/2 -ls2s2p 4 P5/2 and ls

2 2s2 'S 0 -ls2 2s2p3 P2 Magnetic Quadrupole Transitions. O VI, F VII, S XIV, CI XV, Ar XVI: OT

3112. Shpenik, O. B.; Zapesochnyi, I. P.; Sovter, V. V.; Kontrosh, E. E.; Zavilopulo, A. N.; Sov. Phys. - JETP 38(5), 898-902 (1974). Resonance Effects in Inelastic Collisions of Slow

Electrons with Cadmium and Zinc Atoms.

Zn", Cd": EL

3113. Varga, L. P.; Asprey, L. B.; J. Chem. Phys. 48(1), 139-

146 (1968).

Free Ion 4f° Levels of the Tetravalent Lanthanides. Fluorescence and Absorption Spectra of Cesium

Dysprosium(IV) Heptafluoride.

Dy V: (EL) (CL) (W) PT

Nd V, Tb V: PT

3114. Sabisky, E. S.; Phys. Rev. 141(1), 352-362 (1966). Paramagnetic Resonance of Divalent Holmium in the Cubic Hosts: CaF2 , SrF2 , BaF2

, and SrCl2

. Ho III: (EL) (ZE) PT

3115. Littlefield, T. A.; Rafi, M.; J. Phys. B 7(5), 612-617

(1974). Interferometric Wavelength Measurements in the

Infrared Spectrum of Isotope Xenon 136. Xe I: EL W

3116. Nikitin, A.; Feklistova, T.; Eesti NSV Tead. Akad. Toim.,

Fuus., Mat. 21(1), 31-40 (1972). Emission Spectra of WR Stars. I. Structure of the Spectra of Carbon (C III), Nitrogen (N IV), and Oxygen (O V) Related to the 2pn and pd Upper

Excitation Configurations. C III, N IV, O V: OT

3117. Stanzel, G.; Phys. Lett. 47A(4), 283-284 (1974). Isotope Shift and Hyperfine Structure in the 2537 A

Line of Hg by Line-Crossing Experiments in Forward- Scattering.

Hg I: Hfs IS

3118. Chang, T. N.; Poe, R. T.; Phys. Lett. 45A(6), 477-478

(1973). Electrostatic Fine Structures of Helium Rydberg States. He I: AT

3119. Levenson, M. D.; Salour, M. M.; Phys. Lett. 48A(5), 331-

332 (1974). Fine and Hyperfine Structure in Highly Excited States

of Sodium. Na I: Hfs

3120. Bydin, Yu. F.; Vol'pyas, V. A.; Ogurtsov, V. I.; JETP

Lett. 18(9), 322-324 (1973). Features of Excitation of Autoionization States of Ne

Atoms in Slow Collisions with Na+ Ions. Ne I: EL

3121. Gorshkov, V. G.; Labzovskii, L. N.; JETP Lett. 21(1), 8-9

(1975). Linear Stark Effect in Atoms and Mesic Atoms in the Presence of Neutral Weak Currents. S XVI: SE

3122. Aglitskii, E. V.; Boiko, V. A.; Zakharov, S. M.; Pikuz, S. A.; Faenov, A. Ya.; JETP Lett. 19(1), 8-10 (1974). Identification of Transitions from Doubly Excited Levels

of Lithium-Like Ti and V Ions Contained in a Laser

Plasma.

Ti XX, V XXI: EL CL W

Ti XXI. V XXII: EL CL W IP

3123. Boiko, V. A.; Krokhin, O. N.; Pikuz, S. A.; Faenov, A. Ya.; JETP Lett. 20(2), 50-51 (1974). Observation of Plasma Satellites of X-Ray Lines of Multiply Charged Ions and Measurement of the

Density =1023 in Conical Cumulation of a Laser

Plasma. Mg XI, Al XII, P XIV, S XV: EL CL W

3124. Munch, D.; Davidson, E. R.; J. Chem. Phys. 63(2), 980-

985 (1975). Nonrelativistic Configuration Interaction Calculations

for the Ground State of the Vanadium Atom. V I: AT

3125. Zgainski, A.; Thesis, Devant I'Univ. Claude Bernard de

Lyon, 74 pp. (1973). Etude des interferences entre sous-niveaux Zeeman de

l'etat 3

3 P de 'He I, excite par la technique du

faisceau-lame. He I: ZE

3126. Young, J. P.; Bamberger, C. E.; Ross, R. G.; J. Inorg. Nucl. Chem. 36(11), 2630-2632 (1974). Spectral Studies of f-d and f-f Transitions of Pa(IV) in Molten LiF-BeF2 -ThF4

. Pa V: (EL) (W) PT

3127. Strieker, J.; Bauer, S. H.; Chem. Phys. Lett. 30(3), 477-

479 (1975). An Atomic Boron Laser - Pumping by Incomplete

Autoionization, or Ion— Electron Recombination. B I: EL CL W

3128. Kamel, M. A.; Labzowsky, L. N.; Int. J. Quantum Chem.

9(1), 35-46 (1975). Density Matrix Expansions and Their Application in the Theory of the Many—Electron Systems. Be I: AT

3129. Lu, K. T.; Vac. Ultraviolet Radial. Phys., Proc. Int. Conf.,

4th, 23-25 (1974). Construction of Perturbed Rydberg Series of Ionized Atoms Along Isoelectronic Sequences by a Graphic Method. Ne I - P VI: OT

123
3. Bibliography Ordered by Reference Numbers — Continued

3130. Esteva, J. M.; Mehlman, G.; Romand, J.; Vac. Ultraviolet Radiat. Phys., Proc. Int. Conf., 4th, 96-99 (1974). Absorption Spectra of Mg I, Mg II, and Mg III in the Region 100-250 A. Mg I, II, III: EL CL W

3131. Connerade, J. P.; Tracy, D. H.; Mansfield, M. W. D.; Thimm, K.; Vac. Ultraviolet Radiat. Phys., Proc. Int. Conf., 4th, 99-101 (1974). The Zn I 3s and K I 2p Absorption Spectra. K I, Zn I: EL CL W IP

3132. Connerade, J. P.; Tracy, D.; Mansfield, M. W. D.; Thimm, K.; Vac. Ultraviolet Radiat. Phys., Proc. Int. Conf., 4th, 243-244 (1974). Collective Excitation in the Ba I Absorption Spectrum. Ba I: EL CL W AT

3133. Ederer, D. L.; Lucatorto, T. B.; Saloman, E. B.; Vac.

Ultraviolet Radiat. Phys., Proc. Int. Conf., 4th, 245-

246 (1974). Photoabsorption from the 4d and 5p Shells of Barium. Ba I: EL CL W

3134. Rabe, P.; Radler, K.; Wolff, H. W.; Vac. Ultraviolet Radiat. Phys., Proc. Int. Conf., 4th, 247-249 (1974). Photoabsorption of Metallic and Atomic Barium Between 80 eV and 160 eV. Ba I: EL CL W AT

3135. Ivanova, A. N.; Rabinkina, N. V.; Safronova, U. I.; Opt.

Spectrosc. (USSR) 38(6), 607-608 (1975). Calculation of Hartree-Fock and Correlation Energies

of Excited States for a Ten-Electron System. Ne I: AT

3136. Goldsmith, S.; Oren, L.; Crooker, A. M.; Cohen, L.; Astrophys. J. 184(3) (Pt. 1), 1021-1026(1973).

2s-2p Transitions in the Spectra of Ca XVII and Ti XIX. Ca XVII, Ti XIX: EL CL W OT

P XII, S XIII, CI XIV, Ar XV, K XVI: OT

Sc XVIII, V XX, Cr XXI, Mn XXII: OT

Fe XXII, XXIIL OT

3137. Manakov, N. L.; Ovsyannikov, V. D.; Rapoport, L. P.; Teor. At. At. Spektrov, Tezisy Dokl. Vses. Semin. 56-57 (1973). Shift and Splitting of Sublevels of the Hyperfine

Structure of Atoms in a Field. Li I, Na I, K I, Rb I, Cs I: Hfs

3138. Gutmann, F.; Crooker, A. M.; Can. J. Phys. 51(17), 1823-

1830 (1973). Extensions in the Spark Spectra of TI III and Pb IV. TI III, Pb IV: EL IP PT

3139. Drozdzynski, J.; J. Mol. Struct. 19(2), 465-472 (1973). Energy Levels and Intensities of the Absorption

Spectrum of the U

3+ Ion in Anhydrous Formic Acid. U IV: (EL) (CL) (W) PT

3140. Neufeld, L.; Schrenk, W. G.; Spectrochim. Acta, Part B

30(2), 45-53 (1975). An Extended Analysis of the Arc Spectrum of Scandium.

Sc I: EL ZE

3141. Joshi, Y. N.; Bhatia, K. S.; Jones, W. E.; Spectrochim.

Acta, Part B 28(4), 149-155 (1973). The Third and Fourth Spectra of Gallium: Ga III and Ga IV. Ga III: EL CL W

Ga IV: EL W

3142. Edmonds, A. R.; J. Phys. (Paris), Colloq. C 4 31(11-12), 71-74 (1970). The Theory of the Quadratic Zeeman Effect. Ba I: ZE

3143. Reid, C. E.; Chem. Phys. Lett. 26(2), 243-245 (1974). Lower Bounds for the Energy Levels of the Lithium Atom.

Li I: OT

3144. Banyard, K. E.; An. Fis. 67(11-12), 409-412 (1971). Electron Correlation and the Atomic Radius.

H", He I, Li II: AT

3145. Partensky, A.; Thevenet, C; Phys. Lett. 56B(3), 258-262

(1975).

Hyperfine Structure of

17 0 7r-Mesic Atom. O I: Hfs

3146. Sutton, D. G.; Galvan, L.; Suchard, S. N.; IEEE J. Quantum Electron. QE-11(6), 312 (1975). Two-Electron Laser Transition in Sn I? Sn I: CL W

3147. Constantinides, E.; Dalgarno, A.; Victor, G. A.; Laughlin,

C; Air Force Cambridge Research Lab., AFCRLTR-74-0415, 78 pp. (1974). Theoretical Study of Atomic and Molecular Processes. N IV, O V: OT

3148. Bouchiat, M. A.; Bouchiat, C; J. Phys. (Paris) 36(6), 493-

509 (1975). Parity Violation Induced by Weak Neutral Currents in Atomic Physics. Part II. Cs I, TI I: OT

3149A. Brill, W. G.; Diss. Abstr. 25(2), 1264 (1964). The Arc Spectrum of Tin. Sn I, II: EL CL W

3150. Cunningham, B. B.; Peterson, J. R.; Baybarz, R. D.; Parsons, T. C; Inorg. Nucl. Chem. Lett. 3, 519-523

(1967). The Absorption Spectrum of Es

1 * in Hydrochloric Acid

Solutions. Es IV: (EL) (CL) (W)

3151. Magnant-Crifo, F.; Solar Phys. 41(1), 109-113 (1975). On the Identification of Fe IX and Ni XI Lines from Coronal Spectra. Fe IX, Ni XI: CL

3152. Zapesochnyi, I. P.; Sovter, V. V.; Shpenik, O. B.; Zavilopulo, A. N.; Sov. Phys. - Dokl. 19(2), 77-78

(1974). Resonances and Antiresonances in the Total Cross

Sections for the Electron Excitation of Cadmium

Levels.

Cd": EL

3153. Gol'ts, E. Ya.; Zhitnik, I. A.; Kononov, E. Ya.; Mandel'shtam, S. L.; Sidel'nikov, Yu. V.; Sov. Phys. -Dokl. (Engl. Transl.) 20(1), 49-51 (1975). Laboratory Reproduction of the Spectrum of an X-Ray

Flare on the Sun. Fe XXIV, XXV: W

3154. Barnett, G.; An. Acad. Brasil. Cienc. 45(2), 213-217

(1973). Approximate Natural Orbital Descriptions of the 'S, 'D and 3P States of ls

2 2s2 2p2 Carbon. C I: OT

124
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3155. Berry, H. G.; Subtil, J. L.; Nucl. Instrum. Methods 110,

321-325 (1973). Fine and Hyperfine Measurements in Light Atoms. He I: EL QF

Li II: EL Hfs QF

3156. Pinnington, E. H.; Berry, H. G.; Desesquelles, J.; Subtil,

J. L.; Nucl. Instrum. Methods 110, 315-320 (1973). Stark Effect Modulations in He II and Li III. He II: EL

3157. Druetta, M.; Denis, A.; Nucl. Instrum. Methods 110,

291-294 (1973). Measurement of g-Factors and Polarization for Levels

in Neon. Ne II, IE, VI: ZE

3158. Gaillard, M.; Carre, M.; Berry, H. G.; Nucl. Instrum. Methods 110, 273-284 (1973). Larmor Precessions in the 2

3 P and 43 P Terms of Beam-Foil Excited 6 Li II and

7 Li II. Li II: ZE Hfs

3159. Victor, G. A.; Laughlin, C.; Nucl. Instrum. Methods 110,

189-192 (1973). Model Potential Calculations of Be I and Mg I Oscillator Strengths. Be I: OT

3160. Berry, H. G.; Desesquelles, J.; Dufay, M.; Nucl. Instrum. Methods 110, 43-50 (1973). Doubly-Excited States in Light Atoms. He I, Li I, II, B II: EL CL W

3161. Laughlin, C; Victor, G. A.: Astrophys. J. 192(2) (Pt. 1), 551-556 (1974).

Multiplet Splittings and 'Sq3 ?, Intercombination-Line

Oscillator Strengths in Be I and Mg I. Be I, Mg I: OT

3162. Surmelian, G. L.; O'Connell, R. F.; Astrophys. J. 190(3)

(Pt. 1), 741-742 (1974). Energy Spectrum of Hydrogen-Like Atoms in a Strong

Magnetic Field. H I: OT

3163. Jacobs, V. L.; Bhatia, A. K.; Temkin, A.; Astrophys. J. 191(3) (Pt. 1), 785-788 (1974).

Radiative Transitions Involving the (2p

2

) 3 P

e Metastable Autodetaching State of H . H~: OT

3164. Savukynas, A.; Ciziunas, A.; Liet. Fiz. Rinkinys 14(3), 477-489 (1974). Radial Integrals and Energy Level Fine Structure of the Compressed Hydrogen Atom. H I: OT

3165. Heddle, D. W. O.; Keesing, R. G. W.; Watkins, R. D.; Proc. Roy. Soc, Ser. A 337(1610), 443-450 (1974). High Resolution Studies of Electron Excitation. III. Polarization Near Threshold of Light from the 4D

States of Helium.

He": EL

3166. Bradley, D. J.; Ewart, P.; Nicholas, J. V.; Shaw, J. R. D.; Thompson, D. G.; Phys. Rev. Lett. 31(5), 263-266

(1973).

Photoionization from the Selectively Excited 3s3p

1 P\

State to the 3p

2 'Sq Autoionization Level of Mg I. Mgl: EL CL W IP

3167. Bobryshev, A. I.; Kirilyuk, L. V.; Subbota-Mel'nik, P. A.;

Shishlovskii, A. A.; Ukr. Fiz. Zh. 18(12), 2055-2057

(1973). Concentration Dependence of the Yield of Luminescence and the Duration of Afterglow of Holmium(3+)-Activated Calcium Fluoride Single

Crystals. Ho IV: (EL) (CL) (W)

3168. Poulizac, M. C; Buchet, J. P.; Phys. Scr. 4(4-5), 191-194

(1971). Beam-Foil Spectroscopy of Carbon in the Vacuum

Ultraviolet. C II, III. IV: EL CL W

3169. Aglitskii, E. V.; Boiko, V. A.; Zakharov, S. M.; Pikuz, S. A.; Faenov, A. Ya.; Kratk. Soobshch. Fiz. (12), 12-16

(1973). Identification of Transitions from Doubly Excited Levels

of the Lithium-Like Ions Chlorine (XV), Potassium

(XVII), and Calcium (XVIII) in Laser Plasma.

CI XV, XVI, K XVII, XVIII: EL CL W

Ca XVIII, XIX: EL CL W

3170. Buchet, J. P.; Buchet-Poulizac, M. C; Do Cao, G.; Desesquelles, J.; Nucl. Instrum. Methods 110, 19-

25 (1973). Spectroscopy and Lifetime Measurements in the Extreme Ultraviolet at an Energy of 1.15 MeV/NucIeon.

C V, VI, N V, VI, VII: EL CL W

O V, VI, VII, VIII: EL CL W

Ne VII, VIII, IX, X: EL CL W

3171. Faestermann, T.; Feilitzsch, F.; Raghavan, R. S.; Signorini, C; Yamazaki, T.; Baba, C. V. K.; Fossan,

D. B.; Proetel, D.; Z. Phys. A 273(2), 157-161

(1975). Measurements of g-Factor in **Mo. Mo I: Hfs

3172. Beckmann, A.; Boklen, K. D.; Bremer, G.; Elke, D.; Z. Phys. A 272(2), 143-145 (1975). Measurements of the gj—Factors of

12 C in the

3 Pj and

3 P2 States. C I: EL ZE

3173. Rao, V. J.; Indian J. Pure Appl. Phys. 11(6), 441-442

(1973).

Optical Absorption Spectra of Yb3+ in Alkali Halide

Single Crystals. Yb IV: (EL) (CL) (W)

3174. Banerjee, R. S.; Mukherjee, D. C; Mukherjee, N. G.; Indian J. Pure Appl. Phys. 12(10), 713-715 (1974). Optimized Double Configuration Wavefunctions of

Lowest 'D State of Four-Electron Atomic Systems. Be I, B I, C I: OT

3175. Vavilov, S. K.; Gushchin, V. V.; Kazantsev, G. N.; Savochkin, Yu. P.; Skiba, O. V.; Fiz. Khim.

Elektrokhim. Rasplavl. Solei Tverd. Elektrolit. (1), 67-68 (1973). Absorption Spectra of Plutonium (III), Plutonium (IV), and Plutonium (VI) in the Sodium Chloride-Cesium

Chloride Molten Eutectic. Pu IV, V, VII: (EL) (W)

219-865 0 - 76 -9 125
3. Bibliography Ordered by Reference Numbers — Continued

3176. Murav'ev, I. I.; Yancharina, A. M.; Mel'chenko, V. S.; Sov. Phys. J. 15(7), 955-960 (1972). Study of the Stark Effect in Xenon. Xe I: SE

3177. Karosene, A. V.; Karaziya, R. I.; Kiselev, A. A.; Shadzhyuvene, S. D.; Zimkina, T. M.; Fomichev, V.

A.; Bull. Acad. Sci. USSR, Phys. Ser. 38(3), 1-7

(1974). Theoretical Study of X-Ray Emission Spectra Produced

upon Ionization of the 4d Shell of Rare Earth Metal Atoms. La IV, V, Ce IV, V, Yb IV, V, Lu IV, V: AT

3178. Bokhan, P. A.; Klimkin, V. M.; Prokop'ev, V. E.; Sov. J. Quantum Electron. 4(6), 752-754 (1974). Collision Gas-Discharge Laser Utilizing Europium

Vapor. I. Observation of Self-Terminating

Oscillations and Transition from Cyclic to Quasicontinuous Operation. Eu II: CL W

3179. Bouchiat, M. A.; Pottier, L.; J. Phys. (Paris) Lett. 36(7-

8), L189-L192 (1975). Observation of the 6Sj/2 -7Si/2 Single-Photon

Transition of Cesium Induced by an External d.c. Electric Field. Cs I: Hfs

3180A. Tiedeman, J. S.; Diss. Abstr. Int. B 35(8), 4092 (1975). A Determination of gj(H,

2 S 1/2 )/g,(e ). H I: ZE

3181A. Yu, H.; Diss. Abstr. Int. B 35(10), 5036-5037 (1975). The Spectrum and the Lamb Shift of Helium from a Self-Consistent Field Theory of Elementary Matter. He I: OT

3182A. Woodyard, J. R.; Diss. Abstr. Int. B 35(7), 3500 (1975). Energy Levels and Transition Probabilities for some Low Lying Excited States of Ar I. Ar I: AT

3183. Wynne, J. J.; Sorokin, P. P.; J. Phys. B 8(4), L37-L41

(1975). Optically Pumped Stimulated Emission and Stimulated

Electronic Raman Scattering from K Atoms. K I: EL CL W

3184. Fried, S.; Hindman, J. C; J. Amer. Chem. Soc. 76, 4863-4864 (1954). The +4 Oxidation State of Protactinium in Aqueous

Solution

.

Pa V: (W)

3185. Cohen, D.; Carnal], W. T.; J. Phys. Chem. 64, 1933-1936

(1960). Absorption Spectra of Uranium(III) and Uranium(IV) in DC104 Solution. U IV, V: (EL) (CL) (W)

3186. Ryan, J. L.; Jorgensen, C. K.; Mol. Phys. 7(1), 17-29

(1963). Electron Transfer and 5f —» 6f Transitions in Uranium(IV), Neptunium(IV), Plutonium(IV)

Hexahalides. U V, Np V, Pu V: (EL) (W) PT

3187. Johnston, D. R.; Satten, R. A.; Schreiber, C. L.; Wong, E.

Y.; J. Chem. Phys. 44, 3141-3143 (1966). Covalency Effects in U

4+ Halide Complexes. U V: (EL) (CL) (W) PT

3188. Satten, R. A.; Schreiber, C. L.; Wong, E. Y.; J. Chem.

Phys. 42(1), 162-171 (1965).

Energy Levels of U*

+ in an Octahedral Crystalline

Field. U V: (EL) (CL) (W) PT

3189. Title, R. S.; Sorokin, P. P.; Stevenson, M. J.; Pettit, G.

D.; Scardefield, J. E.; Lankard, J. R.; Phys. Rev.

128(1), 62-66 (1962).

Optical Spectra and Paramagnetic Resonance of U

4+

Ions in Alkaline Earth Fluoride Lattices. U V: (EL) (ZE)

3190. Conway, J. G.; J. Chem. Phys. 31(4), 1002-1004 (1959). Absorption Spectrum of UF4 and the Energy Levels of Uranium V. U V: (EL) (CL) (W) PT

3191. Pappalardo, R.; Jorgensen, C. K.; Helv. Phys. Acta 37, 79-103 (1964). Absorption Spectra of Uranium(IV) in Octahedral

Coordination. U V: (EL) (W) PT

3192. Reisfeld, M. J.; Crosby, G. A.; Inorg. Chem. 4, 65-70

(1965) . Analysis of the Absorption Spectrum of Cesium

Uranium(V) Hexafluoride. U VI: (EL) (CL) (W) PT

3193. Gruber, J. B.; J. Inorg. Nucl. Chem. 25, 1093-1095

(1963). On the Spectrum of Tripositive Neptunium in Single

Crystals of Lanthanum Trichloride. Np IV: (EL) (CL) (W) PT

3194. Gruen, D. M.; J. Chem. Phys. 20, 1818-1819 (1952). An Interpretation of the Visible and Near-Infrared

Spectra of Np02

+ and Pu02 + Ions. Np VI, Pu VII: (EL) (CL) (W) PT

3195. Steindler, M. J.; Gerding, T. J.; Spectrochim. Acta 22,

1197-1200 (1966). The Absorption Spectrum of Neptunium Hexafluoride. Np VII: (W)

3196. Conway, J. G.; J. Chem. Phys. 40(9), 2504-2507 (1964). Energy Levels of Am IV in LaCl3

. Pu I: (ND) PT

Am IV: (EL) (CL) (W) PT

3197. Conway, J. G.; Rajnak, K.; J. Chem. Phys. 44(1), 348-354

(1966) .

Energy Levels of Pu3+ in Lanthanum Trichloride. Pu IV: (EL) (ND) (CL) (W) PT

3198. Edelstein, N.; Mollet, H. F.; Easley, W. C; Mehlhorn, R.

J.; J. Chem. Phys. 51(8), 3281-3285 (1969). Electron Paramagnetic Resonance of Pu

3+ in Cubic Symmetry Sites in CaF2 , SrF2

, and BaF2

. Pu IV: (EL) (ND) (ZE) PT

3199. Lammermann, H.; Conway, J. G.; J. Chem. Phys. 38(1), 259-269 (1963).

Absorption Spectrum of Pu

3+ in Lanthanum Trichloride and Lanthanum Ethylsulfate. Pu IV: (EL) (ND) (CL) (W) (ZE) PT

3200. Kolbe, W.; Edelstein, N.; Phys. Rev. B 4(9), 2869-2875

(1971).

Electron-Nuclear Double Resonance of Pu

3+ in CaF2

. Pu IV: (EL) (ZE)

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3201. Abraham, M. M.; Boatner, L. A.; Finch, C. B.; Reynolds,

R. W.; Phys. Rev. B 3(9), 2864-2867 (1971). Electron-Paramagnetic-Resonance Investigations of 5f

5

Configuration Ions in Cubic Single Crystals: Pu3* in Th02 and SrCl2

, and Am4+ in Th02

. Pu IV, Am V: (EL) (ZE) (Hfs) PT

3202. Edelstein, N.; Easley, W.; J. Chem. Phys. 48(5), 2110-

2115 (1968).

Zero-Field Splittings of Am2* and Cm3* in Cubic Symmetry Sites in CaF2

. Am III: (EL) (ZE) PT

Cm IV: (EL) (ND) (ZE) PT

3203. Gruber, J. B.; J. Chem. Phys. 35(6), 2186-2192 (1961). An Analysis of the Infrared Absorption Spectrum of Am 3 (5f*) in LaCl3

. Am IV: (EL) (CD (W) PT

3204. Gruber, J. B.; Conway, J. G.; J. Chem. Phys. 36(1), 191-

193 (1962).

Absorption Spectrum and Zeeman Effect of Am3* in LaCl3

. Am IV: (W)

3205. Varga, L. P.; Mann, J. B.; Asprey, L. B.; Reisfeld, M. J.;

J. Chem. Phys. 55(9), 4230-4237 (1971). Calculated Spectroscopic Parameters and the Intermediate Spin-Orbit Coupling Diagram in the

Interpretation of Sf

4 Am02 + Spectra. Am VI: (EL) (ND) (CL) (W) PT

3206. Runciman, W. A.; J. Chem. Phys. 36(6), 1481-1489

(1962).

Electrostatic Energy Matrices of the f

7 Configuration.

Cm IV: (EL) (ND) (CL) PT

3207. Abraham, M.; Judd, B. R.; Wickman, H. H.; Phys. Rev.

130(2), 611-612 (1963). Paramagnetic Resonance of the Tripositive Curium Ion

in Ethylsulfate and Trichloride Crystals. Cm IV: (EL) (ZE)

3208. Baybarz, R. D.; Stokely, J. R.; Peterson, J. R.; J. Inorg. Nucl. Chem. 34, 739-746 (1972). Absorption Spectra of Bk(III) and Bk(IV) in Several Media. Bk IV, V: (EL) (W)

3209. Carnall, W. T.; Sjoblom, R. K.; Barnes, R. F.; Fields, P. R.; Inorg. Nucl. Chem. Lett. 7, 651-657 (1971). Observation and Interpretation of Low Energy Bands in

the Solution Absorption Spectra of Bk3+ and Bk4*. Bk IV, V: (EL) (CL) (W) PT

3210. Gutmacher, R. G.; Hulet, E. K.; Lougheed, R.; Conway, J. G.; Carnall, W. T.; Cohen, D.; Keenan, T. K.; Baybarz, R. D.; J. Inorg. Nucl. Chem. 29, 2341-2345

(1967). The Absorption Spectra of Bk3* and Bk4

* in Solution. Bk IV, V: (W)

3211. Conway, J. G.; Fried, S.; Latimer, R. M.; McLaughlin, R.; Gutmacher, R. G.; Carnall, W. T.; Fields, P.; J. Inorg. Nucl. Chem. 28, 3064-3066 (1966). The Solution Absorption Spectrum of Cf3*. CflV: (W)

3212. Fujita, D. K.; Cunningham, B. B.; Parsons, T. C;

Peterson, J. R.; Inorg. Nucl. Chem. Lett. 5, 245-250

(1969). The Solution Absorption Spectrum of Es

3*. Es IV: (W)

3213. Edelstein, N.; J. Chem. Phys. 54(6), 2488-2491 (1971). Analysis of the Electron Paramagnetic Resonance

Spectrum of Divalent Es in CaF2

. Es III: (EL) (ZE) (Hfs) PT

3214. Gorbenko-Germanov, D. S.; Fiz. Probl. Spektroskopii, Akad. Nauk SSSR, Materialy 13-go (Trinadtsatogo)

Soveshch., Leningrad 1, 242-247 (1960). Comparison of Absorption Spectra of Am and Eu in Crystals and Solutions. Am IV: (EL) (CL) (W) PT

3215. Edelstein, N.; Mehlhorn, R.; Phys. Rev. B 2(5), 1225-1229

(1970) . Hyperfine Structure in Trivalent Plutonium. Pu IV: (Hfs) 3216. Kolbe, W.; Edelstein, N.; Phys. Rev. B 4(9), 2869-2875

(1971).

Electron-Nuclear Double Resonance of Pu3 * in CaF2

. Pu IV: (EL) (Hfs) 3217. Lam, D. J.; Chan, S. K.; Phys. Rev. B 6(1), 307-311

(1972) . Effect of J Mixing on the g Values of the T7 Ground

State of Pu3* Ion and Am4* Ion in Cubic Symmetry

Sites. Pu IV, Am V: (ND) PT

3218. Postoi, E. N.; Aleksakhin, I. S.; Zapesochnyi, I. P.; Ukr.

Fiz. Zh. 19(5), 773-775 (1974). Resonances Found During Excitation of a Potassium Atom by Electron Impact.

K", K I: EL

3219. Bogachev, G. G.; Ukr. Fiz. Zh. 19(12), 2061-2062 (1974). Radiation Decay of Field Emission States of Potassium and Rubidium Atoms. K I, Rb I: EL CL W

3220. Gutman, I. I.; Shendrik, T. V.; Ukr. Fiz. Zh. 18(11), 1765-1768 (1973). Calculation of Polarized Atomic Orbitals.

Li I, Be I, Na I, Ca I: OT

3221. Buchet, J. P.; Buchet-Poulizac, M. C; Denis, A.; Desesquelles, J.; Do Cao, G.; Phys. Scr. 9(4), 221-

225 (1974). Beam-Foil Spectroscopy of Highly Ionized Argon. Ar X, XI, XII, XIII, XIV, XV: EL CL W

3222. Churassy, S.; Gaillard, M. L.; Silver, J. D.; Phys. Rev.

Lett. 33(4), 185-187 (1974). Measurements of Fine Structures in Excited States of

4 He* by Fast-Beam Radio-Frequency Resonance. He II: EL QF

3223. Biraben, F.; Cagnac, B.; Grynberg, G.; C. R. H. Acad.

Sci., Ser. B 279(3), 51-53 (1974). Effet Zeeman en champ magnetique faible sur une

transition S-D du sodium par absorption de deux

photons sans elargissement Doppler.

Na I: ZE

3224. Neupert, W. M.; Phil. Trans. Roy. Soc. London, Ser. A

270, 143-155 (1971). Solar Flare X-Ray Spectra. Fe XXIV: EL CL W

Fe XVII, XXV: W

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3225. Geller, V. M.; Grif, G. I.; Sov. J. Quantum Electron. 4(8), 1052-1053 (1975). Determination of the Absolute Oscillation Frequency of the 3s, —» 2p 4 Transition in a Helium — Neon Laser. Ne I: W

3226. Aglitskii, E. V.; Boiko, V. A.; Vinogradov, A. V.; Yukov,

E. A.; Sov. J. Quantum Electron. 4(3), 322-328

(1974). Diagnostics of Dense Laser Plasmas Based on the Spectra of Hydrogen-Like and Helium-Like Multiply

Charged Ions. Mg XI, XII, Al XII, XIII: EL CL W

3227. Kirin, Yu. M.; Popov, Yu. N.; Rautian, S. G.; Safonov, V.

P.; Chernobrod, B. M.; Sov. J. Quantum Electron.

4(2), 244-245 (1974). Profiles of Infrared Lines of Potassium Vapor under

Multiphoton Resonance Excitation Conditions. K I: CL W

3228. Ropp, R. C; Carroll, B.; J. Phys. Chem. 77(3), 339-346

(1973) . A Comparison of Calculated and Experimental Energy

Levels of the Rare Earths. Pr IV, Nd IV, Eu IV: (EL) (CL) (W) PT

Tb IV, Ho IV, Er IV: (EL) (CL) (W) PT

3229. Edelstein, N.; Brown, D.; Whittaker, B.; Inorg. Chem.

13(3), 563-567 (1974). Covalency Effects on the Ligand Field Splittings of

Octahedral 5f

1 Compounds.

Pa V: (EL) (CL) (W) (ZE) PT

3230. Batarchukova, N. R.; Glozman, Ts. I.; Kartashev, A. I.; Irikova, L. A.; Ptitsyna, E. A.; Meas. Tech. 17(7), 1116-1117 (1974). Certifying the Wavelength of He-Ne Lasers Stabilized by Means of the Lamb Dip.

Ne I: W

3231. Bikmukhametov, K. A.; Meas. Tech. 17(8), 1254-1257

(1974) . Measurement of the Isotopic Frequency Shift Between

the Components of Mercury

2no Hg and 202 Hg.

Hgl: IS

3232. Solomakha, D. A.; Toropov, A. K.; Tomashevskii, Yu. F.; Meas. Tech. 17(6), 915-918 (1974). IR Laser Wavelength Measurement. Ne I: W

3233A. Garrett, M. B.; Diss. Abstr. Int. B 31(9), 5287 (1971). Flash Heating as a Technique for High Temperature

Spectroscopy.

Pb I: EL CL W

3234. Edlen, B.; Phys. Scr. 11(6), 366-370 (1975). The Oxygen Spectrum Below 200 A and the High-Limit Terms of O IV. O IV: EL ND CL W IP O V, VI, VII: EL CL W

3235. Dahlberg, E. D.; Black, T. D.; Phys. Rev. B 10(9), 3756-

3759 (1974). Orthorhombic Electron- Paramagnetic- Resonance

Spectrum of U

+ in SrF 2

. U IV: (ZE)

3236. Werme, L. O.; Nordgren, J.; Nordling, C; Siegbahn, K.; C. R. H. Acad. Sci., Ser. B 279(5), 119-123 (1974). Etude des transitions X et optiques dans l'argon par la technique de l'incidence rasante. Ar I, II, VII, XII: EL CL W

3300T. Mann, J. B.; Johnson, W. R.; Phys. Rev. A 4(1), 41-51

(1971). Breit Interaction in Multielectron Atoms. He I, Be I, Ne I, Ar I, Zn I, Kr I, Cd I: AT

Xe I, Sm I, Yb I, W I, Hg I, Pb I, Rn I: AT

Pu I, No I: AT

3301T. Brewer, L.; J. Opt. Soc. Amer. 61(8), 1101-1111 (1971). Energies of the Electronic Configurations of the Lanthanide and Actinide Neutral Atoms. La I: EL ND

La I - Lu I, Ac I - Lr I: OT

3302T. Nugent, L. J.; Vander Sluis, K. L.; J. Opt. Soc. Amer.

61(8), 1112-1115 (1971). Theoretical Treatment of the Energy Differences between f

q d's

2 and f q+1 s2 Electron Configurations for Lanthanide and Actinide Atomic Vapors. La I - Yb I, Ac I - No I: OT

3303T. Accad, Y.; Pekeris, C. L.; Schiff, B.; Phys. Rev. A 4(2), 516-536 (1971). S and P States of the Helium Isoelectronic Sequence up

to Z=10. He I - Ne IX: TE OT

3304T. Snyder, R.; J. Phys. B 4(9), 1150-1162 (1971). A Formula for Relativistic Atomic Energies.

Li I - F VII, B I - Ar XIV, N I - Na V: OT

Fl-CaXII: OT

3305T. Saxena, K. M. S.; Lo, B. W. N.; Fraga, S.; Can. J. Phys

49(15), 2031-2032 (1971). Electron Spin-Spin Contact Interaction in Atoms with

f " Configurations. Ce I - Yb I, Ce III - Yb III: AT

Pr IV - Yb IV: AT

3306T. Gruzdev, P. F.; Opt. Spectrosc. (USSR) 30(4), 319-322

(1971). Isoelectronic Series of Fluorine F I Cu XXI. The

2p -2p 43s Transition. Energy Levels, Wavelengths, and Oscillator Strengths. F I - Ca XII: PT

Sc XIII - Cu XXI: PT OT

3307T. Brewer, L.; J. Opt. Soc. Amer. 61(12), 1666-1682 (1971). Energies of the Electronic Configurations of the Singly, Doubly, and Triply Ionized Lanthanides and

Actinides. La II - Lu II, La III - Lu III: OT

La IV - Lu IV, Ac II - Lr II: OT

Ac III - Lr III, Ac IV - Lr IV: OT

3308T. Martin, W. C; J. Opt. Soc. Amer. 61(12), 1682-1686

(1971). Energy Differences between Two Spectroscopic

Systems in Neutral, Singly Ionized, and Doubly

Ionized Lanthanide Atoms. La I - Yb I, La II - Yb II, La III - Yb III: C 3309T. Beck, D. R.; Odabasi, H.; Ann. Phys. (New York) 67(1), 274-345 (1971). Relativistic and Correlation Effects for Bound Levels of Atomic Systems with Three Electrons. Na I, Mg II, Cs I, Al I - Ca VIII: AT

128
3. Bibliography Ordered by Reference Numbers — Continued

3310T. Desclaux, J. P.; Moser, C. M.; Verhaegen, G.; J. Phys. B

4, 296-310 (1971). Relativistic Energies of Excited States of Atoms and

Ions of the Second Period.

Li I - CI XV, Be I - CI XIV: AT

B I - CI XIII, C I - P X, N I - CI XI: AT

F II - CI X, Na III - CI IX: AT

3311T. Doyle, H.; Oppenheimer, M.; Phys. Rev. A 5(1), 26-29

(1972).

Eigenvalues of the 2p3p

3 P and 2p3d 1

3

D Bound States

of the Helium Isoelectronic Sequence.

He I: CL OT

He I - Fe XXV: OT

3312T. Holoeien, E.; Midtdal, J.; J. Phys. B 4(10), 1243-1249

(1971) . Variational Nonrelativistic Calculations for the

(2pnp)''

3 Pe States of Two-Electron Atomic Systems.

He I - Ne IX: OT

3313T. Szasz, L.; McGinn, G.; J. Chem. Phys. 56(3), 1019-1021

(1972) . Pseudopotential Theory of Atoms and Molecules. II. Hylleraas-Type Correlated Pair Functions for Atoms

with Two Valence Electrons.

Li", Be I, B II, C III: IP OT

Na , Mg I, Al II, Si III: IP OT

K~, Ca I, Rb , Cu , Zn I, Ag~: IP OT

3314T. Kupliauskis, Z. I.; Jucys, A. P.; Liet. Fiz. Rinkinys

11(1), 11-19 (1971). Calculation of the Structure of Atoms and Ions of Second Group Type by the Use of Nonorthogonal

Analytical Radial Orbitals. B I - Ne VI, C I - Ne V, N I - Ne IV: OT

O I - Na IV, F I - Mg IV, Ne I - Al IV: OT

3315T. Kelly, R. L.; Harrison, D. E., Jr.; At. Data 3(2), 177-193

(1971) . Ionization Potentials, Experimental and Theoretical, of the Elements Hydrogen to Krypton. H I - Kr XXXVI through Kr I Isoelectronic Sequences: IP

3316T. Saraph, H. E.; Seaton, M. J.; Phil. Trans. Roy. Soc. London, Ser. A 271(1211), 1-39 (1971). The Calculation of Energy Levels for Atoms in

Configurations ls

2 2s2 2p q nl. C I - 0 III, N I - F III, O I, F I, II: AT

Ne I, II: AT

3317T. Anno, T.; Teruya, H.; Theor. Chim. Acta (Berl.) 21,

127-142 (1971). Systematic Determination of the Slater-Condon

Parameters of Atoms and Ions with ls

2 2sm 2p"

Configurations.

Na VI: EL PT

Li I - 0 VI, Be I - F VI, B I - Ne VI: PT

C I - Na VI, N I - Mg VI, O I - Al VI: PT

F I - Si VI: PT

3318T. Lindgren, I.; Schwarz, K.; Phys. Rev. A 5(2), 542-550

(1972) . Analysis of the Electronic Exchange in Atoms. He I, Be I, Ne I, Mg I, Ar I, Ca I, Cu II: AT

Zn I, Kr I: AT

3319T. Drake, G. W. F.; Phys. Rev. A 5(2), 614-619 (1972).

Radiative Transition Rates from the 2p3p

1 P and 2p3d

'"'D States of the Helium Isoelectronic Sequence.

He I -Ar XVII: OT

3320T. Williams, M. D.; Solar Phys. 21(1), 38-39 (1971). Isoelectronic Wavelength Calculations for Argon

Spectra. ArIX, X: CL

Al IV - Ca XI, Al V - Ca XII: OT

3321T. Alper, J. S.; Skutnik, B. J.; Wilson, M.; J. Chem. Phys.

56(5), 2402-2404 (1972). Near-Degeneracy Correlation Effects in the Mg I Isoelectronic Sequence.

Mg I - P IV, CI VI, K VIII, Sc X: AT

3322T. Mukherjee, P. K.; Bhattacharya, A. K.; Mukherji, A.;

Int. J. Quantum Chem. 5(6), 647-655 (1971).

Self-Consistent Calculation of Excited 3 P State Wave

Functions of Atoms. He I - C V: AT

3323T. Bagus, P. S.; Hibbert, A.; Moser, C; J. Phys. B 4(12), 1611-1632 (1971). Multiconfiguration Hartree-Fock Calculations: IV.

Calculations of the 2p

3 and 2p

4 Isoelectronic Series. C , N I - Zn XXIV: AT

N", O I - Zn XXIII: AT

3324T. Drake, G. W. F.; Phys. Rev. A 3(3), 908-915 (1971). Theory of Relativistic Magnetic Dipole Transitions:

Lifetime of the Metastable 2

3 S State of the Heliumlike Ions. He I - Fe XXV: OT

3325T. Band, I. M.; Trzhaskovskaya, M. B.; A. F. Ioffe Physico—Technical Institute of the Academy of Sciences of the USSR, Leningrad, 73 pp. (1971). Phys. Lett. 38A(1), 51-52 (1972). Eigenvalues, Electronic Charge Densities in the Vicinity

of the Nuclei and Expectation Values in Self- Consistent Potentials for Free Atoms and Ions, 37 <— Z <— 64. On Latter's Correction in the Hartree- Fock-Slater Method. Rb I, II, Sr I, II, Y I, II, Zr I, II: AT

Nb I, II, Mo I, II, Ag I, II, Sn I, II: AT

I I, II, Xe I, Cs I, II, Ce I, II, HI: AT

Eu I, II, Gd I, II, III, IV: AT

3326T. Jucys, A. P.; Stasiukaitis, V. J.; Int. J. Quantum Chem.

4, 333-335 (1970). Inter-Level Differences in Iron Group Atomic Systems

in the Extended Method of Calculation. Sc II, Ti I - III, V I, III, IV, Cr V: AT OT

Mn III - VI, Fe II - VI, Co II, VI: AT OT

Ni III: AT OT

3327T. Kastner, S. O.; Phys. Rev. A 6(2), 570-573 (1972). Observability of Hyperfine Structure and Lamb,

Nuclear— Volume Shifts in lsn/-lsn/' Transitions of Heliumlike Ions. He I - Zn XXIX: Hfs QF IS OT

3328T. Bowtell, G.; J. Phys. B 5(1), 2-6 (1972). Perturbation Theory for the Relativistic Hartree— Fock

Equations for Atoms. II. The Magnetic Interaction. He I - Sc XX: AT

129
3. Bibliography Ordered by Reference Numbers — Continued

3329T. Kupliauskis, Z. J.; Matulaityte. A. V.; Jucys, A. P.; Liet.

Fiz. Rinkinys 1 1(4), 557-563 (1971). On the Application of Generalized Hydrogen-Like

Radial Orbitals for the Calculation of Atomic

Structures. B I - Ne I, Sc IV - Zn XIII: OT

Sc X - Zn XIX: OT

3330T. Burke, P. G.; Hibbert, A.; Robb, W. D.; J. Phys. B 5(1), 37-43 (1972). Wavefunctions and Oscillator Strengths for the Beryllium Iso-Electronic Sequence. Be I - Ne VII: AT

3331T. Kupliauskis, Z.; Lazauskas, V.; Jucys, A.; Liet. Fiz. Rinkinys 11(2), 191-196 (1971). Application of the Non-Orthogonal Radial Orbitals for Calculation of Atoms and Ions Having the

Configuration ls

2 2s2pN

. Be I - F I, B II - Ne II: AT OT

C III - Na III: AT OT

3332T. Williams, M. D.; NASA Spec. Publ., NASA SP-3068,

116 pp. (1971). Atomic-Emission-Line Wavelength Calculations Below

2000 Angstroms for Lithium II Through Cobalt XXVI.

Li II, Be I, III, IV, B I - V, C I - III: OT

N I - IV, VI, O I - III, V, F I - IX: OT

Ne II - VIII. Na II - VIII, X. Mg III - IX: OT

Al I, II, IV, VI - XI, Si I - XII, XIV: OT

P I - XIII, XV, S II - VII, X - XIV: OT

CI I - VIII, XII - XVI, Ar I, III - VII: OT

Ar IX - XI, XIV, XV, K II - XVI, XIX: OT

Ca III - VII, IX, X, XII, Sc III, V - XV: OT

Ti III - XIII, V III - XV, Cr V, VI: OT

Cr VIII - XIII, XVI, Mn VI. IX - XV, XVII: OT

Mn XXIV, Fe V, VII, X - XII, XIV, XV, XVIII: OTj Co VI - XIX, XXVI: OT

3333T. Naslenas, E.; Jucys, A.; Liet. Fiz. Rinkinys 10(5), 697-

705 (1970). Application of the Extended Method of Calculation to Atoms and Ions Having Electronic Configurations

OT

Phys. Lett. 11(4),

ls^2s2p". Be I - F I, B II - Ne II, N III, IV: O III. IV: OT

3334T. Dalgarno, A.; Drake, G. W. F.; Cher

509-511 (1971). An Energy Maximization Method for Autoionizing

States. He I. Ne IX, Ca XIX. Zn XXIX, Zr XXXIX: OT

Nb XL, Mo XLI, Pd XLV, Sn XLIX: OT

3335T. Naslenas, E.; Jucys. A.; Liet. Fiz. Rinkinys 10(5), 685-

695 (1970). Application of the Extended Method of Calculation to Atoms and Ions Having Electronic Configurations

Is 2s 2p . B I, II, C I - III. N I - IV, O I - V: AT OT

F I - V, Ne I - V: AT OT

3336T. Midtdal, J.; Braten. K. A.; Phys. Norv. 5(2), 103-109

(1971). Variational Perturbation Theory Calculations of the

Non-Relativistic Energy of the State 2p3p

3 P. He I - Ne IX: OT

3337T. Lyslo, G.; Aashamar, K.; Midtdal, J.; Int. J. Quantum

Chem. 5, 583-598 (1971). A Theoretical Investigation of the Singly— Excited TwoElectron Atomic States ls2s

3 S and ls3s3 S. He I - Ne IX: OT

3338T. Midtdal, J.; Aashamar, K.; Holoien, E.; Lyslo, G.; Phys.

Norv. 5(3-4), 177-197 (1971). Recent Theoretical Investigations on Singly and Doubly

Excited States of Two-Electron Atomic Systems.

H",HeI-NeIX: OT

3339T. Rosenberg, H. J.; Stroke, H. H.; Phys. Rev. A 5(5), 1992-2000 (1972). Effect of a Diffuse Nuclear Charge Distribution on the Hyperfine-Structure Interaction. CI I, K I, Cu I, Ga I. Br I, Rb I, Mo I: Hfs Ag I, Cd I, In I, III, Sb I, Cs I, Eu I: Hfs Er I, Hf I, Ir I, Hg I, II, Tl I, III: Hfs

Bi I, At I, Th I, U I, Am I: Hfs

3340T. Detrich. J.; Phys. Rev. A 5(5), 2014-2027 (1972). Pauli Approximation in Many-Electron Atoms. He I - Ar I: AT

3341T. Kancerevicius, A.; Liet. Fiz. Rinkinys 11(6), 949-960

(1971). The Minimal Basis Set Radial Orbitals and Their Improvement. Be I, Ne I, Ar I, V I, Fe I, Ni I, Zn I: OT

3342T. Lo, B. W. N.; Saxena, K. M. S.; Fraga, S.; Theor. Chim.

Acta 25(1), 97-102 (1972). Complete Spin-Orbit Interaction in Many-Electron

Atoms. He" - Kr", He I - Kr I, He II - Kr II: AT

3343T. Lo, B. W. N.; Saxena, K. M. S.; Fraga, S.; Theor. Chim.

Acta 24, 71-77 (1972). Electron Spin Spin Contact Interaction in ManyElectron Atoms. He" - Kr". He I - Kr I, He II - Kr II: AT

3344T. Lo, B. W. N.; Saxena, K. M. S.; Fraga, S.; Theor. Chim.

Acta 24 . 300-306 (1972). Mass- Variation and Darwin Relativistic Corrections in Many-Electron Atoms. He - Kr", He I - Kr I, He II - Kr II: AT

3345T. Fraga, S.; Saxena, K. M. S.; Lo, B. W. N.; At. Data

3(4), 323-361 (1971). Hartree-Fock Values of Energies, Interaction Constants, and Atomic Properties for the Groundstates of the Negative Ions, Neutral Atoms,

and First Four Positive Ions from Helium to Krypton. He" - Kr", He I - Kr I, He II - Kr II: AT

3346T. Saxena, K. M. S.; Lo, B. W. N.; Fraga, S.; J. Phys. B

5(4), 768-772 (1972). Complete Orbit-Orbit Interaction in Many-Electron

Atoms. He" - Kr", He I - Kr I, He II - Kr II: AT

3347T. Lewin, G. F.; Phys. Lett. 39A(2), 121-122 (1972). Empirical Formulae for Ionisation Potentials of Elements. He I - Ar I, Sc III, Cu I, Ag I, Au I: IP

3348T. Katriel, J.; Chem. Phys. Lett. 12(3), 457-461 (1972). Analysis of Atomic Correlation Energies.

He I - Ca XIX: AT

130
3. Bibliography Ordered by Reference Numbers — Continued

3349T. Schwarz, K.; Phys. Rev. B 5(7), 2466-2468 (1972). Optimization of the Statistical Exchange Parameter a

for the Free Atoms H through Nb. H I - Nb I: AT

3350T. Vander Sluis, K. L.; Nugent, L. J.; Phys. Rev. A 6(1), 86-94 (1972).

Relative Energies of the Lowest Levels of the f ps

2

, fa's

2

, and f

+1 s

2 Electron Configurations of the Lanthanide and Actinide Neutral Atoms. La I - Lu I, Ba II, La II - Lu II: OT

Ac I - Lr I: OT

3351T. Anno, T.; Sakai, Y.; J. Chem. Phys. 57(4), 1636-1647

(1972). Pair Correlation Energies as Derived from the Analysis

of Semiempirical Values of Correlation Energies of Atoms. Be I - Ne I: AT

' 3352T. Saxena, K. M. S.; Fraga, S.; J. Chem. Phys. 57(4), 1800-1801 (1972). Electric Dipole Polarizabilities of Lanthanides and

Actinides. La I-IV - Tm I-IV, Yb I, III, IV: AT

Ac I-IV - Md I-IV, No I, III, IV: AT

3353T. Carlson, T. A.; Nestor, C. W.. Jr.; Wasserman, N.; McDowell, J. D.; At. Data 2(1), 63-99 (1970). Calculated Ionization Potentials for Multiply Charged

Ions. He I, II - Lr I-CIII: AT

3354T. Blanchard, P.; Drake, G. W. F.; J. Phys. B 6(12), 2495-

2503 (1973). Energies and Z— Expansion Coefficients for the D States

in the Helium Sequence. He I - Ne IX: OT

3355T. Rubinson, W.; Phys. Rev. A 6(2), 701-709 (1972). Set of Empirical Total Atomic Binding Energies B,, and

Their Derivatives dBJdZ, for All Z <18. He I - Ca XIX: OT

3356T. Colpa, J. P.; Islip, M. F. J.; Theor. Chim. Acta 27(1), 25-32 (1972). Analysis of Correlation Effects in He I, Li I and Be I Iso-electronic Sequences by z— Expansion Methods. He I - O VII, Li I - O VI, Be I: OT

3357T. Klapisch, M.; Thesis, Univ. Paris, 154 pp. (1969). Le potentiel parametrique: Une nouvelle methode pour

le calcul des fonctions d'onde atomiques.

Li I, Na I, K I, Rb I, Cs I, Be I, Mg I: AT OT

Ca I, Ba I, Ne I, Ni I: AT OT

3358T. Edlen, B.; Solar Phys. 24(2), 356-367 (1972). Z-Dependence of the Level Intervals in 2s

2 2p

2

, 2s

2 2p3 and 2s

2 2p4

. C I - Ca XV, N I - Sc XV, O I - Cr XVII: OT

3359T. Wilson, R. G.; J. Phys. B 4, 311-313 (1971). A Perturbation Treatment of the Hartree—Fock

Equations for the Ground States of 3- to 10-Electron Atoms.

Li I - Ne I: AT

3360T. de Siqueira, M. L.; Laborne e Valle, D. E.; Nuovo

Cimento 10B(2), 459-470 (1972). Moments of Radial-Function Distributions for the Rare-Earth Ions and Their Dependence on the Calculation Method.

Pr IV, Nd IV: Hfs AT

La III - Lu III, Ce IV - Yb IV: Hfs

131

3361T. Moser, C. M.; Nesbet, R. K.; Phys. Rev. A 6(5), 1710- 1715 (1972). Atomic Bethe-Goldstone Calculations of Term

Splittings, Ionization Potentials, and Electron

Affinities for B, C, N, O, F, and Ne. II. Configurational Excitations.

B , B I, C", C I, C II, N", N I, N II: AT

O", O I, O II, F", F I, F II, Ne I, Ne II: AT

3362T. Srivastava, M.; Kothari, L. S.; Phys. Rev. A 6(4), 1340-

1348 (1972). Semiempirical Model for Electrons in Heavy Atoms and

Positive Ions. Na I, Ar I - III, K I, Cu I: OT

Kr I - III, Rb I, Ag I, Xe I - III: OT

Cs I, Au I, Rn I - III, Fr I: OT

3363T. Huzinaga, S.; Palling, P.; Flower, H. I.; Phys. Rev. A

6(6), 2061-2063 (1972). Analytic Self-Consistent-Field Wave Functions for Transition-Metal Atoms.

Sc I, III - Cu I, III: OT

3364T. Dehmer, J. L.; Phys. Rev. A 7(1), 4-9 (1973). Phase-Amplitude Method in Atomic Physics. II. Z Dependence of Spin— Orbit Coupling. B I - Lr I: OT

3365T. Ransil, B. J.; Sinai, J. J.; J. Amer. Chem. Soc. 94(21), 7268-7276 (1972). Charge Density Analysis of Atomic Functions, Atomic

Excitation, and Single Ionization. He I - Ar I: OT

3366T. Fraga, S.; Saxena, K. M. S.; At. Data 4(3), 255-267

(1972). Hartree—Fock Values of Energies, Interaction Constants, and Atomic Properties for Excited States

with p

N Configurations of the Negative Ions, Neutral Atoms, and First Positive Ions From Boron to Bromine.

B", B I, II - Br , Br I. II: AT

3367T. Fraga, S.; Saxena, K. M. S.; At. Data 4(3), 269-287

(1972). Hartree-Fock Values of Energies, Interaction Constants, and Atomic Properties for Excited States

with 3d

N

4s° and 3d

N 4s2 Configurations of the Negative Ions, Neutral Atoms, and First Four Positive Ions of the Transition Elements.

Sc", Sc I-V - Zn", Zn I-V: AT

3368T. Snyder, R.; J. Phys. B 5(5), 934-942 (1972). A Formula for Relativistic Atomic Energies: II. Li I - Mg X, Be I - Al X, B I - Si X: OT

C I - P X, N I - S X, O I - CI X: OT

F I - Ar X, Ne I - K X: OT

3369T. Handy, N. C: J. Chem. Phys. 58(1), 279-287 (1973). Towards an Understanding of the Form of Correlated Wavefunctions for Atoms.

H", He I, Li II, Be I, B II, C I, N II, O I: F II, Ne I, Ne IX, Na II: OT

OT
3. Bibliography Ordered by Reference Numbers — Continued

3370T. Fraga, S.; Saxena, K. M. S.; Univ. Alberta Tech. Rep.

TC-AS-I-72, 94 pp. (1972). Hartree-Fock Values of Energies, Interaction Constants, and Atomic Properties for the Ground

States of the Neutral Atoms and First Four Positive Ions from Rubidium to Nobelium. Rb I-V - No I-V: AT

3371T. Huzinaga, S.; Univ. of Alberta Rep., 121 pp. (1973). Approximate Atomic Functions. Ill Sc I, III - Cu I, III: OT

3372T. Hotop, H.; Bennett, R. A.; Lineberger, W. C; J. Chem.

Phys. 58(6), 2373-2378 (1973). Electron Affinities of Cu and Ag.

Cu", Ag": EL

K I - Cu I, Rb I - Ag I, Cs I - Au I: OT

3373T. Fraga, S.; Karwowski, J.; Univ. Alberta, Tech. Rep. TCAS-II-73, 82 pp. (1973). Electronic Structure of Atoms. Rb I-V - No I-V: AT

3374T. Zvirblis, P.; Naslenas, E.; Jucys, A.; Liet. Fiz. Rinkinys

12(6), 911-920 (1972). Investigation of the Atomic Electron Configuration

ls

2 2s2 2pN 3d by the Extended Method of Calculation. B I, C I, II, N I, II, O I, II, F I, II: AT OT

Ne I, II, Na I, II, Mg II: AT OT

3375T. Vizbaraite, J.; Stasiukaitis, V.; Strockyte, T.; Liet. Fiz. Rinkinys 12(6), 921-925 (1972). The Effect of the Orbit-Orbit Interaction in the Case of Energy Spectra of Rare Earth Atoms Having the

Electronic Configuration 4fN 6s

2

. Ce I - Tm I: AT

3376T. Vizbaraite, J.; Stasiukaitis, V.; Strockyte, T.; Liet. Fiz. Rinkinys 12(5), 745-751 (1972). Application of the Extended Method of Calculation to Rare Earths Atoms and Ions with the Electronic

Configuration 4fN. Ce III - Ho III, Pr IV - Er IV: AT OT

Nd V - Tm V: AT OT

3377T. Gupta, R. P.; Sen, S. K.; Phys. Rev. A 7(3), 850-858

(1973). Sternheimer Shielding- Antishielding; Rare-Earth Ions. La IV - Lu IV: AT

Sm III, Eu III: AT

3378T. Aymar, M.; Crance, M.; Kapisch, M.; J. Phys. (Paris), Colloq. C 4 31, 141-148 (1970). Results of the Parametric Potential Method Applied to Rare Gases. Mg III: ND PT

Ne I - Rn I: PT AT

3379T. Lewis, W. B.; Magn. Resonance Relat. Phenomena,

Proc. Congr. AMPERE, 16th, 717-722 (1970).

Relativistic Calculations of <r

3 > and other <r">

Parameters Encountered in Magnetic Resonance of Rare Earth Ions and Atoms. Ce I - Tm I, Sm III, Eu III, Ho III, Er III: AT

Tm III, Ce IV - Yb IV, Pr V, Nd V, Tb V: AT

3380T. Lewis, W. B.; Mann, J. B.; Liberman, D. A.; Cromer, D.

T.; J. Chem. Phys. 53(2), 809-820 (1970). Calculation of Spin-Orbit Coupling Constants and Other Radial Parameters for the Actinide Ions Using

Relativistic Wavefunctions. Sm I, Eu I, Th I - IV, Pa I - V, U I - VI: AT

Np I - VII, Pu I - VII, Am I - VII, Cm I - V: Bk I - V, Cf I - V, Es I - V: AT

3381T. Mann, J. B.; Wabet, J. T.; At. Data 5(2), 201-229 (1973). Self— Consistent Relativistic Dirac— Hartree— Fock

Calculations of Lanthanide Atoms. La I - Yb I: AT

3382T. Crance, M.; At. Data 5(2), 185-200 (1973). Theoretical Transition Probabilities and Energy Levels

in Ne I Isoelectronic Sequence.

Si V - Ni XIX: OT

3383T. Kastner, S. O.; J. Opt. Soc. Amer. 63(6), 738-744

(1973).

Energy Levels of ls

2 2s'2p

k Configurations in the C I and N I Sequences, in S, CI, Ar, K, Ca. C I - Ca XV, S X - Sc XV: OT

3384T. Fischer, C. F.; At. Data 4(4), 301-399 (1972). Average- Energy -of— Configuration Hartree-Fock

Results for the Atoms Helium to Radon. He I - Rn I: AT

3385T. Goldschmidt, Z. B.; Proc. 3rd Int. Conf. Atomic Physics,

Aug. 7-11, 1972, Boulder, Colorado, S. J. Smith and

G. K. Walters, Editors, pp. 221-246 (Plenum Press, New York, 1973). Recent Advances in the Interpretation of Complex

Atomic Spectra. Zn I - Br VI, Cd I - Te V, Hg I - Bi IV: PT

Ti III - Mn VI, Zn III - As VI, La II: PT

Yb III: PT

Ce II, III: ND PT

3386T. Lindgren, I.; Rosen, A.; 5th Conf. European Group

Atomic Spectroscopy, Lund, Abstr. No. 33 (1973). Hyperfine Structure Calculations for Atomic Ground

Configuration Atoms. B I - F I, Al I - CI I, Ga I - Br I: Hfs

In I - I I, La I - Tm I, Tl I - At I: Hfs

3387T. Sugar, J.; J. Chem. Phys. 59(2), 788-791 (1973). Ionization Energies of the Neutral Actinides. Ac I - No I: IP 3388T. Maly, J.; Hussonnois, M.; Theor. Chim. Acta 28(4), 363-

390 (1973). SCF Dirac-Hartree-Fock Calculations in the Periodic System. I. Calculated Ground States of All Elements

from Z=l to Z=120. H I - Lr I, Trans Lr Elements: AT

3389T. Richardson, J. W.; Blackman, M. J.; Ranochak, J. E.; J. Chem. Phys. 58(7), 3010-3017 (1973). Self-Consistent-Field Atomic Orbitals for Atoms and

Ions of the Second Transition Series. Y I III, Zr I-IV - Pd I-IV: OT

Ag II IV, Cd III, IV: OT

3390T. Edlen, B.; Opt. Pura Apl. (Spain) 5(3), 101-107 (1972). Regularities in the Spectra of Iron and Related Elements. Ca I, II, III - Zn I, II, III: OT

Ca I - Co VIII, Sc I - Ni VIII: OT

Ti I - Ni VII, Co I - Zn IV: OT

Cr IV - Ni IV: OT

132
3. Bibliography Ordered by Reference Numbers — Continued

3391T. Safronova, U. I.; Opt. Spectrosc. (USSR) 33(5), 449-451

(1972). Calculation of Ionization Potentials for Isoelectronic Series of H, He, Li, Be, B, C, N, O, F, Ne. H I - Fe XXVI, He I - Fe XXV: IP OT

Li I - Fe XXIV, Be I - Fe XXIII: IP OT

B I - Fe XXII, C I - Fe XXI: IP OT

N I - Fe XX, 0 I - Fe XIX: IP OT

F I - Fe XVIII, Ne I - Fe XVII: IP OT

3392T. Gruzdev, P. F.; Loginov, A. V.; Opt. Spectrosc. (USSR)

33(4), 332-337 (1972).

Isoelectronic Series of Fluorine F I ... Cu XXI. 2p

5 —

>

2s2p

6 + 2p

4 3s + 2p 3d Transition Wavelengths and

Oscillator Strengths. F I - Cu XXI: OT

3393T. Ivanova, A. N.; Rabin'kina, N. V.; Safronova, U. I.; 17th

All Union Meeting on Spectroscopy, Collection of Papers, Part II. Theory of Atomic Physics, Moscow,

pp. 28-32 (June 5-9 1972). About Agreement of a Number of Theories for the Perturbation Part of Hartree-Fock for the Energy of an Atomic System. Ne I - VIII, Mg III - X, P VI - XIII: AT

S VII - XIII, Ca XI - XVIII, Cr XV - XXI: AT

Zn XXI - XXVIII: AT

3394T. Tatewaki, H.; Int. J. Quantum Chem. 7(5), 971-984

(1973). Effect of the Exchange Integral K2,2p on the 2pOrbitals of the *P and 3 P States of the Beryllium

Isoelectronic Sequence Arising from the

Configuration (ls)

2 (2s)(2p). Be I, B II, C III, O V, Ne VII, Mg IX: AT

Si XI, Ar XV: AT

3395T. Crosswhite, H. M.; Carnall, W. T.; J. Opt. Soc. Amer.

63(10), 1316 (1973). Systematic Atomic Parameters for Triply Ionized Actinide Ions. U IV - Es IV: PT AT

3396T. Sugar, J.; Kaufman, V.; J. Opt. Soc. Amer. 62(4), 562-

570 (1972). Fourth Spectrum of Lutetium. Lu IV: EL CL W IP PT

Lu V: EL PT

Ce IV - Lu IV: PT

Ce V - Lu V: PT

3397T. Svensson, L. A.; Phys. Scr. 4(3), 111-112 (1971). The Transitions 3s

2 3pk - 3s3pk+1 of Ti VI and Ti VII. Ti VI, VII: EL CL W

CI I - Ni XII: OT

3398T. Goldsmith, S.; Oren, L.; Cohen, L.; J. Opt. Soc. Amer.

63(3), 352-358 (1973). Spectra of P XII and P XIII in the Extreme Vacuum

Ultraviolet. P XII: EL CL W IP OT

P XIII: EL ND CL W OT

B II - CI XIV, Li I - CI XV: OT

3399T. Aymar, M.; Nucl. Instrum. Methods 110, 211-217

(1973).

Cancellation Effects in Computed Lifetimes of 3s3p°

Levels for Third-Row Atoms and Ions. P I, S II, CI III, Ar IV, K V: PT

S I, CI II, Ar III, K IV, Ca V: PT

3400T. Alper, J. S.; J. Chem. Phys. 59(4), 1726-1731 (1973); J. Chem. Phys. 60(2), 720 (1974). 8-Function Model Potential for the Calculation of Pair

Correlation Energies in Atoms.

C", C

2 ~, C3", C*~: AT

Be I - Ne I, C I - Ne V: AT

3401T. Lewis, M. L.; Hughes, V. W.; Phys. Rev. A 8(6), 2845-

2856 (1973). Higher-Order Relativistic Contributions to the Zeeman

Effect in Helium. He I - Ne IX: OT

3402T. Ermolaev, A. M.; Phys. Rev. A 8(3), 1651-1657 (1973). Lamb Shift in Heliumlike Ions. Be HI - Ne IX, Mg XI, Si XIII, Ca XIX: QF

Fe XXV, Zn XXIX: QF

Na X - Si XIII, Ca XIX, Ti XXI: IP OT

Fe XXV - Zn XXIX, Mo XLI: IP OT

3403T. Callan, E. J.; Int. J. Quantum Chem. (6), 431-434 (1972). Analytic Ground State Energies of Two-Electron

Atoms. H - Ne IX: OT

3404T. Callan, E. J.; Int. J. Quantum Chem., Symp. No. 7, 111-

115 (1973). On the Energies of Two-Electron Atoms and Ions. He I - Ne IX, Si XIII, S XV, Ar XVII: OT

3405T. Arrighini, G. P.; Biondi, F.; Guidotti, C; Phys. Rev. A

8(2), 577-588 (1973). Dynamic Multipole Polarizabilities of Two- and FourElectron Atomic Systems. He I - C V, Be I - C III: AT

3406T. Bagus, P. S.; Bauche, J.; Phys. Rev. A 8(2), 734-741

(1973). Evaluation of the Orbit-Dependent Hyperfine Constants

of the 2p— Series Atoms from Multiconfiguration Hartree— Fock Wave Functions. B I, C I, O I, F I: Hfs

3407T. Balachov, V. V.; Lipovetskij, S. S.; Pavlichankov, A. V.; Palyudov, A. N.; Senaslenko, V. S.; Vestnik Mosk.

Univ., Fis., Astron. 12(1), 65-71 (1971). Autoionizing States in He—Like Ions. Li II - C V: OT

3408T. Brown, R. E.; Larsson, S.; J. Chem. Phys. 59(8), 4192-

4196 (1973). Correlation Effects in Atomic Spin Density

Distributions. Li I, B I - F I: AT

3409T. Hanazaki, I.; Nagakura, S.; Sci. Pap. Inst. Phys. Chem.

Res., Tokyo 67(3), 135-142 (1973). The Evaluation of the Semiempirical Parameters from

the Atomic Spectroscopic Term Values. II. Semiempirical One-Center Integrals. Be I - F I, Ca I - Zn I: OT

C", C II, Ti II - V: OT

133
3. Bibliography Ordered by Reference Numbers — Continued

3410T. Hanazaki, I.; Nagakura, S.; Sci. Pap. Inst. Phys. Chem.

Res., Tokyo 67(3), 119-134 (1973). The Evaluation of the Semiempirical Parameters from

the Atomic Spectroscopic Term Values. I. The

Slater-Condon Parameters for the First Transition Elements.

Ca", Sc I - Ni VIII, Ca I - Fe VII: OT

Ca II - Fe VIII, Sc", Ti I - Ni VII, Ti" : OT

V I - Fe IV, V", Cr I - Co IV, Cr": OT

Mn I - Ni IV, Mn", Fe I - Cu IV, Fe": OT

Co I - Zn IV, Co", Ni I - Zn III, Ni": OT

Cu I - Ge IV: OT

3411T. Chaghtai, M. S. Z.; Rahimullah, K.; Nuovo Cimento Soc.

Ital. Fis. A 17(1), 162-170 (1973).

Coupling Conditions and Level Structure of the np

4 -

Configurations.

Ol-Cr XVII, S I - Fe XI, Ni XIII: PT

Se I - Kr III, Y VI - Nb VIII: PT

Tel-Xe III: PT

3412T. Vander Sluis, K. L.; Nugent, L. J.; J. Opt. Soc. Amer.

64(5), 687-695 (1974). Systematics in the Relative Energies of Some LowLying Electron Configurations in the Gaseous Atoms

and Free Ions of the Lanthanide and Actinide Series. La I-IV - Lu I-IV: OT

Ac I-IV - No I-IV: OT

3413T. Fraga, S.; Karwowski, J.; Univ. Alberta, Div. Theor. Chem. Report, 350 pp. (1974). Tables of Hartree-Fock Atomic Data. He I, II, Li I— III, Be I-IV: AT

B I-V - No I-V: AT

Trans Lr Elements: AT

3414T. Bauche, J.; J. Phys. (Paris) 35(1), 19-26 (1974). Hartree-Fock Evaluations of Specific-Mass Isotope

Shifts. Na I, Mg I, K I, Ca I, Rb I, Mo I, In I: SE

Sb I, Cs I, Ce I, Nd I, Sm I, Dy I, Yb I: SE

Os I, Pb I, Pu I: SE

3415T. Klimchitskaya, G. L.; Labzovskii, L. N.; Opt. Spectrosc. (USSR) 34(3), 349-350 (1973). Relativistic Calculations of Transition Energies in Multiply-Charged Two-Electron Ions. Ne IX, Mg XI, Al XII, Ca XIX, Fe XXV: OT

Zn XXIX, Zr XXXIX, Sn XLIX: OT

3416T. Klimchitskaya, G. L.; Labzovskii, L. N.; 17th All Union

Meeting on Spectroscopy, Collection of Papers, Part

II. Theory of Atomic Physics, Moscow, pp. 94-98

(June 5-9 1972). Relativistic Calculation of the Spectra of Highly Ionized 2-Electron Ions. Ne IX, Mg XI, Al XII, Ca XIX, Fe XXV: OT

Zn XXIX, Zr XXXIX, Sn XLIX: OT

3417T. Vander Sluis, K. L.; Nugent, L. J.; J. Chem. Phys.

60(5), 1927-1930 (1974). Ionization Energies of Doubly and Triply Ionized Lanthanides by a Linearization Technique. La III - Yb III: IP La IV - Yb IV: IP

3418T. Peacock, R. D.; Mol. Phys. 25(4), 817-823 (1973). Spectral Intensities of the Trivalent Lanthanides. III. Variation of the Judd-Ofelt Parameters Across an

Isostructural Series. La IV - Yb IV: OT

3419T. Nestor, C. W.; Oak Ridge National Lab. Rep., ORNLTM-4344, 37 pp. (1973). Relativistic Hartree-Fock-Slater Eigenvalues, Radial Expectation Values, Potentials and Electron

Distribution Functions for Atoms, 56 <Z <71. Ba I - Lu I: AT

3420T. Sugar, J.; Reader, J.; J. Chem. Phys. 59(4), 2083-2089

(1973). Ionization Energies of Doubly and Triply Ionized Rare

Earths. Ce IV - Hf IV: IP Gd II, Tb I: IP La III - Lu III: IP

3421T. Fraga, S.; Saxena, K. M. S.; Karwowski, J.; Can. J. Phys. 51(19), 2063-2074 (1973). Hartree-Fock Ionization Potentials of Atoms.

Li I-III, Be I, II, B I-III: AT

C I-IV - Ra I-IV: AT

Ac I-III - No I-III: AT

3422T. Animalu, A. O. E.; Phys. Rev. B 8(8), 3542-3554 (1973). Electronic Structure of Transition Metals. I. Quantum

Defects and Model Potential. Li II - F VIII, Na II - CI VIII, K II: OT

Ca III, Sc IV - Ni XI, Cu II, Zn III: OT

Ga IV - Se VII, Rb II, Sr III: OT

Y IV - Mo VII, Ag II, Cd III: OT

In IV - Te VII, Cs II, Ba III, La IV: OT

Hf V - W VII, Ag II, Hg III: OT

Tl IV - Po VIL OT

3423T. He I - Ca XIX: OT Aashamar, K.; Midtdal, J.; Lyslo,

G.; J. Chem. Phys. 60(9), 3403-3411 (1974). Variational Perturbation Theory Investigations on TwoElectron Atomic Systems. III. Nonrelativistic Results

for the State ls2s

3 S. 3424T. Sasaki, F.; Yoshimine, M.; Phys. Rev. A 9(1), 17-25

(1974). Configuration-Interaction Study of Atoms. I. Correlation Energies of B, C, N, O, F, and Ne. B I - Ne I: AT

3425T. Sasaki, F.; Yoshimine, M.; Phys. Rev. A 9(1), 26-34

(1974). Configuration-Interaction Study of Atoms. II. Electron

Affinities of B, C, N, O, and F.

B" - F": AT

B I - Ne I: AT

3426T. Vala, A. P.; Dagis, R. S.; Opt. Spectrosc. (USSR) 36(4), 363-365 (1974).

Fine Structure of the Terms of ls

2 2s

N1 2p

N2

Configurations.

C III, O V, Ne II, III, V - VII: AT

Mg IV, V, VII - IX, Si VI, VII, IX - XL AT

S VIII, IX, XI - XIII, Ar X, XI, XIII, XIV: AT

Ca XII, XIII, XV, XVI: AT

Ti XIV, XV, XVII, XVIII: AT

Cr XVI, XVII, XIX, XX: AT

Fe XVIII, XIX, XXI, XXII: AT

Ni XX, XXI, XXIII, XXIV: AT

3427T. Yunta, J.; Mayquez, E. R.; Sanchez del Rio, C; Phys. Rev. A 9(4), 1483-1485 (1974). Self-Consistent Analytic Potential for Atoms. He I - Ga I: AT

134
3. Bibliography Ordered by Reference Numbers — Continued

3428T. Desclaux, J. P.; At. Data Nucl. Data Tables 12(4), 311-

406 (1973). Relativistic Dirac-Fock Expectation Values for Atoms

with Z = 1 to Z = 120. H I - Lr I: AT

Trans Lr Elements: AT

3429T. Szydlik, P. P.; Green, A. E. S.; Phys. Rev. A 9(5), 1885-1894 (1974). Independent-Particle-Model Potentials for Ions and

Neutral Atoms with Z =S 18.

H", He I - Ar XVII, Li I - Ar XVI, Li": OT

Be I - Ar XV, B I - Ar XIV, B": OT

C I - F IV, Ne I - VIII, Ar II, Xe I: OT

3430T. Boyd, R. J.; Katriel, J.; Int. J. Quantum Chem. 8(2), 255-261 (1974). The Coulomb Hole in the 2

3 S State of the Helium

Isoelectronic Sequence. He I - B IV, O VII, Ne IX: AT

3431T. Desclaux, J. P.; Int. J. Quantum Chem. (6), 25-41 (1972).

Relativistic Treatment of Outer Electron Orbitals. C I, Si I, Ge I, Sn I, Pb I: AT

Trans Lr Elements: AT

3432T. Kononov, E. Ya.; Koshelev, K. N.; Podobedova, L. I.; Opt. Spectrosc. (USSR) 37(1), 1-3 (1974). Transitions in Multiply Charged Berylliumlike Ions. F VI, Na VIII, Mg IX, Al X: OT

P XII - Fe XXIII: OT

3433T. Ermolaev, A. M.; Jones, M.; J. Phys. B 7(2), 199-207

(1974). Ionization Potentials, Radiative Corrections and

Singlet-Triplet Corrections in the Ground, n

1,3 S and

n

'' 3 P States of Two—Electron Ions. He I - Mo XLI: OT

3434T. Ermolaev, A. M.; Jones, M.; J. Phys. B 5(11), L225-

L228 (1972). The Singlet-Triplet Correction in the Fine Structure of Two-Electron Ions.

Li II - Zr XXXIX: OT

3435T. Crosswhite, H. M.; Paczek, A. P.; Abstracts of Papers,

3rd Int. Conf. Atomic Physics, pp. 49-50 (Boulder, Colorado, 1972). A Modified Hartree-Fock Potential for Atomic

Structure Calculations. La III, Ce IV, Pr IV, Tm III, Lu III: AT

Hf IV, Th IV: AT

3436T. Fraga, S.; Karwowski, J.; Saxena, K. M. S.; At. Data

Nucl. Data Tables 12(5), 467-477 (1973). Hartree— Fock Values of Coupling Constants,

Polarizabilities, Susceptibilities, and Radii for the Neutral Atoms, Helium to Nobelium. He I - No I: AT

3437T. Freeman, A. J.; Bagus, P. S.; Mallow, J. V.; Int. J. Magn. 4(1), 35-47 (1973). Multiplet Hole Theory of Core Electron Binding

Energies in Transition Metal Ions. Sc III - Cu III, Cr IV, Co IV, Sc IV: AT

Ti IV, Mn IV, Ni IV, Y III, Nb V: AT

Mo I, VI, Tc III, Ru IV, Pd III: AT

Hf III - Pt III: AT

3438T. Kastner, S. O.; Wade, C; Astrophys. J. Suppl. Ser. 27(243), 247-260 (1974). Dipole and Quadrupole Integrals for the C I, N I, and O

I Sequences. C I, N I, O I Sequences: OT

3439T. Smirinov, E. P.; Rebane, T. K.; Opt. Spectrosc. (USSR)

37(4), 451-452 (1974). Modified Adiabatic Approximation for Isoeletronic Sequence of Helium with the Separation of Variables

in Elliptical Coordinates. He I - Be III: OT

3440T. Hansen, J. E.; J. Phys. B 6(8), 1387-1396 (1973). LS-Term Dependence of Slater Integrals in p

p' Configurations. I. Hartree-Fock Calculations for

Individual Terms of the np

5 n'p Configurations in the Ne I and Ar I Isoelectronic Sequences.

Ne I, Na II, Mg III: PT AT

Ar I, K II, Ca III: PT AT

3441T. Gelius, U.; Phys. Scr. 9(3), 133-147 (1974). Binding Energies and Chemical Shifts in ESCA. Ne II: EL CL W

H I - Cu I: AT

3442T. Grein, F.; Chang, T. C; J. Phys. B 6(9), L237-L239

(1973). Single Excitations in Multi Configuration Wavefunctions: Ground States of the Atoms Be to F. Be I - F I: AT

3443T. Grein, F.; Banerjee, A.; Chem. Phys. Lett. 25(2), 255-

258 (1974). A Comparison of Singly Excited and Pair-Excited

Multiconfiguration Wavefunctions for the Ground

States of the Atoms He to F. He I - F I: OT

3444T. Guerillot, C. R.; Lissillour, R.; J. Chim. Phys. 71(5), 746-750 (1974). Etude de la correlation electronique. I. Equation

d'autocorrelation. Systemes a deux electrons. He I - O I: AT

3445T. Miyakawa, T.; Mem. Def. Acad., Math., Phys., Chem.

Eng., Yokosuka. Jap. 13(2), 173-208 (1973). Pseudo Potentials and Their Fourier Coefficients for Atoms and Ions with s— and p-Closed Shells. He I, Li II, F", Ne I, Na II, CI", Ar I: AT

K II: AT

3446T. Naray-Szabo, G.; Int. J. Quantum Chem. 6(4), 779-785

(1972). Decoupled Hartree-Fock Methods. I. Calculations for Atoms with Orthogonalized Orbitals. He I, Li I, C I, O I, II, Na I, S I, Ca I: AT

Ni I: AT

3447T. Nakatsuji, H.; J. Chem. Phys. 59(5), 2586-2595 (1973). On the Orbital Theories in the Spin-Correlation Problems. II. Unrestricted and Spin-Extended

Hartree-Fock Theories.

Li I, B I - F I: AT

3448T. March, N. H.; White, R. J.; J. Phys. B 5(3), 466-475

(1972). Non-Relativistic Theory of Atomic and Ionic Binding

Energies for Large Atomic Number. He I - Ne I: OT

135
3. Bibliography Ordered by Reference Numbers — Continued

3449T. Poppe, R.; Physica (Utrecht) 75, 341-350 (1974).

Parametric Treatment of the 3d" '4p Configurations in Trebly Ionized Atoms. V IV, Cr IV, Mn IV, Fe IV, Ni IV, Cu IV: PT

Zn IV, Ga IV: PT

3450T. Ozias, Y.; Julg, A.; J. Chim. Phys. 71(3), 457-459

(1974). Energie d'etats de valence des atomes de silicium, d'aluminium, de magnesium et de certains de leurs

ions. Mg2", Mg", Mg I - III, Al", Al I - IV: OT

Si I - V: OT

3451T. Odabasi, H.; Int. J. Quantum Chem. Symp. No. 7, 23-33

(1973) . Some Evidence About the Dynamical Group SO(4,2) Symmetries of the Periodic Table of Elements. K I, Sc I, Cr I, Cu I, Rb I, Y I, Nb I: AT

Mo I, Ru I, Rh I, Cs I, La I, Lu I, Fr I: AT

Ac I: AT

3452T. Lu, C. C; Carlson, T. A.; Malik, F. B.; Tucker, T. C;

Nestor, C. W., Jr.; At. Data 3(1), 1-131 (1971). Relativistic Hartree-Fock-Slater Eigenvalues, Radial

Expectation Values, and Potentials for Atoms, 2 =S Z « 126. He I - Lr I: AT

Trans Lr Elements: AT

3453T. Lindgren, J.; Rosen, A.; Phys. Scr. 8(3), 119-123 (1973). Relativistic Hyperfine Structure Correction Factors for d and f Electrons Calculated with Hydrogen Wave

Functions. Sc I - Cu I, La I - Tm I: AT

3454T. Schrijver, J.; Noorman, P. E.; Physica (Utrecht) 68(3), 615-623 (1973). The Influence of Second-Order Spin-Orbit Interaction

in Mixed Configurations (d + s) N as Compared to Mutual Magnetic Interactions. V II, Nb II: PT OT AT

Fe I: PT OT

Ru I, Os I: PT

3455T. Kaveckis, V.; Kaminskas, V.; Liet. Fiz. Rinkinys 11(2), 197-202 (1971). The Extended Method of Calculation and

Multiconfiguration Approximation for the HeliumLike Atoms. H",HeI-CV: OT

3456T. Lamoureux, M.; Combet Farnoux, F.; J. Phys. (Paris) 35(3), 205-214 (1974). Evolution du comportement des sections efficaces de

photoionisation a l'interieur de sequences

isoelectroniques. Ne I - Al IV, Ne II - Al V, Ne III - Al VI: AT

Ar I - Sc IV, Ar II - Sc V: AT

3457T. Sakai, Y.; Anno, T.; J. Chem. Phys. 60(2), 625-632

(1974) . Systematic Determination of the Double £ Type 2p Atomic Orbitals for the Atoms and the Ions of the First-Row Elements. B" - F", B I - Ne I, B II - Ne II: AT

C III - Ne III: AT

3458T. Rosenthal, D.; McEachran, R. P.; Cohen, M.; Proc. Roy.

Soc, Ser. A 337(1610), 365-378 (1974). Sum Rules for Electric Quadrupole Transitions. He I - B IV, Na I - Al III: OT

3459T. Karwowski, J.; Fraga, S.; Acta Phys. Pol. A 45(3), 405-

411 (1974). Electronic Structure of the Alkaline Metals: Lithium

Series.

Li I - Ne VIII: AT

3460T. Kahler, H.; J. Quant. Spectrosc. Radiat. Transfer 13(5), 401-416 (1973). A Simplified Hartree-Fock Method for Opacity

Calculations. He I - Kr I: AT

3461T. Garstang, R. H.; J. Res. Nat. Bur. Stand. (U.S.), Sect. A

68(1), 61-73 (1964). Transition Probabilities of Forbidden Lines. Ti III, Cr IV, Mn V, VI, Fe VI, VII, Ni I: PT

Cu II, Ge I, As I, Se I, Br II, Kr III: PT

Sn I, Sb I, Te I, I II, Xe III, Pb I: PT

Bi I, II, Po I: PT

3462T. Hansen, J. E.; Thesis (Summary), Univ. Lund, 7 pp.

(1974). LS—Term Dependence of Slater Integrals (LSD) in Atomic Spectra. Ne I, Na II, Mg III: PT AT

F I, Ne II, Na III, Mg IV: PT AT

3463T. Mukherji, A.; Pramana 2(2), 54-61 (1974). Radial Correlation in Atoms.

H", He I- O VII: AT

3464T. De, I.; Desai, V. P.; Chakravarty, A. S.; Indian J. Phys.

48(12), 1133-1138 (1974). Racah Parameters and Average Moments of the Second

and Third Series Transition Metal Ions. Y I— III - Ag I— III: AT

Lu I— III - Hg I— III: AT

3465T. Beck, D. R.; Nicolaides, C. A.; Int. J. Quantum Chem.

Symp. No. 8, 17-28 (1974). The Effect of Electron Correlation on Atomic

Properties.

Li I - Na I, Be II, B III, F", Na II: AT

3466T. Wittel, K.; Manne, R.; Theor. Chim. Acta 33(4), 347-

349 (1974). Atomic Spin-Orbit Interaction Parameters from

Spectral Data for 19 Elements. S I, II - Ar I, II, Ga I, II - Kr I, II: PT

Cd I, II - I I, II, Hg I, II - Bi I, II: PT

3467T. Zapol, B.; Kunin, P.; Ljubimov, A.; Taksar, I.; Fabrikant, I.; Latv. PSR Zinat. Akad. Vestis, Fiz. Teh. Zinat. Ser. (6), 14-19(1971).

Effective Potential Method for Computation of Quantum

Systems. I. Calculation of Wave Functions and

Oscillator Strength of Optical Electron Transitions in Alkaline Metal Atoms and Isoelectronic Ions.

Li I - P XIII, Na I - K IX, K I, Ca II: OT

3468T. Stevens, W. J.; Billingsley II, F. P.; Phys. Rev. A 8(5), 2236-2245 (1973). Coupled Multiconfigurational Self-Consistent-Field Method for Atomic Dipole Polarizabilities. II. Application to the First-Row Atoms, Lithium through Neon.

Li I - Ne I: AT

136
3. Bibliography Ordered by Reference Numbers — Continued

3469T. Fraga, S.; Karwowski, J.; Theor. Chim. Acta 35(3), 183-

187 (1974). Relativistic Treatments for Bound-State Atomic

Energies.

He I - No I: AT

3470T. Stewart, R. F.; J. Phys. B 8(1), 1-10 (1975). Time-Dependent Hartree-Fock Theory for Three— and Four— Electron Atomic Systems.

Li", Be I - Ne VII: AT

3471T. Sinanoglu, O.; Skutnik, B. J.; J. Chem. Phys. 61(9), 3670-3675 (1974). Electron Correlation in Excited States and Term

Splittings in the Carbon-I Isoelectronic Sequence. C I - Si IX: AT

3472T. Cheng, K. T.; Lin, C. P.; Johnson, W. R.; Phys. Lett. 48A(6), 437-438 (1974). Decay of

4 P^2 Autoionizing States of Ions in the Li Isoelectronic Sequence.

Li I - Fe XXIV: AT

3473T. Schwarz, K.; Chem. Phys. 7, 100-107 (1975). On Slater's Transition State Concept for Ionization Energies.

He I, C I, Ne I, Si I, CI I, Ar I, Ti I: AT

Fe I, Se I, Mo I, Sn I, Ce I: AT

3474T. Schwarz, K.; Theor. Chim. Acta 34(3), 225-231 (1974). Optimized Statistical Exchange Parameters a for Atoms

with Higher Z. Mo I - Rn I: AT

3475T. Moller, C; Sureau, A.; J. Phys. (Paris) 35(5), 411-423

(1974). Effets d'ecran, densites et energies electroniques dans

les atomes et les ions metalliques par la methode de

Hartree— Fock. Na I, II - Ga I, II: AT

3476T. Adams, D. B.; J. Electron Spectrosc. Relat. Phenomena

4(1), 72-76 (1974). Estimation of Core Electron Binding Energies for Free Atoms Using the Equivalent Core Approximation: Double Zeta Calculations. Ne I, II, VIII, X, Na II, VIII, X: OT

Ar I, II, VIII, X, XVI, XVIII: OT

K II, VIII, X, XVI, XVIIL OT

3477T. Aashamar, K.; Midtdal, J.; Lyslo, G.; J. Chem. Phys.

61(4), 1345-1351 (1974). Variational Perturbation Theory Investigations on TwoElectron Atomic Systems. IV. Nonrelativistic Results

for the State ls3s

3 S. He I - Ca XIX: OT

3478T. Aashamar, K.; Phys. Norv. 7(3), 169-171 (1974). A Note on the Lamb Shift for Helium-Like Atoms. He I - Ca XIX: OT

3479T. Gaspar, R.; Szabo, J.; Acta Phys. Chim. Debrecina 18, 41-56 (1973). Explicit Z-Dependent Theory of Atoms. I. Coulombic

Approximation.

H I - Fm I: OT

3480T. Day, O. W.; Smith, D. W.; Morrison, R. C; J. Chem.

Phys. 62(1), 115-119 (1975). Extension of Koopmans' Theorem. II. Accurate

Ionization Energies from Correlated Wavefunctions

for Closed-Shell Atoms.

Li", Be I - O V: OT

3481T. Day, O. W.; Smith, D. W.; Reduced Density Matrices

with Applications to Physical and Chemical Systems

-II, Ed., R. M. Erdahl, pp. 177-187 (Queen's Univ., Kingston, Ontario, 1974). An Extension of Koopmans' Theorem to Correlated Wavefunctions. Lf.Bel-OV: OT

3482T. Kasdan, A.; Lineberger, W. C; Phys. Rev. A 10(5), 1658-1664 (1974). Alkali-Metal Negative Ions. II. Laser Photoelectron Spectrometry.

Li", Na", Rb" Cs" EL

K" - Cu , Rb - Ag", Cs" - Au": OT

3483T. Biemont, E.; J. Quant. Spectrosc. Radiat. Transfer 15, 531-542 (1975). Systematic Trends of Hartree-Fock Oscillator Strengths

Along the Sodium Isoelectronic Sequence. Na I - Fe XVI: AT

3484T. Guerillot, C. R.; Lissillour, R.; Int. J. Quantum Chem.

8(6), 825-838 (1974). Electronic Correlation Studies. II. Self-Correlated Field

Method. Application to Ground State and First 'P,

3 P

Excited States of Two-Electron Atomic Systems. He I - O VII: OT

3485T. Onello, J. S.; Ford, L.; Dalgarno, A.; Phys. Rev. A

10(1), 9-12 (1974).

1/Z Expansion Study of the (ls)

2 2s2 S and (ls)2 2p2 P

States of the Lithium Isoelectronic Sequence.

Li I - Si XII: OT

3486T. He I - Ne IX: OT Lewis, M. L.; Hughes, V. W.; Phys.

Rev. A 1 1(1), 383-384 (1975). Higher-Order Relativistic Contributions to the Zeeman

Effect in Helium and Heliumlike Ions. 3487T. Onello, J. S.; Phys. Rev. A 11(3), 743-748 (1975).

(ls)

2 3s2 S, (ls)

2 3p2 P, and (ls)2 3d2 D States of the Lithium Isoelectronic Sequence. B III - Si XII: OT

3488T. Fischer, C. F.; At. Data Nucl. Data Tables 12(1), 87-99

(1973). Average- Energy -of- Configuration Hartree-Fock

Results for the Atoms Helium to Radon: Erratum. He I - Rn I: AT

3489T. Onello, J. S.; Ford, L.; Phys. Rev. A 1 1(3), 749-752

(1975).

Magnetic Quadrupole Decay of the (Is2s2p)

4 Ps/2~

(ls) 2s S^ /2 Transition of the Lithium Isoelectronic Sequence.

Li I - Ar XVI: OT

3490T. Stepanov, K. L.; Opt. Spectrosc. (USSR) 38(1), 1-3

(1975). Calculation of Ionization Energies and Levels of Multiply Charged Ions with a Thomas—Fermi Central

Potential.

Si I, Fe I, Ru I, Er I, U I Sequences: OT

3491T. Safronova, U. I.; J. Quant. Spectrosc. Radiat. Transfer

15(3), 223-229 (1975). Wavelength and Transition Probability for the Isoelectronic Sequence of Oxygen.

O I - Zn XXIII: AT

137
3. Bibliography Ordered by Reference Numbers — Continued

3492T. Safronova, U. I.; J. Quant. Spectrosc. Radiat. Transfer

15(3), 231-242 (1975). Expansion in 1/Z for the Hartree-Fock and Correlation Energies, Relativistic Corrections and Dipole Matrix Element. He I - Ne I: AT

3493T. Moser, C. M.; Nesbet, R. K.; Phys. Rev. A 11(4), 1157-

1161 (1975). Atomic Bethe-Goldstone Calculations of Term

Splittings, Ionization Potentials, and Electron

Affinities. III. Al, Si, P, S, CI, and Ar Using Orbital

Excitations.

Al", Al I, Si", Si I, II - CI, CI I, II: AT

Ar I, II: AT

3494T. Accad, Y.; Pekeris, C. L.; Schiff, B.; Phys. Rev. A

11(4), 1479-1481 (1975). Two-Electron S and P Term Values with Smooth Z Dependence. He I - Ne IX: OT

3495T. Beck, D. R.; Nicolaides, C. A.; Phys. Fenn. 9(Suppl.

SI), 244-246 (1974). Accurate One-Electron Binding Energies and Auger

Energies in Many-Electron Atoms. C I, O", O I, F", F I, Ne I, Na I, II: AT

3496T. Bolotin, A. B.; Safronova, U. I.; Kharitonova, V. N.; Izv. Vyssh. Uchebn. Zaved., Fiz. 17(11), 105-109 (1974). Theoretical Studies of Spectra of the Isoelectron Oxygen Sequence.

O I - Zn XXIII: OT

3497T. Bagus, P. S.; Lee, Y. S.; Pitzer, K. S.; Chem. Phys.

Lett. 33(3), 408-411 (1975). Effects of Relativity and of the Lanthanide Contraction on the Atoms from Hafnium to Bismuth. Hf I, Re I, Au I, Hg I, Tl I, Pb I, Bi I: AT

3498T. Vizbaraite, J.; Kaniauskas, J.; Rudzikas, Z.; Liet. Fiz. Rinkinys 14(1), 57-66 (1974). The Effect of Orbit-Orbit and Contact Interactions on Atomic Spectra. Sc I - Ni VIII, Nd I - Dy I: OT

3499T. Robiscoe, R. T.; Amer. J. Phys. 43(6), 538-540 (1975). A Variational Hartree-Type Calculation. H",HeI-BIV: OT

3500T. Foglia, C; Phys. Lett. 47A(3), 249-250 (1974). Atomic Compound States in Rare Gases: Bound-State

Energies.

Ne", Ne I, Ar", Kr~, Xe", Xe I: AT

3501T. Na IV - P VIII: AT Safronova, U. I.; Opt. Spectrosc. (USSR) 38(5), 477-479 (1975). Calculation of Term Energies, Dipole Matrix Elements, and Oscillator Strengths for Isoelectric Series of Light Atoms.

3502T. Stewart, J. J. P.; J. Chem. Soc. Faraday Trans. 2 70(11), 1882-1888 (1974).

Spectra of Some d

2 and d

8 Transition Metal Ions. Zr I, Ag II: ND PT

Sc II, Ti I, III, V IV, Cr V, Mn VI: PT

Fe VII, Ni I, III, Cu II, Y II, Zr I, III: PT

Nb IV, Rh II, Pd III, Ag IV, Cd V, La II: PT

3503T. Karazija, R.; Grabauskas, D.; Kiselev, A.; Liet. Fiz. Rinkinys 14(2), 235-247 (1974). The Effect of Vacancy in Electronic Shells on the Energy of a Hard X-Ray Line.

Br", Br I - III, Mo I, Pd I, III, Ag I, II: AT

Cd I III, Sn I, I", I I, Ba I, III, Ce I: AT

3504T. Karazija, R.; Grabauskas, D.; Kiselev, A.; Liet. Fiz. Rinkinys 14(2), 249-261 (1974). The Shifts of a Hard X-Ray Line Due to Several Vacancies in Electronic Shells.

Br", Br I - III, Mo I, Pd I, III, Ag I, II: AT

Cd I - III, Sn I, I", I I, Ba I, Ce I: AT

3505T. Jucys, A. P.; Lazauskas, V. M.; Int. J. Quantum Chem.

8(6), 839-855 (1974). Extended Hartree-Fock Self-Consistent Field with Some Results for Berylliumlike Atomic Systems. Be I - Ne VII: AT

3506T. Grineva, Yu. I.; Safronova, V. I.; Urnov, A. H.; P. N. Lebedev Phys. Inst. Acad. Sci. USSR, Preprint No.

58, 64 pp. (1975). Calculations of the Energy, Autoionization Rates and

Radiative Transition Probabilities for MultiplyCharged Ions. He I, Li I, Be I, Fe XVIII - XXV: OT

3507T. Lindgren, I.; Phys. Scr. 1 1(3-4), 111-116(1975).

Progress in the Calculation of Free Atom Hfs.

Li I, O I, F I: Hfs Na I, K I, Rb I, Cs I: Hfs

3508T. Ivanova, E. P.; Safronova, U. I.; J. Phys. B 8(10), 1591-

1602 (1975). Perturbation Theory in Calculations of Atomic Energy

Levels. He I - Ne I: AT OT

3509T. Walker, D. W.; J. Phys. B 7(1), 97-116 (1974). Electron Impact Excitation of Hydrogenic Ions. H I - Fm C: OT

3510T. Roetti, C; Clementi, E.; J. Chem. Phys. 60(8), 3342

(1974). Analytical Hartree-Fock Wavefunctions for the Neutral Atoms from Helium to Xenon. He I - Xe I: AT

3511T. Roetti, C; Clementi, E.; J. Chem. Phys. 61(5), 2062-

2063 (1974). Analytical Hartree-Fock Functions for Positive Ions from Lithium to Xenon.

Li II - Xe II: AT

3512T. Stasiukaitis, V. J.; Eriksonas, M. K.; Jucys, A. P.; Acta

Phys. Acad. Sci. Hung. 35(1-4), 175-182 (1974). The Extended Method of Calculation as a Correction to the Ordinary Method for the Atomic Systems of Transition Elements. Sc I - Cr I, Ni I: AT

3513T. Stewart, R. F.; J. Chem. Soc, Faraday Trans. 2 70(1), 85-92 (1974). Simulation of SCF Perturbation Theory by a Simple

Model Potential Method.

Li", Be I, B II, C III, Na", Mg I, Al II: OT

Si III, K", Ca I: OT

138
3. Bibliography Ordered by Reference Numbers — Continued

3514T. Karwowski, J.; Saxena, K. M. S.; Bray, B.; Fraga, S.; Technical Rep. TC-AEL-I-75, 59 pp. (1975). Atomic Energy Levels Isoelectronic Series 2p

N

, 3p

N

, 4p N

, and 3d N

. C I-VI - Kr I-XXXVI: AT

3515T. Ivanov, L. N.; Ivanova, E. P.; Safronova, U. I.; J. Quant.

Spectrosc. Radiat. Transfer 15(7-8), 553-559 (1975). Relativistic Calculation of the Spectra of the TwoElectron Atomic Ions— I. Na X - Fe XXV: TE OT

Ne IX - Fm XCIX: OT

3516T. Maly, J.; Hussonnois, M.; Theor. Chim. Acta 31(2), 137-

153 (1973). SCF Dirac-Hartree-Fock Calculations in the Periodic System. II. Binding Energies and First Ionization Potentials for s, p, and d Elements from Z=l to Z=120. H I - Lr I, Trans Lr Elements: AT

3517T. Harcourt, R. D.; Beckworth, J.; Feigin, R.; Chem. Phys.

Lett. 26(1), 126-130 (1974). Simple "Local" Energy Studies on the Origin of Hund's

Rule of Maximum Spin Multiplicity and the Energies

of lsn/ max Configurations for He, Ne 8+ and Ar

16+ He I - Ne IX, Ar XVII: OT

3518T. Callan, E. J.; Int. J. Quantum Chem., Symp. No. 8, 29-

36 (1974). On the Ground State Energies of First-Row Atoms and

Ions. He I - Ne I: OT

He I - Ne IX: OT

3519T. Gupta, A.; Roy, H. P.; Mukherjee, P. K.; Int. J. Quantum Chem. 9(1), 1-8 (1975). Coupled Hartree-Fock Calculation of Static Quadrupole

Polarizabilities and Shielding Factors for Open Shell Atomic Systems. B I, C I, II, N I - III, O I, F I, Ne I: AT

3520T. Bernardi, F.; Csizmadia, I. G.; Smith, V. H., Jr.; Whangbo, M. H.; Wolfe, S.; Theor. Chim. Acta

37(2), 171-176 (1975). A Relationship Between Correlation Energies and Sizes: The Helium-Like Ions. He I - O VII: OT

3521T. Safronova, U. I.; J. Quant. Spectrosc. Radiat. Transfer

14(4), 251-257 (1974). Calculation of Wavelengths and Oscillator Strengths for the Isoelectronic Sequence of Lithium.

Li I - Ni XXVI: OT

3522T. Szoke, S.; Preuss, H.; Z. Naturforsch. A 28(11), 1828-

1831 (1973). Electronegativities and Gaussian Orbital Exponents. B I - Ne I: AT OT

3523T. Vainshtein, L. A.; Safronova, U. I.; Institute for Spectroscopy, Acad. Sci. USSR, Preprint No. 6, 68

pp. (1975). Wavelengths and Transition Probabilities for Ions. I. H I - Rh XLV, He I - Se XXXIII: OT

Li I - Br XXXIII: OT

3524T. Ivanov, L. N.; Safronova, U. I.; Shavtvalishvili, I. A.;

Institute for Spectroscopy, Acad. Sci. USSR, Preprint No. 9, 55 pp. (1975). Calculations of Energies of Autoionizing States of Helium—Like Ions with High Nuclear Charge.

H I - Fm C, He I - Fm XCIX: OT

3525T. Glembockis, I. I.; Petkevicius, J.; Liet. Fiz. Rinkinys

13(1), 51-62 (1973). Hartree-Fock Equation Taking into Account the

Correlation. He I, Be I, Ne I, Mg I, Ar I, Ca I: AT

3526T. Kancerevicius, A.; Liet. Fiz. Rinkinys 14(5), 749-757

(1974). Deformation of Radial Integrals in the Calculation of Iron Group Ion Spectra. Sc II, Cr V, Mn V, VI: PT

Fe II, V, VII, Ni III - Zn V: PT

Co VIII - Zn XI: PT

3527T. Charkin, O. P.; Russ. J. Inorg. Chem. 19(11), 1589-1592

(1974). The Orbital Ionisation Potentials of the Atoms and Ions

of Heavy Elements.

Cs", Cs I, Ba", Ba I, II, La": PT

La I— III - Lu I — III, Hf II, III: PT

Ta III: PT

3528T. Banerjee, B.; Constantinescu, D. H.; Rehak, P.; Phys. Rev. D 10(8), 2384-2395 (1974). Thomas-Fermi and Thomas-Fermi-Dirac Calculations

for Atoms in a Very Strong Magnetic Field. B I-III - Fm I— III; OT

3529T. Clementi, E.; Roetti, C; At. Data Nucl. Data Tables

14(3-4), 177-478 (1974). Roothaan-Hartree-Fock Atomic Wavefunctions. Basis Functions and Their Coefficients for Ground and

Certain Excited States of Neutral and Ionized Atoms,

Z=54.

H", H I, He", He I, II - Xe", Xe I, II: AT

3530T. Nikitin, A. A.; Feklistova, T. H.; Astron. Zh. 51(4), 872-

875 (1974). On Estimate of Probability of Forbidden Transitions of

2s2p ! 3 P - 2p

2 'SD3 P for Be I, B II, C III in Connection with the Analysis of Emission Line

Spectra of WR and Of Stars. Be I - P XII: OT

3531T. Gordadze, G. S.; Lezhava, E. A.; Safronova, U. I.; Soobshch. Akad. Nauk Gruz. SSR 67(2), 313-316

(1972). Theoretical Investigation of the Spectra of a 4-Electron Atomic System. Be I - F VI: OT

3532T. Gordadze, G. S.; Lezhava, E. A.; Safronova, U. I.; Soobshch. Akad. Nauk Gruz. SSR 65(2), 297-300

(1972). Application of the Perturbation Theory to Calculation of Energy Terms. B I - S XII: AT

3533T. Wilson, R. M.; J. Chem. Phys. 60(4), 1692-1693 (1974). Hole States of the First Row Atoms. I. The Analytical Wavefunctions. He I-N IX, Li I-Ne VIII. Be I-Ne VII: AT

B I-Ne VI. C I-Ne V, N I-Ne IV: AT

O I-Ne III. F I. Ne II: AT

139
4. Author Index

Aashamar, K. 1980 3337T 3338T 3423T 3477T 3478T

Abdulnur, S. F. 1768

Abele, J. 2742 2977

Aberg, T. 2930 Abraham, M.

3207 Abraham, M. M.

2371 3201 Accad, Y. 2194 3303T 3494T Ackermann. F. 2113 Ackermann, H. 1704A Ackermann, R. J. 2312 2374 2869

Acton, L. W.

2185 Adams, D. B. 3476T

Adelroth, K. E. 1945

Adler, A. 1944 2985

Aglitskii, E. V. 2408 2560

Agureev, Yu. P. 2790

Ahlenius, T. 2237

Ahlrichs, R. 2791 Ahmad, S. 2933

Aksela, H.

2839 2882

Aksela, S. 2839 2882 Aksenov, V. P. 2703 Aksenov, W. P. 3044 Al-Shamma, S. H

3030

Albat, R. 2015 2792 Aldenhoven, R. 3066 2066A

Aleksakhin, I. S. 2783 3218

2561 2562 3122 3169 3226

Aleksandrov, E. B. 2254 3041

Alexander, E. 1773

Ali, M. A. 2862A 2887

Ali, Z. 1479 1599 1921 2955 2491A

Alig, R. C. 2456A

Alliluyev, S. P. 2735

Alper, J. S. 332 IT 3400T

Altick, P. L. 2016 2736 3036 2153A

Altshuler, N. S. 2413 Andersen, N.

1560 Andersen, T. 3080 2510A

Anderson, J. 2891

Anderson, M. T. 2396 Andersson, E. 1434 Andra, H. J. 2130 2737 2738 2746 251 1A

Andra, J. 3034 1689

Andrew, K. L. 1480 1777 1368A

Andrews, D. A. 3109 Andrews, R. A. 2328A

Angel, J. R. P. 2395 Animalu, A. O. E. 3422T

Anno, T. 2142 2704 3317T 3351T 3457T

Apt, J. 2661

Arditi, M.

1512 1979 Arimondo, E. 2984

Ariyama, M.

1612

Arrhen, G. 2482A

140
4. Author Index — Continued

Arrighini, G. P. 3405T

Artman, J. 0. 2322A 2454A

Artru, M. C. 1660 1959 2223 2577 2829 1674A

Asbell, J. C. 2226

Asprey, L. B. 2222 2297 3059 3113 3205

Assous, R.

1551 1930

Ast, T. 1966A

Au, Chi-Kwan

2170 Aumann, D. C. 3006

AveriU, F. W.

2313

Avni, R. 2392

Axe, J. D. 2544

Aydin, R. 3066 2066A

Aygun, E. 2186 2394 3046 1364A

Aymar, M.

2149 2191 2192 2733 2978 3378T 3399T

Azzoni, C. B. 2420

Baba, C. V. K. 3171

Babkina, T. V.

1870

Bacis, R. 2239 2729

Baer, W.

2262

Bagus, P. S. 2732 3323T 3406T 3437T 3497T

Baird, J. C.

1384

Baird, P. 2838

Baker, S. 2017 Bakke, J. 2786

Baklanov, 2854

Balachov, 3407T

1488

E. G. 3071 2085A

E. V.

V. V.

Balbi, N. 2731

Ballik, E. A. 1547

Balling, L. C.

2291 2161A

Baltrusaitis, S. 1573 Bamberger, C. E. 3126 Band, I. M.

3325T

Banerjee, A. 3443T

Banerjee, B. 3528T

Banerjee, R. S. 3174

Bangia, T. R. 2717 Banyard, K. E. 1894 2210 2913 3144

Barden, I. R. 2979

Bardsley, J. N.

1583 2214 2230 2241

Barnes, R. F. •2249 3209

Barnett, G. 3154

Barrat, J. P. 2494

Barrat, M.

1604

Barrette, L. 2122 2227

Bashkin, S. 1401 1824 2258

Basilier, E. 2615

Batarchukova, N. R. 3230

Batarunas, I. V. 1902

Bates, G. N. 2016 2837 2153A

Bauche, J. 1361 2730 3077 1688A 2071A 3406T 3414T

Bauche-Arnoult, C. 1754 2101 2132 2352 2536 2064A

Bauer, S. H. 3127 Baumann, M.

1774 2036 2742 2977 2078A

219-865 O - 76 - 10 141
4. Author Index — Continued

Baybarz, R. D. 2221 2222 2224 2297 2344 2686 3038

3150 3208 3210 Beahn, T. J. 1747A 2 160

Beauchemin, G. 1775 2122 2875

Beck, D. R. 2004 2827 2459A 3309T 3465T 3495T

Becker, U. 2516A Beckmann, A. 2789 3172

Beckworth, J. 3517T

Bedard, F. D. 1747A 2160A

Bednar, J. A. 2174A

Beer, H.

1478

Behring, W. E. 2543 2721 1370A 1953A

Belin, G. 1613 1950 2390 2744 2755 2505A

Bell, J. T. 2389

Belousova, I. M.

1699 1919 Bely-Dubau, F. 2063 Ben Ahmed, Z. 2536 2052A

Ben Osman, Z. 1379

Benattar, R. 2976

Bennett, R. A.

1916 1996A 3372T

Benschop, H. 2840 3039 3064

Bensoussan, P. 2996

Berg, J. L. 2980 Bergmark, T. 1788 2615 2727

Berkowitz, J. 2975 2172A

Bernabeu, E. 2697

Bernardi, F. 3520T

Berrington, K. A. 2564 3016

Berry, H. G. 1329 1362 1460 1614 1714 1786 1892

1934 1992 2130 2239 2381 2393 2426

2503 2729 2788 3018 3155 3156 3158

3160 1689A 1690A 2090A 2169A 2521A

Berry, R. S. 1455

Bessis, G. 2541

Bessis, N.

2541

Beyer, H. J. 1521 1522 1549 2193 2508A

Beyer, L. M.

1927 2226

Bhalla, C. P. 2257 2317 Bhardwaj, S. N.

2381 Bhaskar, N. 1855A

Bhaskar, N. D. 3092A

Bhatia, A. K. 1583 1713 1737 1875 1989 2238 2397

2999 3163 1451A

Bhatia. K. S. 1351 1869 1949 1964 3141

Bhattacharya, A. K. 3322T

Bhutra, M. P. 2768

Bickel, W. S. 1560 2608

Bielski, A. 2467

Biemont, E. 2235 2263 2309 2369 3028 3483T

Bigeon, M. C. 2494

Biggs, F. 2638 Bikmukhametov, K. A. 3231

Biktimirov, A. Ya. 2256

Billingsley II, F. P. 3468T

Bills, J. L. 2825 Bingham, L. L. 2226

Biondi, F. 3405

142
4. Author Index — Continued

Biraben, F. rJoloun, A. i5. n07H OO "7 1 2870 zo/1 9QQ 1 zvol 3993 3496T

Bisnop, u. K^. Doioun, ri.

1 A 1 A 141U D • 1 L 1 T 1? Bjorknolm, J. 1!.. Bona, A. 2384 2867A

Black, 1. U. Bonn, J. 3235 1400 1647 1702A 2086A

Blackman, J. A. Borchardt, B. R. 2383 1854 Blackman, M. J. Borgstrom, A. 3389T 1405 2911

Blaise, J. Boroske, E. 1335 1379 1413 1414 1649 1801 2351

1961 2450 2469 2774 1678A 2052A 2054A 2055A

Boruta, J. 913^ A 9d.Q^A 2005

oiancnaru, r. Bottcher, C. 3354T 2979 Blocmbcrgcn, N. Bottcher, J. Z'+OO ZOOU 2072A 2073A

Blomcjmst, J. Bouchiat, C.

10D0 2966 3148

dio o m , u . j.vi

.

Bouchiat, M. A. Zooz 93P.9 2966 3148 3179

Boatner, L . A

.

Boursey, E. OZU 39ftl1 2385

DODrOV, D . Lf

.

Bousquet, C.

1 ^QQ 2684

Bobryshcv, A. I. Bowtell, G.

3 1 2824 3328T

Bockasten, K. Boyd, R. J.

1 A7Q A 9/1 Q9 A 10/OA Z4-oZA 3430T

Brabban, D. H.

9A1

Q

ZU IV 2187

oourug, o . i\

.

Bradley, D. J. 91 33 2218 2926 3166 2098A

Bogachev, G. G. Braithwaite, W. J. 07oo ooin Z(o6 ozlv 2216 2945 3108 1910A

Bogdanovicius, P Brand, H.

1iooo ^ftA 17^1 i (Di loUV zuuo 9nn^ 2507A

D01K0, V . A. Brandas, E.

Z4-UO ZDOU 9^ 1 ZOO 1 9^9 ZOOZ O311ZZ99 3169 1447 ozzo Brandenberger, J. Doknan, r. A. 1384 1488

3178 Brandi, H. S. DoKien, jn.. u . 2997

97QO Ql 70 z /csy oi i z Bras, N.

ooiauc, Cj. 2684

14VO lo4o 1 79A 1 /Z4 99^Q

Braten, K. A.

Bolger, J. 3336T

2834 3021 2861

A

Bray, B.

Bolger, J. E. 3514T

3065 1909

A

Brechignac, C. 1698A

143
4. Author Index — Continued

Brecht, J. 2261

Breckinridge, J. B. 2982 Breemer, R. E. 2376 Bremer, G. 3172

Brenn, R. 2026

Brewer, L. 2105 330 IT 3307T

Bridges, W. B. 1412 BridweU, L. B. 1927 2226

Bril, A. 2376

Brill, W. G.

3 149A

Brillet, L. 1674A

Brillet, W. U. L. 2223 2577 Brimicombe, M. W. S. M.

3071

Brion, C. E. 2749

Broadhurst, J. H. 2759

Broida, H. P. 1601 Bromander, J. 2258

Brooks, N. H. 1523A

Brossel, J. 1823 Brown, C. M.

2166 2167 2182 2195 2542 2533A

Brown, D. 2476 3229 Brown, M. D. 2215 2407 2764 2916 2177A 2331A 2571A

2857A

Brown, R. A. 1390 2260 Brown, R. E. 1842 1993 3408T

Brown, R. T. 1354 1533 1537

Bruch, R. 3034

Brueckner, G. E. 2936 2534A

Brzozowski, J. 1608 Bucher, E. 2458A

Buchet, J. P. 1578 1892 1893 ' 1992 2387 2575 3168

3170 3221 Buchet-Poulizac, M. C. 1892 1893 1992 2387 2575 3170 3221 Buchhaupt, K. 3026

Buchholz, B. 2497A

Buchta, R. 1508 1608 2031 2301 Bucka, H.

1349 3052 Buckman, W. G. 2464A

Buehler, E. 2367

Bukstich, V. S. 2783 Bunge, A. 1446 1873 Bunge, A. V. 1780 Bunge, C. F. 1446 Burch, D. 3021 Burch, D. F. 2861

Burke, E. A. 2190

Burke, P. G. 2238 2564 3016 1451A 3330T

Burkhalter, P. G. 2424 2460 2468 2951

Burnett, J. L. 2344 Burrow, P. D. 1898 2983

Burton, W. M.

2009

Buttgenbach, S. 1584 2099 2100 2189 2196 2386 2787 2067A

Buttlar, H. v. 2682

Buxton, S. R. 2389

144
4. Author Index — Continued

Bydin, Yu. F. Cerez, P. 3120 1512 1979

Cage, M. E. Cermak, V. 2759 2069 2318 2429

Cagnac, B. Ceyzeriat, P. 2870 2871 2981 3223 2512A

Cahuzac, P. Cha, S. C. 2232 2959 2097A

Cahuzac, Ph. Chaffin, E. 1492 1864

Caire, J. P. Chaghtai, M. S. 1841 1318

Callan, E. J. Chaghtai, M. S. Z. 3403T 3404T 3518T 1479 1599 1921

Calvin, H. 2492A 341 IT

2026 Chaika, M. P. Camp, C. 1904 2253 2417 1910A Chakravarty, A. S. Campagna, M. 3464T

2458A Champeau, R. J Campos, V. B. 1946 1948 2013

2323 2961 3022 2082A

Camus, P. Chan, S. K. 1633 1634 1637 1638 1649 1705 1783 2355 3217

1801 1998 2006 2450 2469 2874 2054A Chandra, N. 2055A 2 136

A

2769

Cantu, A. M. Chandramani, R. 2288 1603

Carboni, G. Chang, C. M.

2438 1744 1918

Carette, J. D. Chang, J. J. 2796 3031 2202

Carillon, A. Chang, S. 1607 1630 1416 1763 1815

Carlson, T. A. Chang, T. C.

1732 3353T 3452T 3442T

Carlsten, J. L. Chang, T. N.

2766 2024 2440 2917 PiTM ^ amall, ill WW . T1

.

Chanmugam, G.

2102 2103 2248 2249 2250 2251 2988

3185 3209 3210 3211 2892A 3395T 3084

Carre, M. Channappa, K. H.

1578 1934 3158 1691A 2521A 2811

Carriveau, G. W. Chantepie, M.

1560 1947 1604 2441 2785

Carroll, B. Chapman, R. D.

3228 2180

Caspi, E. Charkin, O. P.

1631 3527T

Chase, R. L. Cassar, L. 2190 1853 2202

Catura, R. C. Chebotaev, V. P

2185 97R6 2854

Cederbaum, L. S Chen, C. J.

2428 2432

1319

2430

2431 2933 2955 2491

A

2314 2433 2434 2435

2962 3118

2879

145
4. Author Index — Continued

Chen, I. 1602 Chen, I. H.

1538

Chen, S. S. 1528A 3093A

Chenevier, M.

1360 2121 1708A

Cheney, P. 1914A

Cheng, K. T. 3472T

Chernobrod, B. M.

3227

Chester, A. W.

1412

Chiao, T. 2940

Childs, W. J. 1352 2787

1380 2806

R.

1712 1814 1850 1736A 2066A 2067

2189 2386

Chilver, C. 2365 Chong, D. P. 2444 Chrysochoos, J. 2045 2070 Chubb, T. A. 1462 Chuckrow, R. 1499

Chung, K. T. 1602 1849 1538

Chupka, W. A. 2795 2967 2151A 2172A

Churassy, S. 3222 Church, D. A. 1359 1525

Churchill, G. C. 1759

Churchill, G. G. 1529

Churilov, S. S. 3043

Ciura, A. I. 1620

Ciziunas, A. 3164

Clark, D. L. 2759

Clawson, J. E. 2805

1588 1828 2443 2445

1924 2937

Clementi, E. 3510T 351 IT 3529T

Clua, A. L. 1738A

Cocke, C. L. 2398 2421 Code, R. F. 2734

Codling, K. 1437 1526 Cohen, D. 2249 2988 Cohen, L. 1481 1816

2721 2935 Cohen, M.

1399 1622 Cohen, V. W.

1748A 1912A 1913A

Cojan, J. L. 2233 2965

Cola, M.

2420

Cole, R. S. 1878 2243

Collins, C. B. 2198 2938 2324A

Collins, G. W.

2808

Collins, T. C. 2912

Colpa, J. P. 3356T

Colson, 5- D. 2569A Combet Farnoux, F. 2964 3456T

Comer, J. 1784 2793

Conneely, M. J. 1324 Connerade, J. P. 1491 1581 2231 2473

3132

Constantinescu, D. H

3528T

Constantinides, E. 3147 Conway, J. G. 1884 1891 3197 3199 2495A

2446 2 173 A 2174A

3185 3210

2181 2183 3136 3397T2315 2549

1836 3458T

25 74

2983 3087 3089 2162A

1679 2800

1686 29631881 3058

2029

3090

2030

3131

2225 3204

2262 3210

2447 3190 3196

3211 1562A 1563A

146
4. Author Index — Continued

Cook, T. J. 2135

Cooper, E. R., Jr. 1865 Cooper, J. W.

2200

Copland, G. M.

1431 1510

Corcoran, C. T. 2903

Cordover, R. H.

1454

Corliss, C. H.

1636 2351 2372

Corsaro, F. A.

2442

Cortez, J. L. M.

1533 Cosens, B. L. 1386 Couarraze, G. 2730 Coulombe, M. C. 1568 2848 2849 3063 3077 3078

Coulthard, M. A.

1931 1937

Covey, R. L. 1596 Cowan, R. D. 1379 1458 1463 1554 1669 1797 1941 1976 1999 2076 2076 2083 2181 2278

2300 2321 2468 2475 2478 2543 2549

2743 2937 2951

Crance, M.

2149 3378T 3382T

Cromer, D. T. 3380T

Crooker, A.

1481 Crooker, A. M.

1869 3136 3138 13 70

A

Crosby, G. A. 3192

Crosswhite, H. M.

1353 2250 2637 2988 1735A 3395T 3435T

Crubellier, A.

1350 2025

Csavinszky, P. 2809 3024 2332A

Csillag, L. 1890 Csizmadia, I. G. 3520T

Cukier, M.

1630 Culhane, J. L. 2185 2786 Cunningham, B. B. 3150 3212 Cunningham, D. L. 2137 2205 2240 2401 2880

Curnutte, B. 1328 2398 2421 2446 2 174

A

Curry, S. M.

2752 2574A

Curtis, L. J. 1508 1608 2503 Cusachs, L. C. 3076

Cvejanovic, S. 2793 3087 Czub, J. 2280

Czuchlewski, S. 2 173A

D'Silva, A. P. 2356

DaCosta, B. 2336A

Dagis, R. S. 3426T

Dahlberg, E. D. 3235

Daley, J. 1789

Dalgaard, E. 2968

Dalgarno, A. 3147 3334T 3485T Damany, H. 2385 Damommio, A. 2470 Dankwort, W.

2359 2388 2780 2065A 2066A

Das, T. P. 1321 1436 1448 1700 2246 2425 2699

2914 3029 1858A 1859A 1861A 2531A

Datla, R. U. 1650 1905A Daum, G. R. 2202

Davidson, E. R. 3124

Davies, A. R. 2207 2242

147
4. Author Index — Continued

Davis, J. Desclaux, J. P. 2328A 1574 2541 2975 3023 3310T 3428T 343 IT

Davis, S. J. Descoubes, J. P. 2291 2161A 1475 2088A

Davis, S. L. Desesquelles, J. 3050 1362 1786 3156 3160 3170 3221 1690

Davis, S. P. 2512A

1322 1336 1596 1884 1891 2262 2447 Deslattes, R. D. 1741A 1953A 2583A 2471

Day, 0. W. Detrich, J. 3480T 348 IT 2992 3340T

De, I. Deutsch, P. W.

3464T 2912

de Poorter, J. A. Devaraj, N. 2376 1603 DeRosa, J. L. Devine, K. R. OQOQ A 1645 Hp Sinnpir^ nfl 1 2147 3360T Dewhurst, R. J. De Terarnond, G. F. 2150 2807

2175 Dhez, P. deZafra, R. 1630 2012 2336A Diamond, H. Deech, J. S. 1326 2947 2525A

2080 3075 Dick, K. A. Defrance, A. 2289

3091 Dickie, L. 0. Degener, L. 1511 2066A Dietrich, D. D. Dehmer, J. L. 2336A

1598 2975 3364T Dietrich, J. Dehmer, P. M. 2819 1703A

2967 2172A Dillon, M. A. Dekker, J. W. M. 2969

1433 Dixon, R. H.

Del Nero, G. L. 2328A

2420 Dixon, R. L. Delamater, N. D. 2354 2357

2808 Djeu, N.

Delouis, H. 1504 1678A Do Cao, G.

Deluca, J. A. 3170 3221 2457A 2462A Dobberstein, P. Dembczynski, J. 2738 2498A Domash, L. H. Demkin, V. P. 1867 2905 2906 Donszelmann, A.

Denis, A. 2059A

1575 3157 3221 2512A Doobov, M. H. Denzau, H. 1947 2497A Doschek, G. A. Dere, K. P. 1462 1797 2181 2183 2478 2479 2543

2936 2549 2721 2743 2935 2936 2937 2534A

Desai, V. P. Douglas, M.

3464T 1789 1874 2281

148
4. Author Index — Continued

v. v.

w.

2661

Douglas, M. H. 1627A

Doyle, H. 2140 3311T

Dozier, C. M.

2460

Drake, G. W. F

1992 2234 3334T 3354T

Drouin, R.

1575 1775

Drozdzynski, J. 3139

Druetta, M.

1525 1650

Druzbick, J. 1719

Druzhinin 1740

Ducas, T. 1589

Dufay, M

1328 Dumont, M.

1951 Duncan, D. D. 2226

Dunning, F. B. 2244 2427

Duong, H. T. 1787 2282

Dutta, C. M.

1769 1960

Dutta, N. C.

1321 1448 Duweke, M.

2270

Dworetsky, M. M.

2269

Dynefors, B. I. 2514A

Easley, W.

3202

Easley, W. C. 3198 Eastman, D. E. 2463A

Eckardt, R. C. 2328A

Edelstein, N.

1887 2371

3202 3213

Ederer, D. L. 1796 2012

2268 2642 2993 3319T 3324T

2122 2227 2419 2710

1828 3157

2875

2165A 2865A

1362 1786 3160 2521A

2924

2472 2803 2804 3096 2093A

1422A

1769 1960 1422A 1423A

2476

3215

2830 32162970

3229

3198 3200

2844 3133

Edlen, B. 1610 2753 2754 3234 3358T 3390T Edmonds, A. R. 3107 3142 Edmunds, M. G. 2032 Edwards, A. K. 2137 2205 2240 2401 2405 2761 2880 1750A

Edwards, D., Jr. 2286

Ehrhardt, J. C. 1336 1502

A

Eibofner, A. 1518 2036 2477 2974

Eichler, H.

1377

Eidelsberg, M.

1653 2782 2493A

Einfeld, D. 1349 1371

Eissner, W.

2106 2868

Ekberg, J. O.

1483 1507 1558 1756 1757 1758 1932

1933 2229 2284 2327 2754

Ekstrand, K. E. 2354 2357

Ekstrom, C. 1632 1945 1952 2973

Ebas, L. R. 2342A

Eliezer, I. 1469

Elke, D. 2789 3172

Elliott, D. O. 2714

Ellis, D. G. 2503 2972

Ellis, D. J. 1894

Elton, R. C. 1625 1822 2328A 2522

A

Engelhardt, W.

1343 Englekemeir, D. W.

2358 Engleman, R., Jr. 1363 2885A

Epstein, G. 2698

Epstein, G. L. 1322 1483 1577 1776 2592 2925 1366A

1743

A

149
4. Author Index — Continued

Ercoli, B. Fawcett, B. C. 2110 2111 1331 1333 1334 1468 1639 1669 1941 Erdmann, T. 2076 2076 2277 2278 2279 2321 2341 2523A 2563 2563 2563 2877 2884 2923

Erickson, G. W. Feiertag, D. 1340 1942 2540

Eriksonas, M. K Feigin, R. 3512T 3517T

Eriksson, K. B. S. Feilitzsch, F. 1411 1791 1982 2104 2319 2581 3171

Eringis, K. Feinberg, G. 2320 2170 Erman, P. Feklistova, T. 2031 2301 3116

Ermolaev, A. M Feklistova, T. H

1922 2285 2971 3402T 3433T 3434T 3530T

Esquivel, J. L. Feld, M. S. 2175 1589 1867

Esteva, J. M. Feldman, B. J. 1790 1940 2305 2781 3130 2041A 1867 Evans, L. Feldman, D. 1746 1687 Even-Zohar, M. Feldman, M.

1773 1798 2083 2860A

Evenson, K. M. Feldman, U. 2941 1481 1816 2181 2183 2468 2543 2549

Ewart, P. 2721 2743 2935 2936 2937 2039A

2218 2926 3166 2098A Feldmann, D. Fabjan, C. W. 2296 3005

1358 1389 1764 Feneuille, S. Fabre, C. 1350 1365 1494 2025

3025 Ferch, J. Fabrikant, I. 2359 2388 2780 2066

3467T Fields, P. Faenov, A. Ya. 3211 2560 2561 2562 3122 3123 3169 Fields, P. R. Faestermann, T. 2248 2249 2251 3209

3171 Figger, H.

Fairbank, W. M , Jr. 2276 2490 2097A 2523A

2588 Finch, C. B. Fairchild, C. E. 2371 3201 1915A Firth, J. G.

Fan, C. Y. 2546

1824 Fischer, C. F. Fano, U. 1449 1804 2273 2292 2547 2552 2553

2274 2573A 2778 2872 2873 3007 3384T 3488T

Farago, P. S. Fischer, T. 2234 2642 2993 2075A

Farley, J. Fischer, W.

3000 1429 1715 1755 2554 2779 2831 3006

Faroux, J. P. 1694A 1696A 2087A 2496A

2652 Fisher, K. J. Fassel, V. A. 1 HI 2356

150
4. Author Index — Continued

Fliflet, A. W.

2898 3017

Flower, D. R. 2107 2557

Flower, H. I. 3363T

Foglia, C. 1803 2275 2556 3500T

Foley, H. M.

1843

Folland, N. O.

2257 Fomichev, V. A. 3177

Fong, F. K. 2345 2365 2366

Fontana, S. 3032

Ford, L. 3485T 3489T

Forester, J. P. 2863A 2864A

Fork, R. L. 2367

Fornaca, G. 2555

Fortner, R. J. 2558

nl Fossan, D. B. 3171

Foster, T. C.

1753

A

Fotiev, A. A.

1740

Fowles, G. R. 2548 2559

Fox, D. W.

1806 1807 Frackowiak, M.

2498A

j Fraenkel, B. S. 1663 1773 1798 2083

Fraga, S. 1725 2119 2439 2777 3305T 3342T 3343T

3344T 3345T 3346T 3352T 3366T 3367T 3370T

3373T 3413T 3421T 3436T 3459T 3469T 3514T

Frank, M.

1693A

Fred, M.

2806 1678A 1736A 2055A

Fred, M. S. 1326

Fredrickson, J. E. 2888A

Fredriksson, K. 3008 Freedman, M. S. 1357 1606 Freeman, A. J. 2732 3437T

Freeman, F. F. 1474 2546 Freeman, G. H. C. 2058A

Freeman, R. R. 2865A

Freeouf, J. L. 2463A

Freund, R. S. 1311 1489 2135 2949

Fricke, B. 1544 1546 1574 1629 2423 3034

Fried, S. 2102 2103 2988 3184 3211 Friedman, H.

1462 Friedman, H. A. 3038

Fujita, D. K. 3212 Fukuda, K. 2127 Fukushima, E. 2297

Fulop, G. 1657A

Fulop, G. F. 2400 2334A 2499A

Fung, A. C. 1439

Gabla, L. 2550

Gabriel, A. H.

1334 1459 1474 1662 1844 2546

Gaillard, M.

3018 3158

Gaillard, M. L. 3222 1691 A 2089A 251 1A 2513A 2521

A

Gajzago, E. 3009 3010

Galanti, M.

2277 2341 2670 2877

Gallardo, M.

1926 3002

Galvan, L. 3048 3146

Garavaglia, M.

1926 3002

151
4. Author Index — Continued

Garcia, J. D. Giacobino-Fournier, E. 2558 2624 Garcia- Riquelme , o. Giammanco, F. 2048A 2555

Garg, H. P. Gibbons, P. C. 1915A 1441

Garlick, G. J. F. Gibbs, H. M.

2368 1718 1759 1529A Garpman, S. Gierowska, E. 1409 1770 2950 3095 2061

2550

Garrett, M. B.

Gilstrap, B. P. 3233A 2465A

Garstang, R. H. Gindler, J. E. 1509 2609 2784 2850 346 IT 2358

• TV/ D C Garton, W. R. s

1459 2110 2111 2775 2883

Ginter, M. L.

Caspar, R. 2166 2167 2182 2195 2542 2533A

2878 3479T

Giulietti, A.

Gasparik, V. 2555

2610 Glass-Maujean, M.

1475 2271 2088A

Gaupp, A. 2130 2513A

Glassbrenner, C. J.

Gautam, M. S. 2662

2109 2611 2617 Glembockis, I. I.

Gavrilov, F. F. 3525T

1740 Glembockis, J. Geballe, R. 2878

2405 Glembockis, J. J. Gebauer, H. 1958 1962 2359 2780 3066 2066A Glencross, W. M.

Geelhood, B. D. 2187 2614 2335A 2568A Glozman, Ts. I. Gelebart, F. 3230

1827 Gnadig, P. Gelius, U. 1957 3011

1788 2615 2616 344 IT Gobel, L. H.

Geller, V. M. 1515 2079A 2516A

3225 Goble, A. T. George, S. 2623 1697A

1427 2888A Gohel, V. B. Gerber, G. 1802 2524A Gol'ts, E. Ya.

Gerding, T. J. 3153

3195 Goldberg, L. German, K. R. 1453- 2367 Golden, D. E. Gerstenkorn, S. 2207 2622

1651 1812 2132 2352 2358 3013 1698A Goldschmidt, Z. B. Ghiorso, A. 1373 1655 2402 2053A 3385T

2298 Goldsmith, S. Giacchetti, A. 1481 1773 1816 1924 2315 2934 3136

2351 2487A 2519A 3397T

Giacobino, E. Goldwire, H. C., Jr. 9979 oni

111 A oUIz 2924

152
4. Author Index — Continued

Golebiewski, A. Griffin, P. M.

1566 1642 2404 2666 2667 2668 2669 2764

Goly, A. 2902 2946 2081

A

2168A 2326A 2571A 2857A

2179 2863A 2864A

Gondaira, K. I. Griffith, J. A. R

1384 1488 2759

Good, R. H., Jr. Grigoreva, V. N. 2316 2253 Goodman, L. S. Grigorieva, V. N

1326 1814 1850 2947 2525A 2851

Goorvitch, D. Grineva, Yu. I. 1461 1785 2602 3506T

Gorbenko— Germanov, D. S. Groner, W.

3214 2334A 2499A

Gorchakov, L. V. Gross, M.

2220 2619 2621 2905 2906 2908 2910 2584 3025

Gordadze, G. S. Grossgut, P. 2108 3531T 3532T 1720

Oorshlcov, V. G. Grotch, H.

3121 1396 2211

' 1 1 ! 1 ^ rv 1 . ' ' . Gruber, J. B.

144.7 9690 2930 2594 3193 3203 3204

Gruen, D. M.

910Q 9617 3194

Gotthelf U Gruen, N.

1564 2015 2792

Grun, N. 1706A 1723 Gould H Gruzdev, P. F. 961 R 1464. A 1430 1899 2220 2409 2908 3306T 3392T

Gould, H. A. Grynberg, G. 2907A 2870 2871 2981 3223

Grabauskas, D. Guelachvili, G. 3503T 3504T 1379 1519 1649 1801 Green, A. E. S. Guerillot, C. R. 2904 3429T 3444T 3484T

Greenebaum, B. Guggenheim, H. J. 1712 2360

Greenlees, G. W. Guidotti, C. 2759 3405T

Greenstein, J. L. Gupta, A. 2138 3519T

Grein, F. Gupta, R. 3442T 3443T 1416 1763 1815 2197 2203 2204 2744

Grevess, N. 2751 2956 3000 1530A 1531A 1857A 1863A

2369 Gupta, R. P.

Grevesse, N. 3014 3029 3377T

2309 Gurchumeliya, A D.

Grif, G. I. 2416

3225 Gursch, O.

Griffin, D. C. 2074A

1554 1V_7.iicnprtin U S I It- 1 1 1 1 1 , VV . VV . 3175

153
4. Author Index — Continued

r

Handy, N . C. 2500A 3369T

Gutmacher, R. G. Hannaford, P. 2019 2225 3210 3211 1562A 1482 2080 Gutman I. I. Hansen, T. W. ! 3220 1615 2035 ZOOO oaaa Z / DZ zvzo 9O90 OO QQ A ZoooA Gutmann, F. 2570A 2574A

3138 Hansen, , . E. Guyon, F. 1665 1666 1756 1757 1758 1896 2287

1879 2774 2596 2597 2598 2599 2773 291

3017 Guzhavina T. I. 1676A 1677A 1683A 2044A 2485A 2486A 3440T

2641 3462T

Haas, D. Hansen, P. 2682 1984 1955A

Haas, Y. Happer, W.

2373 1416 1763 1815 2118 2197 2203 2204

Haberstroh R. A. 2744 2751 1530

1531A 1857A 1863A 1908

1800 Harcourt, R. D. Had i j u <3

n , J. 3517T

1513 Haroche, S. 2584 2595 2929 3025

1795 2018 2931 Harris, S. E. Ha era n 1 2382

2 134A Harrison, D. E., Jr.

i 1 ago ii v ii l * • . 3315T

1316 Harrison, K. G. n aoclrnm ^ A 1661 2770 2942 Hart-Davis, A. Hahn, D. R. 2199

1813 Hartig, W

HaVin nann , Yi . Rd . 1956 3062 1709A 2523A

1314 Hartmann M.

Hall nan, Ri v . Rd. 2554

2628 Hartmann W.

riaiiin, i\. 1367 1774 2742 2977

ZZO/ oUlo Zol/A Harvey, J S. M

nam , r . o. 1746 2734 B z4o(A z46zA Harvey, K. C.

f riamada, 1 . 2600 3015 2337A 2855A

lo/O ZOUO Haselton, H. tiamDro, L.. 2 168A

1 /, 1 / 1 7£*^ 1 7on IflOO 1616 1/66 1789 1988 Haselton, H. H.

> riameed, o. 2404 2668 Z66V 2764 2902 2946 2081

1 ^Q^. lO/IO O 9 9 0 A 16zo lo4o zoooA 2326A 2571

2857A 2863A 2864A

11,,,,,,,].,, ii r- rlameka, rl. r . Hashino, Y. z44z zoo4 2127

riamel, J. Haskell, T

Oil*) OAA

zllz zoUl 2025

f riamnn, Js.. Haskell, T. G.

1Woo 7QQ 1365 f Hanazaki, I, Haskins, P. J. 3409T 3410T 2265

Handrich, E. Hassan, V

2314 2431

154
4. Author Index — Continued

Hata, J. Hercher, M.

3020 1929 2814

Havey, P. E. Hermann, G. 1419 1805 Hawkins, R. T. Hermansdorfer, H. 3015 2855A 1760

Hayes, R. W. Hermanson, J. 1639 1669 1941 2279 2321 2563 2563 2891

A

2563 2923 Herrick, D. R. Heaps, W. S. 2835 2920 2921 2932 3085 2452A Herschel, M.

Hecht, H. G. 2099 2100 2189 2196 2386 2787 2067A

2594 Hertz, H.

Heddle, D. W. 0 2046A

2593 3165 Hese, A. Heden, P. F. 1628

1788 Heuer, H. Hedman, J. 3019

1788 Hibbert, A. Hegstrom, R. A. 2311 2769 3323T 3330T

1395 2211 2943 Hicks, P. J. Heideman, H. G. M. 2793 3087 3089

2767 Higginbotham, J. Hein, M. A. 2972

2257 Hilborn, R. C.

Heinicke, E. 2 164A

1687 2296 Hildenbrand, D. L. Heinzmann, U. 2758

3019 Hindman. J. C.

Helbert, J. M. 3184

1812 Hirsch, J. M.

Held, S. 2567A

1342 1344 Hobby, M. G.

Heldt, J. 1845 2670

2280 Hodge, W.

Hellentin, P. 2939 2483A Hoekstra, H. H. Henderson, E. W. 2892A

2391 Hoekstra, R. Hendricks, M. E. 1335 2264 Hoffman, H. S. Henins, A. 1997

2471 Hoffmann, G. W.

Henke, L. 2604 2511A

Henrichs, H. F. 2884

Henrichs, J. M.

1643 Henry, R. J. W.

Hogervorst, W.

2973 2506A

Hohervorst, W.

2627 Hoke, M. L. 2579

1852 1990 2206 3084 Holmgren, L. Herbst, E. 2626 2772 3095

2897 Holmstrom, J. E. 2625

155
4. Author Index — Continued

Holoeien, E. 3312T

Holoien, E. 3106 3338T

Holtzberg, F. 2451 A 2463

A

Holzrichter, J. F. 2460

Holoien, E. 1667 Hontzeas, S. 2031 2301 Hoory, S. 1773 Hopkins, F. 2201 2303 2176A 2330A

Hopkins, F. F. 2694 2714

Horak, Z. J. 2680

Horino, Y. 3086

Hotop, H. 1916 1917 2247 2671 1420A 1749A 1996A 3372T

Hoverson, S. J. 1981 2526A 3094A

Howat, G. 2930 Huang, K. N.

2 148A

Huber, G. 1400 1647 3088 3096 1702A 2086A

Huber, M. C. E. 2832 Hucek, R. 2809 3024 2332A

Huet, M.

1514 2965 Hughes, R. H. 2465A

Hughes, V. W.

1391 1856A 2148A 2154A 2528A 3401T 3486T

Hughes, W. M.

1397 1527A Huhnermann, H.

1429 1715 1755 2554 2779 2831 3006 1694A 1696A 2087A 2496A

Hui, S. S. 1711

Hulet, E. K. 2019 3210 Hummer, D. G. 2509

Humphreys, C. J. 1505 2228 2578 Huo, A. 1912A Huq, A. 1748A 2566A 2845

A

Hurst, R. P. 2406

Hussain, R. 3004

Hussonnois, M.

3388T 3516T

Hutcheon, R. J. 2266

Huzinaga, S. 2199 3363T 3371T

Hvelplund, P. 2842 Hyman, H. A. 2659

Iglesias, L. 2115 2047A

Ihle, H.

1715

Ikenberry, D. 1436

n'in, R. N. 3103

Imoto, S. 2776

Incesu, T. 3098 2566A

Ingelman, S. 1632 1952 2973 Ingemann-Hilberg, C. 3097 Inghram, M. G. 3054

Irikova, L. A. 3230

Irons, F. E. 2846 2847

Irwin, D. J. G.

1775 1970 2308

Isaak, G. R. 2759

Ishchenko, S. Ya. 2125 2896

Ishihara, T. 1448 1753

A

Ishii, K. 1985

Islip, M. F. J. 3356T

156
4. Author Index — Continued

Ismail, S. 2811

Ivanenko, Yu. M.

2255

Ivanov, L. N.

2702 3515T 3524T

Ivanova, A. N.

1555 3135 3393T

Ivanova, E. P. 2128 3508T 3515T

Jackson, D. A.

1568 2848 2849 3063 3077 3078

Jackson, M.

1622 1836

Jacobs, R. R. 1501A

Jacobs, V. L. 3163

Jacquinot, P. 2282 2472

Jaegle, P. 1607 1630

Jamelot, G.

1607 1630

Jamison, K. 2173A 2176A

Jamison, K. A. 2201 2694

Jankowski, K.

1576 1624

Jannitti, E. 2288 3100

Jaseja, T. S. 1454

Javan, A. 1453 1454

Jennings, D. A.

2941

Jensen, K. 1560

Jensen, R. C. 2548 2559

Jenson, F. E. 2940

Jenssen, H. P. 3079

Jessop, P. E. 2876

Jett, A. N.

2425

Jette, A. N. 1858A

Jinguji, M.

1817

3096

1963

1963

2714 2953

1589 1867

Joccotton, J. 2961 Johannesson, G. A. 1434 1965 2720 Johannsen, H. U. 2489

Johansson, G. 1788 Johansson, I. 1792 Johansson, L. 2771 2042A

Johansson, S. 1338 1734 2283 2719

Johnson, B. M.

2306 2604 2834 2881 2939 3065

Johnson, B. W.

2198 2938

Johnson, C. E.

1391 1487 1915A 2565A

Johnson, L. F. 2360

Johnson, W. R. 3300T 3472T

Johnston III, W. D.

1721 Johnston, D. R. 3187

Johnston, R. R. 2866A

Joki, E. G. 2786

Jones, B. B. 1474 2546

Jones, E. R., Jr. 2264

Jones, M.

1467 1922

Jones, T. J. L. 1459

Jones, W. E. 1351 1869

Jordan, C. 1459 1474

Jorgensen, C. K

3186 3191

Joshi, B. D. 2717 2718

Joshi, Y. N. 1964 2109

3039 3064

Jucys, A. 1573 1809

2106 2285 2748 3433T 3434T

1964 3141

1609 2546

2611 2617

3141 2051A

2715 2716 2840

1831 1983 2005 2878 3331T

3333T 3335T 3374T

157
4. Author Index — Continued

Jucys, A. P. Karosene, A. V.

1571 1572 1902 1958 1962 1971 2126 3177 3314T 3326T 3329T 3505T 3512T Karosiene, A. V. Judd, B. R. 1958 1962 3207 Karraker, D. G.

Julg, A. 2264 2970 2449A

3450T Kartashev, A. I. Julien, L. 3230 2088A Karwowski, J. Juncar, P. 2439 3373T 3413T 342 IT 3436T 3459T 3469T

3096 3514T

Junk, M. Kasdan, A. 2072A 2073A 2551 2671 2897 2 158A 3482T

Junker, B. R. Kasimov, G. G. 2214 2230 1432

Kafalas, J. A. Kastner, S. 2662 1476 Kahan, W. Kastner, S. O.

1944 2537 2545 2636 2843 3074 3327T 3383T

Kahler, H. 3438T

3460T Kasyanov, Yu. S. Kaiser, H. J. 2299 2412

1687 2296 Kato, Y.

KaJdor, U. 2520

1811 1967 1987 Katriel, J. Kalinin, S. K. 1728 3348T 3430T

1493 Katsuyama, Y.

Kaliteeveskii, N. [. 2127

1904 Kauffman, R. L. Kamegaya, T. 2201 2303 2694 2714 2916 2953 2 176A

2958 2331A

Kamel, M. A. Kaufman, R. L. 3128 1497A Kamenev, A. G. Kaufman, S. L. 1470 1387 1435 Kaminskas, V. Kaufman, V.

1831 1983 3455T 1402 1407 1553 1617 1660 1959 2223

Kancerevicius, A 2378 2475 2538 2591 2829 1369A 1674A

1619 3341T 3526T 2134A 2585A 3396T

Kaniauskas, J. Kaul, R. D. 3498T 1580 Kansa, E. J. Kaveckis, V. 2295 3455T

Kapisch, M. Kaveeshwar, V. G. 2149 3378T 2406

Karayianis, N. Kavetskis, V. I. 2723 1902

Karazija, R. Kazantsev, G. N.

1751 1809 2005 3503T 3504T 3175

Karaziya, R. I. Keenan, P. C. 3177 2138

Karev, V. I. Keenan, T. K. 2602 3210

158
4. Author Index — Continued

Keesing, R. G. W.

2593 3165

Keil, R. 2802

Keirns, M. H. 2569A

Keiser, G. M.

2565A

Keller, J. C.

1361 2013 2023 2435 2713 3022 1701A

2082A

Kelly, F. M.

1511

Kelly, H.

1308

Kelly, H. P. 1443 1853 1865 1978 2202 2898 2948

3017

Kelly, R. L. 3315T

Kemic, S. B. 2712 2784 2850

Kernahan, J. A.

1575 1775 1970 2308

Kessel, Q. C. 2856A

Kessler, E. G., Jr. 1383 1506 1901

Kessler, J. 3019

Kets, F. 2767

Kharitonova, V. N. 3496T

Kharnang, K. 3041 Khatoon, S. 1921 Khodos, M. Ya.

1740 Khutorshchikov, V. I. 2417 Khvostenko, G. I. 2253 2417

Kibble, B. P. 1889

Kickin, I. 1618

Kiel, A. 2367

Killingbeck, J. 3072

Kim, Y. K. 2975 3023

King, G. C. M.

2793

King, P. W.

1524

King, W. H. 1410 1417 2353 2084A 2583A

Kirchner, N. 2270

Kirilyuk, L. V. 3167

Kirin, Yu. M.

3227

Kiselev, A. 3503T 3504T

Kiselev, A. A. 3177

Kiselev, V. M.

1699 1919

Kiseliov, A. A.

1958 1962 Kistemaker, J. 2711

Klapisch, M.

2040A 3357T

Klapisch, R. 3096

Klarsfeld, S. 1935

Klein, B. M.

2460

Klein, F. S. 2392

Kleinpoppen, H.

1521 1522 1549 2193 2701 3070

Kleppner, D. 1394 1442 1729 2165A 2865A

Klimchitskaya, G. L. 1635 3415T 3416T

Klimkin, V. M.

3178

Klingbeil, R. 1866 1868 2406

Klinkenberg, P. F. A. 1548 2236 2380

Klotz, W. D. 2516A

Kluge, H. J. 1400 1647 2515 3088 1702A 2086A

Knoop, F. W. E. 2711 Knystautas, E. 1775 2875

Knystautas, E. J. 2122 2227 2419 2710

159
4. Author Index — Continued

Koenig, E.

r Krause, M. O.

1494 1943 2810

Kohl, J. L. Krauss, M.

2685 1716 Kojima, K. Kreplin, R. W.

2350 1462 Kojima, T. Krepostnov, P. I. 2350 1699

Kolbe, W. Kreutztrager, A. 2371 3200 3216 2307 3067

KoUar, J. Krokhin, 0. N.

1664 1821 1973 2408 2562 3123

Kollath, K. J. Kroll, N. M.

2504A 1789 2281 Komarovskii, V. A. Kromer, G. 2217 2252 2779 2087A

Konjevic, N. Kronfeldt, D. 1490 2497A

Kononov, E. Y. Kruger, H. 1669 1600 2687 2078A

Kononov, E. Ya. Kruger, H. D. 1347 1471 2299 2412 3043 3153 3432T 1972 1695A

Konovalov, I. P. Kruiver, P. J. G

1900 1335 Kontrosh, E. E. Krupenikova, T. I. 3112 2255

Koot, J. J. A. Krutov, V. V. 2535 2139A 2480A 2527A 2602

Kopf, U. Krylov, B. E. 1400 3040

Korneev, V. V. Krylov, E. I. 2602 1432 Korobkin, V. V. Kuchinskii, V. V

2299 2412 2415 Koschmieder, H. Kugel, H. W.

2700 2701 1440 1722 1846 2529A

Koshelev, K. N. Kugler, L. 1347 1471 2299 2412 3043 3432T 1400 1647 3088

Kothari, L. S. Kuhn, H. G. 3362T 3071 Kowalczyk, A. Kulkarni, R. G. 2280 1864 Kowalczyk, S. P Kulyasov, V. N. 2830 3041 Kowalski, J. 2261

Kozlov, M. G. 3040 Kponou, A.

1391 Krainska-Miszczak, M.

2984 Kramer, P. B. 2145 2858A

Kumar, L. 1423

A

Kunin, P. 3467T

Kunisz, M. D. 3099 Kunz, A. B. 2912 Kunze, H. J. 1313 1650 1721 3027 1905A

160
4. Author Index — Continued

Kuplayuskis, Z. I 2995

Kupliauskis, Z. 1573 3331T

Kupliauskis, Z. I. 3314T

Kupliauskis, Z. J. 1572 1971 Kuplyauskene, A. 2995

Kurepa, J. M.

2593

Kurittu, L. 2014

Kurucz, R. L. 2518 Kurzenkov, V. N.

1699 1919

Kutcher, G. J. 2904

Kuti, J. 1957

Kuyatt, C. E. 2200

Labarthe, J. J. 2688 2730

Labat, J. 1490 Laborne e Valle, D. E. 2147 3360T

Labzovskii, L. N.

1635 1825 3121 Labzowsky, L. N. 3128

Lafferty, J. W.

2464A

Lahaye, B. 2745

Laloe, F. 1823 Lam, D. J. 2355 3217 2892

A

Lam, L. K. 2203 2751 1857A Lamb, W. E., Jr. 1387 1435 1550 Lambropoulos, M.

3073 Lammermann, H. 3199 Lamoureux, M.

3456T

Lan, V. K. 2564

2126 3329T

V.

3415T 3416T

1752

Lancman, H.

286 7

A

Landais, J. 1477 1519 Landman, D. A. 2690

Lange, W.

1972 1695A 2096A 2507A

Langhoff, P. W.

2903

Langlois, J. 2672 Lankard, J. R. 3189

Lantschner, G. 2691

Lanzi, G. 2420

Lapeyre, G.

2891

A

Larson, D. J. 2294 256 7

A

Larsson, S. 1842 1848 2237 2692 3408T

Lassettre, E. N. 2969

Latimer, R. M.

3211 Latshaw, W. S. 1580 Latvamaa, E. 2014

Laubert, R. 2404 2668 2669 2902 2916 2168A 2326A

2331A

Lauer, H. V. 2345 2365

Laughlin, C. 1838 2037 2679 2680 2801 3111 3147

3159 3161 2156A

Lawrence, G. P. 1824 Lazauskas, V. 3331T

Lazauskas, V. M.

3505T Le Dourneuf, M.

2564

Lea, K. R. 1387 1435 1752

Leal Ferreira, G. F. 2323

Learner, R. C. M.

1310 1524 2631

161
4. Author Index — Continued

Leavitt, J. A. 2258

Leavitt, R. P. 2990 3037 3079 Leboucher, E. 2684 Lebow, P. 2336A

Lecler, D. 2794 2501

A

Lecordier, R. 1812 Leduc, M.

1823

Lee, A. R. 1569

Lee, C. M.

2213 2274 2899 2994 2573A

Lee, K. H. 2453A

Lee, N.

2761

Lee, S. A.

2035 2752 2338A 2574A

Lee, T. 1321 1700 2246 2425 2699 2914 3029 1858A 1859A 2531

A

Lee, T.N. 2328A

Lee, W. S. 1438 1711 Lee, Y. S. 3497T

Leelavathi, H.

2811 Lennard, W. N.

1767 Lesage, A. 1793

Lesprit, J. F. 2023 Levenson, M. D. 2436 2650 3119 2339

A

Leventhal, M.

1387 1419 1435 1440 1722 1846 2944 2529A

Levush, B. 2741 Lew, H.

1746 Lewin, G. F. 3347T

Lewis, H. R. 3049

Lewis, M. L. 1856A 2 148A 2 155A 2528A 2651 A 340 IT 3486T

Lewis, M. N. 2680

Lewis, S. A.

1391 Lewis, W. B. 3379T 3380T

Ley, L. 2830

Lezhava, E. A.

1745 2108 353 IT 3532T

Lhuillier, C. 2652

Li, H. 1480 1777 1778 1368A

Li, H. H. 2578

Liao, K. H. 2204 2751 2863A 2864A

Liao, P. F. 2384 Liberman, D. A. 3380T

Liberman, S. 1648 2282 2472 2653 2804

Lido, G. 1409 2261 Liebmann, S. P. 2654

Liening, H. 2655 2078A

Liepinsh, A. 2124

Liesegang, J. 1569'

Lin, C. C. 1970

Lin, C. D. 2399 2918 2572A

Lin, C. P. 3472T

Lincke, R. 1418 2489

Lindau, I. 2890A

Lindeberg, S. 2310 2677 2678

Linderberg, J. 1768 Lindgren, I. 1605 2001 2950 1682A 2060A 2061A 2062A

2068A 3318T 3386T 3507T

162
4. Author Index — Continued

Lindgren, J. 2709 2950 2061A 3453T

Lindskog, J. 2267 251 7A

Lineberger, W. C. 1916 1917 2247 2551 2671 2897 3073 1749A 1996A 2158A 3372T 3482T

Linz, A. 3079

Lipis, L. V. 2790

Lipovetskij, S. S. 3407T

Lissillour, R.

| 3444T 3484T

Littlefield, T. A. 3115

Littman, M. G.

2 165A 2865

A

Litzen, U. 1338 1734 2283 2362 2719

Liu, C. H.

1359 1525 1588 1828 2400 2443 2445 1657A

Liu, C. S. 2347

Livanova, L. D. 2413

Livingston, A. E. 1970 2308 3055

Livingston, A. E., Jr. 1339 Ljubimov, A. 3467T

[ Lluesma, E. G.

1926 3002

i Lo, B. W. N.

1725 3305T 3342T 3343T 3344T 3345T 3346T

Lofstrand, B. 2683 1673

A

Loginov, A. V. 2409 3392T

Lombardi, M.

1974 2643 2757 Lougheed, R. 3210 Lougheed, R. W.

2019 2225 1562A

Loulergue, M.

1381 2114

Lowther, J. E. 2348

Lozinkov, A. V.

1899

Lu, C. C. 3452T

Lu, K. T. 1348 2213 2290 3129

Luc, P. 1651 1969 2352 2358 1698A 2071A

Luc-Koenig, E. 2681 2961 1684A

Lucas, M. W.

1661 Lucas, P. 2988

Lucatorto, T. 1796 1944

Lucatorto, T. B. 2844 3133

Luke, T. M.

1968 3101 Lundeen, S. R. 2145 2876 3056 2886A

Lundin, L. 2514A

Lundstrom, T. 1883 1965 2003 2720

Lunell, S. 1995

Lurio, A. 1855A

Luther, G. G. 2852A

Luther, J. 2096A 2507A

Lutz, O.

1466 1600 2687 Luyken, B. F. J. 1794 Luypaert, R. 3075

Lyast, I. Ts. 2256 Lynch, D. J. 1594

A

Lynch, D. W.

2889A

Lyslo, G. 1980 3337T 3338T 3423T 3477T

Ma, I. J. 2261 Macdonald, J. R. 2215 2398 2407 2916 2177A 2331A

Macek, J. 2622 Mackey, D. J. 2171

163
4. Author Index — Continued

Mackey, J. J. 2306 2834 2939 Madan, R. N.

1989 Madden, R. P. 1437 1526 1796 2844 Maddox, W. E. 1927 2226 Mader, D. L. 1818 2028 2656 1424A 1496A 1652A 1911A 2333A

Magnant-Crifo, F. 3151 Magnusson, C. E. 2613

Mahanti, S. D. 2914

Maio, A. D. 2608

Major, F. G. 2657 1527A

Makurin, Yu. N.

1432

Malik, F. B. 3452T

Malka, Y. 2985

Malkin, I. A. 2735

Malli, G. 1539 1540 1541 1542 1543 1576 1624 Mallow, J. V. 3437T

Malvezzi, A. M.

3100

Maly, J. 2298 3388T 3516T

Mamyrin, A. B. 2254 Manakov, N. L. 3001 3137

Manalis, M. S. 1601 Mandel'shtam, S. L. 3153 Mandelberg, H. I. 1906

A

Mandelstam, S. L. 2602 Mandl, A. 2659 Mandrek, K. 1429 1715 1755 2831 3006 1694A 2496A

Mann, J. B. 1436 1445 1606 2224 2423 2638 2724

2922 3205 3300T 3380T 3381T

Manne, R. 1788 3466T

Mansfield, M. W. D. 1679 1881 2030 2231 2473 2660 2725 2760 2800 2963 3058 3090 3131 3132 Manson, S. T. 1534A

Manthey, W. J. 2346 Maquet, A. 1935 March, N. H. 3448T

Marchand, P. 2576 Marchand, P. D. 2010

Marchetti, M. A. 1716

Marelius, A. 2267 2517A

Margalit, G. 2519A

Margerie, J. 2745 2798 2501A

Marino, C. A. 2334A 2499A

Marmet, P. 1323 1495 1545 1724 2259

Marquet, L. C. 1953A

Marrus, R. 1592 2618 2722 2907A

Martin, W. C. 1636 1779 1839 2349 3308T

Martinson, I. 1401 1508 1608 2031 2258 2301 2514A

Mashinskii, A. L. 1761 Masmoudi, K.

1705 1880 1998 Mason, H. E. 3104 Massone, C. A. 1926 3002

Masui, T. 1382 Matese, J. J. 1439 1990 2206 2797

Matsubara, C. 1448

164
4. Author Index — Continued

Matsuzaki, H.

2958 Matthews, D. L. 2216 2306 2317 2604 2834 2881 2939

2945 3108 1910A 2329A 2330A

Matthews, V. P. 2058A

Matulaityte, A. V.

1572 1971 2126 3329T

May, A. D. 1611 Mayers, D. F. 2607 Mayquez, E. R. 3427T

Maysilles, J. H.

1576 1624

Mazalov, L. N.

2641 McCavert, P. 1654 2461 McColm, D. W.

1528A McConkey, J. W.

2640 McCulloh, K. E. 2639 McDermott, M. N. 2614 2696 1421A 1907A 2335A 2568A

McDowell, C. A. 3057

| McDowell, J. D. 1732 3353T

McEachran, R. P. 1399 1622 1836 3458T

McFeely, F. R. 2830 McGinn, G. 3313T

McGuire, E. J. 2919 2998

McErath, T. J. 2766 McLaughlin, R.

3211 McMahon, J. M.

2460 McWeeny, R. 1897 Mednikova, V. N. 2133 Meehan, J. P.

ji 2391 Meekins, J. F. 1462 1797 2478

Meggers, W. F. 2006 Mehlhorn, R. 1887 3215

Mehlhorn, R. J. 3198

Mehlhorn, W.

1819 Mehlman, G. 2305 2781 3130 2041A

Mehlman-Balloffet, G. 1790 1940

Meier, T. 3006 1696

A

Meier, Th. 2496A

Meijer, F. G. 2236 2603 2658 1671 A 2056A

Meinders, E. 1820

Meisel, G. 1584 2099 2100 2189 2196 2386 2600

2787 3015 2066A 2067A 2337A 2855A

Mel'chenko, V. S. 3176

Mellichamp, J. W.

1557 Mendelsohn, L. B. 2638

Merle, D. 2352 Merzyn, G. 1517 1799

Metcalf, H.

1384 1488 2026 2164A 2336A 2860A

Meyerott, A. J. 2185

Michel, J. J. 2433

Michels, D. J. 2580 2448A

Midtdal, J. 1667 1980 3106 3312T 3336T 3337T 3338T

3423T 3477T

Migdalek, J. 3099

Mihailescu, I. N.

1535 1620

Miladi, M.

2434

Miller, M. H. 2805

Miller, T. A.

1311 1489 2135 2949

165
4. Author Index — Continued

Milslein, R. 1455

Minchin, P. E. H. 2957 Minnhagen, L. 1317 1407 1882 1883 1965 2131 2909 2484A

Missavage, D. W.

1534A Miyakawa, T. 3445T

Miyake, C. 2776

Mizuno, Y. 1612 Moe, G. W.

1421A 1907A

Mohr, P. J. 2836 3061

Moller, C. 3475T

Mollet, H. F. 3198 Monaghan, D. A. 2885A

Moody, J. B. 1813 Moody, S. E. 3073 Moore, C. E. 1356 1426 2533A

Moore, C. F. 2216 2306 2317 2604 2834 2881 2939

2945 3021 3065 3105 3108 1909A 1910A 2329A 2330A 2861A

Moore, J. H., Jr. 2900 Moores, D. L. 3060 2530A

Moos, H. W.

2033 1532A 2853A

Moran, T. I. 1800 Morgan, F. J. 1459 Morgenstern, R. 2524A

Mori, Y. 1817

Morillon, C. 1975 2647 2681 Morozova, N. G. 1903

Morris, J. 1310

Morrison, C. A.

1670 2723 2990 3037 3079

Morrison, J. 2950 2060A 2061

A

Morrison, J. C. 1325 1765 2646 1561A 1682A

Morrison, R. C. 3480T

Morton, D. C. 2645 Moser, C. 3323T

Moser, C. M.

1320 3310T 3361T 3493T

Moses, H. 'E. 1997 Moskowitz, P. A. 2121 2400 2643 2644 1708A 2334A 2499A

2894A

Mossberg, T. 2381 Movahed- Ardabili, R. 1727A Mowat, J. R. 1590 2215 2404 2407 2668 2669 2902

2916 2946 2081A 2168A 2177A 2326A 2331A

2863A 2864A

Mrozek, J. 1566

Mueller, R. O.

2952 2 154

A

Mukherjee, D. C. 3174 Mukherjee, N. G. 3174

j Mukherjee, P. K. 3322T 3519T

Mukherji, A. 3322T 3463T

Mukhtarov, S. M.

1493 1681 MuUer, G. 2072A 2073A 2497A U

j Munch, D. 3124 Murad, E. 2758 Murakawa, K. 1986 2589 Murakhtanov, V. V. 2641

166
4. Author Index — Continued

Murav'ev, I. I. 2619 2621 2905 2906 3176

Muravev, E. N.

1870 Murnick, D. E. 1440 1722 1846 2529A

Musher, J. I. 1711 2693

Muto, K. 2361

Myint, T. 1442 Naber, R. H.

2195 Nadan, A. L. 1827 Nagakura, S. 3409T 3410T

Nagel, D. J. 2424 2460 2543 2721 2743 2951 Nakajima, M.

2958 Nakamura, Y. 2606

Nakatsuji, H. 3447T

Nakazawa, E. 2363 Narasimham, M. A. 1330 1392 Naray-Szabo, G. 2648 2649 3446T

Naslenas, E. 3333T 3335T 3374T

Nasu, K. 2350

Natarajan, A. 2322A 2454A

Nathan, M. I. 2451

A

Nayfeh, M. H.

2752 2338A

Nazaroff, G. V.

1928 Negus, C. R. 2546

Nesbet, R. K.

1320 2241 2673 3361T 3493T

Nestor, C. W.

3419T

Nestor, C W., Jr. 1732 3353T 3452T

Neufeld, L. 3140

Neufeld, L. W.

1473 Neugart, R. 2629 2819 1703

A

Neupert, W.

1476 Neupert, W. M.

1428 2537 2545 2636 2664 3074 3224

Newell, W. R. 2632 3030 Newman, D. J. 1431 1510 2116 Newsom, G. H.

2631 2808 3068 Newton, G. 3109

Ney, J. 1349 1371 3052 Nguyen, T. D. 1360

Nicholas, J. V. 2218 2926 3166 2098A

Nicholls, R. W.

1459

Nicolaides, C. A. 1851 2004 2007 2630 2459A 3465T 3495T

Niehaus, A. 2691 2524A

Niessen, W. v. 2428

Nietsche, H.

1882

Nikitin, A. 3116

Nikitin, A. A. 3530T

Nir, S. 1374 Nishimura, F. 2750

Nishioka, K. 2520

Nolle, A. 1466 1600 2687 Noorman, P. E. 2375 3454T

Norcross, D. W.

2509 2633 2671 3060 2 157A 2530A

Nordgren, J. 3236

Nordling, C. 1788 3236

Norlen, G. 2634 2057A

167
4. Author Index — Continued

Nottbeck, B. 2096A 2507A

Novick, R. 1393 1818 1944 2028 2656 1652A 191 1A

Nugent, L. J. 2344 2423 3038 3302T 3350T 3412T 3417T

Nussbaumer, H. 2114 2557 2635

Nygaard, K. J. 1314 3069 2152A

Nyqvist, H. 2000 O'ConneU, R. F. 2674 2756 2799 3084 3162 O'Connor, S. 2631

Oberoi, R. S. 1668 2673 Oda, N. 2750

Odabasi, H.

1509 3309T 345 IT

Odintsov, V. I. 1452 Ogawa, T. 1659

Ogurtsov, V. I. 3120

Ohi, M.

2675 3102 Ohrn, U. 1768 Okhrimenko, B. A. 2027

Olsen, D. K. 2834

Olsmats, M.

1952 Olympia, P. L., Jr. 1762 1885

Onello, J. S. 3485T 3487T 3489T

Oona, H.

2558

Oparin, V. A. 3103 Oppenheimer, M.

2140 331 IT

Oreg, J. 2053A

Oreg, Y. 2188 Oren, L. 1816 1924 2315 3136 2487A 3397T

Ormonde, S. 1324 2207 2242 2767 1587A

Orth, H. 1704A

Otten, E. W.

1400 1647 2819 3088 1702A 1703A 1704A 2086A

Ottley, T. W.

3030 3070

Ovsyannikov, V. D. 3001 3137

Ozias, Y. 3450T

Ozvoldova, M.

2610 Pacheva, I. 1939 Paczek, A. P. 3435T

Page, A. G. 2717 2718

Paget, T. M.

1334 1662

Paisner, J. A. 2595 2929

Paleev, V. 1. 1470

Palenius, H. P. 2986 1672

A

Palling, P. 3363T

Palumbo, L. J. 1822 2522A

Palyudov, A. N. 3407T

Pappalardo, R. 2765 3191 Pappalardo, R. G. 2248 2251 2988

Paquet, C. 1323

Parcell, L. A. 2672

Parkinson, J. H.

1585 2034

Parkinson, W. H.

1886 2685 2766 2775

Parkinson, W. J. 1459

Parr, A. C. 3054

Parsons, T. C. 3150 3212

168
4. Author Index — Continued

Partensky, A. 3145

Pascu, M. L. 2198

Pasternak, A. 1376 1655 2402

Paszek, A. P. 1735A

Patel, B. M.

2717

Patkevicius, J. 2878

Patterson, T. A. 2247 2671 1420A 1749

A

Paul, E., Jr. 1505

Paul, F. W.

13 70

A

! Paul, G. 3034

Pavinsky, P. P.

1731 Pavlichankov, A. V. 3407T

Paxton, H. J. B. 1459 Peacock, N. J. 1845 1976 2277 2341 2670 2846 2877

Peacock, R. D. 2816 3418T

Pebay-Peyroula, J. C. 1974 Pedersen, E. H. 2842

Pegg, D. J. 1642 2215 2404 2666 2667 2668 2669

2764 2902 2946 2081 A 2168A 2326A 2571

A

2857A 2863A 2864A

Peierls, R. F. 1456

Pekeris, C. L. 2194 3303T 3494T

Pelletier-Allard, N. 1685A

Pendlebury, J. M.

1640

Penkin, N. P. 2217

Penkina, N. N.

2410

Penselin, S. 1799 1800 2065A 2066A

Perel', V. I. 1904

Peresse, J. 1827 Perevertun, V. M.

1493

Perez, J. D. 2866A

Perkins, J. F. 1485 2245

Persson, W.

1406 1771 1896 2287 2596 2597 2911 1676A 1677A 2044A 2485A 2486A

Pert, C. J. 2150 Peterman, A. 1829

Petersen, F. R. 2941

Petersen, H.

2931

Peterson, J. R. 3150 3208 3212

Peterson, R. 2215 2404 2168A

Peterson, R. S. 2668 2669 2902 2081 A 2326A 2863 A 2864A

Petkevicius, J. 3525T

Petrosky, V. E. 2813

Pettersson, J. E. 1411

Pettersson, S. G. 1675A

Pettit, G. D. 3189

Phillips, K. J. H. 2285 2664 2665

Phillips, M. V.

1813

Phillips, W. D. 1729

Piacentini, M.

2889A

Pianetta, P. 2890A

Pichanick, F. M. J. 1391 1748A 1912A

Pichler, G. 2663

Pickup, B. T. 2620

Picque, J. L. 1787 2282 2093A 2094A

219-865 n - 7fi - 12 169
4. Author Index — Continued

Pierce, A. K. 2982

Pihl, J. 2267 2517A

Pikuz, S. A. 2560 2561 2562 3122 3123

Pilloff, H. S. 2859A

Pinard, J. 2282 2472 2804 3096

Pine, A. S. 2662 Pineau des Forets, G. 2107

Pinnington, E. H.

1328 1339 1614 1970 2130 1689A 1690A 2090

A

Piper, W. W.

2457A 2462A

Pipkin, F. M.

1358 1389 1390 1764 2145

3056 2858A

Pitzer, K. S. 3497T

Platas, O. R. 1309

Platisa, M.

1490

Platz, I. 2113

Pluvinage, P. 2731 Podobedova, L. I. 1347 3043 3432T

Poe, R. T. 2024 2917 3118

Pollack, S. P. 1520

Pollard, I. 1881 Popescu, D. 2198 2938 2574A

Popescu, I. 2198 2938 2574A

Popescu, I. M.

1535 1567 1620 Popov, A. I. 1900 Popov, V. S. 1503 1772 Popov, Yu. N.

3227 Popp, H. P. 3081

3169

2788 3156

2260 2876

Popp, H. W.

2020 Poppe, R. 2763 3449T

Porter, F. T. 1357 1606

Porter, R. N. 2739 3035

Pospieszczyk, A. 3082

Postoi, E. N. 3218

Pottier, L. 3179

Poulizac, M. C.

1578 3168

Poulsen, O.

2091 2212 3080 2092A 2510A

Powell, F. X. 1504

Powell, R. C. 2455A

Power, J. D. 1717 Praddaude, H. C. 1826 Pradhan, A. K. 2841

Prat, R. F. 1847

Preston, J. A. 2640

Preuss, H. 3522T

Prior, M. H.

1487 3053

Pritchard, D. 2661

Proetel, D.; 3171 Prokop'ev, V. E. 3178

Protsenko, E. D. 1900

Ptitsyna, E. A. 3230

Purcell, J. D. 1808 2936

Puric, J. 1490

Purvis, G. 2620 Pyykko, P. 2014

170
4. Author Index — Continued

Quemener, J. J. 1323 1495 1545 1724

Raassen, A. J. J. 2763

Rabe, P. 3134

Rabik, L. 2124

Rabin'kina, N. V. 3393T

Rabinkina, N. V. 1555 3135

Rackwitz, R. 1687 2296

Radler, K.

1795 2018 2931 3134

Radziemski, L. J.. Jr. 1363 1379 1463 1617 1813 1833 2475 2043A

Rafi, M.

3115 Raghavan, R. S. 3171

Rahimullah, K. 2933 2492 A 341 IT

Raible, V. 2700 2701

Rajagopal, A. K. 3084

Rajnak, K.

1325 1887 3197 Ramaker, D. E. 1355 2411

Ramirez, R. 1346 Ramsden, S. A. 2150 Ramsey, N. F. 1441 2294 2567A

Randal], R. 2398 2421 2446 2174A

Ranochak, J. E. 3389T

Ransil, B. J. 3365T

Rao, V. J. 2377 3173

Rapley, C. G. 2786

Rapoport, L. P. 3001 3137

Rapp, D. 1744 1918

2869

3029 1859A

3087

1577 2592

1756 2698

1757 2925

2586 1860A 2334A 2499

A

2110 2111 2883

Rau, A. R. P. 2952 Rauh, E. G. 2312 2374

Rautian, S. G. 3227

Ray, S. N.

1 700 2699 Read, F. H.

1784 2793

Reader, J. 1483 1507 2379 2590 1743A 3420T

Rebane, T. 1403 Rebane, T. K. 2410 3439T

Rebelo, I. 1830 2607

Rebolledo, M. A. 2697

Redi, O. 2400 2422

Reeves, E. M.

1459 1886 Rehak, P. 3528T

Reichert, E. 2270

Reid, C. E. 3143 Reimann, R. J. 2696 1938

A

Reinhardt, W. P. 2695

Reintjes, J. F. 2328A

Reisfeld, M. J. 2221 2222 Remy, M.

2117 Repko, W. W.

1878 2243

Reynolds, R. W.

3201

Richard, P. 2201 2303 2407 2694 2714 2173A 2176A 2177A 2330A 2331A

Richardson, C. B. 2465A

Richardson, J. W.

3389T

1758 1776 1366A 1741A

2224 2686 3192 3205

2916 2953

171
4. Author Index — Continued

Richou, J. 1793

Rico, F. R. 2050A

Ridgeley, A. 2009

Riedl, H. 2068A

Riley, M. E. 2693

Ring, D. B. 1640

Rinker, G. A., Jr. 2922

Ripskyte, P. 1751 Risch, L. 2079A

Risley, J. S. 2405

Riviere, P. 2652

Rjabtsev, A. N. 3042 3044 3045 Robaux, O. 2435 2082A

Robb, W. D. 2762 3330T

Roberts, K. 2834

Roberts, K. S. 3065

Robinson, H. G. 1397 1914A 2159A 2532A 2565A

Robiscoe, R. T. 1385 1388 3499T

Rodgers, J. E. 2246 1861A 2531A

Rodriguez, J. M.

1702

A

Roesler, F. L. 1383 1506

Roetti, C. 3510T 351 IT 3529T Romand, J. 1790 3130

Ron, A. 1308 1443

Roos, B. 1656 Ropp, R. C. 3228

Rosen, A. 2000 2001 2002 2707 2708 2709

3095 1692A 2062A 2068A 3386T 3453T

Rosenberg, H. J. 3339T

Rosenthal, D. 3458T

Ross, C. B. 1408 2579

Ross, J. E. 1936

Ross, J. S. 1552 1554 2582A

Ross, K. J. 2632 3030

Ross, R. G. 3126

Rothe, E. 1476

Rothe, E. D. 3074

Rountree, S. P. 1852 1990 2206

Rouse, C. A. 1312 Rowley, W. R. C. 1889 Roy, D. 2796 3031

Roy, H. P. 3519T

Rubinson, W.

3355T

Rubinsztein, H. 2068A 2500A

Rudge, M. R. H.

1654 Rudi Saussereau, H.

2233 Rudi-Saussereau, H. 2965 Rudkjobing, M.

2706 3097

Rudzikas, Z. 1618 2005 3498T

Rugge, H. R. 2304 Rummel, H. 2894A

Runciman, W. A. 2171 3206

Rundel, R. D. 2924

2772

172
4. Author Index— Continued

2416 2989 3496T 350 IT 3531T 3532T

Ryabtsev, A. N.

1471 2412 2703

Ryan, J. L. 2344 3186

Ryan, L. W., Jr. 1589 Rydberg, S. 1409 1840

Sabas, K.

1573

Sabisky, E. S. 3049 3114

Sacconi, A. 3032

Sadlej, A. J. 2705

Sadziuviene, S. 1619 1751

Sadziuviene, S. D. 1958 1962

Safonov, V. P. 3227

Safronova, U. I. 1555 1745 1977 2108 2128

3135 3391T 3393T 3491T 3492T

3508T 3515T 352 IT 3523T 3524T

Safronova, V. I. 3506T Sahm, A.

1942

Sakai, Y. 2704 335 IT 3457T

Sakurai, K.

1450 Saloman, E. B. 2844 3133

Salomon, D. 2053A

Salop, A. 2208

Salour, M. M.

2436 3119

Samanta, S. R. 2862A 2887A

Samson, J. A. R. 2813

Sanche, L. 1898 2219

Sanchez del Rio, C. 3427T

Sandars, P. G. H. 2395 Sandeman, R. J. 2832

Sandle, W. J. 2038 3033

Sandlin, G. D.

1458 2936 2533A 2534A

Sanematu, T. 1612 Saraph, H. E. 3316T

Sasaki, F. 2732 3424T 3425T

Satten, R. A. 3187 3188

Saufley, D. C. 2812A

Sauter, H.

2515

Savochkin, Yu. P. 3175 Savukynas, A. 2005 3164

Savukynas, A. J. 1958 1962 Sawyer, G. A.

1976 Sawyer, W. H. 1595A

Saxena, K. M. S. 1539 1540 1541 1542 1543 1582 1623

1644 1725 2119 2292 3305T 3342T 3343T

3344T 3345T 3346T 3352T 3366T 3367T 3370T

3421T 3436T 3514T

Saxena, R. N.

2717

Seardefield, J. E. 3189

Schabert, A. 2802

Schaefer III, H. F. 1309

Schafer, H. J. 2779 2087A

Scharmann, A.

1805 Schawlow, A. L. 1615 2588 2595 2600 3015 2337A 2574A

2855A

Schectman, R. M.

2426 2503 Schenck, P. K. 2164A 2689

A

Schenck, P. S. 2859A

Scheuch, J. 1774

173
4. Author Index — Continued

Schieder, R. 1709A 1710A 2523A

Schiff, B. 2194 3303T 3494T

Schlagheck, W.

2682

Schlesinger, M.

2343

Schmelling, S. G. 2403 1862

A

Schmidtke, G.

1457 Schmieder, R. W.

1556 1592 1680 2618 2815

Schmitz, W.

1819

Schneider, D. 3065 2329A

Schneider, K. R.

2979 SchoU, P. S. 2579 Schowengerdt, F. D. 2622

Schrader, D. M.

1355 2411

Schreiber, C. L. 3187 3188

Schrenk, W. G. 3140

Schrijver, J. 2375 3454T

Schroder, H. W.

2096A 2507A

Schrodl, E. 2099 2100 2189 2196 2386 2787 2806 2067A

Schuda, F. 1929 2814 2163A

Schuessler, H. A.

1981 2526A

Schulman, J. M.

1438 1711 2693

Schulz, G. J. 2219 Schurmann, D. 2682 Schwarz, K. 2820 3318T 3349T 3473T 3474T

Schweickert, H.

2819 1703A

Schweighofer, M. G. 2191

Schweitzer, W. G., Jr. 1372 Schweizer, W.

1457 Schwenk, A. 2687 Schwiesow, R. L. 2250 Schwob, J. L. 1663

Scofield, D. F. 1960 1425

A

Scott, W. R. 2444

Seaton, M. J. 1579 1782 1832 2868 3316T

Selbin, J. 2474

Sell, J. A. 2366

Sellin, I. A. 1642 2215 2404 2407 2666 2667 2668

2669 2764 2818 2902 2916 2946 2081A

2168A 2177A 2326A 2331A 2571A 2857A 2863A

2864A

Sen, S. K. 3014 3029 3377T

Senaslenko, V. S. 3407T

Serafino, P. H. 2155A

Serenkov, I. T. 3103

Series, G. W.

2080 2383 3075

Serov, R. V. 2299 2412

Sessler, A. M.

1719 Shadmi, Y.

1631 2180 Shadzhyuvene, S. D. 3177

Shafer, J. H. 1472A

Shahin, I. S. 1615 2752

Shalyapin, A. L. 1740 Shamey, L. J. 1327 Sharma, C. S. 1830 2607 2824

Sharp, J. M.

2793 3087

174
4. Author Index — Continued

Shavtvalishvili, I. A. 3524T

Shaw, J. R. D. 2218 2926 3166 2098A

Shendrik, T. V. 3220

Shenstone, A. G. 1398 2987

Shenton, C. B. 1459 Shenton, D. B. 2546

Sheorey, V. B. 1646

Sherrill, H. J. 2474

Sherstiuk, A. I. 1731 Sherstyuk, A. I. 2129 Shimoda, K. 1450

Shionoya, S. 2363

Shirley, D. A. 2823 2830

Shishlovskii, A. A. 3167

Shkadarevich, A. P. 2414

Shore, B. W.

2822 2833

Shpenik, O. B. 1920 3112 3152

Shrivastava, S. K. 2821

Shtoff, A. V.

1761 Shugart, H. A.

1810 2186 3046 1364A 2566A

Shul'gin, B. V.

1740 Shyn, T. W.

1385

Sibincic, Z. 1591

Sibley, W. A. 2453A

Sichel, J. M.

2672

Sidel'nikov, Yu. V.

1 3153

Siefart, E. 3052

Siegbahn, K. 1788 2615 2727 3236

Sigillito, V. G. 1806 1807

Signolle, J. P. 2794 2501A

Signorini, C. 3171

Sikkeland, T. 2298

Sills, R. M.

1767

Silsbee, H. B. 1748A 1912A

Silva, R. 2298

Silver, A. 2915

Silver, J. D. 2021 2022 2623 3222 1697A 2089A

Silverman, M. P. 2584

Simons, R. L. 1978 Simpson, F. R. 2842

Sims, J. 2903

Sims, J. S. 1316 2184 2770 2942

Sinai, J. J. 3365T

Sinanoglu, O. 2827 2835 2921 2932 3050 3471T

Sinfailam, A. L. 3016

Singh, S. P. 2955

Sjoblom, R. K. 2249 3209

Sjodin, R. 2267 3018 2517A

Skiba, O. V. 3175

Sklizkov, G. V. 2408 Skokan, E. V. 2412 Skouboe, N. 2510A

Skouboe, N. J. 3080 Skribanow itz, N.

1589

175
4. Author Index— Continued

Skrok, D Sommer, J. 1693

A

2074A 1343

Skutnik, B. J. Sommerdijk, J. L. 332 IT 3471T 2376

Smirinov, E. P. Somorjai, R. L. 3439T 1717 Smith, A . J. Sonntag, B. 2793 1795 2018 2931

Smith, D W. Sorokin, P. P. 1762 3480T 348 IT 3183 3189

Smith, E R. Sovter, V. V. 3084 1920 3112 3152

Smith, G Spector, N. 2502

1337 1342 1345 1564 1925 2209 2370

Smith, J. B. 2695

Spccr, R. J. Smith, J. E„ Jr. 1459 1845

2451

A

Spence, D. Smith, K 2795 3051 2151A

2207 2242 1587A Spicer, W. E. Smith, 1. E. 2890A

2834 2939 Spicuzza, R. A. Smith, R J. 2856A 2889A Sprouse, G. Smith, R L. 2026

1565

A

Spruch, L. Smith, S. J. 2952 3073 Sramek, J. Smith, V H., Jr. 2318 2429

1842 1993 2692 3520T Srivastava, M.

Smith, W . H. 3362T

2645 Stacey, D. N.

Smith, W . W. 1332 2021 2022 2623 2838 3071 1697A

1642 2215 2666 2667 2571A 2085A

Smitt, R. Stacey, V. 2826 3071 Smutek, VI. Stalherm, D. 2429 1819 Snow, R. L. Stamper, J. A. 2825 2460

Snyder, R. Standage, M. C

2676 3304T 3368T 2038 3033

Nikcilnff, J. Stanton, H. 2340 2817 2525A

Sokolov, A. P. Stanton, H. E. 2254 1326 2947

Sokolov, Yu. L. Stanzel, G. 2828 1781 3117 Solomakh a, D. A. Starace, A. F. 2901 3232 1598 2008 2364

Solov'ev, E. S. Starkand, J. 3103 1373

Solt, G. Startsev, G. P. 1664 1821 1973 1903

176
4. Author Index — Continued

Stasiukaitis, V.

1831 1983 3375T 3376T

Stasiukaitis, V. J. 1571 3326T 3512T

Staudt, E. 2270

Stebbings, R. F. 2244 2427 2924 2325

A

Stein, G. 2373

Stein, J. 1733

Steindler, M. J. 3195

Steinert, G. 2079A

Steinhaus, D. W.

1363 1379 1463 1813

Stepanov, K. L. 3490T

Sternheimer, R. M.

1456 1742 1991 3029

Steudel, A. 2353

Stevens, W. J. 3468T

Stevenson, M. J. 3189

Stewart, A. L. 1645 2011

Stewart, J. J. P. 3047 3502T

Stewart, R. F. 2801 3470T 3513T

Stillinger, F. H. 2920 3085

Stoeckel, F. 1974 2757

Stokely, J. R. 3208

Stoll, C. P. 2982

Stolov, A. L. 2413

Stone, J. A. 2264

Stoner, J. O., Jr. 1833

Strieker, J. 3127

Strockyte, T. 3375T 3376T

Stroke, H. H.

2400 2422 2586 1657A 2334A 2499A 3339T

Strombotne, R. L. 1330 1392

Strong, J. 1984 1955

A

Stroud, C. R., Jr. 1929 2814 2163A

Strouse, C. E. 2297 Subbota-Mel'nik, P. A. 3167

Subtil, J. L. 1460 1614 1934 2091 2130 2212 2393

2788 3155 3156 1689A 1690A 2090A 2092A

2512A 2513A 2521A

Suchard, S. N.

3048 3146

Sugar, J. 1402 1553 1597 1633 1634 1779 1835

1839 2006 2349 2378 2466 2538 2539

2591 2844 2585A 3387T 3396T 3420T

Sultan, G. 2976 Summers, H. P. 2120

Sundberg, M. N. 2365 Sundbom, M.

1656

Sureau, A.

1607 1630 1834 1963 3475T

Surgailiene, R.

1751 Surmelian, G. L. 2756 2799 3162

Sutton, D. G. 3048 3146

Svanberg, S. 1409 1613 1770 1840 1876 1877 1950 2118 2203 2390 2626 2627 2744 2755

2927 2954 3008 1707A 2505A 2506

A

Svanberg, S. R. 1908

A

Svendenius, N.

1792 Svensson, L. A.

1559 2754 1673A

Svensson, S. 2615

Sviridov, D. T. 2133

Sviridov, R. K. 2133 Swamy, N. V. V. J. 1864

177
4. Author Index — Continued

Swanson, N. Taylor, H. S. 2200 1641 3110

Swartz, M. Tech, J. L. 1476 2537 2545 2636 1341 1779 1839

Swer.sson, J. W. Tegeder, K. 2753 1418 Synek, M. Temkin, A. 1346 1720 2470 1583 2238 2915 2999 3163 1451A

Szabo, J. Teruya, H. 3479T 2142 3317T

Szasz, L. Thakkar, A. J. 3313T 1993 Szczurek, T. Thevenet, C. 2343 3145

Szoke, A. Thibault, C. 1453 3096

Szoke, S. Thimm, K. 3522T 1881 3131 3132

Szudy, J. Thoe, R. S. 2467 2668 2669 2764 2902 2946 2081

A

2326A

Szydlik, P. P. 2571A 2857A 2863A Zoo4A

2904 3429T 1 nomas, L. U.

Tagliaferri, A. A.

THAI 0*7 A "7 1641 2/4/

1926 3002

Tl D T

1 nomas, K. J.

Tahira, S. 2664

2750

I hompsoi!, u.

Tai, C. Aim oloo

1815 2197 1530A 1863A

Inomson, v. d.

Takami, M.

OOOC A

1450

"l" 1 . 1 , . _. . . , I ) TV/

I nulstrup, r . W

Taksar, I. 1768

2741 3467T liedeman, J. 5).

lam, W. l^. 2159A 2532A 3 180A

2749

Tilford, S. G. 2166 2167 2182 2195 2542 2448A 2533A

Tamura, A.

2350

Tillmann, " K. 2737 2738 2746 Tanaka, I. Timsit, R. S. ion OrtC"7 1817 Mo I 1611 Tanaka, K.

Title, R. S. 2302 3189 Tandon, S. P. To, K. X. 2768 2419

Tang, K. T. Tolmachev, V. V

2628 2125 2896

Tataru, L. Tomashevskii, Yu . F. 2014

3232

Tatewaki, H. Tomkins, F. S. 2302 3086 3394T

1638 2110 2111 2132 2358 2502 2883

Taylor, C. D. 1678A 1736A 1739

A

1431 1510 2116

Tondello, G.

laylor, U. W.

1500 1923 2288 3100

2367

Toropov, A. K.

Taylor, G. K. 2901 3232

2210 2913

178
4. Author Index — Continued

Torrance, J. B. Vaishnava, P. P. 2451A 2768

Torres, B. W. Vala, A. P. 2207 2242 1587A 3426T

Toschek, P. E. Valero, F. P. J. 2802 1461 1785 2587 2605

Tousey, R. Valind, S. 9^49 9Q3A 9^33 A 1771 1896 1676A 1677A

Tracy, D. Valyashko, E. G. 2133

1 racy, u. n. Van Deurzen, C. H. H.

3131 1884 1891 2123 2447

Ireadaway, M. J. VanHoosier, M. E. 2455A 2936

Trefftz, E. van Kleef, T. A. M.

2095 2461 1/110 1/11/1 1 Q9A 141o 1414 lozU 9 C Q C /ODD / / 16 2806

Trivedi, V. M.

2840 3039 3064 2 139A 2480A 2527A

van Rensbetgen, W.

1802 1730

I fj h a c If nvc It q v q ri van Voorst, J. D. W.

OOZO 1 1643

Tsai, F. V3n ^/ ljngflsrd cn , A. 2234 2642 2993

2135

van den Eynde, R. K.

Tsekeris, P. 1726 2118 2744 2954 2956 3000 1908A Vance, E. R. Tsukada, N. 2171

1659 Vander Sluis, K. L. Tubbs, E. F. 2423 3302T 3350T 3412T 3417T

2832 Varga, L. P. Tucker, A. W. 2221 2222 2224 2686 3059 3113 3205 2888A Vaselli, M.

Tucker, T. C. 2555 3452T Vasilyev, B. N. Tudorache, St. 2602

1535 1567 Vaughan, A. H., Jr.

Tull, C. E. 2269

1399 1622 1836 Vavilov, S. K. Turechek, J. J. 3175

2991 3027 Vayrynen, J. Turner, R. F.; 2882

2546 Veal, B. W.

Tweed, R. J. 2892A

1658 1954 Vehse, W. E. Ueda, Y. 2453A

1450 Veillette, P.

Uhl, A. 2576

1466 1600 Veje, E. Urnov, A. H. 1560 3506T Velasco, R.

Uslu, K. A. 2895 2049

A

2734 Velenik, A. A.

Vainshtein, L. A. 1897

1977 2408 3523T

Vainstein, L. A. 2602

179
4. Author Index — Continued

1801 2132 1678A 2052A

Verges, J. 1379 1636 1649 2647 2681 3013

2082A 2 136A 2495

A

Verhaegen, G. 3310T

Vetter, R. 1444 1895 2959

Vezzoli, G. C. 1557

Vialle, J. L. 2282 2472 2803 2804 3096

Victor, G. A. 1838 2037

Vienne, D. 2494

Vienne, J. F. 2112

Vinogradov, A. V

3226

Vizbaraite, I. I. 1902

Vizbaraite, J. 1586 1618

2358 2435 2054A 2055A

2801 3147 3159 3161 2156A

2005 3375T 3376T 3498T

A. P.

V. A.

Vob, M.

2497A

Vogg, H. 2554

Voitovich, 2414

Vol'pyas, 3120

Volz, W. B. 2221

von Niessen, W.

2432

von Oppen, G.

1465 2020

Vorburger, T. V. 1386 1498

A

Waber, J. T. 1445 1544

338 IT Wade, C. 3438T

Wagner, F., Jr. 2102 2103 Wagner, W. J. 1837 Walker, A. B. C. 2304 Walker, D. W.

3509T

Walker, J. A. 2639

2307 3067

1546 1574 1629 1994 2313

2988

Walker, T. E. H. 1516 1994 2313

Wall, L. 2316

Wallenstein, R. 1621 2035

Walther, F. G.

1442 1729

Walther, H. 1956 2314 2433 2490 1710A 2066A 2097A 2523A Wang, E. 1860A Wang, E. C. 1315 3053 Wang, S. D. 2322A 2454A Wang, S. J. 2726 Wannberg, B. 1632 1952 Wannberg, G. 2973 Ward, J. F. 1341 Warrington, D. M.

2038 3033 Wasserman, N. 3353T

Watkins, R. D. 3165 Watson, R. E. 2740 Watson, R. L. 2940

Wefel, W.

3067

Wei, P. S. P. 2628 2893A

Weinflash, D. 1393 Weinhold, F. 2396

Weislinger, E. 1841 Weiss, A. W.

1593 1716 2293

Weiss, K. 2304 Wendin, G.

1536 Wendlandt, D.

2071

A

Werme, L. O.

1788 2727 3236

3062 3083 1709A

180
4. Author Index— Continued

Werner, G. K. 3038

Werth, G. 2657 Wertheim, G. K. 2458A

Westhaus, P. A. 2821

Whaling, W.

1767 Whangbo, M. H. 3520T

Wheeler, J. P. 1404

White, J. A.

1719 White, R. J. 3448T

Whitlock, R. R. 2424 2460 2743

Whitney, K. 2328A

Whittaker, B. 2476 3229

Whitten, R. C. 2184

Wickes, J. B. 2632 Wickman, H. H. 3207

Widing, K. G.

1458 1808 1999 2481 2728

Wiebes, G. 1726 Wieman, C. 2035

Wilke, V. 3062

Wilken, J. 1349 1371

Williams, M. D. 1484 2143 3320T 3332T

Williams, W. L. 1385

Wilson, M.

1417 1570 2353 3321T

Wilson, P. M. H.

1579 1782

Wilson, R. 1459

Wilson, R. G.

1469 3359T

Wilson, R. M.

3533T

Wing, W. H.

1550 1752

2100 2189 2196 2386 2787 2067A

W.

2737 2738 2746 2511A

3134

Winkler, P. 2739 3035

Winkler, P. F. 1442

Winkler, R. 1693A 2072A 2073A 2074A 2497A

Winters, B. H.

1906

A

Witte, W.

2099

Wittel, K

3466T Wittmann

2130 Wolber, G. 1799 2276

Wolfe, S. 3520T

Wolff, H. W.

1795 2018

Wolfson, C. J. 2185

Wolter, H. 3105

Wolter, H. H. 2216 Wong, E. Y. 1520 Wood, D. R. 2579 Woodgate, G. K

2395 Woods, C. W.

2201 2303 Woodworth, J. R. 2033 1532 A 2853A

Woodyard, J. R. 2736 3182A

Woodyard, J. R., Sr. 3036 2 153

A

Woolsey, J. M.

1549 2193 Worden, E. F. 2225 1562A 1563A Wortman, D. E. 1670 2723 Woste, L. 1710A

Wright, J. J. 2291 2161A

Wuilleumier, F. 2810 Wurzberg, E. 2373

3187 3188

2694 2714 2953 2173A 2176A

2990 3037 3079

181
4. Author Index— Continued

Wyart, J. F. 1335 1413 1414 1415 1649 1801 1820

1871 1872 2141 2437 2450 2469 2535 2536 2774 1678A 2052A 2054A 2055A

2480A Wybourne, B. G. 1365 2957 Wynne, J. J. 3183

Yabuzaki, T. 1659 Yadav, H. K. 1599

Yafet, Y. 2740 Yamazaki, T. 3171 Yancharina, A. M.

2619 2621 2905 2906 3176

Yardley, J. T. 2382

Yaris, R. 3110

Yellin, J. 1315 Yen, W. M.

2452A

Yokozawa, M.

2958 Yoshimine, M.

3424T 3425T

Yoshimura, T. 2776 Young, J. F. 2382 Young, J. P. 3126 Young, L. 2026 Yu, H. 3181A

Yu, K. 2890A

Yue, C. P. 2444 Yukov, E. A. 3226 Yun, S. I. 2453A

Yunta, J. 3427T

Zak, B. D. 1810 2186 3046 1364A

Zakharov, S. M.

2408 2560 3122 3169

Zalubas, R. 1854 2351 2372 2054A 2136A

Zalucha, D. J. 2366

Zandberg, E. Ya. 1470 Zapesochnyi, I. P. 1920 2783 3112 3152 3218

Zapol, B. 2741 3467T

Zavilopulo, A. N. 3112 3152

Zegarski, B. R. 2135 2949

Zel'dovich, Ya. B. 1772

Zelesskii, V. Yu.

2255

Zetterberg, P. O. 2613

Zgainski, A. 3125 2513A

Zhitnik, I. A. 2602 3153

Zide, A. 286 7 A

Zijlstra, W. G.

1643

Zilitis, V. A. I486 2178

Zimkina, T. M.

3177 Zimmerman III, G. H. 2567A Zimmermann, D. 1513 1961 Zimmermann, P. 2165A

Zolin, V. F. 1870

Zollweg, R. J. 2347

Zon, B. A. 2418

Zory, P. 1375

zu Putlitz, G.

1942 2113 2261 2540

Zuryk, J. A. 2548 2559

Zvirblis, P. 3374T

182
NBS-1 14A (REV. 7-73)

U.S. DEPT. OF COMM. BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO. NBS SP-363 Suppl. 1

2. Gov't Accession

No.

3. Recipient's Accession No.

4. TITLE AND SUBTITLE

Bibliography on Atomic Energy Levels and Spectra

July 1971 through June 1975

5. Publication Date January 1977

6. Performing Organization Code

7. AUTHOR(S)

Lucy Hagan

8. Performing Organ. Report No.

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

10. Project/Task/Work Unit No. 2320115

11. Contract/Grant No.

12. Sponsoring Organization Name and Complete Address (Street, City, State, ZIP)

Same as No. 9

13. Type of Report & Period 3pecial

ecPublication 363

July 1971 through June IB

14. Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

Library of Congress Catalog Card Number: 72-600009

16. ABSTRACT (A 200-word or less factual summary ol most significant information. If document includes a significant

bibliography or literature survey, mention it here.)

This is the first supplement to the NBS Special Publication 363, "Bibliography on Atomic Energy Levels and Spectra, July 1968 through June 1971," and it covers the

most recent literature from July 1971 through June 1975. It contains approximately

2150 references classified by subject for individual atoms and atomic ions. A

number index identifies the references. An author index is included. References

included contain data on energy levels, classified lines, wavelengths, Zeeman effect,

Stark effect, hyperfine structure, isotope shift, ionization potentials, or theory

which gives results for specific atoms or atomic ions.

17. KEY WORDS (six to twelve entries; alphabetical order; capitalize only the first letter of the first key word unless a proper name; separated by semicolons) Atomic energy levels ; atomic spectra; bibliography; energy

levels, atomic; spectra, atomic; wavelengths, atoms and ions.

18. AVAILABILITY [X1 Unlimited

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