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NBS SPECIAL PUBLICATION 505

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

Bibliography on

Atomic Transition Probabilities

(1914 through October 1977)

1^ Buretti w SWMtr«i

fZ^Wd

it: fcX

. Bibliography on

Atomic Transition Probabilities

.2. (1914 through October 1977)

*

J.R. Fuhr, B.J. Miller, and G.A. Martin

Optical Physics Division

Institute for Basic Standards

National Bureau of Standards

Washington, D.C. 20234

Supersedes NBS Special Publications 320,

320 Supplement I and 320 Supplement 2

U.S. DEPARTMENT OF COMMERCE, Juanita M. Kreps, Secretary

Dr. Sidney Harman, Under Secretary

Jordan J. Baruch, Assistant Secretary for Science and Technology

U( 5.NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

t «

Issued April 1978
Library of Congress Catalog Card Number: 76-604227

National Bureau of Standards Special Publication 505

Nat. Bur. Stand. (U.S.) Spec. Publ. 505, 283 pages (Apr. 1978)

CODEN; XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

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

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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 OflSce 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 evaluated physical and

chemical property data. These tables are published in the Journal of Physical and Chemical Ref- erence 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 prelimmary 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, DC 20234.

David R. Lide, Jr., Chief

Office of Standard Reference Data

iii
Contents

Page

Foreword iii A. Introduction v

1. Arrangement of the bibliography . v

2. Conversion factors vi

3; References vi

B. Numerical tables of critically evaluated transition probabilities vii

C. Bibliographical material 1

1. Literature references of general interest 1

1.1 Tables of numerical values 1 1.2 Literature compilations 2

1.3 Review articles 2

1.4 Fundamental relationships and basic concepts 4

1.5 Detailed descriptions of experimental or theoretical methods. _ 5

1.6 General comments 7

1.7 Environmental influences on transition probabilities 12

2. Literature references containing numerical data 13

3. Chronological listing of all references with full titles 57

4. List of authors 233

iv
Bibliography on Atomic Transition Probabilities

(1914 through October 1977)

J. R. Fuhr, B. J. Miller, and G. A. Martin

A revised and updated annotated bibliography on atomic transition probabilities covering

the literature from 1914 through October 1977 is presented. It contains approximately

2400 references and is divided into four main sections, with each article assigned a number.

The first section contains a listing, by number, of articles of general interest. The second

section lists by number all articles containing numerical data; it is arranged by element

and stage of ionization and is further subdivided according to theoretical and experimental

methods, comments, and compilations. The third section contains a listing of all articles,

including number, authors, title, and journal reference; it is arranged by year of publication

and alphabetically by authors' names within the year. All foreign language papers are

identified, and their titles are translated into English. The final section contains a listing of all authors and the numbers of the papers they have authored or co-authored.

Key words: Allowed; atomic; discrete; forbidden; intensity; lifetime; line strength; oscilla- tor strength; transition probability.

A. Introduction

Many new articles have appeared in the Hterature in the four years that have passed since the

pubhcation of the latest supplemental bibliography

by the Data Center on Atomic Transition Probabilities [1].^ Moreover, in the eight years since the

last "complete" bibliography appeared [2], several

critical compilations of transition probability data

have been published by this data center [3-6], and

additional evaluation/compilation work is in progress. The evaluation work has enabled us to make

judgments concerning the accuracy and reliability

of published data. Thus we felt that this would

be an appropriate time to publish a complete updated and revised bibliography which supersedes

the previous ones and which is somewhat selective

in the sense that for many spectra the less reliable

material is excluded.

As in the past, this publication includes sources

of data on atomic transition probabilities—or, equivalently, oscillator strengths, line strengths,

intensities—for both "allowed" (i.e., electric dipole) and "forbidden" (electric quadrupole, magnetic dipole, etc.) radiative transitions of atoms

and atomic ions. Sources of data on radiative life- times of atomic and ionic states are also included,

' as well as a selection of articles of general interest

jjwhich do not necessarily contain numerical data.

A.l Arrangement of the Bibliography

The format of the present bibliography has been

changed considerably from that of our previous

pubhcations. We have used computer cataloging

1 and sorting routines to order the references primarily by year of publication and alphabetically

by authors' names within the year. Each reference

jis assigned a number according to this scheme, so

that the number provides a relative indication of

the year of publication.

j ' Figures in brackets indicate literature references on page vi of this paper

.

The bibliography is divided into four main

sections. The first section provides a listing, by

number, of articles of general interest, along with

some additional annotation as to subject matter.

The second section contains a listing, by number,

of all articles containing numerical data (with

the exception of papers listed under 1.1, Tables

of Numerical Values, which are not listed in the

second section under the individual spectra

covered). This section is arranged alphabetically

by chemical symbol of the elements and is ordered

by stage of ionization within each element. A

distinction is made between articles containing

data on allowed transitions and those which treat

forbidden transitions. The references are further

subdivided according to theoretical and experimental methods, comments, or compilations. (See

table 1 for a listing of abbreviations used in this

section to indicate subject matter.) Many articles

now contain data or formulae for given transitions

along an entire isoelectronic sequence or for

many members of that sequence. For purposes

of this bibliography, an article containing data

on an isoelectronic sequence is defined as one that

contains data, in numerical and/or graphical

form, for ten or more members of that sequence.

We list the numbers of such articles under the

first (neutral) element of that isoelectronic se- quence. Thus all articles containing data on the

sodium sequence are listed under the heading

"Na (Sodium) Sequence," immediately preceding

the listing, by number, of articles containing

numerical data on individual spectra of sodium.

The third section provides a listing of all entries,

including the number of the article, authors'

names, title, and full journal reference. Foreign

language papers are identified as such whenever

applicable (see table 2 for a listing of abbreviations

of foreign languages). This listing is arranged by

year of publication and alphabetically by authors'

names within the year, in keeping with the general

numerical scheme referred to above. The reader

V
will note that there are several "open" numbers

throughout this section ; such a gap in the numbering is an indication that an additional reference

exists but that it has been excluded from the

bibliography. There are several possible reasons why a particular article may have been excluded:

(1) the data contained in the article are believed

to be unreliable; (2) the article was published in

the form of a thesis or an internal report, a copy of

which would be difficult to acquire after a sufficiently long period of time; (3) the same results

have appeared in another publication by the same

author(s) ; (4) the results were considered preliminary and have been revised in a later publication. There are also several "open" numbers at

the end of each year, beginning with 1959, to

allow for articles which may be acquired later on

by this data center. As a result of correctioris and

additions that have been made since the initial

ordering, for the year 1976 the articles are not

listed in strict alphabetical order, although the

ordering by number is strictly maintained.

The final section of the bibliography contains a

listing of all authors and the numbers of the

articles they have authored or co-authored.

A. 2 Conversion Factors

The numerical factors relating the quantities

Aici,fik, and S are given in table 3, where:

A^:i is the transition probability for spontaneous

emission (s~')

;

Jiic is the absorption oscillator strength (dimensionless)

;

S is the line strength in atomic units, which are: for electric dipole transitions (allowed—denoted by Ea) :

for electric quadrupole transitions (forbidden—denoted by EJ) :

for magnetic dipole transitions (forbidden

denoted by Ma) :

em74/ne'=8.601X10-"J2r-2.

The wavelength X is given in angstrom units, g is the statistical weight. The upper energy level of a

transition is denoted by the subscript Jc, the lower

by i. The subscript denoting the initial state is written first; i.e., ik refers to an absorption process.

For the atomic constants entering into the above

relations, as well as into table 3, we have used the

recommendations of the CODATA Task Group on

Fundamental Constants [J. Phys. Chem. Ref.

Data 2, 663 (1973)].

Besides the quantities introduced above, the

following are used occasionally and are related

to the former as follows:

1. Transition probability of absorption, Bt^:

yi

2. Transition probability of induced emission,

5,^=6.01 XM,,.;

3. Emission oscillator strength /t^:

Jki———JikOk

Finally, it should be noted that the line strength S

is symmetrical

:

S=Sik=SkiSince intensity-related quantities for hydrogenlike ions (i.e., ions having one electron and nuclear

charge Z) are simply related to the case of the

hydrogen atom (at least in the nonrelativistic

case), papers dealing with these ions are, for the

most part, excluded from this bibliography. For

convenience, the relations are given below:

We gratefully acknowledge the many hel})ful

comments and suggestions of Dr. W. L. Wiese in

the course of the planning and preparation of

this bibliography.

A. 3 References

[1] Fuhr, J. R. and Wiese, W. L., Bibliography

on Atomic Transition Probabilities (July

1971 through June 1973), Nat. Bur. Stand.

(U.S.) Spec. Publ. 320, Suppl. 2 (U.S.

Government Printing Office, Washington,

D.C., 1973).

[2] Miles, B. M. and Wiese, W. L., Bibliography

on Atomic Transition Probabilities (January

1916 through June 1969), Nat. Bur. Stand.

(U.S.) Spec. Publ. 320 (U.S. Government

Printing Office, Washington, D.C., 1970).

[3] Smith, M. W. and Wiese, W. L., J. Phys.

Chem. Ref. Data 2, 85 (1973).

[4] Wiese, W. L. and Fuhr, J. R., J. Phys. Chem.

Ref. Data 4, 263 (1975).

[5] Martin, G. A. and Wiese, W. L., J. Phys.

Chem. Ref. Data 5, 537 (1976).

[6] Younger, S. M., Fuhr, J. R , Martin, G. A.,

and Wiese, W. L., J. Phys. Chem. Ref.

Data (in press).

vi
B. Numerical Tables of Critically Evaluated Transition Probabilities

1. For the elements hydrogen through neon:

Wiese, W. L., Smith, M. W., and Glennon,

B. M., Atomic Transition Probabihties, Nat.

Stand. Ref. Data Ser., Nat. Bur. Stand. (U.S.),

4, Vol. I, 157 pages (May 1966).

2. For the elements sodium through calcium:

Wiese ,W. L., Smith, M. W., and Miles, B. M.,

Atomic Transition Probabilities, Nat. Stand.

Ref. Data Serv., Nat. Bur. Stand. (U. S.), 22,

Vol. II, 306 pages (Oct. 1969).

5. For Ba I and II:

Miles, B. M. and Wiese, W. L., Critically

Evaluated Transition Probabilities for Ba I and II, Nat. Bur. Stand. (U.S.), Tech. Note

474, 24 pages (Jan. 1969) ; At Data 1, 1 (1969).

4. Selected updated material for elements hydrogen through calcium:

Wiese, W. L. and Glennon, B. M., American

Institute of Physics Handbook, Ch. 7, 200-263,

3rd Ed. (McGraw-Hill Book Co., Inc., NewYork, N.Y., 1972).

5. For forbidden lines of the iron group elements:

Smith, M. W. and Wiese, W. L., J. Phys. Chem.

Ref. Data 2, 85 (1973).

6. For allowed lines of scandium and titanium:

Wiese, W. L. and Fuhr, J. R., J. Phys. Chem.

Ref. Data 4, 263 (1975).

7. For ions of the lithium isoelectronic sequence:

Martin, G. A. and Wiese, W. L., J. Phys. Chem.

Ref. Data 5, 537 (1976).

8. For allowed lines of vanadium through manganese:

Younger, S. M., Fuhr, J. R., Martin, G. A.,

and Wiese, W. L., J. Phys. Chem. Ref. Data

(in press).

vii
Table 1. Key to Code Words and Abbreviations Used in Section C.2

Except where "rel." (relative) appears, absolute values have been determined. Material on forbidden

transitions is denoted as "forb."

A. Theoretical methods (T)

:

1. Quant.—quantum mechanical (including self-consistent field) calculations.

2. CA—Coulomb approximation.

3. Estim.—estimations from sum rules, etc.

4. Interp.—interpolation within isoelectronic sequences, spectral series, or homologous

atoms; also, data that are presented in graphical, rather than tabular, form.

B. Experimental methods (E)

:

1. Emiss.—measurements in emission (arc, furnace, discharge tube, shock tube, etc.).

2. Absorpt.—measurements in absorption (King furnace, absorption tube, etc.).

3. Life—lifetime measurements (including Hanle-effect).

4. Hook—anomalous dispersion measurements.

5. Misc.—miscellaneous experimental methods (for example. Stark effect, astrophysical

measurements, etc.).

C. Other:

1. Comm.—additions or suggested revisions to data in previous articles, comments on

particular theoretical or experimental methods, etc.

2. Compil.—data compilations.

Table 2. Key to Abbreviations of Foreign Languages Used in Section C.3

Dut. Dutch

Fr. French

Ger. German

Hung. Hungarian

Ital. Italian

Jap. Japanese

Pol. Polish

Rom. Romanian

Russ. Russian

Span. Spanish

viii
Table 3. Numerical Conversion Factors

The transition probability is listed in units s~', the /-value is dimensionless, and the line strength is in atomic units.

The wavelength X is in angstrom units, and and Qk are the statistical weights of the lower and upper states, respectively.

Ed denotes electric dipole (allowed) transitions, electric quadrupole (forbidden) transitions, and Md magnetic dipole

(forbidden) transitions.

Transition Probability Aki =

6.6702 XIO'5 gi . X2 g,

E

2.096iX10»8

1.6799X10'8 „

Md

2.6973X10" „

Oscillator Strength fik=

1.4992X10-"X2 ^ A.

9i

Ed

303.76

g

E,

251.9 „

Md

4.0438X10-3 ^

<7iX

Line Strength S = Ed

4 935^X 10-'8o^X'A,•

Ed

3.292] X 10"'a.X/",t

E

5.953 XlO-i's-iXS^i

E

" 3.971 X10-3^iX'/i*

Md

3.7073XlO-"fftX^A.

Md

247.29 Si X/.,

ix

C. BIBLIOGRAPHICAL MATERIAL

1. LITERATURE REFERENCES OF GENERAL INTEREST

1.1 TABLES OF NUMERICAL VALUES

Reference No.* Author(s) and Title

160 H. E. White & A. Y. Eliason, Relative Intensity Tables for Spectrum

Lines

187 L. Goldberg, Relative Multiplet Strengths in LS Coupling

209 H. N. Russell, Tables for Intensities of Lines in Multiplets

314 L. Biermann, Oscillator Strengths and Lifetimes of Excited States

of Atoms, Atomic Ions, and Molecules

573 L. Goldberg, E. A. Miiller, & L. H. Aller, The Abundances of the

Elements in the Solar Atmosphere

587 W. Pearce, Plasma-Jet Temperature Measurement

686 C. H. Corliss & W. R. Bozman, Experimental Transition Probabilities

for Spectral Lines of Seventy Elements

752 C. W. Allen, Astrophysical Ouantities

890 N. P. Penkin, The Determination of Oscillator Strengths in Atomic

Spectra

995 B. W. Shore & D. H. Menzel , Generalized Tables for the Calculation

of Dipole Transition Probabilities

1115 W. L. Wiese, M. W. Smith, & B. M. Glennon, Atomic Transition

Probabilities (Hydrogen through Neon--A Critical Data Compilation)

1575 B. M. Miles & W. L. Wiese, Critically Evaluated Transition

Probabilities for Ba I and II

*The numbers refer to paper identification numbers of Part 3.

1
1619 W. L. Wiese, M. W. Smith, & B. M. Miles, Atomic Transition

Probabilities (Sodium through Calcium--A Critical Data

Compilation)

2179 W. L. Wiese & B. M. Glennon, Atomic Transition Probabilities

2324 G. A. Kasabov & V. V. Elissev, Oscillator Strengths of Spectral

Lines

2374 D. C. Morton & W. H. Smith, A Summary of Transition Probabilities

for Atomic Absorption Lines Formed in Low-Density Clouds

2423 M. W. Smith & W. L. Wiese, Atomic Transition Probabilities for

Forbidden Lines of the Iron Group Elements (A Critical Data

Compilation for Selected Lines)

2757 R. L. Kurucz & E. Peytremann, A Table of Semi -Empirical gf-Values

2832 W. L. Wiese & J. R. Ruhr, Atomic Transition Probabilities for

Scandium and Titanium (A Critical Data Compilation of Allowed

Lines)

1.2 LITERATURE COMPILATIONS

--No entries in this category--

1.3 REVIEW ARTICLES

Reference No.* Author(s) and Title

84 R. Ladenburg, Experimental Test of the Quantum Theoretical

Dispersion Formula

141 S. A. Korff & G. Breit, Optical Dispersion

176 A. C. G. Mitchell & M. W. Zemansky, Absorption Lines and Measurements

of the Lifetime of the Resonance State

271 S. Mrozowski, Forbidden Lines in the Laboratory

367 L. H. Aller, The Emission and Absorption of Radiation

*The numbers refer to paper identification numbers of Part 3.

2
419 A. Unsold, Experimental Determination of Oscillator Strengths. The

Laboratory Examination of Radiation Damping, Together with Pressure

Broadening and Shift of Spectral Lines

422 L. H. Aller, The Forbidden Lines

544 H. van Regemorter, Modern Methods of Measuring Oscillator Strengths

573 L. Goldberg, E. A. Muller, & L. H. Aller, The Abundances of the

Elements in the Solar Atmosphere

608 L. H. Aller, The Abundance of the Elements

700 R. H. Garstang, Forbidden Transitions

721 R. W. Nicholls & A. L. Stewart, Allowed Transitions

771 R. B. King, The Measurement of Absolute Oscillator Strengths for

Lines of Neutral Atoms

802 W. L. Wiese, Present Status of our Knowledge of Atomic Transition

Probabilities

842 E. W. Foster, The Measurement of Oscillator Strengths in Atomic

Spectra

926 W. R. Bennett, Jr., P. J. Kindlmann, & G. N. Mercer, Measurement

of Excited State Relaxation Rates

1321 R. H. Garstang, Atomic Transition Probabilities

1508 R. H. Garstang, Theoretical and Experimental Forbidden Atomic

Transition Probabilities

1811 A. W. Weiss, A Review of Theoretical Developments in Atomic f -Values

1812 W. L. Wiese, Atomic Transition Probabilities. A Survey of our Present Knowledge and Future Needs

1939 K. G. Kessler, Progress in the Measurement of Atomic Transition

Probabilities and Solar Abundances

*The numbers refer to paper identification numbers of Part 3.

3
2146 C. Nicolaides & 0. Sinanoglu, Atomic Transition Probabilities. New

Experimental and Theoretical Results and Their Comparison

2178 W. L. Wiese, Regularities in Atomic Oscillator Strengths

2299 R. H. Garstang, Transition Probabilities

2435 A. W. Weiss, Correlation in Excited States of Atoms

2521 S. Feneuille, Theory of Atomic Structure and Transition

Probabil ities

2576 I. Martinson & A. Gaupp, Atomic Physics with Ion Accel erators--BeamFoil Spectroscopy

2592 J. Richter, On the Present State of Oscillator Strengths Measurement

2730 A. Hibbert, Developments in Atomic Structure Calculations

2908 C. L. Cocke, Recent Developments (beam-foil spectroscopy)

2917 L. J. Curtis, Lifetime Measurements

2965 A. Hibbert, Recent Configuration Interaction Studies in Atomic

Lifetimes

3052 I. A. Sellin, Highly Ionized Ions

3077 A. W. Weiss, Transition Probabilities for Ionized Atoms

3078 W. Wiese, Regularities of Atomic Oscillator Strengths in Isoel ectronic

Sequences

3109 H. G. Berry, Beam-Foil Spectroscopy

3149 R. E. Imhof & F. H. Read, The Measurement of Lifetimes in Atoms,

Molecules, and Ions

1.4 FUNDAMENTAL RELATIONSHIPS AND BASIC CONCEPTS

Reference No.* Author(s) and Title

2 A. Einstein, Radiative Emission and Absorption According to the

Quantum Theory

*The numbers refer to paper identification numbers of Part 3.

4
3 A. Einstein, On the Quantum Theory of Radiation

5 R. Ladenburg, The Quantum Theoretical Interpretation of the Number

of Dispersion Electrons

13 H. A. Kramers, The Law of Dispersion and Bohr's Theory of Spectra

25 W. Kuhn, On the Total Strength of the Absorption Lines Starting

from the Same State

28 F. Reiche & W. Thomas, On the Number of Dispersion Electrons Which

Are Related to a Stationary State

127 E. Wigner, On a Further Specification of the Sum Rule

139 J. G. Kirkwood, Extension of Sum Rules for Alkalis with an Application

to the Stark Effect

342 R. G. Sachs & N. Austern, Consequences of Gauge Invariance for

Radiative Transitions

466 J. S. Levinger, M. L. Rustgi , & K. Okamoto, Relativistic Corrections

to the Dipole Sum Rule

1423 W. L. Wiese & A. W. Weiss, Regularities in Atomic Oscillator Strengths

1.5 DETAILED DESCRIPTIONS OF EXPERIMENTAL OR THEORETICAL METHODS

Reference No.* Author(s) and Title

176 A. C. G. Mitchell & M. W. Zemansky, Absorption Lines and Measurements

of the Lifetime of the Resonance State

303 D. R. Bates & A. Damgaard, The Calculation of the Absolute Strengths

of Spectral Lines

453 H. A. Bethe & E. E. Sal peter. Quantum Mechanics of One- and TwoElectron Atoms

460 R. H. Garstang, The Computation of Quadrupole Line Strengths

464 D. R. Hartree, The Calculation of Atomic Structures

*The numbers refer to paper identification numbers of Part 3.

5
491 R. H. Garstang, Further Computations of Quadrupole Line Strengths

529 E. U. Condon & G. H. Shortley, Theory of Atomic Spectra

593 J. C. Slater, Quantum Theory of Atomic Structure

842 E. W. Foster, The Measurement of Oscillator Strengths in Atomic

Spectra

890 N. P. Penkin, The Determination of Oscillator Strengths in Atomic

Spectra

964 J. B. Levinsonas & A. A. Nikitin, Handbook for Theoretical

Computation of Line Intensities in Atomic Spectra

1112 H. H. Stroke, Atomic Lifetimes and Electron Excitation

1171 R. L. DeZafra & W. Kirk, Measurement of Atomic Lifetimes by the

Hanle Effect

1225 W. C. Marlow, Hakenmethode

1263 K. Ziock, Lifetime of Excited States

1282 W. S. Bickel, Mean Life Measurements Using the Beam-Foil Light

Source

1357 D. Layzer & R. H. Garstang, Theoretical Atomic Transition

Probabil ities

1361 W. Lochte-Holtgreven, Plasma Diagnostics

1420 W. L. Wiese, Transition Probabilities for Allowed and Forbidden

Lines; Lifetimes of Excited States

1484 R. J. S. Crossley, The Calculation of Atomic Transition Probabilities

1926 M. C. E. Huber, Interferometric Gas Diagnostics by the Hook Method

1929 R. E. Imhof & F. H. Read, A New Electron-Photon Coincidence Method

for the Measurement of Lifetimes in Atoms and Molecules

*The numbers refer to paper identification numbers of Part 3.

6
2220 H. J. Andra, A. Gaupp, & W. Wittmann, New Method for Precision

Lifetime Measurements by Laser Excitation of Fast-Moving Atoms

2228 F. P. Banfield, M. C. E. Huber, W. H. Parkinson, & E. F. Tubbs,

Instrumentation for Combined Dispersion and Absorption Measurements

in the VUV

2269 A. Corney, Measurements of Transition Probabilities for Forbidden

Lines of Neutral Atoms and Molecules

2284 G. W. F. Drake, Radiative Decay of the Metastable States of the H

and He Sequences--Theory

2361 R. Marrus, Radiative Decay of the Metastable States of the H and

He Sequences--Experiment

2362 R. Marrus, Forbidden Decay Modes of One- and Two-Electron Ions

2389 D. J. Pegg, P. M. Griffin, I. A. Sellin, W. W. Smith, & B. Donnally,

Metastable States of Highly Excited Heavy Ions

2538 H. Harde & G. Guthohrlein, New Method for Cascade-Free Lifetime

Measurements

2696 P. Erman, High Resolution Measurements of Atomic and Molecular

Lifetimes Using the High Frequency Deflection Technique

2826 Y. Takubo, D. Fujie, & M. Shimazu, The Hook Method with a Tunable

Dye Laser

2986 _ J. Z. Klose, Measurement of Atomic Uranium Lifetimes for Isotope

Separation

3014 G. A. Martin & W. L. Wiese, Atomic Oscillator-Strength Distributions

in Spectral Series of the Lithium Isoelectronic Sequence

1.6 GENERAL COMMENTS

Reference No.* Author(s) and Title

36 R. Ladenburg, The Dispersion Formula of Quantum Theory and Its

Experimental Test

*The numbers refer to paper identification numbers of Part 3.

7
142 D. H. Menzel & L. Goldberg, Multiplet Strengths for Transitions

Involving Equivalent Electrons

168 V. Fock, On the Applicability of the Quantum Mechanical f-Sum Rule

198 G. H. Shortley, Line Strengths in Intermediate Coupling

203 L. Goldberg, Note on Absolute Multiplet Strengths

236 G. H. Shortley, The Computation of Quadrupole and Magnetic-Dipole

Transition Probabilities

247 G. H. Shortley, L. H. Aller, J. G. Baker, & D. H. Menzel, Physical

Processes in Gaseous Nebulae. XI. Strengths of Forbidden Lines

2 3 4 in p , p , and p as a Function of Coupling

248 T. Yamanouchi , Line Strengths for Transitions p" ->- p'^~^d

354 H. Horie, Line Strengths for Transitions d'^ ^ d'^'V and d'^ -+ d""V,

and Probabilities of Photoionization and Recombination d""^-<-d"~^

375 S. S. Penner, Determination of Absolute f-Values from Relative

Intensity Measurements for Spectral Lines with Doppler Contour

396 C. W. Allen & A. S. Asaad, Atomic Oscillator Strengths and Excitation

Potential

514 M. J. Seaton, The Quantum Defect Method

545 F. Rohrlich, Sum Rules for Multiplet Strengths

546 F. Rohrlich, Theoretical Multiplet Strengths

574 P. F. Gruzdev & G. P. Startsev, Some Criteria for the Applicability

of Theoretical Intensities to the Spectra of Complex Atoms in

the Presence of LS-Coupling

633 R. Hefferlin, Semi-Empirical Investigations on the Nature of the

f-Value

715 M. D. Kunisz, Some Remarks on the Applicability of the Coulomb

Approximation in Calculating Atomic Transition Probabilities in

Atoms and Oscillator Strengths of Spectral Lines

*The numbers refer to paper identification numbers of Part 3.

8
974 G. E. Norman, On the Application of the Coulomb Approximation to

the Calculation of Transition Probabilities

1050 C. H. Dugan, Magnetic Quadrupole Transitions in Optical Radiation

1077 S. R. La Paglia & 0. Sinanoglu, Theoretical Transition Probabilities

1192 R. Hefferlin & L. Rascon, Oscillator Strengths in Isoel ectronic

Sequences

1215 J. L. Kohl, A New Experimental Technique for Measuring Atomic

Transition Probabilities

1251 B. Warner & C. R. Cowley, On Systematic Errors in Oscillator

Strengths Measured in a Free-Burning Arc

1318 R. H. Garstang, Octupole Transitions in Excitation by Electron Impact

1413 B. Warner, Line Strengths in Two-Electron Spectra

1421 W. L. Wiese, Dependence of Atomic f-Values on Nuclear Charge

1422 W. L. Wiese, Systematic Trends of Atomic Oscillator Strengths in

Isoelectronic Sequences

1486 E. Dekker, Calculation of the Multiplet Factor for more Complicated

Transitions in LS-Coupling

1592 G. zu Putlitz, On Fermi's Paper Concerning Spin-Orbit Perturbation

and the Intensity Ratios of Doublet Lines in Heavy Alkalis

1687 M. Carre, M. L. Gaillard, & J. L. Subtil, Cascade Corrections--

Applications to Na II 3s-3p Transitions

1695 A. Corney, The Measurement of Lifetimes of Free Atoms, Molecules,

and Ions

1698 L. J. Curtis, H. G. Berry, & J. Bromander, Analysis of MultiExponential Decay Curves

1699 L. J. Curtis, R. M. Schectman, J. L. Kohl, D. A. Chojnacki, &

D. R. Shoffstall, New Cascade Analysis Techniques for Determining

Spontaneous Atomic Transition Probabilities

*The numbers refer to paper identification numbers of Part 3.

9
1719 H. Friedrich, K. Katterbach, & E. Trefftz, On the Accuracy of

Machine Programs for Calculating Oscillator Strengths by

Coulomb Approximation

1805 R. J. Takens, On the Determination of Oscillator Strengths from FreeBurning Arcs

1808 A. K. Valters, On the Accuracy of Oscillator Strength Measurements

Using the Outer Hooks of Two Closely Located Absorption Lines

1812 W. L. Wiese, Atomic Transition Probabilities. A Survey of our Present Knowledge and Future Needs

1904 S. Feneuille, Relativistic Treatment of Transition Probabilities

in Atoms

1909 R. H. Garstang, Magnetic Multipole Transition Probabilities

1910 R. H. Garstang, Relativistic Radiative Transitions

2008 A. F. Starace, Length and Velocity Formulas in Approximate OscillatorStrength Calculations

2019 R. K. Wangsness, Cascade Effects in Certain Atomic Lifetime

Measurements

2020 F. Weinhold, Calculation of Upper and Lower Bounds to Oscillator

Strengths

2062 H. G. Berry, L. J. Curtis, & J. L. Subtil, Cascade-Induced Alignment

Changes of Intensity-Decay Curves

2069 R. A. Bonham, Determination of Optical Oscillator Strengths by

Electron Impact Spectroscopy

2095 G. W. F. Drake, Relativistic Corrections to Radiative Transition

Probabil ities

2122 L. Kay, An Upper Bound on Mean Lives from Decay Curve Analysis

2302 P. T. Gee & K. T. Tang, Error Bounds on Dynamic Polarizabil ity and

Oscillator Strength

*The numbers refer to paper identification numbers of Part 3.

10
2422 M. W. Smith, G. A. Martin, & W. L. Wiese, Systematic Trends and

Atomic Oscillator Strengths

2424 P. L. Smith, Oscillator Strengths of Astrophysical Interest from

Lifetime Data

2470 M. T. Anderson & F. Weinhold, Relative Accuracy of Length and

Velocity Forms in Oscillator-Strength Calculations

2533 I. P. Grant, Gauge Invariance and Relativistic Radiative Transitions

2588 E. H. Pinnington, A. E. Livingston, S J. A. Kernahan, Comment on

the Reliability of Experimental Atomic Mean Lives Obtained with

the Beam-Foil Technique

2594 D. Rosenthal, R. P. McEachran, & M. Cohen, Sum Rules for Electric

Quadrupole Transitions

2595 Z. B. Rudzikas, Relativistic Consideration of Many-Electron Atoms

2653 L. Armstrong, Jr. & S. Feneuille, Theoretical Analysis of the Phase

Shift Measurement of Lifetimes Using Monochromatic Light

2681 p. E, Cummings, Oscillator Strength Sums S(-3) to S(2) and Cg for

. the Atoms He to Kr

2686 E. 0. Degenkolb & J. E. Griffiths, Temperature of the MeggersCorl iss-Scribner Copper Arc

2716 I. P. Grant & A. F. Starace, Gauge Invariance and Radiative Transition

Probabil ities

2789 C. A. Nicolaides & D. R. Beck, On the Length, Velocity, and

Acceleration Expressions for the Calculation of Accurate

Oscillator Strengths in Many-Electron Systems

2916 R. Crossley & S. Richards, Coulomb Methods in Atomic Transition

Probability Calculations

3079 W. L. Wiese & S. M. Younger, Atomic Oscillator Strengths in Fusion

Plasma Research

*The numbers refer to paper identification numbers of Part 3.

11
3148 J. D. Hey, The Role of the Oscillator Strength in the Determination

of Plasma Densities

1.7 ENVIRONMENTAL INFLUENCES ON TRANSITION PROBABILITIES

Reference No.* Author(s) and Title

44 B. Trumpy, On the Intensity and Width of Spectral Lines

261 F. Moglich & R. Rompe, Radiation Properties and Energy Divergence

for Densely Packed Atoms of the Same Kind

459 J. A. Gait & H. L. Welsh, Influence of Foreign Gases at High Pressures

on the Selective Reflection from Mercury Vapor

467 A. Michels, H. de Kluiver, & B. Castle, The Influences of Argon and

Neon on the 2536,52 8 Line of Mercury

503 A. Michels, H. de Kluiver, & D. Middelkoop, The Effects on the

Vapour Pressure of Mercury and the Oscillator Strength of the

2536.52 8 (^Sq - ^P-j ) Resonance Line by the Presence of Argon at

High Density

2870 S. A. Bagaev, V. B. Smirnov, & M. P. Chaika, Effect of Laboratory

Magnetic Fields on the Results of Lifetime Measurements by the

Time Analysis Method

*The numbers refer to paper identification numbers of Part 3.

12
2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA

(References on individual elements and stages of ionization,

classified according to method)

Description Reference No.*

Ag (Silver)

Ag I

E: absorpt.

emiss.

emiss. rel

hook

hook rel

life

T: CA

quant.

Comment;

E: life

826,827,963,1097,

2281

448,465,520

516,1722

790,1109

149,151

1038,1169,1842,1871 , 1967,2143,2751

2153

2056

447

Ag II

1967

A! (Aluminum) Sequence

estim.

interp.

quant.

CA forb.

quant, forb.

3168

3077

1314,2523

2976

1416

emiss.

hook

hook rel

Al (Aluminum)

Al I

2333

980

980

Description

life

T: CA

quant.

quant, forb.

Reference No.*

687,1301 ,1445,1801 , 1803,1842,2006,2213,

2360,3146

1510,2241

294,1061 ,1062,1614,

2056,2612,2678,2945,

3019,3157

1093

(see also references on Al sequence)

Al II

E life

T: CA

quant.

1445,1667,1678,1801

,

1844

2241

857,1254,1261 ,1410,

2612,2762,3073,3157

(see also references on Mg sequence)

Al III

E: emiss. rel.

life

T: CA

quant.

quant, forb.

Comment (forb):

772

1445,1667,1678,3076

1886

998,1040,1357,1567,

1569,2599,2946,3020

1839,2169

2365

(see also references on Na sequence)

Al IV

T: quant. 2822

(see also references on Ne sequence)

Al V

T: quant, forb. 1093

(see also references on F sequence)

*The numbers refer to paper identification numbers of Part 3.

13
Description Reference No.* Description Reference No.*

A1 VI

T: quant, forb. 969

(see also references on 0 sequence)

Al VII

T- quant, forb. 233

(see also references on N sequence)

Al IX

T: interp. 1612

quant. 2000

quant, forb. rel . 1 527

(see also references on B sequence)

Al X

T: quant. 2830,3016

(see also references on Be sequence)

Al XI

E: life forb. 2724,3027

(see also references on Li sequence)

Al XII

T: quant. 1185,2980,3129

(see also references on He sequence)

Ar (Argon) Sequence

T: interp.

quant.

3160

1357

Ar (Argon)

Ar I

absorpt.

absorpt. rel,

emiss.

1464,1934,2610

1773,2076,2182

985,988,1030,1042,

1086,1164,1189,

1242,1258,1291

,

1308,1388,1419,

1464,1475,1618,

1622,1715,1925,

2011 ,2049,2154,

2162,2180,2294,

2300,2434,2438,

2439,2444,2591

,

2605,2682,3031

,

3180,3181

emiss. rel

hook rel

life

rrnsc.

life forb.

CA

quant.

quant, rel.

quant, forb.

Comment:

1407,1773

2294

850,1213,1233,1341

,

1353,1355,1407,1482,

1682,1773,1915,1916,

2136,2258,2287,2296,

2322,2375,2499,2584

1292,1557,1725,2508,

2766,2910,3195

2172

1372,2181 ,2623,2647,

2691 ,2997

946,1062,1203,1300,

1571 ,1654,1696,1786,

1877,2058,2223,2351

,

2466,2474,2568,2616,

2718,2892,3160

1372,1373

2009,2102,2502,2819

1222,1258,1492,1912,

2345,2791

(see also references on Ar sequence)

Ar II

E: emiss.

emiss.

life

rel

misc.

T: CA

quant.

quant,

quant.

Comment:

rel

forb.

1136,1140,1291 ,1386,

1600,1715,1925,2162,

2168,2180,2438,2876,

3031 ,3180,3181

1478,2134,2608

926,1018,1134,1290,

1417,1477,1547,1555,

1564,1653,1685,1701 , 1717,1738,1847,1879,

2050,2126,2132,2136,

2167,2322,2354,2497,

2584,2675,2984,2985.

3024,3053

2739

380

997,1062,1240,1538,

1545,1911 ,1931 ,2133,

2673,3143,3157

380

1093

1241 ,1769,1914,2416,

2665

Compi 1 ation: 2164

(see also references on CI sequence)

''The numbers refer to paper identification numbers of Part 3.

14
Description Reference No.*

Ar III

E: life

irnsc.

T: CA

quant.

quant, forb.

1491 ,1555,1717,1738,

1876,1879,1980,2132

2406

1876

2221 ,3157

761

(see also references on S sequence)

Ar IV

E: life 1555,1980,2132,2322

T: CA 2548

quant. 1062,1645,2221

quant, forb. 761

E: life

T: interp.

quant.

quant, forb.

Ar V 1980,2132,2322,3044

2479

1062,1611 ,2476

761

(see also references on Si sequence)

Ar VI

E: life 2132,2322,2883,3044

T: quant. 1062,2945

(see also references on Al sequence)

Ar VII

E: life 2132,2322,2355,2882,

2883,3044

T: quant. 3016,3130

(see also references on Mg sequence)

Ar VIII

E: emiss.

life

1950

2132,2322,2882,2883,

3044

2026,2088,2096,2946,

3130

T: quant.

(see also references on Na sequence)

Ar X

T: quant, forb. 1073

(see also references on F sequence)

Ar XI

Description

CA forb.

quant, forb.

Reference No.*

2548

969

(see also references on 0 sequence)

Ar XII

T: CA 2548

CA forb. 2548

(see also references on N sequence)

Ar XIII

T: CA 2548

CA forb. 2548

quant, forb. 1073

(see also references on C sequence)

Ar XIV

E: etniss. forb. rel . 1296

T: quant. 2000

quant, forb. 1073

(see also references on B sequence)

Ar XV

T: quant. 3077,3130

quant, forb. 1073

(see also references on Be sequence)

Ar XVI

E: life 2161,2390,2414

T: quant. 3130

quant, forb. 2500

(see also references on Li sequence)

Ar XVII

E: life

life forb.

T: quant.

3133

2139,2308

2597,2956

quant, forb. 1507,2100,2651,2956,

2974

(see also references on He sequence)

Ar XVIII

E: life forb. 2139

(see also references on H sequence)

T: CA 2548

''The numbers refer to paper identification numbers of Part 3.

15
Description Reference No.*

E: life

T: quant.

quant, rel

quant, forb.

T: quant.

E: life

T: quant.

quant, forb.

E: life

T: quant.

E: life

T: quant.

As (Arsenic)

As I

2467

2731

1220

848

As II

1326,1611

As III

As IV

2214,3103

3018

848,1416

; 2426

1429,2620

As V

2426

2944

(see also references on Cu sequence)

Au (Gold)

Au I

E: absorpt.

emiss.

emi ss . rel

hook

life

T: quant.

T: quant, rel.

T: quant, forb.

T: quant, forb.

T: quant, forb.

963,1097

520

1722

790

1037,1901

1243,2056,2687,3021

Au III

1227

Au XXXV

3130

Au XXXVI

3130

Au XLII

3130

Description

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant.

Reference No.*

Au XLIII

3130

3130

Au XLIV

Au XLV

3130

3130

l_

3130

3130

Au XLVI

3130

(see also references on Se sequence)

Au XLVII

T: quant.

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant.

3130

Au XLVIII

3130

3130

Au XLIX

Au L

3130

3130

3130

3130

Au LI

3130

(see also references on Cu sequence)

' Au LII

T: quant.

T: quant, forb.

T: quant, forb.

T: quant, forb.

T: quant.

quant, forb.

3130

Au LIII

Au LIV

Au LX

Au LXI

3130

/

3130

<

3130

I3130

3130

(see also references on K sequence)

*The numbers refer to paper identification numbers of Part 3.

16
Description Reference No.* Description Reference No.*

Au LXII

T: quant, forb. 3130

(see also references on Ar sequence)

Au LXIII

T: quant, forb. 3130

(see also references on CI sequence)

Au LXVIII

B II

T: quant. 3130

(see also references on Mg sequence)

Au LXIX

T: quant. 3130

(see also references on Na sequence)

Au LXXVI

T: quant. 3130

(see also references on Be sequence)

Au LXXVII

T: quant. 3130

(see also references on Li sequence)

B (Boron) Sequence

T: estim.

interp.

quant.

CA forb.

quant, forb.

3168

2004,2420,2421 ,3056

833,1062,1595,2418,

2809

2976

1093,1416

life

T: quant.

1078,1276,1446,1760,

1763,1869,2263,2404,

2746,2804

1062,1180,1770,2075,

2347,2380,2477,2540,

2563,2788,2823,2966,

3016,3026,3055,3107,

3134

(see also references on Be sequence)

B III

life

T: quant.

quant, forb.

1446,1447,1760,1763,

1869,2249,2252,2404,

2746,2987

801 ,1162,1441 ,2144,

2775

2814

(see also references on Li sequence)

B IV life 1760,1763,2252,2746

quant. 1 161 ,1170,1173,1255,

1293,1392,1596,1993,

2083,2084,2722,2759,

2767,2922,2974,3026

quant, forb. 1093,2117,2974

(see also references on He sequence)

B V

E: life 2252,3066

(see also references on H sequence)

Ba (Barium)

E: life

T: CA

quant.

B (Boron)

Ba I

quant, forb.

B I 1078,1333,1446,1763,

1801 ,1869,2006,2263,

2746

2241

368,418,1612,1964,

1969,2163,2187,2347,

2378,2443,2563,2684,

2788,2789,2817,2923,

2954,3029,3055,3107,

3156

887

absorpt.

emiss.

hook

hook rel

life

misc.

quant.

quant, rel

1496,1734,2135

690

727,3039

67,586

615,859,1482,1559,

1702,1842,1891 ,1892,

1990,2247,2411 ,2556,

2938,3150

1584,2879,2880

1502,1816,2109,2124,

2575,2579,2703

735

(see also references on B sequence)

*The numbers refer to paper identification numbers of Part 3.

17
Description Reference No.* Description Reference No.*

quant, forb.

Comment:

E: emiss.

emi ss . rel

life

T: CA

quant.

quant, forb.

T: quant, forb.

Ba II

2579

1396

[1394

713

1035,1181 ,1482,1990,

2219,2220,2537,2538,

2654,2865,2949,3048,

3145,3200

713

1412,2599

1412

Be II

Ba IV

1416

Be (Beryllium) Sequence

estim.

interp.

quant.

quant.

Comment:

forb.

3168

2004,2866,2983,3077

833,1185,1442,1560,

1579,1595,1952,2383,

2418,2559,2790,2809,

2865,3028,3127,3158,

3184,3196,3197

1093,3028

3127

Be (Beryllium)

Be I

E:

T:

absorpt.

life

CA

quant.

quant, forb.

2135

1446,1844,1861 ,1869,

2112,2577,2804

2241 ,2935

368,816,862,884,983,

1053,1062,1077,1111

,

1180,1191 ,1568,1770,

1816,1937,1969,2075,

2109,2127,2176,2315,

2347,2380,2417,2433,

2477,2540,2563,2567,

2620,2684,2788,2817,

2823,2824,2862,2954,

2966,3016,3026,3055

1183

E: life

T: CA

quant.

quant, forb.

1446,1447,1760,1861 , 1869,2112,2250

2241 ,2769

801 ,1162,1441 ,1569,

1664,2144,2602,2775

2500,2814

(see also references on Li sequence)

Be III

E:

T:

life

quant.

1446,2250

1053,1071 ,1161 ,1170,

1173,1180,1255,1293,

1392,1596,1993,2083,

2084,2759,2767,2922,

2954,3026

quant, forb. 1093,2117

(see also references on He sequence)

Bi (Bismuth)

Bi I

E: absorpt.

emiss

emiss. rel

life

emiss. forb. rel

T: quant.

quant, forb.

Comment:

Bi II

E:

T:

T:

emi ss

quant,

quant.

forb. rel

forb.

Bi III

quant.

quant, forb.

967,987,2091

448

266

1169,2051 ,2166

1330

2731 ,2755

848

447

l_

2989

1326

848

[

3018

848,1416

Bi IV

E: life

Bi V

life

quant.

(see also references on Be sequence)

*The numbers refer to paper identification numbers of Part 3.

2053

2053

3021

18
Description Reference No.*

Br (Bromine)

Br I

E: absorpt.

emiss.

T: quant.

quant, rel

quant, forb.

Comment:

E: emiss.

T: quant.

quant, forb.

Br II

2503

1857

3143

1220

848,1416

3064

I2878

1521

652,848

(see also references on Se sequence)

Br IV

life

quant.

Br V

E: life

T: quant, forb.

E: life

T: interp.

quant.

3044

1611

3178

1416

Br VI

Br VII

E:

T:

life

interp.

quant.

3154,3178

2216,2426

1429,2620,3130

[3154,3178

2216,2426

3130

(see also references on Cu sequence)

Br VIII

T: quant. 3130

Br XXXI

T: quant. 2420,2421,3056

(see also references on B sequence)

C (Carbon) Sequence

T: estim.

interp.

3168

2004

Description

quant.

quant, rel

quant, forb.

Reference No.*

833,1062,1377,1595,

1611 ,2418,2566,2809

1377

969,1052,1093

C (Carbon)

c I

E: emiss.

emi ss

life

misc.

T: CA

quant.

rel

quant, forb.

Compilation:

370,513,694,695,758,

950,1501 ,1718,2012,

2104,2580,2607,2955

2305

1078,1767,1777,1869,

1985,2137,3120

2377,2489

1510,2239,2241

425,697,1253,1260,

1325,1397,1787,1969,

2002,2145,2187,2378,

2563,2684,2788,2816,

2954,3007,3008,3012,

3055

333,366,1970,2382,

2418

1260

(see also references on C sequence)

C II

E: emiss.

emiss.

life

quant.

rel

quant, forb. rel.

quant, forb.

Compi lation

(see also references on B sequence)

370,2515,2955

1239,2580

1078,1530,1588,1590,

1688,1761 ,1767,1777,

1869,1927,1983,1985,

2137,2255,3125

294,1253,1260,1615,

1964,2187,2347,2378,

2563,2788,2789,3055,

3156

1527

887,975

1260

C III

life

T: quant.

1302,1530,1588,1590,

1688,1761 ,1767,1777,

1869,1983,1985,2255,

3125

983,1062,1111 ,1180,

1499,1770,1903,1974,

•"The numbers refer to paper identification numbers of Part 3,

19
Description

quant, (cont.)

Reference No.*

2075,2147,2148,2347,

2380,2477,2540,2544,

2563,2823,2824,2830,

2966,3016,3026,3055,

3183

(see also references on Be sequence)

C IV

E: life

quant.

927,1760,1761 ,1946,

1983,1985,2236,2255,

2987

801 ,1162,1415,1441

,

2128,2775

quant, forb. 1415,2500

(see also references on Li sequence)

C V

E: life 1712,1761,1983,1985,

2254,2255,2987

T: quant. 1161,1170,1173,1255,

1392,1596,1993,2083,

2084,2759,2767,2922,

3026

quant, forb. 1093,1485,1507,2117

(see also references on He sequence)

Ca (Calcium)

Ca I absorpt.

absorpt.

emiss.

hook

hook rel

life

rel

T: CA

quant.

Comment:

E: life

2135,2820

539

866

793,3039

67,134,654

859,876,1110,1158,

1338,1467,1468,1649,

1801 ,1842,2006,2306,

2556,2618,2694,2707,

2714,2953,3147

1510,2241

1130,1191 ,1205,1352,

1502,1568,2109,2124,

2292,2466,2575,2620,

3036,3072,3170

1466

Ca II

1181 ,1649,1801 ,2006,

2694,3048

Descri ption

T: CA

quant.

Reference No.*

1510,2241

689,1256,1412,1569,

1787,2026,2065,2184,

2431 ,3036

quant, forb. 340,1412,1554,1839

(see also references on K sequence)

Ca III

E : 1 i fe

T: quant.

2649,2694

1062,1300,1696,2223,

2534,3160

quant, rel . 1373

(see also references on Ar sequence)

Ca IV

T: quant, forb. 1093

(see also references on CI sequence)

Ca V

E: life 2215,2649

T: quant. 2221

(see also references on S sequence)

Ca VI

T: CA

quant.

quant, forb.

T: quant.

quant, forb.

2548

1645

233

Ca VII

1062,2476,2479,2603,

3055

1073

(see also references on Si sequence)

Ca VIII

T: quant. 1062

(see also references on A1 sequence)

Ca IX

T: quant. 1261

(see also references on Mg sequence)

Ca X

T: quant. 998,2704,2946

(see also references on Na sequence)

Ca XII

T: quant. 2779

*The numbers refer to paper identification numbers of Part 3.

20
Descrl ption Reference No.* Description Reference No.*

quant, forb. 1073,2779

(see also references on F sequence)

Ca XIII

T: CA

quant.

CA forb.

quant, forb.

2548

2722,2779,3117

2548

1073,2511 ,2779

(see also references on 0 sequence)

Ca XIV

T: CA 2548

quant. 1536,2722

CA forb. 2548

(see also references on N sequence)

Ca XV

T: CA 2548

quant. 1196,2722,2779,3118

CA forb. 2548

quant, forb. 1073,2779

(see also references on C sequence)

Ca XVI

T: quant. 2722,3056

(see also references on B sequence)

Ca XVII

T: quant. 2147,2722

quant, forb. 2760

(see also references on Be sequence)

Ca XVIII

T: quant. 2101

quant, forb. 2500

(see also references on Li sequence)

Ca XIX

T: quant. 2722

(see also references on He sequence)

Cd (Cadmium)

etrn ss

emiss. rel

hook

hook rel

life

misc.

misc. rel

T: quant.

quant, rel.

quant, forb.

Comment:

E: life

T: quant.

433,520,2211

225,264,499,507,589,

649

2782,3023

131 ,589

71 ,75,140,267,273,

372,571 ,594,609,755,

821 ,830,877,996,1114,

1354,1526,1659,1749,

1780,1842,1989,2052,

2217,2245,2336,2670,

2677,2758,2919,2995,

3035

34,35,158,1281 ,2725,

2726

120

362,395,479,701 ,734,

857,1069,1191 ,1284,

2027,2185,2575,2620

228,735,1206

1183

153

Cd II

571 ,755,1659,1704,

1741 ,1989,2217,2535,

2536,2598,2815,2829,

2864,3048,3063,3075

1027,1928,2055,2068,

2756

Ce (Cerium)

Ce II

E: life

Comment:

E: life

Ce III

2650

2015

[_2468

CI (Chlorine) Sequence

CA forb.

quant, forb.

2976

1416

Cd I absorpt. 129,231 ,826,827,967,

1095,1284,2135

*The numbers refer to paper identification numbers of Part 3.

21
Description Reference No.* Description Reference No.*

CI (Chlorine)

Cl I

E: absorpt.

emiss.

1 ife

T: quant.

quant, rel

quant, forb.

3128

535,694,1195,1857

1220

1062,2509,3143,3157

1220

1093

(see also references on Cl sequence)

Cl II

E: emiss.

life

T: quant.

quant, forb.

535,694,1857

1555,1849,1961 ,3011

2221 ,3157

761

(see also references on S sequence)

Cl III

1849,1961

1062,2061,2221,2418,

2604,3157

761

Cl IV

E: life

T: quant.

quant, forb.

E : 1 i fe

T: interp.

quant.

quant, forb.

(see also references on Si sequence)

Cl V

E: life 1849,1961

T: quant. 1062,2945

(see also references on Al sequence)

Cl VI

E: life

1849,1961 ,2231 ,2484

2479,3055

1062,1325,1611 ,2476

761

1849,1961 ,2231 ,2484,

2882,2883

T: quant. 3073

(see also references on Mg sequence)

Cl VII

life 1849,1961 ,2151 ,2231

,

2484,2882,2883

T: quant. 998

(see also references on Na sequence)

Cl VIII

E: life 2231,2484

T: quant. 2822

(see also references on Ne sequence)

Cl IX

E: life 2231,2484

T: quant, forb. 1093

(see also references on F sequence)

Cl X

T: quant, forb. 969

(see also references on 0 sequence)

Cl XV

E: life 2161 ,2266,2388,2390,

2414

life forb. 2506

(see also references on Li sequence)

Cl XVI

E: life 2266,2267,2506,3071

life forb. 2504,2506,2662

T: quant. 2597

(see also references on He sequence)

Co (Cobalt)

Co I

E: absorpt.

absorpt. rel,

emiss.

emi ss . rel

hook rel

life

T: CA

quant.

Comment

E : emi ss . rel .

963,2281

404,2387

448,465,520,882

107,2593

509

1528,2360,2590,2699,

3162,3179

559

998

559

Co II 1250,2593

*The numbers refer to paper identification numbers of Part 3.

22
Description

life

T: CA

quant.

quant, rel

quant, forb.

Comment:

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant, forb.

Reference No.*

2590

1250

1384,1408,1747,2341

2993

704

1747

3058

Co III

2885

1594

Co VIII

Co X

1610

1610

1608

(see also references on Ar sequence)

Co XII

T: quant, forb. 891,1073

(see also references on S sequence)

Co XV

T: quant, forb. 891,2511

(see also references on Al sequence)

Co XVII

T: quant. 1766,2016

quant, forb. 2170

(see also references on Na sequence)

Co XIX

T: quant. 1295

(see also references on F sequence)

Co XX

T: quant. 1921

(see also references on 0 sequence)

Cr (Chromium)

Cr I

E: absorpt.

emiss.

hook

1336,2887

1426,1621 ,2268

2732

Reference No.*

1880,2360,2395,2778,

2964,3060,3108,3167

2948

Cr II

Description

life

T: quant.

E: absorpt.

emiss.

life

T: quant.

quant, forb.

Comment:

E: life

T: quant.

T: quant, forb.

T: quant.

quant, forb.

T: quant,

(see also references on K sequence)

Cr VII

T: quant. 1300,1696

quant, rel. 1373

quant, forb. 1608

(see also references on Ar sequence)

Cr IX

T: quant, forb. 233,1073,2511

(see also references on S sequence)

Cr III

Cr IV

Cr V

1336

1426

2395,2695

2993

848,1775

3058

l_

3104

1553,2885

l_233,848,1594

1610

1610

Cr VI

1166

Cr X

T: CA

quant.

2548

1645

Cr XI

T: interp. 2479

quant, forb. 891,1073,3130

(see also references on Si sequence)

Cr XII

T: quant, forb. 3130

(see also references on Al sequence)

•"The numbers refer to paper identification numbers of Part 3.

23
Description Reference No.* Description Reference No.*

Cr XIII

T: quant, forb. 3130

(see also references on Mg sequence)

Cr XV

T: quant, forb. 3130

(see also references on Ne sequence)

Cr XVI

T: quant. 2926

quant, forb. 2926,3130

(see also references on F sequence)

Cr XVII

T: CA 2548

quant. 2722

CA forb. 2548

quant, forb. 3130

(see also references on 0 sequence)

Cr XVIII

Cs (Cesium)

T: CA

quant.

CA forb.

quant, forb.

2548

2722

2548

3130

(see also references on N sequence)

Cr XIX

T: CA

quant.

CA forb.

quant, forb.

2548

2722

2548

3130

(see also references on C sequence)

Cr XX

T: quant. 2722

quant, forb. 3130

(see also references on B sequence)

Cr XXI

T: quant. 2722

(see also references on Be sequence)

Cr XXII

T: quant, forb. 2500

(see also references on Li sequence)

Cs I

E: absorpt.

absorpt . rel

emiss.

emiss. rel.

hook

hook rel

life

mi sc

absorpt. forb.

misc. forb.

T: CA

estim.

quant.

quant, forb. rel

quant, forb.

Comment:

Comment ( rel . )

4,9,91 ,1014,2262,

2398,2939,3043,3174

1 ,1 1 1 ,1945,2557,2803

813,1060,2940,2941

319,951 ,2557

87,357

181 ,394

397,522,681 ,879,920,

1084,1182,1224,1425,

1603,1646,1647,1791 , 21 57,2371 ,2581 ,2622,

2685,2747,2797,2825,

2899,3010,3013,3033,

3102,3135,3161

105

1987

1531 ,2893

632,1207

452,1363

106,452,479,631 ,732,

734,754,998,1015,

1069,1328,1412,1661 , 2010,2175,2385,2894,

2940,2941

1262

1412

17,143,630,732,1083

179

Cs III

T: quant, forb. 848,1416

Cs IV

T: quant. 1521

(see also references on Te sequence)

Cu (Copper) Sequence

T: interp.

quant.

3079

2212

*The numbers refer to paper identification numbers of Part 3.

24
Description Reference No.* Description Reference No.*

Cu (Copper)

Cu I

E: absorpt.

absorpt. rel

emiss.

emiss. rel.

hook

hook rel

life

misc.

T: CA

quant.

Comment:

Compilation:

231 ,482,1097,1662,

1864,2281

976,1757,2780

448,520,895,1343,

1804

207,264,838,1409,

1599,1722,2344

474,1109

413

1038,1102,1169,1346,

1842,2601 ,2753,2918

1096,1474

2153,2240,2753

998,1569,1864,2056,

2753,2944

1694

2666

(see also references on Cu sequence)

Cu II

E: emiss.

emiss. rel.

life

T: quant, forb.

T: quant.

T: quant.

quant, rel.

T: quant, forb.

Cu III

1343

1922

2918,3011

848

l_

2885

Cu IV

Cu XII

3017

3017

[1608

(see also references on Ar sequence)

Cu XIX

T: quant. 998

(see also references on Na sequence)

Cu XXI

T: quant. 1295,2261

(see also references on F sequence)

Cu XXII

T: quant. 1921

(see also references on 0 sequence)

Dy (Dysprosium)

Dy I

E: hook

hook rel

T: quant.

3042

2586,3042

2270

Er (Erbium)

Er I

E: hook rel

T: quant.

E: life

Er II

3112

2270

[2936

Eu (Europium)

Eu I

E: absorpt.

absorpt. rel

hook

hook rel

life

3042

1757

1344,2334

2394,3042

1076,1524,1550,2394

F (Fluorine) Sequence

T: estim.

interp.

quant.

CA forb.

quant, forb.

3168

2004,2875

833,1062,1595,1644,

1840,1919,2106,2418,

2809

2976

1416

•^The numbers refer to paper identification numbers of Part 3.

25
Description Reference No.*

F (Fluorine)

E: emiss.

life

T: quant.

quant, forb.

F I 1857,2660

2319,3045

1969,2187,2563,2875

1093

(see also references on F sequence)

F II

E: emiss. 1340

life 2319,2501,3045

T: quant. 1615,2187,2378,2563,

3008,3055

quant, forb. 333,1093

(see also references on 0 sequence)

F III

E: emiss. 1340

life 1670,3045

T: estim. 1700

quant. 2347,2378,2563,2875,

2923,3055

(see also references on N sequence)

F IV

E: emiss. 1340

life 1670,2229,2319,3045

T: estim. 1700

quant. 425,1325,2415,3055

quant, forb. 333

(see also references on C sequence)

LV

E: emiss.

life

T: interp.

quant.

quant, forb. rel

1340

2229,2968

1612

368,1100,2347,3055

1527

(see also references on B sequence)

F VI

E: life 1462,1670,2229,2968

quant. 1100,1770,2075,2347,

2380,2540,2823,2830,

Description Reference No.*

quant, (cont.) 2966,3026,3055

(see also references on Be sequence)

F VII

E: life 927,1657,1895,1999,

2400,2414,2968

T: quant. 801,1441,2775

(see also references on Li sequence)

F VIII

E: life

T: quant.

2376,2390,2400,2784,

2968

1170,1173,1255,1392,

1596,1993,2597,2759,

2974,3026

quant, forb. 1093,2117

(see also references on He sequence)

F IX

E: life 2505

(see also references on H sequence)

Fe (Iron)

Fe I

E: absorpt.

absorpt. rel

emiss.

emiss. rel

hook

hook rel

life

misc.

misc. rel

T: CA

estim.

252,338,482,1336,

1513,1662,2115,2281 , 2669,2888

189,222,905,956,

1586,1757,2796

183,448,465,520,651 , 729,813,835,882,

1155,1298,1509,1675,

1788,1813,1867,1960,

2025,2491 ,2531 ,2578

27,31 ,39,266,306,

316,377,506,507,533,

534,645,720,777,960,

1043,1099,1512

2114,2115,2227,2543

390,906

443,480,658,1607,

1617,1801 ,1845,1944,

2057,2316,2519,2522,

2699,2818,2895

564

548,2289

559,1510

156,707,1841

*The numbers refer to paper identification numbers of Part 3.

26
Description

quant.

quant, rel

estim. forb.

quant, forb.

Comment:

Compilation:

E: absorpt.

emiss.

emi ss . rel

hook

life

mi sc

T: CA

estim.

quant.

quant, rel.

quant, forb.

Comment:

E: emiss. rel.

life

T: CA

estim.

quant.

quant, forb.

T: quant, forb.

T: quant, forb.

T: quant, forb.

Reference No.*

994,998,1384,1408,

1937,2405,2564

296

1516

1917

208,290,414,502,559,

611 ,650,651 ,718,776,

835,894,1043,1167,

1856,2889,2913,3058

835

Fe II

1513

729,1658,2025,2248,

2425

74,266,316,373,970,

1250

2543

1800,2057,2895

564,629,756,1144,

2490

1250

156

1552,1745,1951 ,2341 , 2993

110

698,1594,1774

3058

Fe III

Fe IV

Fe V

Fe VI

1848

3104

1000

627

2885

461

l_492

461

[_233,848

Description

quant, forb.

Reference No.*

233,848,1610

Fe VIII

Fe VII

T: quant. 1044,1166,2683,3130

quant, forb. 1044

(see also references on K sequence)

Fe IX

T: quant. 1179,1300,1311,1696,

2099,3136,3160

quant, rel . 1 373

quant, forb. 1507,1608,2018,3136

(see also references on Ar sequence)

Fe X

E: misc.

misc. forb.

T: quant.

quant, forb.

Comment:

588

276

1179,1311 ,2023,2099,

2779,3032,3115

251 ,959,251 1 ,2779,

3166

702

(see also references on CI sequence)

Fe XI

E: misc. forb. 276

T: quant. 1179,1311 ,2023,2099,

2779,3115

quant, forb.

(see also references on S sequence)

233,251 ,959,2779,

3166

T: CA

quant.

quant, rel.

estim. forb.

quant, forb.

E: misc. forb.

T: quant.

Fe XII

2548

1311 ,1593,1645,2023,

2099

3137

959

1073,2102,3137

Fe XIII

276

1196,1311 ,2023,2099,

2235,2479,2526,2603,

3055

T: quant. 1610

*The numbers refer to paper identification numbers of Part 3

quant, forb.

(see also references on Si sequence)

251 ,775,959,1073,

2293,3130

27
Description Reference No.*

Fe XIV

E: misc. forb. 276

T: CA 702

quant. 307,458,1111,1311,

1866,2023,2099,2779,

2945

quant, forb. 251,702,959,1111,

2511 ,2779,3130

(see also references on A1 sequence)

Fe XV

T: quant. 693,846,959,1111,

2099,2271 ,3106,3130

quant, forb. 251,340,455,959,

1507,3130

(see also references on Mg sequence)

Fe XVI

T: CA 2548

quant. 846,959,998,1111,

1357,1766,2016,2704,

2946,3130

quant, forb. 959,2170

Comment: 1172

(see also references on Na sequence)

Fe XVII

T: CA

quant.

2906

1056,1179,1956,2774,

3183

quant, rel . 1457

quant, forb. 1507,3130

(see also references on Ne sequence)

Fe XVIII

T: CA 2906,2977

quant. 2261,2926,3119

quant, forb. 2926,3130

(see also references on F sequence)

Fe XIX

T: CA

quant.

2548,2906

2520,2689,2722,3117,

3119

CA forb. 2548

quant, forb. 3130

(see also references on 0 sequence)

Description Reference No.*

Fe XX

T: CA 2548

quant. 2520,2689,2722,3116

CA forb. 2548

quant, forb. 3130

(see also references on N sequence)

Fe XXI

T: CA 2548

quant. 2000,2520,2689,2698,

2722,3118

CA forb. 2548

quant, forb. 3130

(see also references on C sequence)

Fe XXII

T: quant. 1480,2520,2689,2698,

2722

quant, forb. 3130

(see also references on B sequence)

Fe XXIII

T: quant. 1480,2093,2147,2698,

2722,3077,3130

quant, forb. 1507,2760

(see also references on Be sequence)

Fe XXIV

T: quant. 1480,2093,2101 ,2171 , 3130

quant, forb. 2500

(see also references on Li sequence)

Fe XXV

E: life

life forb.

T: quant.

quant, forb.

3142

2532

1480,2171 ,2722

1507,2974

(see also references on He sequence)

Ga (Gallium)

Ga I

E: absorpt.

absorpt. rel.

963,1236

1757

*The numbers refer to paper identification numbers of Part 3.

28
Description Reference No.* Description Reference No.*

ennss.

emiss. rel

hook

hook rel

life

T: quant.

quant, rel.

quant, forb.

Comment:

E: life

T: quant.

E: life

T: quant.

448

874

510,512,787,788,980,

1236

980

613,658,687,1169,

1842,1972,2054,2213,

2937,3146

1061 ,2056,2238,3019

2368

848,1416

447,575,981

Ge II

Ga II

Ga III

2054,2426

857,1429,2620

[

2054,2426

2944,3020

(see also references on Cu sequence)

Ga V

T: quant. 1337

Gd (Gadolinium)

Gd I

E: hook rel

life

2391 ,3042

2795

E: emiss.

life

T: quant.

quant, rel.

quant, forb.

E: life

T: quant.

E: life

Ge III

2369

3103

2339,3022

2339

848,1416

[

2426

1429,2620

Ge IV

2426

(see also references on Cu sequence)

Ge VI

T: quant. 1337

Ge XXIII

T: quant. 2674

(see also references on Ne sequence)

Ge XXIV

T: quant. 3122

(see also references on F sequence)

H (Hydrogen) Sequence

Ge (Germanium)

T: estim.

interp.

quant.

quant, forb.

3168

2837

3151

1430,1539,1854,2119,

2120,2572

Ge I

E: absorpt. rel,

emiss.

emiss. rel.

hook rel

life

T: quant.

quant, rel

quant, forb.

Comment:

711 ,770,1757

2369

770

901

1220,2649

643,1326,1611 ,2541

1220

848

770

H (Hydrogen)

E: absorpt.

emi ss.

emiss. rel.

life

emiss. forb.

T: quant.

H I

971 ,1278,1 520

1092,1520

2313

922,1029,1058,1066,

1187,1294,1714,1965,

1996,2256,2430

2754

192,365,395,432,

462,537,547,635,

*The numbers refer to paper identification numbers of Part 3.

29
Description

quant, (cont.)

Reference No.*

642,880,1323,1476,

1574,2123,2658,2837

quant, forb. 1814,2121

(see also references on H sequence)

He (Helium) Sequence

estim.

interp.

quant.

quant, forb.

Comment:

3168

2004,2597

833,1160,1303,1395,

1443,1790,1884,2070,

2094,2276,2346,2532,

2721 ,2749,2973,3068,

3153,3159,3184,3186

1494,1518,1854,1896,

1902,1905,2532,2546,

2742,2973,3159

1723,2513

He (Helium)

He I

E: absorpt.

absorpt. rel

emi s s

emiss. rel.

life

T:

misc.

misc. rel

emiss. forb.

life forb.

estim.

958,1934

1846,2278

1082

907

434,508,526,819,843,

858,870,871 ,922,926,

945,979,1017,1134,

1 147,1 151 ,121 1 ,1 233,

1353,1375,1379,1424,

1444,1449,1465,1472,

1 504,1 563,1677,1691 , 1692,1737,1762,1776,

1858,1862,1863,1872,

1873,1874,1875,1929,

2062,2063,2073,2079,

2152,2155,2224,2226,

2237,2244,2257,2259,

2286,2325,2332,2396,

2441 ,2442,2549,2609,

2727,2827,2868,2869,

3062,3121 ,3124

2342,2657,2766,2910,

3198

931

2373,2833

2017

457,487,565

Descri ption

quant.

quant, forb.

Reference No.*

1 71 ,214,227,478,857 , 897,919,1053,1059,

1071 ,1 161 ,1 170,1 173,

1180,1249,1255,1293,

1392,1428,1542,1596,

1683,1703,1707,1868,

1941 ,1991 ,1992,1993,

2022,2080,2083,2084,

2092,2140,2243,2469,

2470,2524,2554,2565,

2658,2702,2759,2767,

2836,2861 ,2862,2922,

2954,2956,3026,3029

881 ,1093,1183,1310,

1933,2085,2117,2898,

2956

Comment: 938,961,1222,2927

(see also references on He sequence)

He II

E: emi ss

,

life

rel 3155

1193,1204,1233,1379,

1706,1754,1850,1900,

2082,2125,2156,2931 , 2967

T: quant, 1188,1580

(see also references on H sequence)

Hf (Hafnium)

Hf II

life 2863

Hg (Mercury)

Hg I

E: absorpt.

emiss,

emiss. rel

hook

life

9,10,47,54,62,82,

113,712,1201 ,1284,

1753,2135,2208,2735,

2859

263,520,2429,2801 , 3132

262,406,649,1033,

1178

83,102,161 ,162

18,42,92,108,109,

118,135,175,323,349,

350,398,450,456,488,

523,528,542,750,751 , 815,852,924,929,966,

1019,1114,1202,1221

,

*The numbers refer to paper identification numbers of Part 3.

30
Descri ption

life (cont.)

mi sc

absorpt. forb.

life forb.

T: quant.

quant, rel

quant, forb.

Comment:

Comment (forb.):

E: absorpt.

emiss. rel.

life

T: quant.

quant, forb.

Reference No.*

1226,1231 ,1358,1380,

1685,1705,1784,1842,

1888,1893,2217,2542,

2555,2582,2584,2748,

2794,2835,2905

463,820,1982,2165,

2713

1143

2234

325,358,362,479,701

,

734,857,998,1069,

1132,1191 ,1284,2575,

2687

228,406,735,1206

1143,1183

17,44,103,153,224,515

77

Description Reference No.*

Hg II

2492

2680

2217,2864

2055,3021

848

T: quant.

Hg LXXIX

2974

(see also references on He sequence)

Ho (Holmium)

Ho I

Compilation: 2891

I II

T: quant. 1521

quant, forb. 580,848

(see also references on Te sequence)

In (Indium)

In I

E: absorpt.

emi ss . rel

hook

life

T: quant.

quant, rel

quant, forb.

Comment:

E: life

T: quant.

E: life

T: quant.

527,963,1236,2407

498

510,51 1 ,512,787,788,

1236

859,1169,1842,1972,

2054,2213,2938,3146

518,575,1061 ,1448,

2238,3019

2368

848,1416

981

In II

In III

2053,2054

857

l_

2053

3020

K (Potassium) Sequence

T: quant. 2886,3110

E: absorpt.

life

mi sc

life forb.

T: quant.

quant, rel

quant, forb.

Comment:

I (Iodine)

I I

2503

1220,1887,2615,2909

2186

1048,1199,1889,2048

3143

1220

848,1416,1583

17,3064

K (Potassium)

K I

E: absorpt.

emiss.

hook

life

misc.

misc. forb.

T: CA

estim.

1565,2569

204,2569

726

1084,1385,2013,2621

,

2838,2899

2279

1332,1532

632,1207,1510,2241

1363

''The numbers refer to paper identification numbers of Part 3.

31
Description

quant.

Reference No.*

363,817,1256,1328,

1412,1 569,1661 ,2010,

2021 ,2026,2175,2516,

2602,2655

Descri ption Reference No.*

quant, forb. rel . 1 262

quant, forb. 1318,1412,1839

(see also references on K sequence)

K II

E: life

T: quant.

1651 ,1668,1678,1984,

2338

1062,1300,1696,2223,

2356,3160

quant, rel . 1 373

(see also references on Ar sequence)

K III

E: life 1651,1984

T: quant. 3157

quant, forb. 1093

(see also references on CI sequence)

K IV

E: life 2215,2649

T: quant. 2221

(see also references on S sequence)

K V

E: life

T: quant.

T: interp.

quant.

K VI

2215,2649

1645,2221

2479

1062,2476

(see also references on Si sequence)

K VII

T: quant. 1062,2945

(see also references on Al sequence)

K IX

T: quant. 2026

(see also references on Na sequence)

K XI

T: quant, forb. 891,1073,2511

(see also references on F sequence)

K XII

T: quant, forb. 969

(see also references on 0 sequence)

K XIII

T: quant. 3116

(see also references on N sequence)

K XIV

T: quant, forb. 1073

(see also references on C sequence)

Kr (Krypton)

E: absorpt.

emiss.

emiss. rel.

hook

hook rel

life

mi sc

life forb.

T: CA

quant

quant, rel

quant, forb.

Comment:

E: emiss.

emiss. rel

life

misc.

T: CA

quant.

quant, forb.

Compilation:

Kr I

570,590,768,1001 , 1157,1519,1934

844,1807,2294

2141

791 ,2942

2294

850,999,1233,1406,

2090,2244,2343,2359,

2763,2764,2969

1725,2766,2925

2172

1372,2517,2691 ,2997

684,839,1049,1190,

1654,2058,2466,2517,

2658,2720

475,795,1372

2009,2502,2819

1222,1259

Kr II 1807,1953

2141 ,2397

1717,2050,2090,2126,

2359,2688,2969,3169

2739

2934

1545,2692,2934,3143,

3191

848,1416

2810

*The numbers refer to paper identification numbers of Part 3.

32
Description

E: life

T: quant.

quant, forb.

Kr III

Reference No.*

[1717,2969

1521

340,848

Descri ption Reference No.*

Kr XXIII

(see also references on Se sequence)

Kr IV

E: life

E: life

E: life

E: life

T: interp.

quant.

E: life

T: Interp.

quant.

2969,2998

Kr V

Kr VI

Kr VII

T: quant, forb. 3130

(see also references on Si sequence)

Kr XXIV

T: quant, forb. 3130

(see also references on Al sequence)

Kr XXV

T: quant. 3130

quant, forb. 3130

(see also references on Mg sequence)

Kr XXVI

T: quant. 3130

2928,2969,2998,3044, ^^^^ references on Na sequence)

3154'

Kr XXVIII

2216,2426

3130

2969,2998,3044

2969,2998,3044

Kr VIII

2928,2969,3044,3154

2216,2426

2944,3130

(see also references on Cu sequence)

Kr IX

T: quant. 3130

Kr XVIII

T: quant. 3130

quant, forb. 3130

(see also references on K sequence)

Kr XIX

T: quant, forb. 3130

(see also references on Ar sequence)

Kr XX

T: quant, forb. 3130

(see also references on CI sequence)

Kr XXI

T: quant, forb. 3130

(see also references on S sequence)

Kr XXII

T: quant, forb. 3130

T: quant, forb. 3130

(see also references on F sequence)

Kr XXIX

T: quant, forb. 3130

(see also references on 0 sequence)

Kr XXX

T: quant, forb. 3130

(see also references on N sequence)

Kr XXXI

T: quant, forb. 3130

(see also references on C sequence)

Kr XXXII

T: quant, forb. 3130

(see also references on B sequence)

Kr XXXIII

T: quant. 3077,3130

(see also references on Be sequence)

Kr XXXIV

T: quant. 3130

(see also references on Li sequence)

Kr XXXV

E : 1 i fe

life forb.

2956,3142

2956

*The numbers refer to paper identification numbers of Part 3.

33
Description Reference No.* Description Reference No.*

T: quant. 2956

quant, forb. 2956,2974

(see also references on He sequence)

La (Lanthanum)

Li II

E : 1 i fe

E : 1 i fe

misc. rel

E: emiss. rel

La I

La II

La III

1730,1731 ,1732

[_2650,3105

564

[1351

Li (Lithium) Sequence

T: estim.

interp.

quant.

quant, forb.

Compilation:

3168

2004,2866,2914,2983,

3014

2026,2349,2583,2596,

2792,2807,2809,2866,

3110,3111 ,3138,3187

2760,2793

3014,3015

absorpt.

hook rel

life

CA

estim.

quant.

Li (Lithium)

Li I

1312

117

1149,1150,1208,1460,

1463,1471 ,1505,1535,

1760,1861 ,1862,2064,

2237,2253,2412,3188

632,1207,2241

1363

801 ,860,1161 ,1162,

1328,1441 ,1569,1606,

1661 ,1971 ,2010,2078,

2144,2210,2358,2475,

2516,2602,2711 ,2775,

2787,2823,2862,2875,

2894,2954,3054,3172

life

T: quant.

quant, forb.

1150,1447,1463,1505,

1679,1861 ,1986,2062,

2158,2209,2237,2253,

2256,2412,2413,2813,

2961

857,1053,1071 ,1170,

1173,1180,1255,1293,

1392,1596,1993,2083,

2084,2469,2470,2702,

2759,2767,2922,2954,

3026

1093,2085,2117

(see also references on He sequence)

Li III

E: life 2158,2159,2256

(see also references on H sequence)

Lu (Lutetium)

Lu I 1726,1727,1913,2304

2891

E: life

Compi 1 ation

E : 1 i fe

Lu II 2468,2650

Mg (Magnesium) Sequence

estim.

interp.

quant.

quant, forb.

3168

2004,3077,3106,3126

1062,1168,1579,1940,

3126,3190

1093

quant, forb. 2560,2676,2814

(see also references on Li sequence)

*The numbers refer to paper identification numbers of Part 3.

Mg (Magnesium)

Mg I

absorpt. 484,2135

emiss. 1234

emiss. rel . 241 ,1954

hook 2781

hook rel . 727

life 875,1110,1338,1649,

1667,1678,1801 ,1842,

1923,1988,2006,2052,

34
Description

life (cont.)

T:

rm sc

CA

quant.

quant, forb.

Reference No.*

2314,2357,2360,2471

,

2556,2606,2617,2708,

2714,2865,3034,3065,

3081 ,3147

1352

1510,2241

328,701 ,1094,11 31 ,

1 191 ,1254,1261 ,1414,

2061 ,2109,2124,2232,

2418,2433,2567,2602,

2620,2700,2701 ,3051

,

3073,3106,3157,3170

1094,1183

(see also references on Mg sequence)

Mg II

T:

life

CA

quant.

1110,1649,1667,1678,

1801 ,1988,2006,2052,

2357,2959,3048

1510,2241 ,2769

294,998,1040,1357,

1412,1567,1569,2026,

2065,2599,2946,3051

1412,1839,2169

2365

quant, forb.

Comment (forb.):

(see also references on Na sequence)

Mg III

E: life 1650,2357,2649

T: quant. 2107,2312,2822

(see also references on Ne sequence)

Mg IV

E : 1 i fe

T: CA

quant, forb.

2357

2977

1093

(see also references on F sequence)

Mg V

T: quant. 563

quant, forb. 969

(see also references on 0 sequence)

Mg VI

T: CA 2548

CA forb. 2548

(see also references on N sequence)

Mg VII

Descri ption

CA forb.

Reference No.*

2548

(see also references on C sequence)

Mg VI II

T: interp. 1612

quant, forb. rel . 1 527

(see also references on B sequence)

Mg IX

T: quant. 2147,2830,3016

(see also references on Be sequence)

Mg X

T: quant, forb. 2500

(see also references on Li sequence)

Mg XI

T: quant. 1185

(see also references on He sequence)

Mn (Manganese)

Mn I

E: absorpt.

emiss.

emi ss . rel

hook

life

T: quant, forb.

E: emiss.

life

T: quant.

Comment:

525,2066

1117

1117

474

2274,2360,2363,2589,

2737,2778,2964

2149

Mn II

Mn III

E:

T:

life

quant

1117

2274,2363,2589

2993

3058

[ 2589,3104

2885

Mn V

T: quant, forb.

T: quant.

quant, forb.

Mn VI

233,848

[1610

848,1610

T: CA 2548

*The numbers refer to paper identification numbers of Part 3.

35
Description Reference No.*

Mn VII

T: quant. 1166

(see also references on K sequence)

Mn VIII

T: quant, rel . 1373

quant, forb. 1608

(see also references on Ar sequence)

Mn X

T: quant, forb. 233

(see also references on S sequence)

Mn XI

T: quant. 1645

quant, forb. 891

Mn XII

T: interp. 2479

quant, forb. 1073

(see also references on Si sequence)

Mn XIII

T: quant, forb. 891,1073,2511

(see also references on Al sequence)

Mn XVII

T: quant. 1295

(see also references on F sequence)

Mn XXI

T: quant. 2420,2421,3056

(see also references on B sequence)

Mo (Molybdenum)

Mo I

E: absorpt. 2091

emiss. 1943

emi ss . rel . 838

hook rel . 440

Mo VIII

Description

T: quant.

Reference No.*

Mo XIII

3130

Mo XIV

T: quant. 2944,3130

(see also references on Cu sequence)

Mo XV

T: quant. 3130,3160

Mo XVI

T: quant, forb. 1416

Mo IX

T: quant. 2904

(see also references on Se sequence)

*The numbers refer to paper identification numbers of Part 3

T: quant, forb. 3130

Mo XXIV

T: quant. 3130

quant, forb. 3130

(see also references on K sequence)

Mo XXV

T: quant. 3130

quant, forb. 3130

(see also references on Ar sequence)

Mo XXVI

T: quant. 3130

quant, forb. 3130

(see also references on CI sequence)

Mo XXVII

T: quant. 3130

quant, forb. 3130

(see also references on S sequence)

Mo XXVIII

T: quant. 3130

quant, forb. 3130

Mo XXIX

T: quant. 3130

quant, forb. 3130

(see also references on Si sequence)

Mo XXX

T: quant. 3130

quant, forb. 3130

(see also references on Al sequence)

Mo XXXI

T: quant. 3130

36
Description

quant, forb.

Reference No.*

3130

Description Reference No.*

(see also references on Mg sequence)

Mo XXXII

T: quant. 3130

(see also references on Na sequence)

Mo XXXIV

T: quant. 3130

quant, forb. 3130

(see also references on F sequence)

Mo XXXV

T: quant. 3130

quant, forb. 3130

(see also references on 0 sequence)

Mo XXXVI

T: quant. 3130

quant, forb. 3130

(see also references on N sequence)

Mo XXXVII

T: quant. 3130

quant, forb. 3130

(see also references on C sequence)

Mo XXXVIII

T: quant. 3130

quant, forb. 3130

(see also references on B sequence)

Mo XXXIX

T: quant. 2983,3077,3130

(see also references on Be sequence)

Mo XL

T: quant. 2983,3130

(see also references on Li sequence)

N (Nitrogen) Sequence

T: estim.

interp.

quant.

3168

2004,2875

833,1062,1595,2418,

2809,3050,3185

N (Nitrogen)

N I

E: absorpt.

absorpt. rel

emi ss

emi ss . rel .

life

rrnsc.

emiss. forb. rel

CA

quant.

quant, forb. rel

quant, forb.

Comment:

Compilation:

(see also references on

971 ,1752

2428

410,660,900,962,

1370,1578,2600

1364

1078,1454,1802,1859,

1890,1927,2097,2137,

2288,2514,2553,3120,

3125

832

1364

2241

863,864,896,998,1016,

1219,1260,1543,1615,

1969,2187,2297,2347,

2378,2563,2684,2787,

2872,2874,2875,2923,

3007,3055,3172 ,3006

329

352,429,1770,1970,

2382,2418

865

1260,2514

1 sequence)

N II

E: emiss.

emiss.

life

rel

T: quant.

quant,

quant.

Compilation:

forb. rel

forb.

2600

501 ,1623

1078,1194,1223,1307,

1589,1782,1802,1859,

1890,1927,1963,2072,

2097,2137,2150,2330,

2514,2553,2770,2929,

2982,3001 ,3125

425,863,864,998,1260,

1325,1397,1543,1615,

2187,2378,2563,2816,

2872,2873,3007,3012,

3055,3006

1262

3 3 3 , 3 6 6 , 9 7 5,1 770,19 7 0,

2382,2418

1260,2514

(see also references on C sequence)

*The numbers refer to paper identification numbers of Part 3.

37
Descri ption Reference No.* Description Reference No.*

N III

E: eirnss.

life

interp.

quant.

quant, forb. rel

quant, forb.

Compilation:

(see also references on B sequence)

1500

1223,1307,1589,1688,

1782,1859,1890,1927,

2072,2097,2514,2553,

2929,2982,3125

1612

368,863,864,998,1100,

1543,1615,1964,1974,

2347,2378,2563,3055,

3156

1527

887,975

2514

N IV

E: life

T: quant.

1223,1283,1307,1497,

1589,1688,1859,1890,

2072,2097,2493,2514,

2553,2929,2982,3000,

3125

437,863,864,983,1062,

1077,1100,1111 ,1499,

1581 ,1770,2075,2147,

2277,2347,2380,2477,

2540,2544,2823,2830,

2966,3016,3026,3055,

3183

Compi 1 ati on 2514

(see also references on Be sequence)

N V

E: life

life forb.

CA

quant.

quant, forb.

927,1223,1461 ,1657,

1712,1859,1890,2072,

2097,2254,2493,2553,

2661 ,2929,2982,2987,

2988

2717

2661

801 ,864,1415,1441

,

1664,2775

1415

(see also references on Li sequence)

N VI

E : 1 i fe

T: quant.

1390,1712,1890,2254,

2493,2929

1170,1173,1255,1392,

1596,1993,2083,2084,

2759,3026

quant, forb. 1093,2117

(see also references on He sequence)

N VII

E: life 1712,1890

(see also references on H sequence)

T:

Na (Sodium) Sequence

CA

estim.

interp.

quant.

1950

3168

2004,2946

1168,1838,1940,2667,

2761 ,291 5,2943,2947,

2950,3110

Na (Sodium)

Na I

hook

hook rel

life

misc.

misc

CA

estim.

quant.

forb.

quant, forb. rel

quant, forb.

Comment (forb.):

(see also references on Na sequence)

285,1316

76,1968

347,1072,1169,1212,

1327,1387,1425,1452,

1456,1651 ,1667,1678,

1764,1765,1791 ,1806,

1842,1894,2050,2098,

2307,2483,2518,2710,

2736,2951 ,2961

2723,3041

1532

632,1207,1510,2241

,

2958

1363

88,294,817,1040,1322,

1328,1357,1412,1567,

1569,1971 ,2010,2014,

2021 ,2026,2107,2175,

2335,2516,2602,2655,

2711 ,2894,2946

1262

1412,1839,2169

2365

Na II

life 1650,1651 ,1687,1899,

2259,2812

*The numbers refer to paper identification numbers of Part 3.

38
Description Reference No.* Description Reference No.*

T: quant. 1190,1697,2311,2822

(see also references on Ne sequence)

Na III

E: life

T: quant.

1651 ,1899,2251

1615,2378,2563,2875,

3055

quant, forb. 1093

(see also references on F sequence)

Na IV

E: life

T: quant.

quant, forb.

1899,2251

563,3055

969

(see also references on 0 sequence)

Na V

E: life

T: quant.

quant, forb.

2923

233

(see also references on N sequence)

Na VII

T: interp. 1612

quant. 2705

quant, forb. rel . 1527

quant, forb. 2705

(see also references on B sequence)

Na VIII

T: quant. ' 2147,2830

(see also references on Be sequence)

Na X

T: quant. 1185

(see also references on He sequence)

Nb (Niobium)

Nb VII

2498

1416

T: quant.

quant, forb.

Nb VIII

Nd (Neodymium)

Nd I

E: hook rel .

E: life

Comment:

T: quant.

quant, forb.

Nd II

Nd LIX

2392,3042

[

2650

2015

{_2974

2974

(see also references on He sequence)

Ne (Neon) Sequence

T: estim.

interp.

quant,

quant, rel

3168

2004

1062,1210,2272,3184

1373

Ne (Neon)

Ne I

E: absorpt.

absorpt. rel

emi ss

emi ss . rel

hook

hook rel .

life

T: quant. 2904

(see also references on Se sequence)

*The numbers refer to paper identification numbers of Part 3.

1159,1934

205,1376

172,844,1047,1248,

1665,1676,2294,2318,

2733,2734,3131 ,3164

212,1063,1070,1359,

1376,1798,2353,2384

791

2273,2294,2679

416,834,850,926,957,

1025,1074,1075,1104,

1133,1134,1156,1217,

1232,1304,1305,1334,

1342,1376,1479,1482,

1540,1541 ,1549,1556,

1609,1653,1736,1847,

1874,1936,1938,1948,

1949,1955,2050,2077,

2320,2326,2350,2366,

2386,2396,2409,2410,

2538,2558,2584,2611 , 2619,2800,2835,2884,

2961 ,2978,3025,3163,

3164

39
Description

mi sc

T:

1 ife forb.

CA

quant

quant, rel

quant, forb.

Comment:

Reference No.*

1 57,869,1 389,1 561 , 1725,2129,2766,2910,

3198

2172

1348,1372,2107,2310,

2645,2646,2768,2996,

2997

864,989,998,1190,

1391 ,1400,1570,1654,

1716,1795,1796,1947,

2107,2187,2310,2427,

2465,2561 ,2574,2656,

2719,2822,2834,2892

198,219,839,1372,

1393,1798,2410,2768

2009,2502,2819

198,867,1259

Description Reference No.*

(see also references on Ne sequence)

Ne II

E: emiss.

emiss.

life

rel

T: CA

quant.

867,1064,1733

2134

1108,1232,1334,1488,

1674,1700,1717,1729,

1938,2320,2350,2510,

2512,2558,2584,3152,

3165

380

quant, rel

quant, forb.

Comment:

(see also references on F sequence)

Ne III

E: emiss. 1064

U941 ,1 545,1615,

1931 ,1957,2187,2378,

2563,2673,2875,3055

380

975,1093

1781

life 1334,1700,1717,1938,

2320,2558,3152

T: quant. 563,2378,2563,3055

quant, forb. 333,975,1093

(see also references on 0 sequence)

Ne IV

E: emiss.

life

T: quant.

1064

822,1021 ,1700,1938,

2320,2672,3152

2347,2875,2923,3055

quant, forb. 333,569

(see also references on N sequence)

Ne V

E:

T:

emi ss

life

CA

quant.

CA forb.

quant, forb.

1064

1700,1938,2320,2672,

3152

2548

425

2548

975

(see also references on C sequence)

Ne VI

E: emiss. 1064

life 822,1021,1688,1700,

1938,2320,2672,3044,

3152

T: quant. 1100,1612,2000,2347

quant, forb. 887

(see also references on B sequence)

Ne VII

emiss.

life

quant.

1064

2060,2230,2320,2478,

2672

1100,1499,2075,2147,

2347,2380,2540,2544,

2823,2830,2966,2983,

3016,3026,3055,3130

(see also references on Be sequence)

Ne VIII

emi ss

1 i fe

life forb.

quant

quant, forb.

1064

927,1712,1946,2230,

2254,2478,2659

2717

801 ,1664,2096,2983,

3130

2500

(see also references on Li sequence)

Ne IX

E: life 1712,2254

T: quant. 1170,1173,1255,1392,

1596,1993,2722,2759,

2956,3026

1485,1507,2117,2956,

2974

quant, forb.

(see also references on He sequence)

*The numbers refer to paper identification numbers of Part 3.

40
Descri ption Reference No.* Description Reference No.*

Ne X

T: quant. 2837

(see also references on H sequence)

Nj (Nickel)

Ni I

Ni IX

E: absorpt.

absorpt. rel

emiss.

emiss. rel.

hook rel

life

misc.

misc. rel

T: CA

quant.

quant, forb.

Comment:

E: emiss.

emi ss . rel

misc.

T: quant.

quant, rel

quant, forb.

Comment:

E:

T:

life

quant.

quant, forb.

T: quant, forb.

T: quant, rel.

quant, forb.

Ni II

Ni III

332,963,2281

298,1750,2387

448,465,520,882,936,

2352,2539,2715,2765

107,583,1024,1724

390

2138,2213,2246,2352,

2481 ,2728,2765

564

301

559

998

848

414,559,936

[_2539,2715

107,1024

564,629

1551 ,2993

705,1091

493

3058

l_

3104

1384,1408,2885

493

Ni IV

Ni V

Ni VII

1319,1594

3047

3047

l_2729

Ni XI

1610

1610

1300,1311 ,1696

1608,2018

T: quant.

quant, forb.

T: quant.

quant, forb.

(see also references on Ar sequence)

Ni XII

E: misc. forb. 276

T: quant. 1311,3032

quant, forb. 251 ,1073,2511

(see also references on CI sequence)

Ni XIII

E: misc. forb. 276

T: quant. 1311

quant, forb. 251

(see also references on S sequence)

Ni XIV

T: quant.

quant, forb.

1311

2102

Ni XV

E: misc. forb. 276

T: quant, forb. 251,1073,2511,3130

(see also references on Si sequence)

Ni XVI

E: misc. forb. 276

T: quant, forb. 251,1073,2511,3130

(see also references on Al sequence)

Ni XVII

T: quant, forb. 3130

(see also references on Mg sequence)

Ni XVIII

T: quant.

quant, forb.

1766,2016

2170

(see also references on Na sequence)

T: quant, forb.

*The numbers refer to paper identification numbers of Part 3

Ni XIX

T: quant. 2774

quant, forb. 3130

(see also references on Ne sequence)

41
Descri ption Reference No.*

Ni XX

T: quant. 2926

quant, forb. 2926,3130

(see also references on F sequence)

Ni XXI

T: quant. 1921,2722

quant, forb. 3130

(see also references on 0 sequence)

Ni XXII

T: quant. 2722

quant, forb. 3130

(see also references on N sequence)

Ni XXIII

T: quant. 2722

quant, forb. 3130

(see also references on C sequence)

Ni XXIV

T: quant. 2722

quant, forb. 3130

(see also references on B sequence)

Ni XXV

T: quant. 2722

(see also references on Be sequence)

0 (Oxygen) Sequence

T: estim.

interp.

quant.

3168

2004

833,1062,1522,1595,

1920,2418,2808,2809

0 (Oxygen)

0 I

E: absorpt.

eirnss.

life

971 ,1235,1752,1942,

2295,2432,2907

384,665,695,903,1145,

1175,1370,1511 ,1578,

1976,2955

1108,1317,1710,1751 , 1760,1881 ,1927,1962,

Description

life (cont.)

misc.

emiss. forb. rel

emiss. forb.

life forb.

misc. forb.

T: CA

quant.

quant, forb.

Compilation:

(see also references

Reference No.*

2005,2118,2130,2137,

2331 ,2587,2613,3120,

3139

893,986

1090

286,1079,1566,1998,

2743

540,584,595,937,2086

540,977

626,2241 ,2547

327,479,863,864,865,

998,1016,1260,1543,

1787,1969,2145,2187,

2378,2408,2480,2563,

2684,2789,2872,2874,

3007,3009,3055,3057

333,366,429,1093,

1262,1770,1970,2382,

2418,3055

1260

on 0 sequence)

0 II

E:

T:

emiss.

emiss.

life

CA

quant.

quant,

quant.

rel

rel

forb.

1139,1246

501

1558,1751 ,1782,1881

,

1898,1962,2005,2081

2130,2131 ,2264,2364,

2587,2900,2901 ,3125

380

437,863,864,941 ,998,

1016,1260,1543,1615,

2187,2347,2378,2563,

2816,2872,2875,2923,

3007,3009,3055

380

366,429,477,836,

1262,1770,1970,2382,

2418

Compilation: 1260

(see also references on N sequence)

0 III

emi ss

emi ss . rel

life

T: quant.

1138,1246

824

1331 ,1558,1666,1782,

1898,1962,2130,2587,

2901 ,3044,3125

425,863,864,941 ,998,

1016,1100,1325,1397,

*The numbers refer to paper identification numbers of Part 3.

42
Description

quant, (cont.)

CA forb.

quant, forb.

Reference No.*

1543,1582,1615,1713,

2378,2563,3012,3055

2548

333,366,975,1770,1970,

2382,2418

(see also references on C sequence)

0 IV

E: emiss.

emiss. rel .

life

T: interp.

quant.

quant, forb. rel,

quant, forb.

1246

1135

1497,1558,1688,1711

,

1760,1962,2071 ,2130,

2587,2897,3044

1612

368,863,864,998,1016,

1100,1615,1964,2347,

2706,2789,3055

1527

887,975,2706

(see also references on B sequence)

0 V

E: emss.

life

T: quant.

quant, forb.

1246

1028,1462,1497,1558,

1688,1897,1962,2071,

2130,2587,2752,2897

863,864,983,1062,1100,

nil ,1180,1499,1770,

2075,2147,2277,2347,

2380,2477,2540,2544,

2777,2823,2824,2830,

2966,3016,3026,3055,

3183

2777

(see also references on Be sequence)

0 VI

E: eim ss.

life

T:

life forb.

quant.

quant, forb.

1246

927,1558,1709,1712,

1895,1946,1962,1999,

2254,2372,2390,2401

,

2414,2587,2752,2897,

2963,2987,3067

2717

801,864,1415,1441,

2101 ,2775

1415,2500

(see also references on Li sequence)

0 VII

Description

life (cont.)

T: quant.

quant, forb.

Reference No.*

2372,2401 ,2963,3067,

3193

1170,1173,1255,1392,

1596,1993,2083,2084,

2722,2759,3026

1093,1183,1485,2117

(see also references on He sequence)

0 VIII

E: life 2505,2963

(see also references on H sequence)

P (Phosphorus)

p I

E:

T:

emiss.

life

CA

quant,

quant, rel.

quant, forb.

emi ss

life

CA

quant.

quant, forb.

P II

1966

1883,1961 ,2771

2241

1062,2221 ,3157

1220

761

1673,1966

1108,1883,1961 ,1967,

2771

2241

1062,1325,1611 ,2061

,

2418,2476,2479,2603,

2788,3055,3157

761

(see also references on Si sequence)

P III

E: emiss. 1673

life 1648,1883,1961,2771

T: quant. 1062,2945,3018,3157

(see also references on Al sequence)

P IV

E: life 1648,1883,1961,1967,

2355,2771

T: quant. 1261,2061,2418,3073

(see also references on Mg sequence)

P V

E: life

E: life 1390,1712,1794,2254,

*The numbers refer to paper identification numbers of Part 3.

1648,1883,1961 ,1967,

2771

43
Description Reference No.* Description Reference No.*

T: quant. 1357,2599

(see also references on Na sequence)

P VII

Pb III

T: quant, forb. 1093

(see also references on F sequence)

P VIII

T: quant, forb. 969

(see also references on 0 sequence)

P XI

T: interp. 1612

quant. 2420,2421,3056

(see also references on B sequence)

Pb (Lead)

Pb I

E: absorpt.

absorpt. rel

,

emiss.

emiss. rel.

hook

life

emiss. forb.

emiss. forb.

1 i fe f0 rb

T: quant.

quant, rel.

quant, forb.

Comment:

Compilation:

E: emiss.

emiss. rel.

emiss. forb.

T: quant.

quant, rel.

quant, forb.

427,578,610,967,2281

644,770,2337

448,577,578,1032

538,644,770,2303

789

rel

Pb II

5,1105,1106,1107,

1169,1309,1907,2213,

2225,2737

232,239

1067

2103

634,643,1326,2541

1220

237,848,1067

447,770,1381

1514

[1032

1247

1067

2562,3022

2562

848,1067,1416

E : emi ss . rel

life

T: quant, rel.

E: emiss. rel

life

T: quant.

T: quant.

T: quant.

Pb IV

1247

2053

1206

l_

1247

2053

3121

Pb LIII

3130

Pb LIV

3130

(see also references on Cu sequence)

Pb LV

T: quant. 3130

Pb LXIV

T: quant. 3130

(see also references on K sequence)

Pd (Palladium)

Pd I

E: absorpt.

life

963,2091

1288,1851 ,1924,2571

Po (Polonium)

Po I

T: quant, forb. 848

E: emiss.

life

Pr (Praseodymium)

Pr II

2994

2468,2650

*The numbers refer to paper identification numbers of Part 3.

44
Description Reference No.* Description Reference No.*

Rb (Rubidium) Rh (Rhodium)

Rb I

E: absorpt.

absorpt. rel

emi ss

emi ss . rel

hook

hook rel

life

imsc.

absorpt. forb.

misc. forb.

T: CA

estim.

quant.

quant, rel.

quant, forb. rel

quant, forb.

Comment (rel . )

E: life

T: quant.

quant, rel

2831

2557

2290

951,2557

87

181 ,430

347,408,762,991 , 1036,1084,1174,1182,

1382,1647,1791 ,1855,

2309,2528,2570,2825,

2899,2957,2975,3010,

3030

1287,3046

3173

1531

632,1207

1363

112,754,1328,1412,

1569,2010,2026,2175

420,1529

1262

1412

179

Rb II 2338,2709,2920

1190

475

Rb III

T: quant, forb.

T: quant.

848,1416

Rb IV

1521

(see also references on Se sequence)

Rb VIII

T: interp. 2216,2426

Rb IX

T: interp. 2216,2426

(see also references on Cu sequence)

Rh XLI

T: quant. 2420,2421,3056

(see also references on B sequence)

Rn (Radon)

Rn II

T: quant, forb. 269,848,1416

Ru (Ruthenium)

Ru I

T: CA 573

S (Sulfur) Sequence

T: quant.

quant, forb.

1062,1523,1920

969

S (Sulfur)

s I

E: emiss.

emi ss . rel

life

emiss. forb. rel

emiss. forb.

T: CA

quant,

quant, rel

quant, forb.

1146,1175,1371 ,1997,

2580

1347

1108

1365

2744

2241

2221 ,2222,3157

1220

761

(see also references on S sequence)

^11

E: emiss.

life

T: CA

1146,1371 ,1718,1997,

2580

1108,1555,1671 ,1693,

2776

380

*The numbers refer to paper identification numbers of Part 3.

45
Description

quant.

quant, rel .

quant, forb.

E: life

T: quant.

quant, forb.

Reference No.*

1062,2061 ,2221 ,2222,

2418,3157

380

761

S III 1671,2322,2930,2970,

3001 ,3002

1062,1325,1611 ,2061

,

2418,2476,2479,3055,

3157

761

(see also references on Si Sequence)

S IV

E: life 1671,2322,2930,2970

T: quant. 1062,2026,2945

(see also references on Al sequence)

S V

life 1671 ,2322,2355,2871

2930,2970,2999

T: quant. 3073

(see also references on Mg sequence)

S VI

life 1671 ,2322,2871 ,2930,

2970,2999

T: quant. 1357,2704,2946

(see also references on Na sequence)

S VIII

T: quant. 1209

quant, forb. 1093

(see also references on F sequence)

S IX

T: CA 2548

quant. 1209

CA forb. 2548

quant, forb. 969

(see also references on 0 sequence)

S X

E: life 3040

T: CA 2548

quant. 1209,1536

CA forb. 2548

(see also references on N sequence)

Description

E: life

T: CA

quant.

CA forb.

S XI

Reference No.*

3040

2548

1209

2548

(see also references on C sequence)

S XII

E: life 3040

T: quant. 1209,2000,2705

quant, forb. 891,1073,2511,2705

(see also references on B sequence)

S XIII

E: life 3040,3177

T: quant. 2147

(see also references on Be sequence)

S XIV

E: life 2798,3176,3177

life forb. 2507,2585,2724

T: quant, forb. 2500

(see also references on Li sequence)

S XV

E: life 2798,3069,3070

life forb. 2504,2507,2662

T: quant. 2722,2974

quant, forb. 2974

(see also references on He sequence)

S XVI

E: life 1994,2798

(see also references on H sequence)

Sb (Antimony)

Sb I

E: absorpt.

life

T: quant.

quant, forb.

T: quant.

Sb II

967

2298,2467,2482

1326,2731

848

[

1611

*The numbers refer to paper identification numbers of Part 3.

46
Description Reference No.* Description Reference No.*

Sb III Sc XIII

E: life

T: quant.

quant, forb.

E: life

E: life

Sb IV

2214,3103

3018

848,1416

i2053

Sb V

2053

Sc (Scandium)

Sc I

Sc II

Sc III

E: absorpt.

hook

life

T: CA

quant.

Compilation:

E: life

T: quant.

Comment:

E: life

T: quant.

quant, forb.

(see also references on K sequence)

Sc IV

T: quant. 1696

(see also references on Ar sequence)

Sc VII

T: quant. 1645

Sc VIII

T: interp. 2479

(see also references on Si sequence)

Sc IX

T: quant, forb. 887

(see also references on Al sequence)

2135,2877

3038

1865,1870

573

2487

2891

[1870,2867,3037,3061

2340,3072

3058

[_1870,3104

1256,2174,2885

2174

T: quant. 1295,2261

(see also references on F sequence)

Se (Selenium) Sequence

T: quant. 1920

Se (Selenium)

Se I

E: emiss. rel

life

emiss. forb.

T: quant.

quant, rel

quant, forb.

1347

2690

2981

1521 ,2529

1220

848

(see also references on Se sequence)

Se II

E: life

T: quant.

E: life

T: quant, forb.

E : 1 i fe

T: quant.

E : 1 i fe

2291 ,261 1

Se III

Se IV

1611

l_

3103

1416

Se V 2426

1429,2620

Se VI

2426

(see also references on Cu sequence)

Se XXV

T: quant. 2674

(see also references on Ne sequence)

Se XXVI

T: quant. 3122

(see also references on F sequence)

*The numbers refer to paper identification numbers of Part 3.

47
Description Reference No.* Description Reference No.*

Si (Silicon) Sequence

T: quant, forb. 969

Si (Silicon)

Si I

1757

Si IV

T:

absorpt. rel

emi ss

emi ss. rel

hook rel

life

CA

quant.

quant, rel.

quant, forb.

535,1597,1885,2160,

2301

1347,1577,1817

901

1108,1220,2360,2510

1510,2241

703,1062,1325,1411

,

1451 ,1611 ,1696,1787,

2476,2541 ,3157

1220,1413

1411

(see also references on Si sequence)

Si II

E:

T:

etm ss

emiss. rel

life

CA

quant.

535,1597

1655,1817

1108,1860,1882,2319,

2322,2510,3001 ,3002,

3003

1510,2241

1054,1062,1172,1315,

2061 ,2184,2339,2418,

2788,2945,3022,3157,

3175

1349,2339

1093,3175

1399

quant, rel.

quant, forb.

Comment:

(see also references on Al sequence)

Si III

E: emiss. rel.

life

1655

1678,1860,2319,2322,

2355,2510,2999,3001

,

3002,3003

E:

T:

life

quant.

quant, rel

quant, forb.

1678,1860,2319,2322,

2999,3003

689,1040,1357,1415,

2026,2599,2704,2946,

3055

1349

1415

(see also references on Na sequence)

Si V

E: life 3001,3003,3140

T: quant. 2822,3055,3140

(see also references on Ne sequence)

Si VI

E: life 3140

T: quant. 1209,2379,2875,3055

quant, forb. 1093

(see also references on F sequence)

Si VII

T: CA 2548

quant. 1209,2379,3055,3117

CA forb. 2548

quant, forb. 969,2705

(see also references on 0 sequence)

Si VIII

E:

T:

life

CA

quant.

3194

2548

1179,1209,2379,2875,

2923,3055,3116

CA forb. 2548

quant, forb. 233,2102

(see also references on N sequence)

Si IX

E:

T:

life

CA

quant.

CA forb.

3194

2548

1179,1209,2379,3055,

3118

2548

1254,1261 ,1604,2061 , 2184,2418,3073,3157T: quant.

(see also references on Mg sequence)

*The numbers refer to paper identification numbers of Part 3.

(see also references on C sequence)

48
Description

E: life

T: CA

inter p.

quant.

Si X

Reference No.*

3194

702

1612

1209,1713,2000,2379,

2705,2789,2921

quant, forb. rel . 1527

quant, forb. 702,2102

(see also references on B sequence)

Si XI

E: life 3194

T: quant. 2147,2379,2380,2830,

3016

quant, forb. 1183,2760

(see also references on Be sequence)

Si XII

E: life

life forb.

T: quant.

quant, forb.

3194

2724

2101

2500

(see also references on Li sequence)

Si XIII

E: life

T: quant.

quant, forb.

3069,3071

1185

1507

(see also references on He sequence)

Sm (Samarium)

Sm I

E: hook rel

life

E: life

Sm II

1742,3042,3113

1524,3114

[2650

Sn (Tin)

Sn I

E: absorpt.

absorpt. rel.

963,2091

644,711 ,770,1757,

2796

Reference No.*

448.591 ,1234,3005,

3080

644,770

789

1148,1220,1309,2051

,

2111

1958

643,1326,1611 ,2541

1220

848

447,770

Sn II

Descri ption

emi ss

emiss. rel.

hook

life

misc. rel.

T: quant.

quant, rel.

quant, forb.

Comment:

E: emiss.

life

T: quant.

quant, rel.

quant, forb.

E: life

E: life

T: quant.

T: quant,

(see also references on Cu sequence)

Sn XXIII

T: quant.

3080

3103

2562,3022

2562

848,1416

Sn III

2053

Sn IV

2053

Sn XXI

3130

Sn XXII 2495,2944,3130

T: quant.

2495,3130

Sn XXIV

2495

Sn XLVI

T: quant. 3056

(see also references on B sequence)

Sn L

T: quant. 2837

(see also references on H sequence)

*The numbers refer to paper identification numbers of Part 3.

49
Descri pt1on Reference No.* Description Reference No.*

Sr (Strontium) Tb (Terbium)

Sr I Tb I

absorpt.

emiss.

emiss. rel

hook

hook rel

life

T: estim.

quant.

quant, rel.

Comment:

E: emiss.

emiss. rel.

hook

hook rel

life

T: estim.

quant.

quant, rel.

quant, forb.

Comment:

1743,2135

399,520

138,264,505

51 1 ,512,656,727,

3039

67

49,859,876,1012,

1362,1466,1468,

1585,1842,2282,2327,

2328,2552,2556,2652,

2741 ,2938,2962,2979,

3147

270

816,857,884,1191 , 1815,2109,2124,2575,

2620,3144

228,735

407,656,981 ,1080

Sr II

1602

490,505,1728

655

440

1181 ,2550,2551 ,3048

270

1412,1787

825

1412

656

Sr IV

T: quant, forb. 1416

Sr IX

T: interp.

Sr X

2216,2426

T: interp. 2216,2426

(see also references on Cu sequence)

E: emiss. rel

Compilation:

1297

2891

Te (Tellurium) Sequence

T: quant. 1920

Te (Tellurium)

Te I

967

1908,2690

1546

1521 ,2529

848

(see also references on Te sequence)

Te IV

E: life 3103

T: quant, forb. 1416

E: absorpt.

life

emiss. forb. rel

T: quant.

quant, forb.

Te V

E: life

E: life

2053

Te VI

2053

Th (Thorium)

Th II

E: life

T: quant.

2648

618,683

Th XC

T: quant. 2837

(see also references on H sequence)

*The numbers refer to paper identification numbers of Part 3.

50
Description Reference No.* Description Reference No.*

Ti (Titanium)

Ti I

E: absorpt.

absorpt. rel

emiss.

hook rel

life

T: quant.

E: emiss.

emiss. rel

life

T: quant.

Comment:

E: emiss.

life

T: quant.

quant, forb.

E: life

1238,2664,2932

222

2329,2437,2773,2805,

3199

444

2024,2110,2403

2485

Ti II

Ti III

Ti IV

2403,2437,2805

2403

2403

2488,2993

3058

[2805

2403,3104

1610,2885,3072

848,1610

l_

2403

(see also references on K sequence)

Ti V

T: quant. 1696

(see also references on Ar sequence)

Ti VII

T: quant, forb. 233

(see also references on S sequence)

Ti VIII

T: CA 2548

quant. 1645

Ti IX

T: interp. 2479

(see also references on Si sequence)

quant. 2722

CA forb. 2548

(see also references on 0 sequence)

Ti XVI

T: CA 2548

quant. 2722

CA forb. 2548

(see also references on N sequence)

Ti XVII

T: CA 2548

quant. 2722

CA forb. 2548

(see also references on C sequence)

Ti XVIII

T: quant. 2722

(see also references on B sequence)

Ti XIX

T: quant. 2722

(see also references on Be sequence)

Ti XX

T: quant, forb. 2500

(see also references on Li sequence)

Ti XXI

E: life 3142

life forb. 2308

T: quant. 2597

(see also references on He sequence)

TI (Thallium)

Tl I

absorpt.

emiss.

hook

hook rel

life

Ti XV

CA 2548

177,178,195,386,963,

2992

465

150,253,285,787

68,155,191 ,440

26,347,613,664,687,

847,898,947,1169,

1587,1598,1663,1842,

1972,2054,2113,2213,

2393,2399,3141 ,3146,

3189

*The numbers refer to paper identification numbers of Part 3.

51
Description

misc.

T: CA

quant.

quant, forb.

Comment:

Reference No.*

34

2958

518,575,1061 ,1088,

1129,1672,2218,3019,

3171

848,1416,3171

254,494,518,981

Description Reference No.*

Tl II

E:

T:

E:

T:

life

estim. rel

quant.

life

quant.

2053,2054,3189

436

857

Tl III 2053,3189

3020

Tm (Thulium)

Tm I

E: hook

hook rel

life

T: quant.

E: life

Tm II

2890,3042

1544,2890,3042

1524,2173

1685

l_2274,2468

U (Uranium)

u I

E: emiss.

emiss. rel

life

Compilation:

E: emiss.

misc.

Compilation:

T: quant.

U II

U LXXV

2828,3074

3201

2750,2902,2903,2971

3059,3123

2912

2828

3123

2911

l_

3160

V (Vanadium)

V I

V II

2367

284

2402

509

2402

2948

2402

2402

2402

2993

3058

V III

E: absorpt.

absorpt. rel

emiss. rel

hook rel

life

T: quant.

E: emiss.

emiss. rel.

life

T: quant.

Comment:

E: life

T: quant.

quant, rel

quant, forb.

T: quant.

quant, forb.

E: life

(see also references on K sequence)

V VI

T: quant. 1300,3160

quant, rel . 1 373

(see also references on Ar sequence)

V VIII

T: quant, forb. 233

(see also references on S sequence)

V IX

1645

V IV

V V

2402,3104

2885

779

1594

1610

1610

2881 ,2882

T: quant.

V X

(see also references on Ar sequence) T: interp. 2479

quant, forb. 891 ,1073

(see also references on Si sequence)

*^The numbers refer to paper identification number of Part 3.

52
Descri ption Reference No.* Reference No.*

V XIII

T: quant. 998

(see also references on Na sequence)

V XV

T: quant. 1295

(see also references on F sequence)

V XXII

E: life 3142

life forb. 2532

(see also references on He sequence)

W (Tungsten)

w I

1537

2265

E: emiss.

emiss. rel

E: emiss. rel.

T: quant, forb.

T: quant, forb.

W II

2265

W XXVIII

3130

W XXX 3130

W XXXI

T: quant, forb. 3130

W XXXVII

T: quant, forb.

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant.

quant, forb.

3130

W XXXVIII

3130

3130

W XXXIX

W XL

3130

3130

3130

3130

W XLI

Description

T: quant.

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant.

quant, forb.

T: quant,

(see also references on Cu sequence)

W XLVII

T: quant. 3130

W XLVIII, W XLIX

W XLII

3130

W XLIII

3130

3130

W XLIV

3130

3130

i3130

3130

W XLV

W XLVI

2944,3130

3130

W LV

3130

W LVI

3130

3130

T: quant, forb.

T: quant, forb.

T: quant.

quant, forb.

(see also references on K sequence)

W LVII

T: quant. 3130,3160

quant, forb. 3130

(see also references on Ar sequence)

W LVIII

T: quant.

quant, forb.

3130

3130

(see also references on CI sequence)

M LIX

T: quant. 3130

(see also references on S sequence)

W LX

T: quant. T: quant. 3130

quant, forb. 3130

(see also references on Se sequence)

*The numbers refer to paper identification numbers of Part 3.

3130

53
Description Reference No.*

W LXI

T: quant. 3130

quant, forb. 3130

(see also references on Si sequence)

W LXII

T: quant. 3130

quant, forb. 3130

(see also references on Al sequence)

W LXIII

T: quant. 3130

(see also references on Mg sequence)

M LXIV

T: quant. 3130

(see also references on Na sequence)

W LXXI

T: quant. 2983,3130

(see also references on Be sequence)

W LXXII

T: quant. 2983,3130

(see also references on Li sequence)

Xe (Xenon)

Xe I

Description

life

T: CA

quant.

quant, forb.

Comment:

Compi 1 ation

:

E : 1 i fe

T: quant.

quant, forb.

(see also references on Te sequence)

Xe VI

Reference No.*

1444,1717,1935,2050,

2545,3169

2545

2693,2933,2952,3143

269,848,1416

2802

2811

Xe III

2050

1521

340,848

life

life

E: absorpt.

emiss

.

life

misc.

T: CA

quant.

quant, rel

.

quant, forb.

Comment:

E: emiss.

emiss. rel

.

E : 1 i fe

T: quant, forb.

T: quant, forb.

T: quant, forb.

3044

Xe VII

3044

Xe VIII

3044

Xe XVIII

3130

Xe XIX

3130

Xe XX

3130

Xe XXI

1041 ,1116,1519,3182

2108,2370

921 ,1444,1481 ,1605,

1690,1878,1935,2116, (see also references on Se sequence)

2280,2283,2436,2499,

3130

2545,2821 ,2972,3192

1725,2530,2766,2806,

2924

T: quant, forb.

2545,2691 ,2972

1049,1190,1654,1689,

'

2058,2671 ,3004

Xe II

475,795,796,839

269,2009,2502,2819

1222,1259,2802

l_1953,2108,2370

2397

T: quant, forb.

T: quant.

quant, forb.

T: quant.

Xe XXII

3130

Xe XXIII

3130

Xe XXIV

3130

Xe XXV

3130

3130

Xe XXVI

2944,3130

(see also references on Cu sequence)

*The numbers refer to paper identification numbers of Part 3.

54
Descriotion Reference No.* Description Reference No.*

T: quant.

T: quant, forb.

Xe XXVII

3130

Xe XXVIII

3130

Xe XXIX

T: quant, forb. 3130

Xe XXXV

T: quant, forb. 3130

Xe XXXVI

T: quant. 3130

(see also references on K sequence)

Xe XXXVII

T: quant, forb. 3130

(see also references on Ar sequence)

Xe XXXVIII

T: quant, forb. 3130

(see also references on CI sequence)

Xe XL

T: quant, forb. 3130

Xe XLI

T: quant, forb. 3130

(see also references on Si sequence)

Xe XLII

T: quant, forb. 3130

(see also references on Al sequence)

Xe XLIII

T: quant. 3130

(see also references on Mg sequence)

Xe XLIV

T: quant. 3130

(see also references on Na sequence)

Xe LI

T: quant. 3077,3130

(see also references on Be sequence)

Xe LII

T: quant. 3130

(see also references on Li sequence)

Y (Yttrium)

Y I

E: absorpt.

life

T: CA

Compi 1 ation

E: misc. rel .

T: quant.

E: emiss. rel.

T: quant, forb.

T: quant.

Y II

2991

1660,1853

573

2891

564

1350

Y III

1351

Y V

1416

Y VI

2904

(see also references on Se sequence)

Yb (Ytterbium)

Yb I

E: absorpt.

hook rel

life

1544,3042

1544,3042

1022,1681 ,2496,2650,

3049

Compilation: 2891

Yb II

E: life 2496,2650,3049

Compilation: 2891

Yb LXX

T: quant. 2837

(see also references on He sequence)

Zn (Zinc)

Zn I

E: absorpt. 165,218,220,967,

1095,1284,1562,2135,

2208,2644,2735

''The numbers refer to paper identification numbers of Part 3.

55
Description

emiss. rel

hook rel

life

m sc

misc. rel

T: estim.

quant.

quant, rel.

quant, forb.

Comment:

E: life

T: estim.

quant.

Reference No.*

223,264,265,369,

589,649,773

131 ,589

144,226,249,393,

571 ,581 ,582,594,

831 ,872,876,1020,

1659,1842,1975,1978,

2007,2087,2217,2960,

2990

1096

120

67,156

701 ,857,1069,1191 , 1284,1429,1450,2466,

2525,2575,2620

228,735,1206

1183

164

Description Reference No.*

Zn II

226,571 ,1659,2217,

2598,2864,3048

156

1027,1569,1928,2055,

2944

(see also references on Cu sequence)

Zn III

E: life

T: quant.

T: quant.

T: quant.

3104

2885

Zn IV

1337

Zn XXII

3122

(see also references on F sequence)

Zn XXIII

T: quant. 2722

(see also references on 0 sequence)

Zn XXIV

T: quant. 2722

(see also references on N sequence)

Zn XXV

T: quant. 2722

(see also references on C sequence)

Zn XXVI

T: quant. 2722,3056

(see also references on B sequence)

Zn XXVII

T: quant. 2722

(see also references on Be sequence)

Zn XXIX

T: quant. 2974

(see also references on He sequence)

Zn XXX

T: quant. 2837

(see also references on H sequence)

Zr (Zirconium)

Zr I

T: CA

E: misc.

Comment

Zr II

rel

573,638

[

564

2860

Zr VI

T: quant.

quant, forb.

T: quant.

2498

1416

Zr VII

2904

(see also references on Se sequence)

Zr XXXI

T: quant. 2674

(see also references on Ne sequence)

Zr XXXVI

T: quant. 3056

(see also references on B sequence)

''The numbers refer to paper identification numbers of Part 3.

56
3. CHRONOLOGICAL LISTING OF REFERENCES WITH FULL TITLES

1914

1. Chr. Fuchtbauer & W. Hofmann, The Maximum Intensity, Vapor, and the True Intensity

Distribution of Series Lines in Absorption, Ann. Phys. (Leipzig) 43, 96. (Ger.)

1916

2. A. Einstein, Radiative Emission and Absorption According to the Quantum Theory,

Verh. Dtsch. Phys. Ges. 18, 318. (Ger.)

1917

3. A. Einstein, On the Quantum Theory of Radiation, Phys. Z. 18, 121. (Ger.)

1920

4. Chr. Fuchtbauer, The Absorption of Spectral Lines from the Viewpoint of Quantum

Theory, Phys. Z. 21, 322. (Ger.)

1921

5. R. Ladenburg, The Quantum Theoretical Interpretation of the Number of Dispersion

Electrons, Z. Phys. 4, 451. (Ger.)

1914-1921

57
1922

9. Chr. Fuchtbauer & G. Joos, On the Intensity and Width of Spectral Lines, Phys.

Z. 23, 73. (Ger.)

1923

10. Chr. Fuchtbauer, G. Joos, & 0. Dinkelacker, On the Intensity, Broadening, and

Pressure Shift of Spectral Lines, Especially the Absorption Line 2537 8 of

Mercury, Ann. Phys. (Leipzig) 71_, 204. (Ger.)

1924

13. H. A. Kramers, The Law of Dispersion and Bohr's Theory of Spectra, Nature (London)

113 , 673.

17. R. C. Tolman, Duration of Molecules in Upper Quantum States, Phys. Rev. 23, 693.

18. W. Wien, On the Measurements of the Emission Time of Atoms and Damping of Spectral

Lines. III., Ann. Phys. (Leipzig) 73, 483. (Ger.)

1925

25. W. Kuhn, On the Total Strength of the Absorption Lines Starting from the Same State,

Z. Phys. 33, 408. (Ger.)

26. W. Kuhn, Intensities of Thallium Absorption Lines, Naturwissenschaften 13^, 724.

(Ger.)

27. J. B. van Milaan, Intensity Measurements in the Iron Spectrum. I., Z. Phys. 34^,

921. (Ger.)

28. F. Reiche & W. Thomas, On the Number of Dispersion Electrons Which Are Related to

a Stationary State, Z. Phys. 34, 510. (Ger.)

1926

31. R. Frerichs, Intensity Measurements in Multiplets, Ann. Phys. (Leipzig) 81_, 807.

(Ger.)

1922-1926

58
34. W. Kuhn, The Strength of Anomalous Dispersion in Non-Emitting Vapor of Thallium

and Cadmium, K. Dan. Vidensk. Selsk., Mat.-Fys. Medd. 7_, 1. (Ger.)

35. W. Kuhn, The Intensity of Absorption Lines in Cadmium Vapor, Naturwissenschaften 14_,

48. (Ger.)

36. R. Ladenburg, The Dispersion Formula of Quantum Theory and Its Experimental Test,

Naturwissenschaften 14_, 1208. (Ger.)

39. J. B. van Milaan, Intensity Measurements in the Iron Spectrum. II., Z. Phys. 38^,

427. (Ger.)

42. H. W. B. Skinner, On the Excitation of Polarized Light by Electron Impact, Proc. R.

Soc. London, Ser. A ri2_, 642.

44. B. Trumpy, On the Intensity and Width of Spectral Lines, Z. Phys. 40, 594. (Ger.)

1927

47. A. LI. Hughes & A. R. Thomas, Absorption of Resonance Radiation in Mercury Vapor,

Phys. Rev. 30, 466.

49. H. Kerschbaum, On the Measurement of the Emission Times of Atoms, Ann. Phys. (Leipzig)

83, 287. (Ger.)

54. B. Trumpy, On the Intensity and Width of Spectral Lines, K. Nor. Vidensk. Selsk.

Skr. 1, 1. (Ger.)

1928

62. P. Kunze, Absolute Intensity of the Hg-Line 2537 8, Ann. Phys. (Leipzig) 85, 1013.

(Ger.)

67. V. K. Prokof'ev, Study of Anomalous Dispersion in Ca, Sr, and Ba Vapor, Z. Phys. 50,

701. (Ger.)

68. V. K. Prokof'ev & V. N. Solov'ev, The Anomalous Dispersion in Thallium Vapor, Z.

Phys. 48, 276. (Ger.)

71. P. Soleillet, Polarization of Resonance Radiation of Cadmium, €. R. Acad. Sci . 187 ,

212. (Fr.)

1926-1928

59
1929

74. W. Clarkson, On the Intensities of Some Fe Multiplets in the Arc and Chromosphere

Spectra, Philos. Mag. 1_, 98.

75. A. Ellett, Polarization of Cadmium Resonance Radiation 1 ^Sq - 2 ^P^ 3261 A, Phys.

Rev. 33, 124.

76. A. Filippov & V. K. Prokof'ev, Anomalous Dispersion in Sodium Vapor in the Visible

and Ultraviolet, Z. Phys. 56, 458. (Ger.)

77. E. Gaviola, The Transition Probability of the Forbidden Line 2656 of Mercury, Contrib.

Estud. Cienc. Fis. Mat., Ser. Mat. Fis. 5, 65. (Ital.)

82. H. Kopfermann & W. Tietze, The Line Absorption of Mercury Vapor for the 2537 8 Line,

Z. Phys. 56, 604. (Ger.)

83. R. Ladenburg, On the Dispersion of Mercury Vapor in the Ultraviolet and on a Quantitative

Connection between Dispersion and Absorption, Nachr. Akad. Wiss. Goettingen, Math. -Phys.

Kl 2, 1. (Ger.)

84. R. Ladenburg, Experimental Test of the Quantum Theoretical Dispersion Formula,

Naturwissenschaften J_7, 296. (Ger.)

87. V. Prokof'ev, On the Probabilities of the Forbidden s-d Transitions of the Alkali

Metals, Z. Phys. 57_, 387. (Ger.)

88. V. K. Prokof'ev, Calculation of the Numbers of Dispersion Centers of Sodium, Z. Phys.

58, 255. (Ger.)

91. F. Waibel, Absorption Measurements in the Cesium High Series, Pressure Broadening by

Self Vapor Pressure, Z. Phys. 53^, 459. (Ger.)

92. H. W. Webb & H. A. Messenger, Persistence of A 2537 in Mercury at Low Pressures, Phys.

Rev. 33, 319.

1930

102. R. Ladenburg & G. Wolfsohn, Investigations on the Dispersion of Gases and Vapors and

Its Description by the Dispersion Theory. I. On the Dispersion of Mercury Vapor in

the Ultraviolet, Z. Phys. 63, 616. (Ger.)

1929-1930

60
103. R. Ladenburg & G. Wolfsohn, Two Remarks on the Dispersion of Hg-Vapor, Z. Rhys. 65,

207. (Ger.)

105. R. Minkowski & W. MLihlenbruch, Transition Probabilities in Both of the First Doublets

of the High Series of Cesium, Z. Rhys. 63> 198. (Ger.)

106. T. Muto, The Number of Dispersion Electrons in the Cesium Atom, Proc. Rhys. -Math. Sec.

Jpn. ]2_, 93.

107. L. S. Ornstein & T. Bouma, Intensity Measurements in the Spectrum of Nickel and Cobalt,

Rhys. Rev. 36, 679.

108. R. H. Randall, Mean Lives of Lines of Mercury Triplet 2 ^Pq^2 - 2 '^S^ , Rhys. Rev. 35_,

1161.

109. E.-F. Richter, Polarization Effects in the Stepwise Excitation of Mercury Fluorescence,

Ann. Rhys. (Leipzig) _7, 293. (Ger.)

110. A. Rubinowicz, On Intensities and Sum Rules in Normal Quadrupole Multiplets, Z. Phys

65, 662. (Ger.)

111. W. Schiitz, Intensity and Natural Width of the Blue Cesium Doublets. I., Z. Rhys. 64,

682. (Ger.)

112. A. F. Stevenson, The Intensity of Quadrupole Radiation in the Alkalis and the

Occurrence of Forbidden Lines, Rroc. R. See. London, Ser. A 128 , 591.

113. A. R. Thomas, Absorption of Resonance Radiation in Mercury Vapor, Rhys. Rev. 35^, 1253.

1931

117. A. Filippov, Anomalous Dispersion of Lithium Vapor, Z. Phys. 69, 526. (Ger.)

118. P. H. Garrett & H. W. Webb, Mean Life of the Mercury Line X 2537, Rhys. Rev. 37, 1686.

120. K. Larche, The Radiation Yield, As a Function of the Electron Velocity, and the

Relative Intensities of Cadmium and Zinc Lines Generated by Electron Excitation,

Z. Phys. 67, 440. (Ger.)

127. E. Wigner, On a Further Specification of the Sum Rule, Rhys. Z. 32^, 450. (Ger.)

1930-1931

61
129. M. W. Zemansky, Absorption of Cadmium Resonance Radiation A = 2288 8 and the Lifetime

of the Cd 2 ^P, State, Z. Phys. 72, 587. (Ger.)

1932

131. A. Filippov, Anomalous Dispersion of Zinc and Cadmium Vapor, Phys. Z. Sowjetunion X>

289. (Ger.)

134. A. Filippov & N. Kremenewsky, Anomalous Dispersion of Calcium Vapor, Phys. Z. Sowjetunion 1, 299. (Ger.)

135. P. H. Garrett, Mean Lives of Mercury Lines A 2537 and A 1849, Phys. Rev. 40, 779.

138. W. Kast, Deviations from the Sum Rule in the Spectrum of Strontium, Z. Phys. 79,

731. (Ger.)

139. J. G. Kirkwood, Extension of Sum-Rules for Alkalis with an Application to the Stark

Effect, Phys. Z. 33, 521. (Ger.)

140. H. D. Koenig & A. Ellett, Direct Measurement of Mean Lives of Atomic States, Phys.

Rev. 39, 576.

141. S. A. Korff & G. Breit, Optical Dispersion, Rev. Mod. Phys. 4, 471.

142. D. H. Menzel & L. Goldberg, Multiplet Strengths for Transitions Involving Equivalent

Electrons, Astrophys. J. 84, 1.

143. A. Rubinowicz & J. Blaton, The Quadrupole Radiation, Ergeb. Exakten Naturwiss. 1J_, 176. (Ger.)

144. P. Soleillet, Fluorescence of a Jet of Zinc Atoms, C. R. Acad. Sci . 195, 372. (Fr.)

1933

149. A. Filippov & I. Islamov, On the Ratio of Oscillator Strengths between the Resonance

Lines of Silver, Z. Phys. 85, 409. (Ger.)

150. A. N. Filippov & V. K. Prokof'ev, Transition Probabilities in the Near Series of Thallium,

Z. Phys. 85, 647. (Ger.)

1931-1933

62
151. I. I. Islamov & A. N. Filippov, Ratio of the Oscillator Strengths of the Components

of the Resonance Doublet of Silver, Zh. Eksp. Teor. Fiz. 3, 524. (Russ.)

153. A. C. G. Mitchell, Hyperfine Structure and the Polarization of Resonance Radiation.

II. Magnetic Depolarization and the Determination of Mean Lives, Phys. Rev. 43, 887.

155. v. K. Prokof'ev & A. N. Filippov, Transition Probabilities for the Subsidiary Series

of Thallium, Zh. Eksp. Teor. Fiz. 4, 31. (Russ.)

156. H. N. Russell, Opacity Formulae and Stellar Line Intensities, Astrophys. J. 78, 239.

157. W. Schlitz, On the Natural Widths of Neon Lines in the Visible Spectrum. I., Ann.

Phys. (Leipzig) 18, 705. (6er.)

158. P. Soleillet, Fluorescence Photometry of a Jet of Cadmium Atoms: Mean Lifetime of the

2 "^P^ State, C. R. Acad. Sci. 196, 1991. (Fr.)

160. H. E. White & A. Y. Eliason, Relative Intensity Tables for Spectrum Lines, Phys.

Rev. 44, 753.

161. G. Wolfsohn, Investigations on the Dispersion of Gases and Vapors and Its Interpretation

by the Dispersion Theory. IV. Dispersion of Mercury Vapor between 2800 and 1890 8

and Lifetime of the Hg 7p State, Z. Phys. 83, 234. (Ger.)

162. G. Wolfsohn, Investigations on the Dispersion of Gases and Vapor and Its Interpretation

by the Dispersion Theory. V. An Interferometer for Measurements of Dispersion in

the Schumann Region, Z. Phys. 85^, 366. (Ger.)

1934

164. W. Billeter, On the Absolute Intensity of the Zinc Resonance Line at 2129 8 and the

Lifetime of the 2 Level of Zinc, Helv. Phys. Acta 7, 841. (Ger.)

165. W. Billeter, On the Absolute Intensity of the Zinc Resonance Line at 3076 8 and the

Lifetime of the 2 ^P-, Level of Zinc, Helv. Phys. Acta l_, 505. (Ger.)

168. V. Fock, On the Applicability of the Quantum Mechanical f-Sum Rule, Z. Phys. 89, 744.

(Ger.)

171. H. Kbrwien, The Dispersion of Helium in the Ground State According to Wave Mechanics,

Z. Phys. 91, 1. (Ger.)

63

1933-1934
172. R. Ladenburg, Investigations on the Anomalous Dispersion of Excited Gases.

Part VIII. The Transition Probabilities of the Red-Yellow (s-p) Neon Lines and the

Lifetimes of the p-States, Z. Phys. 88, 461. (Ger.)

3 175. A. C. G. Mitchell & E. J. Murphy, The Mean Life of the 7 S-j State of Mercury from

Polarization Measurements on the Visible Triplet, Phys. Rev. 46, 53.

176. A. C. G. Mitchell & M. W. Zemansky, Absorption Lines and Measurements of the Lifetime

of the Resonance State, "Resonance Radiation and Excited Atoms," Ch. 3, 92-153

(University Press, Cambridge).

177. F. MLiller, The Line Absorption of the Thallium-Doublet X = 3519/29 8 due to Thermal

Excitation of the Metastable Level 6 ^P3/2' ^^^v. Phys. Acta 7_, 813. (Ger.)

178. F. MLiller, Absorption Experiments on Metastable Thallium Atoms, Helv. Phys. Acta 7_, 488. (Ger.)

179. L. S. Ornsteih & J. Key, Transition Probabilities in the Sharp and Diffuse Series of

the Alkalis, Physica (Utrecht) 1, 945. (Ger.)

181. V. K. Prokof'ev & G. Shtandel ' , Anomalous Dispersion Near the Two Doublets of the

Principal Series of Rubidium and Cesium, Zh. Eksp. Teor. Fiz. 4^, 359. (Russ.)

1935

183. C. W. Allen, Multiplet Intensities in the Sun and Iron Arc, Mon. Not. R. Astron.

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187. L. Goldberg, Relative Multiplet Strengths in LS Coupling, Astrophys. J. 82, 1.

189. R. B. King & A. S. King, Relative f-Values for Lines of Fe I from Electric-Furnace

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191. G. S. Kvater, Anomalous Dispersion in Thallium Vapor, Phys. Z. Sowjetunion 1_, 226.

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192. D. H. Menzel & C. L. Pekeris, Absorption Coefficients and Hydrogen Line Intensities,

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195. F. Muller, The Vapor Pressure Curve of Thallium at Very Low Vapor Densities, Helv.

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1934-1935

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198. G. H. Shortley, Line Strengths in Intermediate Coupling, Phys. Rev. 47, 295; 47, 419.

1936

203. L. Goldberg, Note on Absolute Multiplet Strengths, Astrophys. J. 84, 11.

204. E. F. M. van der Held & J. H. Heierman, Absolute Transition Probabilities of Potassium,

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205. K. Krebs, Application of the Intermittent Light Method to the Study of Excited Atomic

States, Z. Phys. 101, 604. (Ger.)

207. D. van Lingen, Determination of Transition Probabilities in the Copper Spectrum and

a Study of Metallic Arcs, Physica (Utrecht) 3, 977. (Ger.)

208. D. H. Menzel & L. Goldberg, Note on Relative f-Values for Lines of Fe I, Astrophys. J.

85, 40.

209. H. N. Russell, Tables for Intensities of Lines in Multiplets, Astrophys. J. 83, 129.

1937

212. M. Garbuny, Relative Intensities and Transition Probabilities of the Red-Yellow Neon

Lines, Z. Phys. 107, 362. (Ger.)

214. E. A. Hylleraas, Theoretical Calculation of Transition Probabilities of Helium, Z.

Phys. 106, 395. (Ger.)

3 218. P. Soleillet, The Mean Lifetime of the 2 P^ State of the Zinc Atom and the Method of

Total Absorption, C. R. Acad. Sci. 204, 253. (Fr.)

219. C. W. Ufford, Line Strengths in Neon I, Astrophys. J. 85, 249.

1938

220. J. Auslander, Measurement of the Zinc Resonance Line 2138.6 8. Line Shape, Absolute

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222. R. B. King & A. S. King, Relative f-Values for Lines of Fe I and Ti I, Astrophys.

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1935-1938

65
223. R. C. Mason, Gas Temperature and Population of Atomic Levels in a Carbon Arc at Low

Pressure, Physica (Utrecht) 5^, 777.

224. W. Opechowski, The Theory of the Forbidden Mercury Line 2655.8 8 (6 ^Pg - 6 ^Sq),

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225. L. S. Ornstein, J. P. A. van Hengstum, & H. Brinkman, Determination of the Relative

Transition Probabilities in the Spectrum of Cadmium, Physica (Utrecht) 5^, 145.

1939

226. H. Bruck, Measurement of Optical Lifetimes in an Atomic Jet Excited by Electronic

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227. L. Goldberg, Transition Probabilities for He I, Astrophys. J. 90, 414.

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1940

231. R. B. King & D. C. Stockbarger, Absolute f-Values by the Method of Total Absorption,

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232. S. Mrozowski, Hyperfine Structure and Intensities of the Forbidden Lines of Pb I, Phys.

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233. S. Pasternack, Transition Probabilities of Forbidden Lines, Astrophys. J. 92^, 129.

236. G. H. Shortley, The Computation of Quadrupole and Magnetic-Dipole Transition Probabilities,

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1941

237. E. Gerjuoy, Interference in the Zeeman Effect of Forbidden Lines, Phys. Rev. 60^, 233.

239. F. A. Jenkins & S. Mrozowski, Zeeman Effect of the Forbidden Lines of Pb I, Phys. Rev,

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1938-1941

66
241. J. A. H. Kersten & L. S. Ornstein, The Relative Transition Probabilities in the

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247. G. H. Shortley, L. H. Aller, J. G. Baker, & D. H. Menzel , Physical Processes in

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1942

249. H. Bruck, Lifetime of the A 3076 8 (4 ^Sq - 4 "^P^ ) Line of Zinc, C. R. Acad. Sci.

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251. B. Edlen, The Interpretation of Emission Lines in the Spectrum of the Solar Corona,

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252. R. B. King, Absolute f-Values for Lines of Fe I, Astrophys. J. 95, 78.

253. G. S. Kvater, Transition Probabilities in the Subordinate Series of Thallium, J.

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254. G. S. Kvater, Methods of Determination of Absolute Intensities of Spectral Lines, J.

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1943

261. F. Mbglich & R. Rompe, Radiation Properties and Energy Divergence for Densely Packed

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262. J. W. Schouten, Intensity Ratios of the Lines of Mercury Triplets A = 5461, 4358, and

4047 8, Physica (Utrecht) 10, 672. (Ger.)

263. o. W. Schouten & J. A. Smit, Measurement of Transition Probabilities of Mercury Lines,

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264. J. W. Schuttevaer, M. J. de Bont, & Th. H. van den Broek, Determination of the

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1941-1943

67
265. J. W. Schuttevaer & J. A. Smit, The Relative Probabilities of Transitions in the

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266. N. N. Sobolev, Measurement of the Relative Transition Probabilities for Some Lines of

Bi I, Fe I, and Fe II, Zh. Eksp. Teor. Fiz. 13, 131. (Russ.)

267. P. Soleillet & J. Ploquin, A Very Short Lifetime of the Cadmium Atom for the State

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1944

5 4 5 269. B. Edlen, Magnetic-Di pole Transitions in the Configurations 5p , 5p , and 6p of

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270. A. M. Kruithof & J. A. Smit, The Applicability of the Saha Equation for the Electric

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271. S. Mrozowski, Forbidden Lines in the Laboratory, Rev. Mod. Phys. 16, 153.

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276. K. Huang, On the Excitation of the Coronal Lines, Astrophys. J. 101 , 187.

1947

284. R. B. King, Relative gf-Values for Lines of V I , Astrophys. J. 105, 376.

285. G. S. Kvater, Anomalous Dispersion in the Vapors of Sodium and Thallium, Vestn.

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286. G. Kvifte & L. Vegard, On the Emission of the Forbidden Lines from the Metastable

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1948

294. L. Biermann & K. Liibeck, Transition Probabilities of a Number of Spectral Lines of

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1949

303. D. R. Bates & A. Damgaard, The Calculation of the Absolute Strengths of Spectral

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1950

314. L. Biermann, Oscillator Strengths and Lifetimes of Excited States of Atoms, Atomic

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316. H. M. Crosswhite, Photoelectric Intensity Measurements in the Iron Arc, Spectrochim.

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319. S. E. Frish, Reabsorption of Light in Gas Discharge and Some of its Applications,

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1951

332. F. B. Estabrook, Absolute Oscillator Strengths of Chromium and Nickel, Astrophys. J.

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340. D. E. Osterbrock, Transition Probabilities of Forbidden Lines, Astrophys. J. VK, 469.

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1952

349. J. Brossel , Detection of the Magnetic Resonance of Excited Atomic Levels. Structure

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354. H. Horie, Line Strengths for Transitions d" ^ d"~V and d" ^ d"~V, and Probabilities

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1950-1952

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357. G. S. Kvater & T. G. Meister, Absolute Transition Probabilities for the Members of the

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1953

367. L. H. Aller, The Emission and Absorption of Radiation, "Astrophysics: The Atmosphere

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370. H. Maecker, The Transition Probabilities of Some C I and C II Lines, Measured in an

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372. C. G. Matland, Natural Lifetime of the Cadmium 5 ^P^ State, Phys. Rev. 91, 436.

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1952-1953

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1954

377. J. Aarts, D. Harting, & C. J. Bakker, Relative Oscillator Strengths for Lines of Fe I, Physica (Utrecht) 20, 1250.

380. R. H. Garstang, Intermediate Coupling Line Strengths, Men. Not. R. Astron. Soc. 114 ,

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384. G. Jlirgens, Measurement of the Oscillator Strengths of Some 0 I Lines in a Water

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386. G. V. Marr, The Absorption of Light by Thallium Vapour on the Short Wavelength Side

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390. G. F. Parchevskii & N. P. Penkin, Determination of Oscillator Strengths in the Spectra

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393. M. Spitzer, Influence of the Magnetic Field on the Polarization of the 2139 8 Radiation

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394. G. P. Startsev, Three-Ray Interferometer for the Investigation of Anomalous Dispersion,

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395. L. A. Vainshtein & B. M. Yavorskii, An Approximate Calculation of Oscillator Strengths

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1955

396. C. W. Allen & A. S. Asaad, Atomic Oscillator Strengths and Excitation Potentials,

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398. E. Brannen, F. R. Hunt, R. H. Adlington, & R. W. Nicholls, Application of Nuclear

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1954-1955

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404. R. B. King, B. R. Parnes, M. H. Davis, & K. H. Olsen, Relative gf-Values for Lines

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406. V. V. Lebedeva & V. A. Fabrikant, Ratio of Line Intensities in the Visible Triplet of

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408. U. Meyer-Berkhout, Determination of the Electric Quadrupole Moments of the Rb and

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410. H. Motschmann, Measurement of Oscillator Strengths of Some N I Lines in Water and

Air Stabilized Arcs, Z. Phys. 143, 77. (Ger.)

413. G. F. Parchevskii & N. P. Penkin, The Relation of the Oscillator Strengths for the

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414. G. F. Parchevskii & N. P. Penkin, Determining the Oscillator Strengths (f-Numbers) in

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416. A. V. Phelps, Lifetime of Imprisoned Resonance Radiation in Neon, Phys. Rev. 100 , 1230.

418. G. K. Tsiunaitis & A. P. Jucys, The Double Configuration Approximation to the Two

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419. A. Unsold, Experimental Determination of Oscillator Strengths. The Laboratory

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420. F. Yanoukh, Semi-empirical Method of Calculating Oscillator Strengths of Doublet

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1956

422. L. H. Aller, The Forbidden Lines, "Gaseous Nebulae," Vol. Ill, Ch. V, 164-200

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425. A. B. Bolotinas, J. B. Levinsonas, & L. I. Levinas, The Double-Configurational

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1955-1956

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427. H. D. Engler, Measurement of the f-Value of the Pb I Resonance Line X = 2833 8,

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429. R. H. Garstang, Transition Probabilities of Auroral Lines, "The Airglow and the

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432. J. M. Harriman, Numerical Values for Hydrogen Fine Structure, Phys. Rev. 101 , 594.

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434. S. Heron, R. W. P. McWhirter, & E. H. Rhoderick, Measurements of Lifetimes of Excited

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443. 0. Osberghaus & K. Ziock, Measurement of the Oscillator Strength of the Iron

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444. Yu. I. Ostrovskii, G. F. Parchevskii, & N. P. Penkin, Relative Values of Oscillator

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1957

447. C. W. Allen, Absolute Oscillator Strength Measurements in Mg, Ca and Other Atoms,

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448. C. W. Allen & A. S. Asaad, Oscillator Strengths from Arc Spectra of Diluted Copper

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1956-1957

74
450. J. -P. Barrat, The Identity of the Duration of Coherence Measured by Magnetic

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1957

75
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1958

482. G. D. Bell, M. H. Davis, R. B. King, & P. M. Routly, The Absolute f-Values of X 3247

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484. G. Boldt, Measurement of Absorption Oscillator Strength of the Magnesium Intercombi nation

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487. A. Dalgarno & A. E. Kingston, Properties of the Metastable Helium Atoms, Proc. Phys.

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1957-1958

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491. R. H. Garstang, Further Computations of Quadrupole Line Strengths, Proc. Cambridge

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499. Z. Les & H. Niewodniczanski , Intensity Ratios of Spectral Lines in Cd I Triplets at Different Conditions of Excitation, Acta Phys. Pol. 17, 365.

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Izv. Gl. Astron. Obs. Pulkove 2Ci, No. 6, 28. (Russ.)

503. A. Michels, H. de Kluiver, & D. Middelkoop, The Effects on the Vapour Pressure of

Mercury and the Oscillator Strength of the 2536.52 8 (\q - ^P-^) Resonance Line by

the Presence of Argon at High Density, Physica (Utrecht) 24, 543.

505. L. A. Mitrofanova, Determination of Relative gf-Values for Sr I and Sr II, Izv. Gl

Astron. Obs. Pulkove 20, No. 6, 52. (Russ.)

506. I. M. Nagibina, Determination of the Relative Oscillator Strengths in an Arc Discharge

from the Width of the Spectrum Lines, Bull. Acad. Sci. USSR, Phys. Ser. 22, 678.

507. I. M. Nagibina, Determination of the Concentration of Atoms in the Plasma of an A-C

Arc from Line Widths, Opt. Spektrosk. 4, 430. (Russ.)

3 1 508. A. L. Osherovich & I. G. Savich, Measurement of Lifetimes of the 3 P and 3 P Levels

of the Helium Atom by the Method of Delayed Coincidence, Opt. Spektrosk. 4, 715. (Russ.)

509. Yu. I. Ostrovskii & N. P. Penkin, Relative f-Values for Spectral Lines of Vanadium

and Cobalt, Opt. Spektrosk. 5^, 345. (Russ.)

1958

77
510. Yu. I. Ostrovskii & N. P. Penkin, Measurements of Absolute Oscillator Strengths for

Ga I and In I Lines, Opt. Spektrosk. 4, 719. (Russ.)

511. Yu. I. Ostrovskii, N. P. Penkin, & L. N. Shabanova, Absolute Oscillator Strengths of

the Resonance Lines of Mg I, Ca I, Sr I, and Ba I, Sov. Phys.--Dokl. 3, 538.

512. Yu. I. Ostrovskii, N. P. Penkin, & L. N. Shabanova, Measurement of Oscillator Strengths

in Atomic Spectra, Bull. Acad. Sci . USSR, Phys. Ser. 22, 720.

513. J. Richter, Measurement of Transition Probabilities of Neutral Carbon Lines, Z. Phys.

151 , 114. (Ger.)

514. M. J. Seaton, The Quantum Defect Method, Mon. Not. R. Astron. Soc. IJS, 504.

515. J. C. Strijland & A. J. Nanassy, The Influence of Compressed Gases on the Vapour

Density of Mercury and on the Oscillator Strength of the 2537 8 Line, Physica (Utrecht)

24, 935.

516. J. Terpstra & J. A. Smit, Measurement of "Optical" Transition Probabilities in the

Silver Atom, Physica (Utrecht) 24, 937.

518. L. A. Vainshtein, Calculation of One-Electron Wave Functions and Oscillator Strengths

by Means of an Electronic Computer, Bull. Acad. Sci. USSR, Phys. Ser. 22, 668.

1959

520. N. W. H. Addink, Determination of the Transition Probability (Reciprocal of Lifetime)

of Excited Atoms and Ions from Spectroanalytical Data and the Importance of Lifetime

Values in Spectrochemistry, Spectrochim. Acta 15, 349.

522. Y. Archambault, J. -P. Descoubes, M. Priou, A. Omont, & J.-C. Pebay-Peyroul a , Study

of the Lifetime and Hyperfine Structure of the D Levels of Sodium and Cesium by

Electronic Bombardment, J. Phys. Radium 2]_, 677. (Fr.)

523. J. -P. Barrat, Study of Multiple Coherent Diffusion of Light of Optical Resonance.

3 Application to the 6 P-i Level of Mercury. III. Experimental Results, J. Phys.

Radium 20, 657. (Fr.

)

525. G. D. Bell, M. H. Davis, R. B. King, & P. M. Routly, The Absolute f-Value of the

Mn I Line X 4031, Astrophys. J. 129, 437.

1958-1959

78
526. R. G. Bennett & F. W. Dalby, Experimental Determination of the Oscillator Strength of

the First Negative Bands of N2+, J. Chem. Phys. 31, 434.

527. S.-Y. Ch'en & A. Smith, The Oscillator Strengths and the Transition Probabilities of

the First Sharp Series Doublet Lines of Indium, Physica (Utrecht) 25, 1289.

3 528. J.-L. Cojan & M. Thibeau, Lifetime of the 6 P^ Excited State of Mercury Vapor for

Isotopes of Equal and Unequal Masses, C. R. Acad. Sci . 249, 1489. (Fr.)

529. E. U. Condon & G. H. Shortley, "Theory of Atomic Spectra," (University Press, Cambridge).

533. R. Hefferlin, Behavior of the dc Iron Arc and Its Usefulness in the Determination of

f-Values, J. Opt. Soc. Am. 49, 680.

534. R. Hefferlin, Forty-Five Relative f-Values for High Excitation Iron Lines from the dc

Arc Spectrum, J. Opt. Soc. Am. 49, 948.

535. P. Hey, Measurement of the Absolute Transition Probabilities of Some Si I, Si II, as

Well as Some CI I and CI II Lines, Z. Phys. 157, 79. (Ger.)

537. N. S. Kardashev, On the Possibility of Detection of Allowed Lines of Atomic Hydrogen

in the Radio-Frequency Spectrum, Sov. Astron.--AJ 3^, 813.

538. M. Z. Khokhlov, Experimental Determination of the Oscillator Strengths for the Pb I

Lines 4057 and 3683 8, and of the Lead Abundance in the Solar Atmosphere, Izv. Krym.

Astrofiz. Obs. 21, 84. (Russ.)

539. K. H. Olsen, P. M. Routly, & R. B. King, Relative gf-Values for Lines of Ca I,

Astrophys. J. UO, 688.

540. A. Omholt, Studies on the Excitation of Aurora Borealis. II. The Forbidden Oxygen

Lines, Geofys. Publ . 21, No. 1, 1.

542. J.-C. Pebay-Peyroula, Magnetic Resonance of Excited Atomic Levels by Electronic

Bombardment, J. Phys. Radium 20, 721. (Fr.)

544. H. van Regemorter, Modern Methods of Measuring Oscillator Strengths, J. Phys. Radium

20, 907. (Fr.)

545. F. Rohrlich, Sum Rules for Multiplet Strengths, Astrophys. J. 129, 449.

546. F. Rohrlich, Theoretical Multiplet Strengths, Astrophys. J. 129, 441.

1959

79
547. J. Shapiro & G. Breit, Metastability of 2s States of Hydrogenic Atoms, Phys. Rev.

113 , 179.

548. C. Zwaan, Curves of Growth for a Large Sunspot, Bull. Astron. Inst. Neth. 1_4, No. 490,

288.

1960

559. C. W. Allen, Oscillator Strengths of Neutral Atoms of the Iron Group, Mon. Not. R. Astron. Soc. ]2A, 299.

563. A. Bolotinas, J. Sironas, & M. Braimanas, Double Configuration Approximation for

Oxygen-Like Atoms, Vilniaus Valstybinis Univ. Mokslo Darb. 33, No. 9, 107. (Russ.)

564. M. E. Boyarchuk & A. A. Boyarchuk, Oscillator Strengths Determined from Stellar

Spectra, Izv. Krym. Astrofiz. Obs. 22, 234. (Russ.)

565. A. Dalgarno & A. L. Stewart, The Lamb Shift of Helium, Proc. Phys. Soc, London,

Sect. A 76, 49.

569. R. H. Garstang, Transition Probabilities for Forbidden Lines of Ne IV, Mon. Not. R.

Astron. Soc. 120, 201.

570. W. R. S. Garton, A. Pery, & K. Codling, Spectroscopic Investigations Relating to Autoionization and Dielectronic Recombination, "Proceedings of the Fourth International

Conference on Ionization Phenomena in Gases," 206-209 (Ed., N. R. Nilsson, NorthHolland Publishing Co., Amsterdam).

571. E. Geneux & B. Wanders-Vincenz, Magnetic Resonance Study in Atomic Jets of Excited

States of Cadmium and Zinc Atoms and Cd II. and Zn II Ions, Helv. Phys. Acta 33, 185.

(Fr.)

573. L. Goldberg, E. A. Muller, & L. H. Aller, The Abundances of the Elements in the

Solar Atmosphere, Astrophys. J., Suppl . Ser. No. 45, 5, 1.

574. P. F. Gruzdev & G. P. Startsev, Some Criteria for the Applicability of Theoretical

Intensities to the Spectra of Complex Atoms in the Presence of LS-Coupling, Opt.

Spectrosc. (USSR) 8, 461.

575. W. Hanus, On Line Strength Relations in the Doublet Arc Spectra of Aluminum, Gallium,

Indium, and Thallium, Bull. Acad. Pol. Sci . , Ser. Sci., Math., Astron. Phys. 8^, 629.

1959-1960

80
577. M. Z. Khokhlov, An Estimate of the Upper Limit of the Lead Content in the Solar

Atmosphere from the Infrared Lead Line A 7229, Izv. Krym. Astrofiz. Obs. 22, 128.

(Russ.

)

578. M. Z. Khokhlov, Experimental Determination of Oscillator Strengths of Lead Lines by

the Absorption Method, Izv. Krym. Astrofiz. Obs. 22, 118. (Russ.)

580. W. C. Martin & C. H. Corliss, The Spectrum of Singly Ionized Atomic Iodine (I II),

J. Res. Nat. Bur. Stand., Sect. A 64, 443.

581. A.-D. May, Magnetic Resonance of the Atomic Levels of Zinc Excited by Electronic

Bombardment, C. R. Acad. Sci. 250, 3616. (Fr.)

582. A.-D. May, Width of the Magnetic Resonance of the 4 "^P^ Level of Zinc, Excited by

Electron Bombardment, C. R. Acad. Sci. 251, 1371. (Fr.)

583. L. A. Mitrofanova, The Determination of the Relative gf-Values for Nickel by the

Emission Method, Pulk. Astron. Obs. Izv. 22, 185. (Russ.)

584. A. Omholt, The Time Delay of the Red [0 I] Lines in the Aurora, Planet. Space Sci.

2, 246.

586. Yu. I. Ostrovskii & N. P. Penkin, f-Number Measurements for the Spectral Lines of

Barium, Opt. Spectrosc. (USSR) 9, 371.

587. W. Pearce, Plasma-Jet Temperature Measurement, "Symposium on Optical Spectrometric

Measurements of High Temperature," 142-169 (Ed., P. J. Dickerman, University Chicago

Press).

588. C. Pecker, Research on the Fe X Resonance Line in the Solar Ultraviolet Spectrum,

C. R. Acad. Sci. 250, 3779. (Fr.)

589. N. P. Penkin & T. P. Red'ko, The Relative Oscillator Strengths of Certain Lines of

Zn I and Cd I, Opt. Spectrosc. (USSR) 9, 360.

590. A. Pery-Thorne & W. R. S. Garton, Absorption of Krypton in the Extreme Ultraviolet,

Proc. Phys. Soc, London, Sect. A 76, 833.

591. V. K. Prokof'ev, I. M. Nagibina, & G. P. Petrova, Determination of Absolute Oscillator

Strengths from Spectral Line Widths, Opt. Spectrosc. (USSR) 8, 195.

593. J. C. Slater, "Quantum Theory of Atomic Structure," Vol. II (McGraw-Hill, New York).

1960

81
594. M. Spitzer, Optical Resonance and Selective Reflection with Cadmium and Zinc Vapors,

Ann. Phys. (Paris) 5, 707. (Fr.)

595. W. Stoffregen & H. Derblom, Lifetime of the Atomic Oxygen 6300 A Line in the Auroral

Spectrum, Nature (London) 185^, 28.

1961

608. L. H. Aller, "The Abundance of the Elements," 87-96 ( Interscience Publisher, Inc.,

New York)

3 609. J. -P. Barrat & J. Butaux, Measurement of the Lifetime of the 5 P^ Level of Cadmium

by the Magnetic Resonance Method, C. R. Acad. Sci . 253 , 2668. (Fr.)

610. G. D. Bell & R. B. King, The Absolute f-Value of the Pb I Line X 2833, Astrophys.

J. 133, 718.

611. I. M. Belousova & D. B. Gurevich, The Distribution of Atoms Among the Excited Levels

in a Low Pressure Arc, Opt. Spectrosc. (USSR) 10^, 206.

613. B. Brehm, W. Demtrbder, & 0. Osberghaus, Determination of Oscillator Strengths by

Lifetime Measurements of the First Excited Levels for the Elements Ga, Al , Tl , Mg,

and Na, Z. Naturforsch. , Teil A 16, 843. (Ger.)

3 615. H. Bucka & H. H. Nagel , On the Lifetime of the 6 P-j Term in the Ba I Spectrum, Ann.

Phys. (Leipzig) 8, 329. (Ger.)

618. J. Ciplys & K. Uspalis, Treatment of Two-Electron Transitions in Th^, Liet. TSR Mokslu

Akad. Darb., Ser. B 2^, No. 25, 31. (Russ.)

626. R. H. Garstang, Mutual Magnetic Interactions and Oscillator Strengths in the First

Spectrum of Oxygen, Proc. Cambridge Philos. Soc. 57^, 115.

627. J. E. Gaustad & L. Spitzer, Jr., The Far Ultraviolet Line Spectrum of a B2 Star,

Astrophys. J. 134, 771.

629. H.-G. Groth, The Atmosphere of the A-2 Supergiant a Cygni, Z. Astrophys. 51, 231.

(Ger.)

630. W. Hanus, On Relative Doublet Line Strengths in the Principal Series of Cesium,

Bull. Acad. Pol. Sci., Ser. Sci., Math., Astron. Phys. 9, 287.

1960-1961

82
631. W. B. Hawkins, Cesium Transition Probabilities for Optical Pumping, Phys. Rev. 123,

544.

632. 0. S. Heavens, Radiative Transition Probabilities of the Lower Excited States of the

Alkali Metals, J. Opt. Soc. Am. 51, 1058.

633. R. Hefferlin, Semi-Empirical Investigations on the Nature of the f-Value, J. Tenn.

Acad. Sci. 36, 76.

634. T. M. Helliwell, Oscillator Strengths of Lead and the Lead Abundance in the Sun,

Astrophys. J. 133 , 566.

635. R. Herdan & T. P. Hughes, New Values of the Square of the Radial Integral Associated

with the Dipole Matrix Elements for Transitions in Hydrogen-Like Atoms, Astrophys.

J. J33, 294.

638. L. Houziaux & M.-P. Sadoine, Transition Probabilities and Oscillator Strengths for

Elements of Astrophysical Interest, Bull. Soc. R. Sci. Liege 30^, 287. (Fr.)

642. W. J. Karzas & R. Latter, Electron Radiative Transitions in a Coulomb Field, Astrophys.

J., Suppl . Ser. No. 55, 6, 167.

2 643. M. Z. Khokhlov, Oscillator Strengths of the p - ps Transition Array in the Spectra

of C I , Si I , Ge I , Sn I , Pb I . II. Quantum-Mechanical Computation of Line Strengths,

Assuming an Intermediate Type of Coupling, Izv. Krym. Astrofiz. Obs. 26^, 52. (Russ.)

2 644. M. Z. Khokhlov, Oscillator Strengths of the p - ps Transition Array in Lead, Tin,

Germanium, Silicon, and Carbon Spectra. I. Lead, Tin, Izv. Krym. Astrofiz. Obs. 25^,

249. (Russ.)

645. F. A. Korolev & Yu. K. Kvaratskhel i , The Plasmatron (Plasma Jet) as a Light Source

for Spectroscopy, Opt. Spectrosc. (USSR) 10^, 200.

649. Z. Les & H. Niewodniczanski , Intensity Ratios of Spectral Lines in the Sharp Series

Triplets of Atoms of the Second Column of the Periodic Table, Acta Phys. Pol. 20, 701.

650. v. Letfus, Note on the Temperature Determination of the Iron Arc and the Derivation

of the f-Values, J. Opt. Soc. Am. 51, 1151.

651. V. Letfus, Revision of the Experimental f-Values for Fe I from Emission Lines. I.

Analysis of the Values Derived by Hefferlin, Bull. Astron. Inst. Czech. 12, 161.

1961

83
652. W. C. Martin & J. L. Tech, Energy Levels and Magnetic Dipole Transitions in the 4p

Ground Configuration of Singly Ionized Atomic Bromine (Br II), J. Opt. Soc. Am. 51 , 591.

654. Yu. I. Ostrovskii & N. P. Penkin, Oscillator Strengths of the Spectral Lines of Calcium,

Opt. Spectrosc. (USSR) 10, 219.

655. Yu. I. Ostrovskii & N. P. Penkin, Measurement of the Absolute Values of the Oscillator

Strengths for the Resonance Lines of Calcium, Strontium, and Barium Ions, Opt.

Spectrosc. (USSR) ]£, 3.

656. Yu. I. Ostrovskii & N. P. Penkin, Measurement of the Absolute Values of Oscillator

Strengths in Atomic Spectra. II. Resonance Lines of Atoms of Group II, Opt.

Spectrosc. (USSR) 11, 307.

658. Ch. Ottinger & K. Ziock, Measurement of Oscillator Strengths of the 4033 8 and 4172 8

Lines of Gallium as Well as the 3720 8 Line of Iron, Z. Naturforsch. , Teil A 16., 720.

(Ger.)

660. J. Richter, On the Oscillator Strengths of Multiplets of Neutral Nitrogen, Z. Astrophys.

51, 177. (Ger.)

2 664. E. L. Tolans & A. Lurio, Lifetime of the S-|^2 State of Thallium by Optical Double

Resonance, Bull. Am, Phys. Soc. 6_, 75.

665. W. L. Wiese & J. B. Shumaker, Jr., Measurement of the Transition Probability of the

0 I Multiplet at 6157 A, J. Opt. Soc. Am. 51, 937.

1962

2 681. H. Bucka & G. von Oppen, Hyperfine Structure and Lifetime of the 8

^^/z '^^TM '^^^

Cs I Spectrum, Ann. Phys. (Leipzig) 10, 119. (Ger.)

683. J. Ciplys & K. Uspalis, Theoretical Investigation of Simultaneous Two-Electron

Transitions, "Fizicheskie Problemy Spektroskopii ," Tom 1, 21-23 (Akad. Nauk SSR,

Moskva). (Russ.)

684. J. W. Cooper, Photoionization from Outer Atomic Subshells. A Model Study, Phys. Rev.

128 , 681.

686. C. H. Corliss & W. R. Bozman, "Experimental Transition Probabilities for Spectral Lines

of Seventy Elements," Nat. Bur. Stand. (U.S.), Monogr. 53.

1961-1962

84
687. W. Demtrbder, Determination of Oscillator Strengths by Lifetime Measurements of the

First Excited States of the Elements Ga, Al , Mg, Tl , and Na, Z. Phys. 166, 42. (Ger.)

689. A. S. Douglas & R. H. Garstang, Transition Integrals for Si IV and Ca II, Proc.

Cambridge Philos. Soc. 58, 377.

690. H. F. Eicke, Improvement of a Method for the Experimental Determination of Transition

Probabilities and Its Application to the Spectrum of Barium, Z. Phys. 168, 227. (Ger.)

693. J. Firor & H. Zirin, Observations of Five Ionization Stages of Iron in the Solar

Corona, Astrophys. J. 135, 122.

694. E. W. Foster, Measurement of Transition Probabilities in the CI I, II and C I Spectra,

Proc. Phys. Soc, London, Sect. A 80, 882.

695. E. W. Foster, Measurement of Transition Probabilities in the Visible Spectra of 0 I and C I and Estimation of Vacuum Ultraviolet Radiation Standards, Proc. Phys. Soc,

London 79, 94.

697. R. H. Garstang, Two Solar Ultraviolet Lines of Neutral Carbon, Observatory 82, 50.

698. R. H. Garstang, Transition Probabilities for Forbidden Lines of Fe II, Mon. Not. R.

Astron. Soc. 124., 321.

700. R. H. Garstang, Forbidden Transitions, "Atomic and Molecular Processes," 1-46 (Ed.,

D. R. Bates, Academic Press, New York).

701. R. H. Garstang, Hyperfine Structure and Intercombination Line Intensities in the Spectra

of Magnesium, Zinc, Cadmium, and Mercury, J. Opt. Soc. Am. 52, 845.

702. R. H. Garstang, Transition Probabilities for Permitted and Forbidden Lines of Si X,

Fe XIV, and Fe X, Ann. Astrophys. 25, 109.

703. R. H. Garstang & J. A. Dawe, Two Lines of Neutral Silicon in the Solar Ultraviolet

Spectrum, Observatory 82^, 210.

704. P. F. Gruzdev, Relative Oscillator Strengths in the Spectrum of the Cobalt Ion Co II,

Opt. Spectrosc. (USSR) U, 169.

705. P. F. Gruzdev, Relative Oscillator Strengths in the Nickel Ion Spectrum Ni II, Opt.

Spectrosc (USSR) 13, 249.

707. J. T. Jefferies & F. Q. Orrall, On the Interpretation of Prominence Spectra. V.

The Emission Lines in Quiescent Prominences, Astrophys. J. 135, 109.

1962

85
711. M. Z. Khokhlov, A Device with a King's Furnace for the Measurement of Oscillator

Strengths by the Absorption Method. The f- Values of Be I, Sn I, and Ge I Lines,

Izv. Krym. Astrofiz. Obs. 28, 277. (Russ.)

712. M. Koedam & A. A. Kruithof, Transmission of the Visible Mercury Triplet by the Low

3 Pressure Mercury-Argon Discharge; Concentration of the 6 P States, Physica (Utrecht)

28, 80.

713. V. N. Kolesnikov & N. S. Slepchenko, Measurement of Relative Transition Probabilities

for the Lines of Ba I and Ba II, "Fizicheskie Problemy Spektroskopii ," Tom 1, 41-43

(Akad. Nauk SSR, Moskva). (Russ.)

715. M. D. Kunisz, Some Remarks on the Applicability of the Coulomb Approximation in Calculati

Atomic Transition Probabilities in Atoms and Oscillator Strengths of Spectral Lines,

Acta Phys. Pol. 22, 99. (Fr.)

718. V. Letfus, Revision of the Experimental f-Values for Fe I from Emission Lines. II. Analysis of the Values Derived by Mitrofanova, Bull. Astron. Inst. Czech. 1_3, 98.

720. N. G. Morozova & G. P. Startsev, Iron Arc Lines for Determining Arc Temperatures by the

Emission Method, Bull. Acad. Sci. USSR, Phys. Ser. 26, 933.

721. R. W. Nicholls & A. L. Stewart, Allowed Transitions, "Atomic and Molecular Processes,"

Ch. 2 (Ed., D. R. Bates, Academic Press, New York).

726. Yu. I. Ostrovskii & N. P. Penkin, The Measurement of Absolute Oscillator Strengths in

Atomic Spectra. III. Potassium, Opt. Spectrosc. (USSR) ]_2, 379.

727. N. P. Penkin & L. N. Shabanova, Oscillator Strengths of Spectral Lines of Magnesium,

Strontium, and Barium, Opt. Spectrosc. (USSR) 12^, 1.

729. 0. Roder, Measurement of Absolute Oscillator Strengths of Some Fe I and Fe II Lines,

Z. Astrophys. 55, 38. (Ger.)

732. P. M. Stone, Cesium Oscillator Strengths, Phys. Rev. 127, 1151; 1^, AB2 (1964).

734. L. A. Vainshtein, Calculation of Wave Functions and Oscillator Strengths of Complex

Atoms, Trans. P. N. Lebedev Phys. Inst. 15^, Part 1,1. (Russ.)

735. L. A. Vainshtein & I. A. Poluektov, A Semi-Empirical Method for Calculating the

Oscillator Strengths of Intercombination Transitions, Opt. Spectrosc. (USSR) 12,

254.

1962

86
1963

750. I. I. Agarbiceanu, I. M. Popescu, I. Cucurezeanu, & V. Vasiliu, The Study of the

3

7 Level of Mercury by the Magneto-Optical Resonance Method, C. R. Acad. Sci.

257 . 2264. (Fr.)

751. I. Agarbiceanu, I. Cucurezeanu, I. Popescu, & V. Vasiliu, Determination of the Mean

Lifetime of Excited States by a Polarimetric Method, Opt. Spectrosc. (USSR) 1_4, 8.

752. C. W. Allen, "Astrophysical Quantities," Second Ed., 53-76 (The Athlone Press, London).

754. E. M. Anderson & V. A. Zilitis, Semi-Empirical Calculation of Oscillator Strengths for

Lithium, Rubidium, and Cesium Atoms, Opt. Spectrosc. (USSR) ]6_, 211.

755. M. Barrat & J. -P. Barrat, Measurement of Lande Factors and Lifetimes of Atomic Levels

of Cadmium Excited by Electronic Bombardment, C. R. Acad. Sci. 257, 1463. (Fr.)

756. B. Baschek, W. H. Kegel, & G. Traving, Solar and Stellar Oscillator Strengths of Fe II,

Z. Astrophys. 56^, 282. (Ger.)

758. G. Boldt, Measurement of the Absorption Oscillator Strengths of C I Multiplets in the

Range between 1100 and 1800 8, Z. Naturforsch. , Teil A 18, 1107. (Ger.)

761. S. J. Czyzak & T. K. Krueger, Forbidden Transition Probabilities for Some P, S, CI,

and Ar Ions, Mon. Not. R. Astron. Soc. j[26, 177.

762. P. Feldman & R. Novick, Autoionizing States in the Alkali Atoms with Microsecond

Lifetimes, Phys. Rev. Lett. H, 278.

768. R. E. Huffman, Y. Tanaka, & J. C. Larrabee, Absorption Coefficients of Krypton in the

600 to 886 8 Wavelength Region, Appl. Opt. 2, 947.

2 770. M. Z. Khokhlov, Oscillator Strengths of the p - ps Transition Arrays of Lead, Tin,

Germanium, Silicon, and Carbon Spectra. Germanium, Silicon. A Comparison of

Theoretical and Experimental Data (Pb I, Sn I, Ge I, Si I), Izv. Krym. Astrofiz. Obs.

29, 131. (Russ.)

771. R. B. King, The Measurement of Absolute Oscillator Strengths for Lines of Neutral

Atoms, J. Quant. Spectrosc. Radiat. Transfer 3^, 299.

772. A. Kisiel, Intensity Ratios in Doublets of the Fine Structure in the Al III and Si IV

Spectra, Acta Phys. Pol. 23, 167.

1963

87
773. T. Kornalewski & H. Niewodniczanski , Intensity Ratios of Spectral Lines in the Visible

Triplet of Zn I in the Temperature of Liquid Nitrogen, Acta Phys. Pol. 24, 601.

775. V. G. Kurt, On the Relative Intensities of the Coronal Lines Fe XIII A 10747 and

A 10798, Sov. Astron.—AJ 6, 620.

776. V. Letfus, Model Abundance of Iron in the Solar Atmosphere, Bull. Astron. Inst. Czech.

H, 155.

777. M. Margoshes & B. F. Scribner, A Study of the Gas-Stabilized Arc as an Emission

Source for the Measurement of Oscillator Strengths. Determination of Some Relative

gf-Values for Fe I, J. Res. Nat. Bur. Stand., Sect. A 67, 561.

3 2 779. H. Mendlowitz, Transition Array for d ^- d p: Vanadium III, Astrophys. J. 1 38 , 1277.

787. N. P. Penkin & L. N. Shabanova, The Oscillator Strengths of the Tl I Spectral Lines,

Opt. Spectrosc. (USSR) M, 87.

788. N. P. Penkin & L. N. Shabanova, Oscillator Strengths of Spectral Lines of the Aluminum,

Gallium, and Indium Atoms, Opt; Spectrosc. (USSR) 14_, 5.

789. N. P. Penkin & J. J. Slavenas, Oscillator Strengths of the Spectral Lines Sn I and

Pb I, Opt. Spectrosc. (USSR) 15, 83.

790. N. P. Penkin & J. J. Slavenas, Absolute Oscillator Strengths of the Resonance Doublets

of Ag I and Au I, Opt. Spectrosc. (USSR) 15, 3.

791. A. Pery-Thorne & J. E. Chamberlain, Transition Probabilities in the Spectra of Neutral

Neon, Argon, and Krypton, Proc. Phys. Soc, London, Sect. A 82^, 133.

793. L. N. Shabanova, Oscillator Strengths of the Spectral Lines of Ca I, Opt. Spectrosc.

(USSR) 15^, 450.

795. H. Statz, C. L. Tang, & G. F. Koster, Approximate Electromagnetic Transition

Probabilities and Relative Electron Excitation Cross Sections for Rare-Gas Masers,

J. Appl. Phys. 34, 2625.

796. C. L. Tang, Relative Probabilities for the Xenon Laser Transitions, Proc. IEEE 51 ,

219.

801. A. W. Weiss, Wave Functions and Oscillator Strengths for the Lithium Isoelectronic

Sequence, Astrophys. J. 138 , 1262.

1963

88
802. W. L. Wiese, Present Status of our Knowledge of Atomic Transition Probabilities,

"Proceedings of the Xth Colloquium Spectroscopicum Internationale," 37-56 (Eds.,

E. R. Lippincott & M. Margoshes, Spartan Books, Washington, D.C.).

1964

813. J. Aarts & G. Bosch, Oscillator Strengths for Lines of Fe I, Mg I, and Cs I, Physica

(Utrecht) 30, 1673.

815. I. I. Agarbiceanu, I. M. Popescu, I. Cucurezeanu, & V. Vasiliu, Magnetic Resonance of

the 7 ^S^ Hg I Level, Opt. Spectrosc. (USSR) U, 258.

816. P. L. AltiCk & A. E. Glassgold, Correlation Effects in Atomic Structure Using the

Random-Phase Approximation, Phys. Rev. 1_33, A632.

817. E. M. Anderson & V. A. Zilitis, Oscillator Strengths for Sodium and Potassium Atoms

Calculated by a Semi-Empirical Method, Opt. Spectrosc. (USSR) 16^, 99.

819. J. Bakos & J. Szigeti, Lifetimes of Excited Levels of He Atoms, Kosp. Fiz. Kut. Int. Kozlemenyek 12, 125. (Hung.)

820. J. -P. Barrat, B. Cheron, & J.-L. Cojan, Alignment by Optical Pumping of Mercury Atoms

in the 6 ^P^^ Metastable Level, C. R. Acad. Sci . 259, 3475. (Fr.)

3 821. M. Barrat, Study of the 5 P2 Metastable Level of Cadmium Excited by Electronic

Bombardment, C. R. Acad. Sci. 259 , 1063. (Fr.)

822. S. Bashkin, L. Heroux, & J. Shaw, Extreme Ultraviolet Spectra from Multiply-Ionized

Neon Beams, Phys. Lett. 13, 229.

824. H. F. Berg, K. L. Eckerle, R. W. Burris, & W. L. Wiese, Relative Oscillator Strengths

of Some 0 II and 0 III Lines from Measurements on Shock-Heated Plasmas, Astrophys.

J. 139, 751.

825. A. Bialas-Zabawa, E. Skulska, & Z. Walach, Relative Line Strengths in the Doublets

of the Spark Spectra of Mg II, Ca II, Sr II, and Ba II, Acta. Phys. Pol. 26, 175.

826. T. Bieniewski, Absolute Oscillator Strengths for Cd I X 3261 and Ag I AA 3281 and

3383, Mon. Not. R. Astron. Soc. 127, 359.

827. T. M. Bieniewski, Collision Broadening of Spectral Lines by Identical Atoms, "Atomic

Collision Processes," 1055-1064 (Ed., M. R. C. McDowell, John Wiley & Sons, Inc.,

New York)

89

1963-1964
830. F. W. Byron, Jr., M. N. McDermott, & R. Novick, Self-Broadening of Optical Double

Resonance Lines in Cadmium, Phys. Rev. 134 , A615.

831. F. W. Byron, Jr., M. N. McDermott, R. Novick, B. W. Perry, & E. B. Saloman, Spin and

Nuclear Moments of 245-Day Zn^^; Redetermination of the hfs of Zn^^ and t('^P^) of

Zinc, Phys. Rev. 134, A47.

832. K. C. Clark & C. E. Fairchild, Resonance Absorption by Nitrogen Atoms in Afterglows,

"Atomic Collision Processes," 581-585 (Ed., M. R. C. McDowell, John Wiley & Sons,

Inc. , New York)

833. M. Cohen & A. Dalgarno, An Expansion Method for Calculating Atomic Properties. IV. Transition Probabilities, Proc. R. Soc. London, Ser. A 280, 258.

834. R. H. Cordover, A. Szoke, & A. Javan, Resonance Experiments on the Excited States of

Neon, Bull. Am. Phys. Soc, Ser. II, 9^, 490.

835. C. H. Corliss & B. Warner, Absolute Oscillator Strengths for Fe I, Astrophys. J.,

Suppl. Ser. No. 83, 8, 395.

836. S. J. Czyzak, Theoretical Calculations of Atomic Transition Probabilities and Collision

Cross Sections, Publ . Astron. Soc. Pac. 76, 413.

838. P. J. Dickerman & R. W. Deuel, Measurement of Relative Transition Probabilities for

Some Lines of the Cu I, Al I, and Mo I Spectra, J. Quant. Spectrosc. Radiat. Transfer

4, 807.

839. W. L. Faust & R. A. McFarlane, Line Strengths for Noble-Gas Maser Transitions;

Calculations of Gain/Inversion at Various Wavelengths, J. Appl . Phys. 35^, 2010.

842. E. W. Foster, The Measurement of Oscillator Strengths in Atomic Spectra, Rep. Prog.

Phys. 27, 469.

843. R. G. Fowler, T. M. Holzberlein, C. H. Jacobson, & S. J. B. Corrigan, Direct

Measurements of the Lifetimes of Excited States of Neutral Helium, Proc. Phys. Soc,

London 84, 539.

844. H. Friedrichs, Measurement of Transition Probabilities of Ne I and Kr I Lines in

Thermal Plasmas, Z. Astrophys. 60_, 176. (Ger.)

846. C. Froese, Some Multiplet Strengths for Transitions in Fe XVI and Fe XV, Astrophys.

J. 140, 361.

1964

90
847. A. Gallagher & A. Lurio, Thallium Oscillator Strengths and 6d u^^^ State hfs, Phys.

Rev. 136, A87.

848. R. H. Garstang, Transition Probabilities of Forbidden Lines, J. Res. Nat. Bur. Stand.,

Sect. A 68 , 61.

850. J. Geiger, Scattering of 25 keV Electrons in Gases. II. Scattering in Neon, Argon,

Krypton, and Xenon, Z. Phys. 177^, 138. (Ger.)

852. G. Goullet & J.-C. Pebay-Peyroula, Study of Several Levels of the 5d^6s^6p Configuration

of the Mercury Atom, C. R. Acad. Sci. 259, 93. (Fr.)

857. T. M. Helliwell, Nodal Boundary Condition Method for Atomic Wave Functions and Transition

Probabilities, Phys. Rev. 135, A325.

858. T. M. Holzberlein, Direct Measurement of Atomic Lifetimes: Helium, Rev. Sci. Instrum.

35, 1041.

859. E. Hulpke, E. Paul, & W. Paul, Determination of Oscillator Strengths by Lifetime

Measurements of the First Excited Levels of the Elements Ba, Sr, Ca, In, and Ha,

Z. Phys. 277, 257. (Ger.)

860. A. V. Ivanova & A. N. Ivanova, Calculation of the Lithium Atom by the Hartree-Fock

Method with Complete Self-Consistency, Opt. Spectrosc. (USSR) 16, 499.

862. H. P. Kelly, Many-Body Perturbation Theory Applied to Atoms, Phys. Rev. ^6, B896.

863. P. S. Kelly, Some Analytical Self-Consistent Field Functions and Dipole Transition

Matrix Elements for Nitrogen and Oxygen and Their Ions, Astrophys. J. 140 , 1247.

864. P. S. Kelly, Transition Probabilities in Nitrogen and Oxygen from Hartree-Fock-Slater

Wave Functions, J. Quant. Spectrosc. Radiat. Transfer 4_, 117.

865. P. S. Kelly & B. H. Armstrong, Analytic SCF Oscillator Strength for the 0 I 2p^(^P) -

2p^3s('^S) Transition, Phys. Rev. Lett. 12, 35.

866. H. Kostlin, A Contribution to the Experimental Determination of Atomic Transition

Probabilities and Their Measurement in the Spectrum of Calcium, Z. Phys. 1 78 , 200.

(Ger.)

867. D. W. Koopman, Line Strengths for Neutral and Singly Ionized Neon, J. Opt. Soc. Am.

54, 1354.

1964

91
869. F. A. Korolev, V. I. Odintsov, & E. V. Fursova, Determination of the Transition

Probability for the Neon Resonance Line at 736 8, Opt. Spectrosc. (USSR) 16., 304.

870. H. G. Kuhn, High Resolution Spectroscopy--A Survey of Methods and Applications, Acta

Phys. Pol. 26, 315.

871. H. G. Kuhn & J. M. Vaughan, Radiation Width and Resonance Broadening in Helium,

Proc. R. Soc. London, Ser. A 277, 297.

1 3 872. A. Landman & R. Novick, Level Crossing Determination of t( P-j ) and gj( P-j ) in Zinc

and the hfs of Zn^^ and Zn^'', Phys. Rev. 134, A56.

874. T. Lubowiecka, Ratios of Oscillator Strengths of Spectral Lines for the Doublets of

the Sharp Series of the Arc Spectrum of Ga I, Acta Phys. Pol. 25, 849.

875. A. Lurio, Lifetime of the First Excited P^ State of Mg and Ba; hfs of Ba'"'', Phys.

Rev. 136, A376.

876. A. Lurio, R. L. DeZafra, & R. J. Goshen, Lifetime of the First State of Zinc,

Calcium, and Strontium, Phys. Rev. 134 , A1198.

877. A. Lurio & R. Novick, Lifetime and hfs of the (5s5p)^Pi State of Cadmium, Phys. Rev.

134 , A608.

879. G. V. Markova & M. P. Chaika, Observation of the Intersection of Magnetic Sublevels

of the Excited States of Cesium and Sodium, Opt. Spectrosc. (USSR) T_7, 170.

880. R. M. May, Spontaneous Transition Probabilities in Highly Excited Hydrogen Atoms,

Nucl . Fusion 4, 244.

881. M. R. C. McDowell & A. D. Stauffer, Quadrupole Strengths for the TS - n'D Transitions

in He, Phys. Lett. 12, 207.

882. N. G. Morozova & G. P. Startsev, Absolute Oscillator Strengths of Arc Lines of

Elements in the Iron Group, Opt. Spectrosc. (USSR) 1_7, 174.

884. A. M. Naqvi , Calculations and Applications of Screened Hydrogenic Wave Functions,

J. Quant. Spectrosc. Radiat. Transfer 4, 597.

887. A. A. Nikitin & 0. A. Yakubovskii, Forbidden Transition Lines from the First Excited

2 2 sp Configurations in Isoelectron Coronal Sequences. Quadrupole Transitions in sp

Configurations, Sov. Phys.— Dokl. 9, 409.

1964

92
888. R. Novick, B. W. Perry, & E. B. Saloman, Level-Crossing Studies of the (6p7s) P°

State of Pb, Bull. Am. Phys. See, Ser. II 9, 625.

890. N. P. Penkin, The Determination of Oscillator Strengths in Atomic Spectra, J. Quant.

Spectrosc. Radiat. Transfer 4_, 41. (Russ.)

891. S. R. Pottasch, On the Chemical Composition of the Solar Corona, Mon. Not. R. Astron.

Soc. 128, 73.

893. A. B. Prag & K. C. Clark, Measured Oscillator Strengths for the 2p^ -^P - 2p^3s ^S°

Transition in Atomic Oxygen, Phys. Rev. Lett. 1_2, 34.

894. V. K. Prokof'ev, E. I. Nikonova, P. F. Gruzdev, & M. S. Frish, Fe I Oscillator

Strengths, Izv. Krym. Astrofiz. Obs. 31_, 281. (Russ.)

895. M. Riemann, Measurement of Relative and Absolute Optical Transition Probabilities of

Cu I with a Wall-Stabilized Arc, Z. Phys. 179, 38. (Ger.)

896. Z. Rudzikas, J. Vizbaraite, & A. Jucys, On the Theoretical Investigation of Some

Transitions in the Nitrogen Atom in the Case of Different Vector Coupling Schemes,

Liet. Fiz. Rinkinys 4, 51. (Russ.)

897. B. Schiff & C. L. Pekeris, f-Values for Transitions between the 1 ^S, 2 ^S, and 2 '^S,

and the 2 ^P, 2 '^P, 3 ^P, and 3 ^P States in Helium, Phys. Rev. 134, A638.

898. G. W. Series S W. Gough, A Determination of Lifetime and Hyperfine Structure in

Thallium by Resonance Fluorescence, Acta Phys. Pol. 26, 345.

900. J. B. Shumaker, Jr. & C. R. Yokley, The Use of an Analog Computer in Side-On Arc

Spectroscopy, Appl . Opt. 3^, 83.

901. J. J. Slavenas, Oscillator Strengths of Si I and Ge I Lines, Opt. Spectrosc. (USSR)

1^, 214.

903. J. E. Solarski & W. L. Wiese, Experimental Transition Probabilities for Six Oxygen

Multiplets, Phys. Rev. 135, A1236.

905. A. K. Valters, E. I. Nikonova, & G. P. Startsev, Measurement of Relative Oscillator

Strengths in the Atomic Spectrum of Iron by the Total Absorption Method, Opt.

Spectrosc. (USSR) 16, 393.

906. A. K. Valters & G. P. Startsev, Measurement of the Relative Values of Oscillator

Strengths in the Spectrum of the Iron Atom by the Anomalous Dispersion Method, Opt.

Spectrosc. (USSR) 27, 262.

1964

93
907. C.-R. Vidal, Relative Oscillator Strengths for Some Lines of the Sharp and Diffuse

Series of Helium, Z. Naturforsch. , Teil A 19, 1018 (Ger.)

1965

919. P. L. Altick & E. N. Moore, Structure and Oscillator Strengths of Autoionizing Levels

in Helium, Phys. Rev. Lett. 15, 100.

920. E. L. Altman & M. P. Chaika, Determination of the Lifetime of the Excited 7

"^^-^^i^ State of Cesium from Double Resonance Experiments, Opt. Spectrosc. (USSR) 19, 538.

921. D. K. Anderson, Lifetimes of the (5p^6s)V^ and ^P^ States of Xenon, Phys. Rev. 137 , A21.

922. V. A. Ankudinov, S. V. Bobashev, & E. P. Andreev, Measurement of Lifetimes of Excited

States of the Hydrogen Atom, Sov. Phys.--JETP 21, 26.

3 924. J. -P. Barrat, J.-L. Cojan, & Y. Lecluse, Measurement of the Lifetime of the 7 S^ Level

of Mercury, C. R. Acad. Sci. 260, 1893. (Fr.)

926. W. R. Bennett, Jr., P. J. Kindlmann, & G. N. Mercer, Measurement of Excited State

Relaxation Rates, Appl . Opt., Supplement 2 of Chemical Lasers, 34.

927. K. Berkner, W. S. Cooper III, S. N. Kaplan, & R. V. Pyle, Measurements of Transition

2 2 0 Probabilities of S - P Transitions in Lithium-Like Ions, Phys. Lett. 16, 35.

3 199

929. M.-C. Bigeon & J.-L. Cojan, Radiative Lifetime of the 6 Pq State of the Hg and

^°^Hg Isotopes, C. R. Acad. Sci. 261, 913. (Fr.)

931, H. Boersch & H. J. Reich, Oscillator Strengths from Radiative Emission Generated by

Fast Electrons. I. Measurements for Helium, Optik (Stuttgart) 22, 289. (Ger.)

936, C. H. Corliss, Oscillator Strengths for Lines of Ni I, J. Res. Nat. Bur. Stand.,

Sect, A 69, 87.

937, W. F. J. Evans & A. V. Jones, Some Observations of Type-B Red Aurora with a MultiChannel Photometer, Can. J. Phys. 43, 697,

938, R. G. Fowler, T. M. Holzberlein, & C. H. Jacobson, Lifetime of the 3 V State of Helium,

Phys. Rev. 140, A1050,

1964-1965

94
941. C. Froese, Hartree-Fock Results for Some Excited States of o"*"^, 0^, and Ne^, Phys.

Rev. T37, AT 644.

945. C. Galleron-Jul ienne & J. -P. Descoubes, Structure of the Levels of the Helium Atom

Excited By Electronic Impact, C. R. Acad. Sci. 261, 916. (Fr.)

946. R. H. Garstang & J. Van Blerkom, Transition Probabilities in the Ar I Spectrum, J.

Opt. Soc. Am. 55_, 1054.

9 p 947. W. Gough S G. W. Series, Lifetime and Hyperfine Structure of the Level (6s 6d) 02^2

of Thallium I, Proc. Phys. Soc, London, Sect. A 85, 469.

950. H. Henning, The Continuous Radiation of Thermal Carbon Plasmas, Z. Astrophys. 62, 109.

(Ger.)

951. M. Hertzberg & R. Holland, Transition Coefficient Ratios for Alakali Atoms, J. Quant.

Spectrosc. Radiat. Transfer 5^, 313.

956. R. B. King, K. H. Olsen, & C. H. Corliss, Oscillator Strengths for Lines of Fe I

between 2500 and 3200 8, Astrophys. J. 141' 354.

957. J. Z. Klose, Atomic Lifetimes in Neon I, Astrophys. J. 141 , 814.

958. F. A. Korolev & V. I. Odintsov, Investigation of the Width of Helium Spectral Lines

with Electron Excitation in an Atomic Beam, Opt. Spectrosc. (USSR) 1_8, 547.

959. T. K. Krueger & S. J. Czyzak, Atomic Wave Functions, Collision Cross Sections, and

Transition Probabilities of Fe Ions, Mem. R. Astron. Soc. 69, 145.

960. K. H. Krysmanski, On the Problem of Thermal Equilibrium in the Low Current Arc. II.

Experimental Investigations and Results, Ann. Phys. (Leipzig) 1_5, 207. (Ger.)

961. H. G. Kuhn, E. L. Lewis, & J. M. Vaughan, Enhancement of Radiation Damping by Resonance

Coupling, Phys. Rev. Lett. 1^, 687.

962. F. Labuhn, Measurement of the Absorption-Oscillator Strengths of H I Multiplets in the

Wavelength Range from 1000 to 1800 8 with a Cascade Arc, Z. Naturforsch . , Teil A 20,

998. (Ger.)

963. G. M. Lawrence, J. K. Link, & R. B. King, The Absolute Oscillator Strengths of Lines

in the Spectra of Ten Elements, Astrophys. J. 141, 293.

1965

95
964. J. B. Levinsonas & A. A. Nikitin, "Handbook for Theoretical Computation of Line

Intensities in Atomic Spectra," (Tr. , Z. Lerman, Ed., C. Roth, Israel Program for

Scientific Translations Ltd., Daniel Davey & Co., Inc., New York).

966. A. Lurio, Lifetime of the 6s6p ^P^ State of Mercury, Phys. Rev. 140, A1505.

967. B. V. L'vov, Determination of the Absolute Values of Oscillator Strengths by Combined

Measurement of the Total and Linear Absorption of Vapor Layers in a Graphite Cell,

Opt. Spectrosc. (USSR) 19, 282.

2 4 969. J. M. Malville & R. A. Berger, Transition Probabilities in Highly Ionized p and p Configurations, Planet. Space Sci, j_3, 1131.

970. N. G. Morozova & G. P. Startsev, Measurement of the Relative Values of the Oscillator

Strengths in the Spectrum of the Iron Ion, Opt. Spectrosc. (USSR) ^8, 505.

971. F. A. Morse & F. Kaufman, Determination of Ground-State 0, N, and H by Light Absorption

and Measurement of Oscillator Strengths, J. Chem. Phys. 42, 1785.

974. G. E. Norman, On the Application of the Coulomb Approximation to the Calculation of

Transition Probabilities, Opt. Spectrosc. (USSR) 29, 369.

975. D. E. Osterbrock, Temperatures in H II Regions and Planetary Nebulae, Astrophys. J.

142, 1423.

976. P. P. Ostroumenko & V. S. Rossikhin, Measurement of Relative Oscillator Strengths in

the Copper Atom Spectrum by the Linear Absorption Method, Opt. Spectrosc. (USSR) 19 ,

365.

977. K. V. Paulson & G. G. Shepherd, A Cross-Spectral Method for Determining the Mean

Lifetime of Metastable Oxygen Atoms from Photometric Observations of Quiet Aurorae,

J. Atmos. Terr. Phys. 27, 831.

979. W. R. Pendleton, Jr. & R. H. Hughes, Radiative Lifetimes and Excitation Mechanisms

in Helium, Phys. Rev. 138, A683,

980. N. P. Penkin & L. N. Shabanova, Oscillator Strengths of the Al I and Ga I Spectral

Lines, Opt. Spectrosc. (USSR) 18, 504.

981. N. P. Penkin & L. N. Shabanova, Serial Regularities in the Spectra of Certain Atoms,

Opt. Spectrosc. (USSR) 18, 535.

1965

96
983. H. Pfennig, R. Steele, & E. Trefftz, Wave Functions and Oscillator Strengths of Be-Like

Ions (Be I, C III, N IV, 0 V), J. Quant. Spectrosc. Radiat. Transfer 5, 335.

985. C. H. Popenoe & J. B. Shumaker, Jr., Arc Measurement of Some Argon Transition Probabilities,

J. Res. Nat. Bur. Stand., Sect. A 69, 495.

986. A. B. Prag, C. E. Fairchild, & K. C. Clark, Measured Oscillator Strengths in the

Allowed 2p-3s Transitions from the Ground State in Oxygen and Nitrogen, Phys. Rev. 137 , A1358.

987. Simultaneous Determination of f-Values and Vapor Pressures from Optical Absorption

Measurements, J. Chem. Phys. 42, 701.

988. J. Richter, Temperature Measurements in Thermal Plasmas of Known Composition, Z. Astrophys. 61, 57. (Ger.)

989. Z. Rudzikas, J. Vizbaraite, & A. Jucys, The Calculation of the Strengths of Spectral

Lines of the Neon Atom, Liet. Fiz. Rinkinys 5^, 63. (Russ.)

9 991. H. A. Schussler, Precision Measurement of the Hyperfine Structure of the 5 P3/2 ^"'^

6 ^P3/2 '^^^^^ of ^^^^ ^^^^ ^ 2- Phys. 182, 289. (Ger.)

994. B. W. Shore, Comparison of Atomic LS-Coupling Line and Multiplet Strengths with

Observations of Fe I, Astrophys. J. 142, 94.

995. B. W. Shore & D. H. Menzel , Generalized Tables for the Calculation of Dipole Transition

Probabilities, Astrophys. J., Suppl . Ser. No. 106, 12^, 187.

996. M. Spitzer, Lifetime of the Cadmium State Excited by the 2288 8 Resonance Line, C. R.

Acad. Sci. 260, 3907. (Fr.)

997. H. Statz, F. A. Horrigan, S. H. Koozekanani , C. L. Tang, & G. F. Koster, Transition

Probabilities for Some Ar II Laser Lines, J. Appl . Phys. 36, 2278; 39, 4045 (1968).

998. J. C. Stewart & M. Rotenberg, Wave Functions and Transition Probabilities in Scaled

Thomas-Fermi Ion Potentials, Phys. Rev. 140, A1508.

999. R. Turner, Decay of Resonance Radiation in a Pulsed Discharge in Krypton, Phys. Rev.

140 . A426.

1000. B. Warner, Absolute Oscillator Strengths for Doubly Ionized Iron, Communications from

the University of London Observatory, Report No. 66.

1965

97
1001. p. G. Wilkinson, Oscillator Strengths of the Resonance Lines of the Rare Gases--!.

Krypton, J. Quant. Spectrosc. Radiat. Transfer 5^, 503.

1966

3 1012. F. Ackermann, M. Baumann, & J. Gayler, Measurement of the Lifetime of the 5s5p P-j State of Strontium, Z. Naturforsch. , Teil A Z\_, 664. (Ger.)

1014. L. Agnew, Absolute Oscillator Strengths for Members of the Principal Series of Cesium,

Bull. Am. Phys. Soc. H, 327.

1015. E. M. Anderson, E. K. Anderson, & V. F. Trusov, Treatment of the Spin Orbit Interaction

in the Calculation of the Oscillator Strengths of Alkali-Metal Atoms, Opt. Spectrosc.

(USSR) 21, 63.

1016. B. H. Armstrong & K. L. Purdum, Extended Use of the Coulomb Approximation: Mean Powers

of r, a Sum Rule, and Improved Transition Integrals, Phys. Rev. 150, 51.

1017. J. Bakos & J. Szigeti, Lifetimes of Helium Levels, Acta Phys. Acad. Sci . Hung. 21, 149.

(Ger.)

1018. J. Bakos, J. Szigeti, & L. Varga, The Lifetimes of Ionized Argon States, Phys. Lett. 20_,

503.

1019. J. -P. Barrat, J.-L. Cojan, & Y. Lecluse, Study of the 7 ^S^ and 8 '^S-^ Levels of Mercury

by Stepwise Excitation, C. R. Acad. Sci. 262, 609. (Fr.)

3 1020. M. Barrat & J. Duclos, Study of the 4 Metastable Level of Zinc Excited by Electronic

Bombardment, C. R. Acad. Sci., Ser. B 263, 1170. (Fr.)

1021. S. Bashkin, R. K. Wangsness, & L. Heroux, Collisional Excitation of Neon Spectra, Phys.

Rev. 151, 87.

1022. M. Baumann & G. Wandel , Lifetimes of the Excited States (6s6p)V^ and (6s6p)^P^ of

Ytterbium, Phys. Lett. 22, 283.

1024. G. D. Bell, 0. R. Paquette, & W. L. Wiese, Relative Transition Probabilities for Prominent

Ni I and Ni II Lines in the Near Ultraviolet, Astrophys. J. 143, 559.

1025. W. R. Bennett, Jr. & P. J. Kindlmann, Radiative and Collision-Induced Relaxation of

5 Atomic States in the 2p 3p Configuration of Neon, Phys. Rev. 149, 38.

1965-1966

98
1027. A. Bialas-Zabawa, M. Kucharski, E. Skulska, J. Urbaczka, & Z. Walach, Relative Strengths

of Spectral Lines for Zn II and Cd II Doublets, Acta Phys. Pol. 30, 897.

1028. W. S. Bickel & S. Bashkin, Mean Life of the 2p^ Level in 0 V, Phys. Lett. 20,

488.

1029. W. S. Bickel & A. S. Goodman, Mean Lives of the 2p and 3p Levels in Atomic Hydrogen,

Phys. Rev. 148, 1.

1030. J. F. Bott, Spectroscopic Measurement of Temperatures in an Argon Plasma Arc, Phys.

Fluids 9, 1540.

1032. W. A. Brown, Shock Tube Measurement of Pb I Lines, Phys. Fluids 9, 1273.

1033. M. Brule, J. Lagrue, J. -P. Barrat, & J.-L. Cojan, Measurement of Ratios of Oscillator

Strengths of Various Lines in the Spectrum of the Mercury Atom, C. R. Acad. Sci . 263 , 1312. (Fr.)

1035. H. Bucka, J. Eichler, & G. v. Oppen, Resonance Scattering of Light on Ba^ Ions, Z.

Naturforsch. , Teil A 21, 654. (Ger.

)

3 1036. H. Bucka, B. Grosswendt, & H. A. Schiissler, Level Crossing Experiment for the 6

^-^/Z

Term of the Rb I Spectrum, Z. Phys. 194 , 193. (Ger.)

1037. H. Bucka & J. Ney, Level Crossing Experiment for the Investigation of the Hyperfine

Structure in the 5d^°6p

"^^^/l °^ Au^^'', Z. Phys. m, 208. (Ger.)

1038. H. Bucka, J. Ney, & G. Heppke, Atomic Beam Experiments on Resonance Scattering of Light

on Cu and Ag Atoms in an External Magnetic Field, Z. Angew. Phys. 20, 354. (Ger.)

1040. R. D. Chapman, W. H. Clarke, & L. H. Aller, Theoretical Oscillator Strengths for Some

Transitions of Astrophysical Interest, Astrophys. J. 144 , 376.

1041. G. I. Chashchina & E. Ya. Shreider, Determination of Oscillator Strengths of the

Resonance Lines of Xenon, Opt. Spectrosc. (USSR) 20, 283.

1042. P. B. Coates & A. G. Gaydon, Temperature Measurements in Shock Tubes; Transition

Probabilities for Argon Lines, Proc. R. Soc. London, Ser. A 293, 452.

1043. C. H. Corliss & B. Warner, Oscillator Strengths for Ultraviolet Lines of Fe I,

J. Res. Nat. Bur. Stand., Sect. A 70, 325.

99

1966
1044, S. J. Czyzak & T. K. Krueger, On the Excited Levels of Fe VIII, Astrophys. J. 144,

381.

1047. v. I. Donin & V. P. Chebotaev, Determination of the Zs^ Level Population and the

Probability of the 2^^ ~ Transition in Neon, Opt. Spectrosc. (USSR) 20, 414.

2 1048. R. J. Donovan & D. Husain, Deactivation of Excited Iodine Atoms I (5 P-]/2^' ^"^^"5.

Faraday Soc. 62^, 11

1049. J. D. Dow & R. S. Knox, Excited-State Wave Functions, Excitation Energies, and

Oscillator Strengths for Krypton and Xenon, Phys. Rev. 1 52 , 50.

1050. C. H. Dugan, Magnetic Quadrupole Transitions in Optical Radiation, J. Quant. Spectrosc.

Radiat. Transfer 5^, 761.

2 1052. C. Froese, Hartree-Fock Parameters for the 2p C I Sequence, Astrophys. J. 145 , 932.

1053. C. Froese, Hartree-Fock Procedure for Some nsn's ^S Configurations, Phys. Rev. 1 50 , 1.

1054. C. Froese & A. B. Underhill, gf-Values for Lines of the Si II Spectrum, Astrophys. J.

146 , 301.

1056. R. H. Garstang, The Fe XVII Spectrum, Publ . Astron. Soc. Pac. 78, 399.

1058. A. S. Goodman & D. J. Donahue, Mean Lives of Some States in Atomic Hydrogen, Phys.

Rev. 141, 1.

1059. L. C. Green, N. C. Johnson, & E. K. Kolchin, Oscillator Strengths for Singlet and

Triplet Series in Neutral Helium, Astrophys. J. 144 , 369.

1060. S. M. Gridneva & G. A. Kasabov, Oscillator Strengths and Cesium Spectral Line Profiles

in a Plasma," Proceedings Vllth International Conference on Ionization Phenomena in

Gases," Vol. II, 581-585 (Gradevinska Knjiga Publishing House, Beograd, Yugoslavia).

(Russ.

)

1061. P. F. Gruzdev, Calculation of the Oscillator Strengths of Multiplets of the Sharp and

Diffuse Series in the Spectra of the Aluminum, Gallium, Indium, and Thallium Atoms,

Opt. Spectrosc. (USSR) 20, 209.

1062. P. F. Gruzdev & V. K. Prokof'ev, Oscillator Strengths of Resonance Multiplets in the

Spectra of Atoms and Ions of Isoelectronic Series of the First, Second, and Third

Periods, Opt. Spectrosc. (USSR) 21^, 151.

1966

100
1063. Th. Hansch & P. Toschek, Measurement of Neon Atomic Level Parameters by Laser

Differential Spectrometry, Phys. Lett. 20, 273.

1064. E. Hinnov, Excitation and Ionization Rates of Neon Ions in a Stellarator Discharge,

J. Opt. Soc. Am. 56^, 1179.

1066. R. H. Hughes, H. R. Dawson, & B. M. Doughty, Measurement of the Lifetimes of the n = 3 States of H by Electron Capture During Fast Impact on Gases, J. Opt. Soc. Am. 56 , 830,

1067. M. E. Hults, Interference Effect Between Magnetic-Dipole and Electric-Quadrupole

Radiation in the Atomic Spectra of Lead, J. Opt. Soc. Am. 56^, 1298.

1069. N. J. lonescu-Pal las , Explicit Formulas for Atomic Lifetimes, Rev. Roum. Phys. 1J_, 643.

1070. J. C. Irwin & R. A. Nodwell, Relative Transition Probabilities in Neon, Can. J. Phys.

44, 1781.

1071. A. Kancerevicius, Using Hypervirial Relations to Calculate Oscillator Forces, Liet.

Fiz. Rinkinys 6^, 215. (Russ.)

1072. F. Karstensen & J. Schramm, Measurement of the Lifetimes of Electrons in the 3P and 4D

States of Sodium, Z. Phys. 195, 370. (Ger.)

1073. T. K. Krueger & S. J. Czyzak, On the Theoretical Transition Probabilities of Certain

Emission Lines of the Solar Corona, Astrophys. J. 144 , 1194; 149, 237 (1967).

1074. J. Z. Klose, Atomic Lifetimes in Neon I, Phys. Rev. 141, 181.

1075. T. Krupenikova & M. Chaika, Determination of the Lifetime of the 2p 3p(2p^) State of

Neon, Opt. Spectrosc. (USSR) 2£, 604.

1076. W. Lange, J. Luther, A. Steudel , & H. Walther, Lifetime of the 4f^6s6p z ^^^/^

of Europium, Phys. Lett. 2£, 166.

1077. S. R. La Paglia & 0. Sinanoglu, Theoretical Transition Probabilities, J. Chem. Phys.

44, 1888.

1078. G. M. Lawrence & B. D. Savage, Radiative Lifetimes of UV Multiplets in Boron, Carbon,

and Nitrogen, Phys. Rev. 141 , 67.

1079. F. J. LeBlanc, 0. Oldenberg, & N. P. Carleton, Transition Probabilities of Forbidden

Oxygen Lines in a Discharge Tube, J. Chem. Phys. 45, 2200.

1966

101
1080. V. Letfus, Measurement of the Absolute Values of Oscillator Strengths in Atomic Spectra.

The Effects of Partial Pressure and Doppler Broadening, Opt. Spectrosc. (USSR) Z]_, 371.

1082. R. Lincke & H. R. Griem, Method for the Determination of Atomic-Resonance Line-Oscillator

Strengths from Widths of Optically Thick Emission Lines in T-Tube Plasmas, Phys. Rev. 143 ,

66.

2 1083. J. K. Link, Corrected Compilation of Data on the Lifetime of the 7 ^2/2 ^^^^^ '^^ Cesium,

J. Opt. Soc. Am. 56, 1262.

1084. J. K. Link, Measurement of the Radiative Lifetimes of the First Excited States of Na,

K, Rb, and Cs by Means of the Phase-Shift Method, J. Opt. Soc. Am. 56, 1195.

1086. B. S. Malone & W. H. Corcoran, Transition Probability Measurements in the Blue Near

UV Spectrum of Ar I, J. Quant. Spectrosc. Radiat. Transfer 6^, 443.

1088. G. V. Marr & R. Heppinstall, On the Autoionization Transitions in Thallium Atoms, Proc.

Phys. Soc, London, Sect. A 87, 293.

1090. J. W. McConkey, D. J. Burns, K. A. Moran, & K. G. Emeleus, Measurement of Relative

Multipole Transition Probabilities in Atomic Oxygen, Phys. Lett. 22^, 416.

2 2 1091. H. Mendlowitz, Calculated Line Strengths for the Transition Array for d s - d p: Application to Ni II, Astrophys. J. 143, 573.

1092. J. V. Michael & R. E. Weston, Jr., Determination of Hydrogen-Atom Concentration by

2 2 Lyman-a Photometry. I. Oscillator Strength of the Hydrogen-Atom P^^^

-\/2 ^1/2

Transition. II. Kinetics of the Reaction of Hydrogen Atoms with Acetylene and

Ethylene, J. Chem. Phys. 45, 3632.

1093. M. Mizushima, AS = ±1 Magnetic Quadrupole Radiative Transitions in Atoms and Molecules,

J. Phys. Soc. Jpn. 21_, 2335.

1094. N. H. Moller, Theoretical Investigation of Three Forbidden Lines in Mg I, Ark. Fys.

29, 353.

1095. N. L. Moise, An Absorption Technique for the Measurement of Absolute Rates of Atomic

Transitions, Astrophys. J. ]44, 763.

1096. N. L. Moise, The Ratio of Transition Rates of Copper and Zinc by a Radioactive Isotope

Technique, Astrophys. J. 144, 782.

1966

102
1097. N. L. Moise, Absolute Transition Rates of Atomic Transitions of Copper, Silver, and

Gold, Astrophys. J. 144, 774.

1099. N. G. Morozova, G. P. Startsev, & M. S. Frish, Measurement of Relative Oscillator

Strengths in the Arc Spectrum of Iron by the Emission Method, Smithsonian Astrophysical

Observatory, No. 8, 1-11 (Cambridge, Mass.).

1100. A. M. Naqvi, Transition Probabilities in Multiply Ionized Atoms of Lithium, Beryllium,

Boron, and Carbon Isoelectronic Sequences, "Proceedings of the Seventh International

Conference on Ionization Phenomena in Gases," Vol. Ill, 558-561 (Gradevinska Knyiga

Publishing House, Belgrade, Yugoslavia).

10 2 1102. J. Ney, Level Crossing Investigation of the Hyperfine Structure of the 3d 4p ^-^j^

Term of Cu^^ and Cu^^, Z. Phys. 196, 53. (Ger.)

1104. D. Rosenberger & I. Thumb, Lifetime of the Neon 2pg Level, Z. Naturforsch. , Teil A 21_,

175. (Ger.)

1105. E. B. Saloman, Lifetime of the (6s^6p8s )"^P° State in Lead, Phys. Rev. 144, 23.

1106. E. B. Saloman, Lifetime of the (6s^6p7s)V° State in Lead, Phys. Rev. 152, 79.

1107. E. B. Saloman & W. Happer, Lifetime, Coherence Narrowing, and Hyperfine Structure of

the (6s^6p7s)'^P° State in Lead, Phys. Rev. 144, 7.

1108. B. D. Savage & G. M. Lawrence, Radiative Lifetimes of Ultraviolet Multiplets in Si,

P, S, 0, Ne II, and Ar II, Astrophys. J. 146, 940.

1109. J. J. Slavenas, Oscillator Strengths of Some Cu I and Ag I Spectral Lines, Opt.

Spectrosc. (USSR) 20, 264.

2 1110. W. W. Smith & A. Gallagher, Radiative Lifetime of the First ^-^12 State of Ionized

Calcium and Magnesium by the Hanle Effect, Phys. Rev. 145 , 26.

1111. R. Steele & E. Trefftz, Wave Functions and Oscillator Strengths of Some Iron and Be-Like

Ions with Configuration Mixing, J. Quant. Spectrosc. Radiat. Transfer 6^, 833.

1112. H. H. Stroke, Atomic Lifetimes and Electron Excitation, Phys. Today 19^, 55.

1114. Ya. F. Verolainen & A. L. Osherovich, The Lifetimes of Certain Levels of Mercury and

Cadmium, Opt. Spectrosc. (USSR) 20, 517.

103

1966
1115. W. L. Wiese, M. W. Smith, & B. M. Glennon, "Atomic Transition Probabilities (Hydrogen

Through Neon--A Critical Data Compilation)," Vol. I, Nat. Stand. Ref. Data Ser.-Nat.

Bur. Stand. 4 (U.S. Government Printing Office, Washington, D.C.).

1116. P. G. Wilkinson, Oscillator Strengths of the Resonance Lines of the Rare Gases--II.

Xenon, J. Quant. Spectrosc. Radiat. Transfer 6, 823.

1117. B. Woodgate, Transition Probabilities from Solid Vortex Arcs, Mon. Not. R. Astron.

Soc. 134, 287.

1967

1129. E. M. Anderson, E. K. Anderson, & V. F. Trusov, A Semi-Empirical Calculation of Oscillator

Strengths for the Thallium Atom, Opt. Spectrosc. (USSR) 22^, 471.

1130. E. M. Anderson, V. A. Zilitis, & E. S. Sorokina, A Semi-Empirical Calculation of the

Oscillator Strengths of the Calcium Atom, Opt. Spectrosc. (USSR) 23, 279.

1131. E. M. Anderson, V. A. Zilitis, & E. S. Sorokina, Semi-Empirical Calculation of the

Oscillator Strengths of the Magnesium Atom, Opt. Spectrosc. (USSR) 23^, 102.

1132. R. J. Anderson, E. T. P. Lee, & C. C. Lin, Electron Excitation Functions of Mercury,

Phys. Rev. }57_, 31.

1133. J. Bakos & J. Szigeti, Average Lifetime of 2p Levels of Neon, Opt. Spectrosc. (USSR)

23^, 255.

1134. J. Bakos & J. Szigeti, Measurement of the Lifetime of Atomic Excited Levels by Time

Analyzer, Acta Phys. Acad. Sci. Hung. 23, 341.

1135. S. Bashkin & K. S. Burton, Decay of Some Levels in 0 IV, J. Opt. Soc. Am. 57^, 282.

1136. U. Bauder, Temperature Measurements for the Ar High Power Arc, Z. Phys. 205 , 303.

(Ger.)

1138. H. F. Berg, Absolute Transition Probabilities of Higher Ions, Z. Phys. 199 , 445. (Ger.)

1139. H. F. Berg, On the Equilibrium Population of the States of 0 II, Z. Phys. 207, 404.

(Ger.)

1140. H. F. Berg & W. Ervens, Absolute Measurements of Some Ar II Transition Probabilities,

Z. Phys. 206, 184. (Ger.)

1966-1967

104
1143. M. C. Bigeon, Transition Probability of the 6 - 6 Pq Line of Mercury, J. Phys.

(Paris) 28, 51. (Fr.)

1144. A. M. Bogudlov, A Determination of the Oscillator Strengths from the Spectrum of

Procyon, Izv. Krym. Astrofiz. Obs. 37^, 267. (Russ.)

1145. G. Boldt & F. Labuhn, Measurement of the Absorption-Oscillator Strengths of 0 I Lines

in the Vacuum UV Spectral Range, Z. Naturforsch . , Teil A 22, 1613. (Ger.)

1146. J. M. Bridges & W. L. Wiese, Experimental Determination of Transition Probabilities and

Stark Widths of S I and S II Lines, Phys. Rev. 1_59, 31.

1147. K. A. Bridgett & T. A. King, Direct Determination of Excited-State Lifetimes by Electron

Impact Excitation and Single-Photon Counting Techniques, Proc. Phys. Soc, London,

Sect. A 92, 75.

1148. M. Brieger & P. Zimmermann, Level Crossing Investigation of the Hyperfine Structure of

Sn^^^ and Sn^^^ for the (5p6s)^P° Term of the Sn I Spectrum, Z. Naturforsch., Teil A

22, 2001. (Ger.)

2 1149. K. C. Brog, T. G. Eck, & H. Wieder, Fine and Hyperfine Structure of the 2 P Term of

Li^ and Li^, Phys. Rev. 153, 91.

1150. J. -P. Buchet, A. Denis, J. Desesquel les , & M. Dufay, Measurement of the Lifetimes of the

First Levels of Li I, C. R. Acad. Sci . , Ser. B 265^, 471. (Fr.)

1151. K. Buchhaupt & W. Drtil, Lifetime Determination of the He 3 Level Via the Hanle

Effect, Utilizing Ion Impact Excitation, Z. Naturforsch., Teil A 22^, 2126. (Ger.)

1155. P. L. Byard, Absolute gf-Values for Fe I, J. Quant. Spectrosc. Radiat. Transfer 1_, 559.

1156. T. V. Bychkova, V. G. Kirpilenko, S. G. Rautian, & A. S. Khaikin, Measurements of

Probabilities of the Spontaneous 3s2 - 2p Transitions in Neon, Opt. Spectrosc. (USSR)

22, 371.

1157. G. I. Chashchina & E. Ya. Shreider, Determination of the Oscillator Strengths of the

Resonance Lines of Krypton, Opt. Spectrosc. (USSR) 22, 284.

1158. M. Chenevier, J. Dufayard, & J.-C. Pebay-Peyroula, Lifetimes of the 4 , 4 ^D2,

5 ^D2, 4 "^F^ Levels of Calcium Excited by Electron Impacts, Phys. Lett. A 25, 283.

1159. K. Codling, R. P. Madden, & D. L. Ederer, Resonances in the Photo-Ionization Continuum

of Ne I (20-150 eV), Phys. Rev. 155, 26.

1967

105
1160. M. Cohen, Asymptotic Large-Z Atomic Oscillator Strengths, Can. J. Phys. 45, 2009.

1161. M. Cohen & P. S. Kelly, Hartree-Fock Wave Functions for Excited States. IV. Oscillator

Strengths in the Helium Isoelectronic Sequence, Can. J. Phys. 45, 2079.

1162. M. Cohen & P. S. Kelly, Hartree-Fock Wave Functions for Excited States. III. Dipole

Transitions in Three-Electron Systems, Can. J. Phys. 45, 1661.

1164. C. H. Corliss & J. B. Shumaker, Jr., Transition Probabilities in Argon I, J. Res. Nat.

Bur. Stand., Sect. A 71_, 575.

1166. R. D. Cowan, Classification of Observed 3p^3d - 3p^3d4s Lines of Fe VIII, Mn VII, and

Cr VI, Astrophys. J. 147, 377.

1167. C. R. Cowley & B. Warner, The Influence of Systematic Errors in Laboratory Oscillator

Strengths on the Interpretation of Stellar Spectra, Observatory 87, 117.

1168. R. J. S. Crossley & A. Dalgarno, An Expansion Method for Calculating Atomic Properties.

V. Transition Probabilities of M Shell Electrons, Proc. R. Soc. London, Ser. A 286 ,

510.

1169. P. T. Cunningham & J. K. Link, Measurement of Lifetimes of Excited States of Na, Tl

,

In, Ga, Cu, Ag, Pb, and Bi by the Phase-Shift Method, J. Opt. Soc. Am. 57, 1000.

1170. A. Dalgarno & E. M. Parkinson, An Expansion Method for Calculating Atomic Properties.

2 1 1 X. Is S - Isnp P Transitions of the Helium Sequence, Proc. R. Soc. London, Ser. A

301 , 253.

1171. R. L. DeZafra & W. Kirk, Measurement of Atomic Lifetimes by the Hanle Effect, Am. J.

Phys. 35, 573.

1172. A. K. Dupree & L. Goldberg, Solar Abundance Determination from Ultraviolet Emission

Lines, Sol. Phys. 1, 229.

1173. R. C. Elton, Intercombination Line Oscillator Strengths in the Helium Isoelectronic

Sequence, Astrophys. J. 148 , 573.

1174. J. D. Feichtner, J. H. Gallagher, & M. Mizushima, Lifetime of the First Excited Atomic

States of Rb^'', Phys. Rev. 164, 44.

1175. E. W. Foster, Measurement of Transition Probabilities for Three S I Multiplets and

Some Observations of Arc-Column Wobble, Proc. Phys. Soc, London 90^, 275.

1967

106
1178. S. E. Frish & A. N. Klyucharev, The Role of Cascade Transitions in the Excitation of

the 6s7s ^S^ Level of Mercury, Opt. Spectrosc. (USSR) 22, 92.

1179. C. Froese, Some Hartree-Fock Oscillator Strengths for Highly Ionized Fe and Si, Bull.

Astron. Inst. Neth. 19, 86.

1180. C. Froese, Some Hartree-Fock Results for Two- and Four-Electron Atomic Systems, J. Chem.

Phys. 47, 4010.

1181. A. Gallagher, Oscillator Strengths of Ca II, Sr II, and Ba II, Phys. Rev. 257, 24.

1182. A. Gallagher, Collisional Depolarization of the Rb 5p and Cs 6p Doublets, Phys. Rev.

157. 68.

1183. R. H. Garstang, Magnetic Quadrupole Line Intensities, Astrophys. J. 148 , 579.

1185. R. H. Garstang & L. J. Shatney, Intercombination Line Oscillator Strengths in the Helium

and Beryllium Isoelectronic Sequences, Astrophys. J. 148 , 665.

1187. R. Gebauer & H. Jager, Mean Lifetimes of Excited States of Hydrogen and Their Influence

on the Intensity Distribution of the Hydrogen Stark Effect. Application of Wien's

Intensity Decay Experiment to the Stark-Effect Components, Acta Phys. Austriaca 26^,

123. (Ger.)

1188. H. C. Goldwire, Jr. & W. M. Goss, Microwave Radiation of Singly Charged Helium 3 from

H II Regions, Astrophys. J. 149, 15.

1189. A. Goly & T. Wujec, Determination of the Temperature and Composition of Argon Plasma,

Zesz. Nauk, Wyzsz. Szk. Pedagog. Opolu: Fiz., No. 7, 43. (Pol.)

1190. P. F. Gruzdev, Oscillator Strengths of Resonance Lines in the Spectra of Ne I , Ar I

,

Kr I, Xe I Atoms and Na II and Rb II Ions, Opt. Spectrosc. (USSR) 22, 170.

1191. P. F. Gruzdev, Oscillator Strengths of Lines of the Sharp Series in the Atomic Spectra

of Elements of Group II, Opt. Spectrosc. (USSR) 22, 89.

1192. R. Hefferlin & L. Rascon, Oscillator Strengths in Isoelectronic Sequences, J. Opt.

Soc. Am. 57, 964.

1193. L. Heroux, Mean Lifetimes of the 2p and 3p Levels in He II, Phys. Rev. 16_1_, 47.

1194. L. Heroux, Radiative Lifetimes for UV Multiplets of N II through N V, Phys. Rev. 153 ,

156.

1967

107
1195. W. Hofmann, Measurement of Absorption Oscillator Strengths of CI I Lines in the Vacuum

UV Region, Z. Naturforsch. , Teil A 22^, 2097. (Ger.)

1196. L. L. House, Some Intermediate Coupling Transition Probabilities in Ca XV and Fe XIII,

Astrophys. J. 149 , 211.

1199. D. Husain & J. R. Wiesenfeld, Time-Resolved Emission Studies of Electronically Excited

2 Iodine Atoms I (5 Pi/2^' Trans. Faraday Soc. 63, 1349.

1201. P. Jean, M. Martin, P. -P. Barrat, & J.-L. Cojan, Measurement of Oscillator Strengths of

Lines of the Spectrum of the Mercury Atom, C. R. Acad. Sci . , Ser. B 264 , 1709. (Fr.)

1202. P. Jean, M. Martin, & D. Lecler, Lifetime of the 6 Level of Mercury and Cross Sections

of Various Gases for the Destruction of the Alignment in this Level, C. R. Acad. Sci.,

Ser. B 264, 1791. (Fr.)

1203. P. D. Johnston, Calculation of Argon I Transition Probabilities in Intermediate Coupling,

Proc. Phys. Soc, London, Sect. A 92, 896.

1204. J. A. Jordan, Jr., G. S. Bakken, & R. E. Yager, Radiative Lifetimes of Some n = 4 and

n = 5 States in He II, J. Opt. Soc. Am. 57^, 530.

1205. A. Kancerevicius , Two-Electron Transitions in Ca and Ba Atoms, Liet. Fiz. Rinkinys

611. (Russ.)

1206. A. Kancerevicius, Intercombination Transition Probabilities in Series of the Atoms Zn I,

Cd I, and Pb III, Liet. Fiz. Rinkinys 7, 321. (Russ.)

1207. A. Kancerevicius & S. Zilionyte, Theoretical Investigations of the Oscillator Strengths

in the ns - mp Series of the Alkalis, Liet. Fiz. Rinkinys 7_, 73. (Russ.)

1208. F. Karstensen & J. Schramm, Experimental Determination of Lifetimes for the 3 D and 4 D

Terms of Lithium, J. Opt. Soc. Am. 57^, 654.

1209. S. 0. Kastner, Oscillator Strengths for Resonance Lines of Some Silicon and Sulfur

Ions, Sol . Phys. 1, 196.

1210. S. 0. Kastner, K. Omidvar, & J. H. Underwood, Oscillator Strengths for Resonance

Lines of Ions in the Neon Isoelectronic Sequence, Astrophys. J. 148 , 269.

1211. R. B. Kay & R. H. Hughes, Excitation Transfer in Helium, Phys. Rev. 154, 61.

1212. B. P. Kibble, G. Copley, & L. Krause, Effect of Imprisonment of Radiation in Sodium

2 Vapor on the Measured Lifetime of the 3 P States, Phys. Rev. X53> 9.

1967

108
1213. J. Z. Klose, Lifetimes of Some 4p Levels in Argon I, J. Opt. Soc. Am. 57, 1242.

1215. J. L. Kohl, A New Experimental Technique for Measuring Atomic Transition Probabilities,

Phys. Lett. A 24, 125.

1217. H. G. Kuhn & E. L. Lewis, Self-Broadening and f-Values in the Spectrum of Neon, Proc.

R. Soc. London, Ser. A 299, 423.

1219. G. M. Lawrence, Dipole Transition Integrals for Non-Metal Resonance Transitions,

Astrophys. J. 147, 293.

1220. G. M. Lawrence, Resonance Transition Probabilities in Intermediate Coupling for Some

Neutral Non-Metals, Astrophys. J. 148, 261.

1221. Y. Lecluse, Magnetic Depolarization of Levels of the 6s6d Configuration of the Mercury

Atom By Optical Stepwise Excitation, J. Phys. (Paris) 28, 671. (Fr.)

1222. E. L. Lewis, Self-Broadening and Oscillator Strengths in the Rare Gases, Proc. Phys.

Soc. , London 92, 817.

1223. M. R. Lewis, T. Marshall, E. H. Carnevale, F. S. Zimnoch, & G. W. Wares, Radiative

Lifetimes of Excited Electronic States in Ionic Species of Nitrogen, Phys. Rev. 164 ,

94.

1224. G. Markova, G. Khvostenko, & M. Chaika, Lifetime of the 6

'^'?-^i2 ^"d 7 '^^^12 States of

Cesium, Opt. Spectrosc. (USSR) 23, 456.

1225. W. C. Marlow, Hakenmethode, Appl . Opt. 6, 1715.

1226. A. D. May & C. Y. Leung, Magnetic Resonance in a Mercury Discharge, "Excitation

Electronique d'Une Vapeur Atomique--Appl ication a la Spectroscopic," No, 162, 167-170

(Centre National de la Recherche Scientifique, Paris),

o 1227. H. Mendlowitz, Calculated Transition Strengths Between the Configurations 5d 6s and

5d^6p in Au III, J. Res, Nat. Bur. Stand., Sect. A 71, 149.

1231. G. H. Nussbaum & F. M. Pipkin, Correlation of Photons in Cascade and the Coherence

Time of the 6 ^P^ State of Mercury. Phys. Rev. Lett. 19, 1089.

1232. A. L. Osherovich & Ya. F. Verolainen, Radiative Lifetimes and the Mechanism of

Population and Depopulation of Neon Levels, Opt. Spectrosc. (USSR) 22, 181.

1967

109
1233. A. L. Osherovich & Ya. F. Verolainen, Lifetimes of He I , He II , Kr I , and Ar I Levels,

Vestn. Leningr. Univ., Fiz., Khim. No. 1, 140. (Russ.)

1234. G. V. Ovechkin, Sh. Bakhtovarshoev , & L. E. Sandrigailo, Determination of Transition

Probabilities for Weak Lines of Magnesium and Tin, J. Appl . Spectrosc. (USSR) _7, 309.

1235. D. A. Parkes, L. F. Keyser, & F. Kaufman, Oscillator Strength of the Resonance Triplet

of Atomic Oxygen, Astrophys. J. 149^, 217.

1236. N. P. Penkin & L. N. Shabanova, Oscillator Strengths and Effective Cross Sections of

the Resonance Lines of Gallium and Indium Atoms for Line Broadening Collisions,

Opt. Spectrosc. (USSR) 23, 11.

1238. P. Reinke, Determination of the Absolute Oscillator Strengths of Three Resonance Lines

of Titanium, Z. Astrophys. 66, 234. (Ger.)

1239. J. R. Roberts & K. L. Eckerle, Measurements of Relative Oscillator Strengths of Some

C II Multiplets, Phys. Rev. 153, 87.

1240. R. I. Rudko & C. L. Tang, Spectroscopic Studies of the Ar"^ Laser, J. Appl. Phys. 38,

4731; 39, 4046 (1968).

1241. J. I. Shipp & E. D. Tidwell, Spectroscopic Temperature Measurements in a Low-Pressure

Magnetically Confined Argon Plasma, J. Opt. Soc. Am. 57^, 1061.

1242. J. B. Shumaker, Jr. & C. H. Popenoe, Experimental Transition Probabilities for the

Ar I 4s-4p Array, J. Opt. Soc. Am. 57^, 8.

1243. J. -J. Slavenas, Quantum Mechanical Computation of the Absolute Line Strengths of the

Au I Resonance Doublet, Liet. Fiz. Rinkinys _7, 619. (Russ.)

1246. E. P. Trukhan & L. I. Kiselevskii, Experimental Determination of the Oscillator

Strengths of the Lines of Highly Ionized Oxygen, Opt. Spectrosc. (USSR) 23^, 377.

1247. E. P. Trukhan & L. I. Kiselevskii, Measurement of Oscillator Strengths of Lead Ion

Lines of One-, Two-, and Three-Fold Ionization, Dokl . Akad. Nauk BSSR 1J_, 122. (Russ.)

1248. L. S. Vasilenko & V. P. Chebotaev, Lifetime of the Ne 35^ Level and the 3s2 -

Transition Probability, J. Appl. Spectrosc. (USSR) 6^, 353.

1249. G. A. Victor, Two-Quantum Processes in the Coupled Hartree-Fock Approximation, Proc.

Phys. Soc, London 91, 825.

1967

110
1250. B. Warner, Absolute Oscillator Strengths for Once-Ionized Elements of the Iron Group,

Mem. R. Astron. Soc. 70, 165.

1251. B. Warner & C. R. Cowley, On Systematic Errors in Oscillator Strengths Measured in

a Free-Burning Arc, J. Quant. Spectrosc. Radiat. Transfer _7, 751.

1253. A. W. Weiss, Superposition of Configurations and Atomic Oscillator Strengths--Carbon I and II, Phys. Rev. ]62, 71.

1254. A. W. Weiss, Theoretical Multiplet Strengths for Mg I, Al II, and Si III, J. Chem.

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1460. W. S. Bickel, I. Bergstrbm, R. Buchta, L. Lundin, & I. Martinson, Mean Lives of Some

Doubly Excited Levels in Lithium I, Phys. Rev. 178 . 118.

1461. W. S. Bickel, H. G. Berry, J. Desesquelles, & S. Bashkin, Relative Intensities and

Exponential Decay of a Doublet in N V, J. Quant. Spectrosc. Radiat. Transfer 9^, 1145.

1462. W. S. Bickel, H. G. Berry, I. Martinson, R. M. Schectman, & S. Bashkin, Mean Lives of

the 2p^ ^D Level in F VI and 0 V, Phys. Lett. A 29, 4.

1463. W. S. Bickel, I. Martinson, L. Lundin, R. Buchta, J. Bromander, & I. Bergstrbm, Mean

Lives of Some Excited Levels of Li I and Li II, J. Opt. Soc. Am. 59, 830.

1464. L. Bober & R. S. Tankin, Emission and Absorption Measurements on a Strongly Self-Absorbed

Argon Atom Line, J. Quant. Spectrosc. Radiat. Transfer 9^, 855.

1465. K. A. Bridgett & T. A. King, The Pressure Dependence of Excited State Lifetimes in

Neutral Helium, "Optical Pumping and Atomic Line Shape," 359-368 (Ed., T. Skalinski,

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1466. U. Brinkmann, Lifetimes and Oscillator Strengths in the Sr I and Ca I Spectra, Z.

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)

1467. U. Brinkmann, J. Goschler, A. Steudel , & H. Walther, Experiments with Alkaline Earth

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Levels, Z. Phys. 228, 427. (Ger.)

1468. U. Brinkmann, J. Goschler, A. Steudel, & H. Walther, Radiative Lifetimes of Some Levels

in Ca and Sr, Measured by Zero-Field Level Crossing Technique Using Optical Excitation

from Metastable Levels, "Optical Pumping and Atomic Line Shape," 433-439 (Ed.,

T. Skalinski, Panstwowe Wydawnictwo Naukowe, Warsaw).

1471. J. P. Buchet, A. Denis, J. Desesquelles, & M. Dufay, Doubly Excited States of Lithium,

Phys. Lett. A 28, 529.

3 3 1472. K. Buchhaupt, Level Crossing Experiments on the Helium Levels 3 D and 4 D for

Excitation Due to Ion Impacts, Z. Naturforsch. , Teil A 24, 1058. (Ger.)

1474. H. Bucka, W. Kratschmer, V. Metag, & J. Ney, Stark Effect Investigation of the

2 Hyperfine Structure in the 4p P2y2"^^^^^ ^ Spectrum Using Level Crossing

Technique, Z. Phys. 218, 83. (Ger.)

1969

122
1475. I. Bues, T. Haag, & J. Richter, Spectroscopic Investigation of an Argon Arc Plasma,

Astron. Astrophys. 2, 249.

1476. L. A. Bureeva, The Quasi-Classical Approximation for the Oscillator Strength and

Effective Cross Sections of Radiative Transitions, Sov. Astron. --AJ j[2, 962.

1477. C. Camhy-Val, A.-M. Dumont, M. Dreux, & R. Vitry, Absolute Measurement of the Lifetime

of the 4p' ^05/2 '-^^^1 °f II Correlation of Cascade-Emitted Photons, C. R. Acad.

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)

1478. H. D. Campbell & A. J. Barnard, Measurement of Relative Transition Probabilities in

Ar II, J. Quant. Spectrosc. Radiat. Transfer 9^, 461.

1479. C. G. Carrington & A. Corney, Lifetimes and Pressure Broadening of Excited Levels of

Neon by the Hanle Effect, "Premiere Reunion de 1 'Association Europeene de Spectroscopie

Atomique," No. 76 (Faculte des Sciences, Paris-Orsay)

1480. R. D. Chapman, Oscillator Strengths and Wavelengths of Some X-Ray and Extreme-Ultraviolet

Spectrum Lines of Highly Ionized Iron, Astrophys. J. 1_56, 87.

1481. M. Chenevier, Magnetic Resonance Measurement of the Lifetimes and Lande Factors of

Xenon Levels 7p[3/2]2 and 7p[5/2]3, C. R. Acad. Sci., Ser. B 268, 1179. (Fr.)

1482. M. Chenevier & G. Goullet, Spectroscopic Study, By Electronic Bombardment, of Excited

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(Fr.)

1484, R. J. S. Crossley, The Calculation of Atomic Transition Probabilities, "Advances in

Atomic and Molecular Physics," Vol. 5, 237-296 (Academic Press, Inc., New York).

1485, A. Dalgarno & G. W. F. Drake, Two-Photon and Forbidden Single-Photon Transition

Probabilities in Helium-Like Ions, Mem. Soc. R. Sci. Liege, Collect. 8°, V7, 69.

1486, E. Dekker, Calculation of the Multiplet Factor for more Complicated Transitions in

L.S. -Coupling, Astron, Astrophys. 1_, 72.

1488. A. Denis, Determination of the Lifetimes of the 3p and 3d Levels of Ne II, C. R. Acad.

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1491, A. Denis & M. Dufay, Lifetime Measurement of Argon III Levels, Phys. Lett. A 29., 170.

1492, S. V. Desai & W. H. Corcoran, Improved and Corrected Transition Probabilities of

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123

1969
1494. G. W. F. Drake, The n ^2 ~ ^ ^0 '^^^"^tic-Quadrupole Transitions of the Helium Sequence,

Astrophys. J. 158, 1199; 163, 439 (1971).

1496. S. W. Drapatz, Calculation of Photoionization Cross Sections of Ba I, J. Quant.

Spectrosc. Radiat. Transfer 9^, 733.

1497. M. Druetta, Lifetime Measurements of Some Levels of the Be I Isoelectronic Sequence,

C. R. Acad. Sci., Ser. B 269, 1154. (Fr.)

1499. W. Eissner & H. Nussbaumer, Configuration Interaction in Atomic Structure, Oscillator

Strengths, and Collision Cross Sections, "Premiere Reunion de I'Association Europeene

de Spectroscopie Atomique," No. 42 (Faculte des Sciences, Paris-Orsay)

1500. W. Ervens & H. F. Berg, Absolute Transition Probabilities of Some N III Lines, Z.

Phys. 222, 180. (Ger.

)

1501. A. R. Fairbairn, A Shock Tube Study of Atomic Carbon Radiation, J. Quant. Spectrosc.

Radiat. Transfer 9, 943.

1502. H. Friedrich & E. Trefftz, Configuration Mixing and Oscillator Strengths for Some TwoElectron Spectra (Ca I, Ba I, and Others), J. Quant. Spectrosc. Radiat. Transfer 9^,

333.

1504. E. S. Fry & W. L. Williams, Hanle Effect in 2 V Helium, Phys. Rev. 183, 81.

1505. F. Gaillard, M. Gaillard, J. Desesquelles, & M. Dufay, Excitation of a Beam of Li^ Ions

Passing Through a Thin Carbon Foil; Application to the Measurement of Radiative Lifetimes

of Li I and Li II, C. R. Acad. Sci., Ser. B 269, 420. (Fr.)

1507. R. H. Garstang, Magnetic Quadrupole Radiation and Solar Coronal De-Excitation, Publ

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1508. R. H. Garstang, Theoretical and Experimental Forbidden Atomic Transition Probabilities,

Mem. Soc. R. Sci. Liege, Collect. 8°, 12. 35.

1509. T. Garz & M. Kock, Experimental Oscillator Strengths for Fe I Lines, Astron. Astrophys.

2, 274. (Ger.)

1510. A. Goldman, Infrared Atomic Transition Probabilities, Scientific Report No. 5,

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1511. A. Goly, Determination of Transition Probabilities for Some 0 I Lines, Acta Phys. Pol.

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1969

124
1512, T. M. Gorbunova & 0. P. Semenova, Determination of the Relative Values of Oscillator

Strengths of a Group of Iron Lines Considering the Heterogeneity of the Arc Discharge,

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1513, G. L. Grasdalen, M. Huber, & W. H. Parkinson, Absolute gf-Values for Fe I and Fe II

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1514, N. Grevesse, Abundances of Heavy Elements in the Sun, Sol. Phys. 6, 381.

1516. N. Grevesse & J. P. Swings, Forbidden Lines of Fe II in the Solar Photospheric Spectrum,

Astron. Astrophys. 2, 28.

3 1518. H. R. Griem, Spontaneous Single-Photon Decay of 2 S^ in Helium-Like Ions, Astrophys.

J. 156, L103; 161, L155 (1970).

1519. P. M. Griffin & J. W. Hutcherson, Oscillator Strengths of the Resonance Lines of Krypton

and Xenon, J. Opt. Soc. Am. 59, 1607; 61, 136 (1971).

1520. R. Griffith, L. Bober, & R. S. Tankin, Measurement of Emission and Absorption Coefficients

of the Balmer Line H^, Plasma Phys. H, 529.

1521. P. F. Gruzdev, Oscillator Strengths of the Resonance Lines of Se I, Br II, Kr III, Rb IV,

and Te I, III, Xe III, Cs IV, Opt. Spectrosc. (USSR) 27, 479.

1522. P. F. Gruzdev, Isoelectronic Series of Oxygen 0 I...Fe XIX. II. Wavelengths and

4 3 Oscillator Strengths of Lines of the 2p -2p 3s Transition, Opt. Spectrosc. (USSR) 27,

391.

4 3 1523. P. F. Gruzdev, Isoelectronic Series of Sulfur S I...Cu XIV. The 3p -3p 4s Transition,

Energy Levels, Wavelengths, and Oscillator Strengths, Opt. Spectrosc. (USSR) 28, 334.

1524. E. Handrich, H. Kretzen, W. Lange, A. Steudel , R. Wallenstein, & H. Walther, Level

Crossing and Optical Double Resonance Experiments in the Mn I, Eu I, Sm I, and Tm I

Spectra, "Optical Pumping and Atomic Line Shape," 417-432 (Ed., T. Skalinski,

Panstwowe Wydawnictwo Naukowe, Warsaw).

1526. W. Hanle, R. Pepperl, & H. Reuscher, Zero Field Level -Crossing in Stepwise Excitation

of Cadmium, "Physics of the One- and Two- Electron Atoms," 375-379 (Eds., F. Bopp &

H. Kleinpoppen, North-Holland Publishing Co., Amsterdam).

1527. J. E. Hansen, Relative Line Strengths of the Forbidden 2s^2p ^P - 2s2p^ ^P Transitions

in the B I Isoelectronic Sequence, J. Opt. Soc. Am. 59, 722.

1969

125
1528. M. V. Hartrott, Lifetimes of the Excited States z Fg^2' ^ '^7/2' ^ 11/2' ^ 9/2'

and y ^G^^^^ ^° ^ Spectrum, Z. Naturforsch. , Teil A 24, 1202. (Ger.)

1529. W. B. Hawkins, Rubidium Transition Probabilities for Optical Pumping, Phys. Rev. 182 ,

39.

1530. L. Heroux, Radiative Lifetimes for UV Multiplets of C II and C III, Phys. Rev. 180, 1.

1531. I. V. Hertel & K. J. Ross, Generalized Oscillator Strengths in the Electron Impact

Spectra of Rubidium and Cesium, J. Phys. B 2^, 484.

1532. I. V. Hertel & K. J. Ross, Generalized Oscillator Strengths in the Electron Impact Spectra

of Potassium and Sodium, J. Phys. B 2^, 285.

1535. R. C. Isler, S. Marcus, & R. Novick, Hyperfine Structure of the 3 ^P and 4 ^P States

2 of Lithium and Lifetime of the 3 P State, Phys. Rev. 187 , 76.

1536. L. N. Ivanov, E. P. Ivanova, & V. V. Tolmachev, Perturbation-Theory Calculation of Line

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1537. N. N. Kirsanova, Absolute Transition Probabilities for Lines of Tungsten, J. Appl

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1538. V. F. Kitaeva, Yu. I. Osipov, P. L. Rubin, & N. N. Sobolev, On the Inversion Mechanism

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1539. S. Klarsfeld, Radiative Decay of Metastable Hydrogenic Atoms, Phys. Lett. A 30, 382.

1540. J. Z. Klose, Transition Probabilities and Mean Lives of the 3s2 Laser Level in Neon I,

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1541. J. Z. Klose, Transition Probabilities and Mean Lives of the 2s2 Laser Level in Neon I,

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1542. H. 0. Knox & M. R. H. Rudge, Calculation of Line Strengths for Transitions Between

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1543. G. A. Kobzev & V. M. Sergeev, Calculation of Oscillator Strengths of Upper Terms of

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1544. V. A. Komarovskii & N. P. Penkin, Oscillator Strengths of the Spectral Lines of Tm I

and Yb I, Opt. Spectrosc. (USSR) 26, 483.

1969

126
1545. S. H. Koozekanani & G. L. Trusty, Lifetime and Transition Probabilities of np (n+l)p

States of Ne II, Ar II, and Kr II, J. Opt. Soc. Am. 59, 1281.

1546. T. Kornalewski & H. Niewodniczanski , Multipole Lines in the Spectrum of Te I, Acta

Phys. Pol. 35, 989.

1547. F. A. Korolev, V. V. Lebedeva, A. I. Odintsov, & V. M. Salimov, Experimental Determination

of Lower Level Lifetimes in an Argon Laser, Radio Eng. Electron. Phys. (USSR) ^A, 1318.

1549. E. Kotlikov & M. Chaika, Radiation Lifetime of the 3p^ State of Ne, Opt. Spectrosc.

(USSR) 27, 281.

1550. H. Kretzen, W. Lange, J. Luther, A. Steudel , & H. Walther, Lifetime Measurements in

the Eu I Spectrum by Hanle Effect, "Premiere Reunion de 1 'Association Europeene de

Spectroscopie Atomique," No. 31 (Faculte des Sciences, Paris-Orsay)

1551. L. Kuzmickyte & K. Uspalis, The Theoretical Investigation of Ti II and Ni II Spectra,

Liet. Fiz. Rinkinys 9_, 867. (Russ.)

1552. L. Kuzmickyte & K. Uspalis, The Theoretical Investigation of the Dipole Transitions

3d^4p ^ 3d^4s in Fe"^ Ion, Liet. Fiz. Rinkinys 9, 1009. (Russ.)

1553. I. Kyckinas, Z. Rudzikas, & J. Vizbaraite, The Theoretical Investigation of the

3 4 Forbidden Electric Dipole Transitions between the Configurations d p and d of the

Vanadium and Chromium Ions, Liet. Fiz. Rinkinys 9, 277. (Russ.)

1554. D. L. Lambert, E. A. Mallia, & B. Warner, Forbidden Lines of Ca II in the Photospheric

Spectrum, Sol. Phys. 7_, 11.

1555. G. M. Lawrence, Lifetimes of Cascade-Free Transitions in Ions of Ar, CI, and S,

Phys. Rev. T79, 134.

1556. G. M. Lawrence & H. S. Liszt, Radiative Lifetimes in the Resonance Series of Ne,

Phys. Rev. 178, 122.

1557. E. L. Lewis & D. N. Stacey, Self-Broadening in Argon, "Optical Pumping and Atomic

Line Shape," 123-129 (Ed., T. Skalinski, Panstwowe Wydawnictwo Naukowe, Warsaw).

1558. M. R. Lewis & F. S. Zimnoch, Radiative Lifetimes of Excited Electronic States in

Ionic Species of Oxygen, Phys. Rev. ]7B^, 49.

1559. G. Lido, I. -J. Ma, & G. zu Putlitz, Double Resonance and Level Crossing Experiments

in Excited Levels of Barium, "Premiere Reunion de 1 'Association Europeene de

Spectroscopie Atomique," No. 34 (Faculte des Sciences, Paris-Orsay).

1969

127
1560. J. Linderberg, Calculation of the D - P Transition Probability in the Be Sequence,

Phys. Lett. A 29, 467.

1561. A. P. Makarov, Variation in the Broadening of the Absorption Spectral Lines of

Neon Caused by Helium, Opt. Spectrosc. (USSR) 26, 189.

1562. G. V. Marr & J. M. Austin, Absorption Cross Section Measurements on the Vacuum

Ultraviolet Spectrum of Zinc Vapour, J. Phys. B 2_, 107.

1563. I. Martinson & W. S. Bickel, Mean Lives of the 2p V, 3p V, 4p V, and 5p V Levels

in He I, Phys. Lett. A 30, 524.

1564. T. A. Matilsky & J. E. Hesser, Radiative Lifetimes of Ultraviolet Transitions of Argon II,

J. Opt. Soc. Am. 59, 579.

1565. M. A. Mazing & P. D. Serapinas, The Oscillator Strengths of High Terms of the Principal

Series of Potassium, Opt. Spectrosc. (USSR) 27, 482.

1566. J. W. McConkey & J. A. Kernahan, Absolute Transition Probability Measurement for the

Electric Quadrupole 5577 8 Auroral Green Line, Planet. Space Sci. ]7_, 1297.

1567. R. P. McEachran, C. E. Tull, & M. Cohen, Theoretical Ionization Energies and Oscillator

Strengths for the Sodium Isoelectronic Sequence, Can. J. Phys. 47, 835.

1568. G. McGinn, Atomic and Molecular Calculations with the Pseudopotential Method. V.

2 Two-Valence-Electron Energy Values and Oscillator Strengths for Some (ns) Ground

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1569. G. McGinn, Atomic and Molecular Calculations with Pseudopotential Method. IV. Excited Atomic Valence-Electron Energy Values, Wavefunctions , and Oscillator Strengths,

J. Chem. Phys. 50, 1404.

1570. R. Mehlhorn, Transition Probabilities and g-Values for Neon I, J. Opt. Soc. Am. 59,

1453.

1571. H. M. Meiners, On the Calculation of Transition Probabilities in the Argon I Spectrum,

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1574. D. H. Menzel, Oscillator Strengths, f, for High-Level Transitions in Hydrogen,

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1575. B. M. Miles & W. L. Wiese, "Critically Evaluated Transition Probabilities for Ba I and II,"

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1969

128
1577, M. H. Miller & R. D. Bengtson, Relative Transition Probabilities for Silicon, Astrophys

J. 156, 393,

1578, J. C. Morris & R. L. Garrison, Measurement of the Radiation Emitted f-Values and Stark

Halfwidths for the Strong Vacuum Ultraviolet Lines of 0 I and N I, Phys. Rev. 188, 112.

2 1 1579, A. A. Nikitin, Approximate Determination of the Transition Probabilities of the 2s S 13 2 1 13

2s2p ' P and the 3s S - 3s3p ' P Transitions in Isoelectronic Coronal Sequences,

Uch. Zap. Leningr. Gos. Univ., Ser. Mat. Nauk, No. 44, 20. (Russ.)

1580, R. Novick, The Two-Photon Decay of the Metastable Helium Ion, "Physics of the One- and

Two-Electron Atoms," 296-325 (Eds,, F. Bopp & H. Kleinpoppen, North-Holland Publ. Co.,

Amsterdam)

1581. H. Nussbaumer, Oscillator Strengths in Complex Atoms: Application to N IV, Mon. Not. R

Astron. Soc. 145 , 141.

1582. H. Nussbaumer, Relative Intensities of Bowen Lines, Astrophys. Lett. 4_, 183.

1583, D. E. O'Brien & J. R. Bowen, Kinetic Model for the Iodine Photodissociation Laser, J.

Appl, Phys. 40, 4767,

1584, G. von Oppen & B. Piosczyk, Investigations on the Stark Effect of Metastable Levels

in the Ba I Spectrum, Z. Phys. 22£, 163. (Ger.)

3 1585. G. von Oppen, Double Resonance Measurement on the Stark Effect of the 5s5p P-^ Level

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1586. J. V. Peach, Low Noise Solar and Laboratory Spectroscopy-- IV. A Technique for Relative

Oscillator Strength Measurement with Applications to Fe I , Mon. Not. R. Astron. Soc.

144, 171.

1587. R. C. Pickett & R. Anderson, The Lifetime and Effective Quenching Cross Section of

2 the 6 P2^2 State of Thallium, J. Quant. Spectrosc. Radiat. Transfer 9, 697.

1588, E, H, Pinnington & C.-C. Lin, Radiative Lifetimes for Some Carbon and Oxygen Energy

Levels, J. Opt. Soc. Am. 59, 780.

1589, E. H. Pinnington & C.-C. Lin, Radiative Lifetime Measurements for Nitrogen Ions, J.

Opt. Soc, Am, 59, 717.

1590, M. C. Poulizac, M. Druetta, & P. Ceyzeriat, Radiative Lifetimes of Some Excited

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1969

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1592. G. zu Putlitz, On Fermi's Paper Concerning Spin-Orbit Perturbation and the Intensity

Ratios of Doublet Lines in Heavy Alkalies, Comments At. Mol . Phys. 1, 51.

1593. J. -P. Rozelot, Calculation of Transition Probabilities for Several Excited States of

Fe XII, Sol. Phys. 6, 49. (Fr.

)

1594. Z. Rudzikas & A. Jucys, Magnetic Dipole and Electric Quadrupole Transition Probabilities

between Levels of the Same Configuration of Iron Group Elements, Liet. Fiz. Rinkinys 9^, 433. (Russ.)

1595. U. I. Safronova, A. N. Ivanova, & V. N. Kharitonova, Perturbation Calculation of

Oscillator Strengths for the Isoelectronic Series of Light Atoms, Theor. Exp. Chem.

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1596. F. C. Sanders & C. W. Scherr, Perturbation Study of Some Excited States of Two-Electron

Atoms, Phys. Rev. 181, 84.

1597. E. Schulz-Gulde, Oscillator Strengths of Spectral Lines of Neutral and Singly Ionized

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2 1598. H. E. Seelbach & F. v. Sichart, The Lifetime of the Tl 7 Si^2 Atomic State in Dependence

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1599. 0. P. Semenova, T. M. Gorbunova, & A. E. Kirilov, Use of Copper Spectral Lines to Determine Arc Discharge Temperature, Sov. Phys. J. 12, 927.

1600. J. B. Shumaker, Jr. & C. H. Popenoe, Arc Measurement of Some Ar II Optical Transition

Probabilities, J. Opt. Soc. Am. 59, 980.

1602. J. V. Specht, Measurement of the Absorption Oscillator Strengths of Sr II Lines in

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457. (Ger.)

1603.

2 2 S. Svanberg & S. Rydberg, Level Crossing Investigation of the 6p ^i^i2 ''3/2

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1604. E. Trefftz & R. N. Zare, Comparison of Calculated Oscillator Strengths for Si III, J.

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1605. Ya. F. Verolainen & A. L. Osherovich, Lifetimes of Certain Xenon Levels, Opt. Spectrosc.

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1606. M. G. Veselov & A. V. Shtoff, Calculation of the Oscillator Strengths of the Principal

Series of Lithium in the Adiabatic Approximation, Opt. Spectrosc. (USSR) 26, 177.

1969

130
1607. R. Wagner & E. W. Otten, Redetermination of the Absolute Oscillator Strength of the

Fe I Resonance Line A = 3720 8 by Optical Double Resonance, Z. Rhys. 220 , 349. (Ger.)

1608. W. J. Wagner & L. L. House, Hartree-Fock Calculations of Coronal Forbidden Lines in

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1609. C. H. Wang, W. J. Tomlinson, & R. T. George, Jr., Collision-Induced Anisotropic Relaxation

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1610. B. Warner & R. C. Kirkpatrick, Energy Levels, Oscillator Strengths, and Forbidden Transition

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1611. B. Warner & R. C. Kirkpatrick, Atomic Oscillator Strengths--VI . Transitions of the Type

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1612. A. W. Weiss, Superposition of Configurations and Atomic Oscillator Strengths--Boron

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2 1614. A. W. Weiss, Series Perturbations and Atomic Oscillator Strengths: The D Series of

Al I, Phys. Rev. 178, 82.

1615. P. Westhaus & 0. Sinanoglu, Theory of Atomic Structure Including Electron Correlation.

III. Calculations of Multiplet Oscillator Strengths and Comparisons with Experiments

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1617. W. Whaling, R. B. King, & M. Martinez-Garcia, Lifetimes of Some Fe I States by Beam-Foil

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1618. W. L. Wiese, J. M. Bridges, R. L. Kornblith, & D. E. Kelleher, Transition Probabilities

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1619. W. L. Wiese, M. W. Smith, & B. M. Miles, "Atomic Transition Probabilities (Sodium through

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1621. S. J. Wolnik, R. 0. Berthel , E. H. Carnevale, & G. W. Wares, Additional Shock-Tube

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1622. T. Wujec, Measurement of the Absolute Transition of Ar I Lines, Acta Phys. Pol. 36,

269.

1623. Yu. A. Zavenyagin & Yu. P. Dontsov, Oscillator Strengths for Certain Spectral Lines of

the Nitrogen N II Ion, Opt. Spectrosc. (USSR) 26, 82.

1969

131
1970

1644. M. A. Ali, Theoretical Hartree-Fock Multiplet Strength for Transitions Between Excited

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1645. M. A. Ali & H. W. Joy, Oscillator Strengths and Wavelengths of 3p"^ '^S - 3p^('^P)3d '^P Transitions in Ions of Ar IV to Fe XII, J. Rhys. B 3, 1552.

2 1646. E. L. Altman, Determination of the Lifetime of the 8 P-j^^ Level of Cesium from its

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Opt. Spectrosc. (USSR) 28, 556.

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1699. L. J. Curtis, R. M. Schectman, J. L. Kohl, D. A. Chojnacki , & D. R. Shoffstall, New

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1718. E. W. Foster, On the Use of Liquid Vortex Arcs for Transition Probability Measurements

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1719. H. Friedrich, K. Katterbach, & E. Trefftz, On the Accuracy of Machine Programs for

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1731. A. Hese & G. BLildt, Hyperfine Structure, Stark Effect and Lifetimes of the Excited

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1970
1734. R. D. Hudson, V. L. Carter, & P. A. Young, Absorption Spectrum of Ba I in the Region

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1737. A. W. Johnson & R. G. Fowler, Measured Lifetimes of Rotational and Vibrational Levels

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1743. M. G. Kozlov & G. P. Startsev, The Absorption Spectrum of Strontium Vapors in the Vacuum

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1745. L. Kuzmickyte & K. Uspalis, The Theoretical Investigation of the Dipole Transitions

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1749. B. Laniepce, Measurement of the Lifetime of the Triplet Levels of the (5s, 5d) Configuration

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1750. J. Laurent & S. Weniger, Study of the Shapes of Absorption Lines of Some Multiplets of

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1751. G. M. Lawrence, Dissociative Excitation of Some Oxygen-Containing Molecules: Lifetimes

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1754. L. Lundin, H. Oona, W. S. Bickel, & I. Martinson, Mean Lives of the 2p, 3p, 4p, 5p,

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1757. B. V. Lvov, Determination of the Relative Values of Oscillator Strengths from Atomic

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1769. N. M. Nerheim & H. N. Olsen, Experimental Measurements of Some Ar II Transition

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1774. H. Nussbaumer & J. P. Swings, [Fe II] Magnetic Dipole Transition Probabilities and

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1970
1775. H. Nussbaumer & J. P. Swings, Identification of [Cr II] Lines in Astronomical Objects

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1971

1838. M. A. Ali, Absolute Multiplet Strengths of 4 ^- 4 ^P 4 Transitions of Sodium

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Bur, Stand. , Sect. A 76^, 71

2163. Z. Sibincic, Mul ticonfiguration Self-Consistent-Field Calculations for Several States

of Boron, Phys. Rev. A 5, 1150.

1972

163
2164. B. van der Sijde, Configuration Temperatures in a Hollow Cathode Argon Arc and

Transition Probabilities of the Argon II Spectrum, J. Quant. Spectrosc. Radiat.

Transfer 12, 703.

2165. A. Skerbele & E. N. Lassettre, Absolute Generalized Oscillator Strengths for Three

Transitions in the Mercury Spectrum, J. Chem. Phys. 56^, 845.

2166. S. Svanberg, Natural Radiative Lifetimes of Some Excited Bi I Levels Belonging to the

2 2 6p 7s and the 6p 6d Configurations Measured by the Hanle Method, Phys. Scr. 5^, 73.

2167. R. C. Sze, E. T. Antropov, & W. R. Bennett, Jr., Lorentz Width Measurements on the

Argon Ion Laser Transitions, Appl . Opt. 1J_, 197.

2168. E. D. Tidwell, Transition Probabilities of Argon II, J. Quant. Spectrosc. Radiat.

Transfer 12, 431

2169. C. E. Tull , M. Jackson, R. P. McEachran, & M. Cohen, Electric Quadrupole Transitions

in Na I , Mg 1 1 , and Al II I , Can . J . Phys. 50, 1169.

2170. C. E. Tull, M. Jackson, R. P. McEachran, & M. Cohen, Electric Quadrupole Transitions

in Fe XVI, Co XVII, and Mi XVIII, J. Quant. Spectrosc. Radiat. Transfer 12, 893.

2171. L. A. Vainshtein & U. I. Safronova, Wavelength of Some Lines in the X-Ray Region for

He- and Li-Like Ions, Kratk. Soobshch. Fiz. No. 3, 40. (Russ.)

2172. R. S. Van Dyck, Jr., C. E. Johnson, H. A. Shugart, Lifetime Lower Limits for the

^Pq and "^P^ Metastable States of Neon, Argon, and Krypton, Phys. Rev. A 5^, 991.

2173. R. Wallenstein, Level Crossing Experiments in the Tm I Spectrum, Z. Phys. 251 , 57.

(Ger.)

2174. B. Warner, Oscillator Strengths for Sc III, Observatory 92, 50.

2175. J. C. Weisheit, Photoabsorption by Ground State Alkali-Metal Atoms, Phys. Rev. A 5^,

1621.

2176. A. W. Weiss, Calculations of the 2sns ^S and 2p3p ^'V Levels of Be I, Phys. Rev. A

6, 1261,

2178, W. L. Wiese, Regularities in Atomic Oscillator Strengths, "Physics of Ionized Gases 1972,"

627-649 (Ed., M. V. Kurepa, Institute of Physics, Beograd, Yugoslavia),

2179. W. L. Wiese & B. M. Glennon, Atomic Transition Probabilities, "American Institute of

Physics Handbook," 3rd Edition, Ch. 7, 200-263 (McGraw-Hill Book Co., New York).

1972

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2180. T. Wujec, Determination of Transition Probabilities for Selected Argon Lines, Zesz.

Nauk. Wyzsz. Szk. Pedagog. Opolu: Fiz. Probl . Spektrosk. No. 13, 149. (Pol.)

2181. T. Wujec, Computing of Transition Probabilities for Selected Ar I Lines, Zesz. Nauk.

Wyzsz. Szk. Pedagog. Opolu: Fiz. Probl. Spektrosk. No. 13, 189. (Pol.)

2182. I. Yamashita, Optical Absorption Measurement of Relative Transition Probabilities in

Ar I, J. Phys. Soc. Jpn. 32, 1447.

2184. E. A. Yukov, Stark Broadening of Si II and Si III Lines, Sov. Astron.--AJ 15^, 867.

2185. V. A. Zilitis, Semi-Empirical Values of Oscillator Strengths for Transitions Between

Highly Excited Levels of a Cadmium Atom, Uch. Zap., Latv. Gos. Univ. 171 , 74. (Russ.)

2186. V. S. Zuev, V. A. Katulin, V. Yu. Nosach, & 0. Yu. Nosach, Investigation of the

2 2 Luminescence Spectrum of Atomic Iodine ( ~ ^^^^^ Transition), Sov. Phys.--

JETP 35, 870.

2187. P. Zvirblis, E. Naslenas, & A. Jucys, Investigation of the Atomic Electron Configuration

1s^2s^2p^3d by the Extended Method of Calculation, Liet. Fiz. Rinkinys 12, 911. (Russ.)

1973

2208. R. Abjean & M. Leriche, Analysis of Fabry-Perot Interferograms in the Ultraviolet,

"Fifth Conference on Atomic Spectroscopy," No. 81 (University of Lund, Lund, Sweden).

(Fr.)

2209. A. Adler, W. Kahan, R. Novick, & T. Lucatorto, Measurement of the Lifetime and the

3 Electron-Impact Excitation Cross Section and Polarization of the 2 P Term of Singly

Ionized Lithium, Phys. Rev. A 7_, 967.

2 2210. T. Ahlenius & S. Larsson, Variational Calculation of the Lowest P State of the

Lithium Atom, Phys. Rev. A 8 , 1

2211. V. Ya. Aleksandrov, N. S. Gruzdeva, D. B. Gurevich, & I. V. Podmoshenski i , Diagnostics

of a Non-Equilibrium Cd-He Arc Plasma, Opt. Spectrosc. (USSR) 34, 494.

2212. M. A. Ali, Multiplet Strengths of 4 ^L - 4 ^L' Transitions of Cu I Sequence and 4 \ -

4 \' Transitions of Zn I Sequence, "Fifth Conference on Atomic Spectroscopy," No. 68

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1972-1973

165
2213. T. Andersen, Beam-Foil Spectroscopy with Low-Energy Accelerators, Nucl . Instrum.

Methods Vm, 35.

2214. T. Andersen, S. W. J0rgensen, & G. Seirensen, Lifetimes and Oscillator Strengths for

Neutral and Ionized Arsenic and Antimony Measured by the Beam-Foil Technique, "Fifth

Conference on Atomic Spectroscopy," No. 78 (University of Lund, Lund, Sweden).

2215. T. Andersen, 0. H. Madsen, & G. S0rensen, Beam-Foil Studies of Excited Levels in

K V, K IV, and Ca V, "Fifth Conference on Atomic Spectroscopy," No. 77 (University

of Lund, Lund, Sweden).

2216. T. Andersen, A. K. Nielsen, & G. SjSrensen, Oscillator Strength Systematics for LowLying Transitions in Multiply Charged Ions, Nucl. Instrum. Methods 110 , 143.

2217. T. Andersen & G. S0rensen, Systematic Trends in Atomic Transition Probabilities in

Neutral and Singly- loni zed Zinc, Cadmium, and Mercury, J. Quant. Spectrosc. Radiat.

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2218. E. K. Anderson & E. M, Anderson, On the Use of Relativistic Wave Functions for the

Theoretical Determination of Oscillator Strength Values, "Teor. At. At. Spektrov,

Mater. Vses. Semin,, 1973" 1, 23-27 (Red.-Izd. Otd. Latv. Gos. Univ., Riga, Latvian

SSR). (Russ.)

2219. H. J. Andra, A. Gaupp, K. Tillmann, S W. Wittmann, Doppler-Tuned Beam-Laser Spectroscopy,

Nucl. Instrum. Methods UO, 453.

2220. H. J. Andra, A. Gaupp, & W. Wittmann, New Method for Precision Lifetime Measurements

by Laser Excitation of Fast-Moving Atoms, Phys. Rev. Lett. 31_, 501.

2221. M. Aymar, Cancellation Effects in Computed Lifetimes of 3s3p'^ Levels for Third-Row

Atoms and Ions, Nucl. Instrum. Methods 1J_0, 211.

2222. M. Aymar, Theoretical Determination of Transition Probabilities in the Spectra of S I

and S II, Physica (Utrecht) 66, 364. (Fr.)

2223. M. Aymar & M. G. Schweighofer , Theoretical Determination of Lifetimes and Lande Factors

in the Spectra of Ar I, K II, and Ca III, Physica (Utrecht) 67, 585. (Fr.)

2224. W. Bachmann & W. Janke, Hanle Effect and Degree of Alignment on High Velocity Atoms,

Z. Naturforsch, , Teil A 28, 1821. (Ger.)

2225. A. Baghdadi, J. B. Halpern, & E. B. Saloman, Lifetimes, Oscillator Strengths, and

Coherence Narrowing of the (6p8s)^P° and (6p7s)^P^ States of Pb^°^, Phys. Rev. A

7, 403.

1973

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2226. I. Bakosh, M. L. Nagaeva, V. G. Ovchinnikov, & D. Rubin, Frequency Dependence of the

Multi-Photon Ionization of Helium Atoms Excited to 2S States, Kratk. Soobshch. Fiz.

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2227. F. P. Banfield & M. C. E. Huber, Oscillator Strengths of Ultraviolet Fe I Lines from

Hook-Method Measurements on a Furnace, Astrophys. J. 186 , 335.

2228. F. P. Banfield, M. C. E. Huber, W. H. Parkinson, & E. F. Tubbs, Instrumentation for

Combined Dispersion and Absorption Measurements in the VUV, Appl . Opt. 12, 1279.

2229. L. Barrette & R. Drouin, Spectroscopic Study of Fluorine, Can. J. Spectrosc. 18, 50.

(Fr.)

2230. L. Barrette, E. J. Knystautas, & R. Drouin, Beam-Foil Studies of Neon Below 150 8,

Nucl. Instrum. Methods V\0_, 29.

2231. S. Bashkin, J. Bromander, J. A. Leavitt, & I. Martinson, Beam-Foil Studies of Radiative

Transitions and Lifetimes in CI IV-Cl X, Phys. Scr. 8, 285.

2232. G. N. Bates & P. L. Altick, The Photoionization Cross Section of Magnesium Near Threshold,

J. Phys. B 6, 653.

2234. Z. V. Belova & A. I. Korotkov, New Measurement of the Average Lifetime of Metastable

States of Atoms and Molecules, "Spektrosk., Tr. Sib. Soveshch., 6th 1968," 33-35 (Ed.,

N. A. Prilezhaeva, "Nauka," Moscow). (Russ.)

2235. F. Bely-Dubau, Numerical Calculations of Atomic Structure Constants. II. Radial Parts,

Energy Levels, Transition Probabilities for Fe XIII, Astron. Astrophys. 25^, 431.

2236. H. G. Berry, M. C. Buchet-Poul i zac , & J. P. Buchet, Quartet System of C IV, J. Opt.

Soc. Am. 63, 240.

2237. H. G. Berry, J. Desesquel les , & M. Dufay, Doubly-Excited States in Light Atoms, Nucl.

Instrum. Methods HO, 43.

2238. C. P. Bhalla, Relativistic HFS Oscillator Strengths for Indium and Gallium, Nucl. Instrum.

Methods HO, 227.

2239. E. Biemont, Oscillator Strengths for 2pnd - 2pn'f Transitions of C I and Identifications

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2240. E. Biemont, Transition Probabilities in the 3d^^(^S)nl Configuration of Cu I and

Identifications in the Solar Spectrum, Bull. Soc. R. Sci . Liege 42^, No. 5-6, 206. (Fr.)

1973

167
2241. E. Biemont & N. Grevesse, Infrared Wavelengths and Transition Probabilities for Atoms,

3 < 1 < 20, At. Data Nucl . Data Tables 1^, 217.

2243. N. Bjorna, Virtual Orbitals, Excitation Energies, and Oscillator Strengths, J. Phys.

B 6, 1412.

2244. I. P. Bogdanova & V. D. Marusin, Determination of Effective Cross Sections of Metastable

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2245. K. K. Boyarskii & E. N. Kotlikov, Effect of Cascade Transitions on the Crossing Signal

from the 6 ^S-, Cadmium Level, Opt. Spectrosc. (USSR) 34, 592.

2246. J. H. Brand, C. L. Cocke, & B. Curnutte, Beam-Foil Lifetimes of Neutral Nickel, Nucl.

Instrum. Methods Vm, 127.

2247. J. Brecht, J. Kowalski, G. Lido, I. -J. Ma, & G. zu Putlitz, Lifetimes and gj Factors

of 6s7p and 5d6p Levels of Ba I, Z. Phys. 264, 273.

2248. J. M. Bridges, Arc Measurements of Fe II Oscillator Strengths, "Contributed Papers--

International Conference on the Phenomena in Ionized Gases," 11th, 418 (Ed., I. Stoll,

Czech. Acad. Sci., Inst. Phys., Prague, Czech.).

2249. J. Bromander, Beam-Foil Spectra from Highly Ionized Emitters, Nucl. Instrum. Methods

110 , 11.

2250. J. Bromander, 0. Poulsen, J. L. Subtil, Lifetime Measurements in Be III and Doubly

Excited Be II, Phys. Scr. 7, 283.

2251. J. P. Buchet & M. C. Buchet-Poul izac. Spectrum and Lifetimes of Sodium Between 150 8

and 400 R, Phys. Lett. A 46, 273.

2252. J. P. Buchet & M. C. Buchet-Poul i zac , Beam-Foil Study of Boron in the Far Ultraviolet,

J. Opt. Soc. Am. 63, 243.

2253. J. P. Buchet, M. C. Buchet-Poul izac , H. G. Berry, & G. W. F. Drake, Classifications

of Some Transitions in Doubly Excited Li I and Li II, Phys. Rev. A 7_, 922.

2254. J. P. Buchet, M. C. Buchet-Poul i zac , G. Do Cao, & J. Desesquel 1 es , Spectroscopy and

Lifetime Measurements in the Extreme Ultraviolet at an Energy of 1.15 MeV/Nucleon,

Nucl. Instrum. Methods 110, 19.

1973

168
2255. M. C. Buchet-Poul izac & J. P. Buchet, Lifetime Measurements of Carbon in the Extreme

Ultraviolet, Phys. Scr. 8, 40.

2256. H. H. Bukow, H. v. Buttlar, D. Haas, P. H. Heckmann, M. Holl , W. Schlagheck,

D. Schurmann, R. Tielert, & R. Woodruff, Lifetimes and Initial Populations of FoilExcited Hydrogen and Lithium States, Nucl . Instrum. Methods 1_1£, 89.

2257. J. Campos, Measurement of Mean Lives of Excited Levels of Neutral Helium, An. Pis. 69_,

291. (Span.)

2258. J. Campos & B. Zurro, The Mean Life of the 5d{7/2)^ Level of Neutral Argon, An. Pis.

69, 299. (Span.)

2259. M. Carre, M. Gaillard, & J. Desesquelles , Hanle Experiments with Accelerated Ion Beams

in Gaseous Targets, Nucl. Instrum. Methods 110 , 295.

2261. R. D. Chapman & Y. Shadmi , Calculated Term Energies and Transition Probabilities for

Ions in the Pluorine Isoelectronic Sequence, J. Opt. Soc. Am. 63, 1440.

2262. C.-L. Chen & A. V. Phelps, Absorption Coefficients for the Wings of the First Two

Resonance Doublets of Cesium Broadened by Argon, Phys. Rev. A 7_, 470.

2263. S. A. Chin-Bing & C. E. Head, Radiative Lifetimes of the 2p^ Levels of B I and the

2p^ Levels of B II, Phys. Lett. A 45, 203.

2264. D. A. Church & C. H. Liu, Cascade-Effect Suppression in Beam-Foil Mean Life Measurements,

Nucl. Instrum. Methods HO, 147.

2265. J. E. Clawson & M. H. Miller, Experimental Transition Probabilities for Neutral and

Singly Ionized Tungsten, J. Opt. Soc. Am. 63> 1598.

2266. C. L. Cocke, B. Curnutte, & J. R. MacDonald, Lifetimes of Metastable X-Ray Emitters

in Helium- and Lithium-Like Chlorine, Nucl. Instrum. Methods 110 , 493.

2267. C. L. Cocke, B. Curnutte, & R. Randall, Decay of the 2 ^S^ State in Helium-Like

Chlorine, Phys. Rev. Lett. 31, 507.

2268. C. L. Cocke, A. Stark, & J. C. Evans, Absolute Oscillator Strengths in Neutral Chromium

and the Solar Chromium Abundance, Astrophys. J. 184, 653.

2269. A. Corney, Measurements of Transition Probabilities of Forbidden Lines of Neutral

Atoms and Molecules, Nucl. Instrum. Methods 110 , 151.

1973

169
2270. R. D. Cowan, The Theory of Rare Earth Energy Levels and Spectra, Nucl . Instrum.

Methods ilO, 173.

2271. R. D. Cowan & K. G. Widing, The Extreme Ultraviolet Spectrum of Fe XV in a Solar Flare,

Astrophys. J. 180, 285.

2272. M. Crance, Theoretical Transition Probabilities and Energy Levels in Ne I Isoelectronic

Sequence, At. Data 5^, 185.

2273. M. Crance, Measurement of Oscillator Strengths in the Spectrum of Neon I by the Study

of Anomalous Dispersion, Rev. Phys. Appl . 8, 325. (Fr.)

2274. L. J. Curtis, I. Martinson, & R. Buchta, Mean Life Measurements in Manganese I and II

and Thulium II, Nucl. Instrum. Methods 110 , 391.

2276. A. Dalgarno, The Z-Dependence of Oscillator Strengths, Nucl. Instrum. Methods 110 , 183.

2277. A. Dalgarno, E. Constantinides , & G. A. Victor, Calculation of Ionic and Atomic Multipole

Transition Moments, Air Force Cambridge Research Laboratories Report No. AFCRL-73-0215.

2278. R. Damaschini & J. Brochard, Determination of Relative Transition Probabilities by

Absorption for the 2 V ^ n ^D and 2 ^P n ^S Lines of He I, Opt. Commun. 9^, 89. (Fr.)

2279. R. Darrigo, J.-N. Le Toulouzan, & B. Chappey, Oscillator Strengths of Potassium, C. R.

Acad. Sci. , Ser. B 276^, 119. (Fr.)

2280. C. C. Davis & T. A. King, Decay Rates of Infrared Emitting Laser Levels in Neutral Xenon,

J. Quant. Spectrosc. Radiat. Transfer X3, 825.

2281. M. G. Delibas, A New Method for the Determination of Atomic Oscillator Strengths, Stud.

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2282. L. 0. Dickie, F. M. Kelly, T. K. Koh, M. S. Mathur, & F. C. Suk, Lifetime of the

5s5p Level of Strontium, Can. J. Phys. 51_, 1088.

2283. K. E. Donnelly, P. J. Kindlmann, & W. R. Bennett, Jr., Radiative Lifetime Measurements

of Levels in the 5p^6p Configuration of Singly Ionized Xenon, J. Opt. Soc. Am. 63,

1438.

2284. G. W. F. Drake, Radiative Decay of the Metastable States of the H and He Sequences

Theory, "Atomic Physics 3," 269-290 (Eds., S. J. Smith & G. K. Walters, Plenum Press,

New York)

1973

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2286. P. Erman, J. Brzozowski, & B. Sigfridsson , Gas Excitations Using High Frequency

Deflected Electron Beams: A Convenient Method for Determinations of Atomic and

Molecular Lifetimes, Nucl . Instrum. Methods 110 , 471.

2287. P. Erman & I. Martinson, Lifetimes of the 3p^5p Levels in Ar I, Phys. Scr. 8, 269.

2288. C. E. Fairchild, H. P. Garg, & C. E. Johnson, Detection of Nitrogen Atoms in the

2s(2p)'^3s ^Sg^2 Metastable Autoionizing State, Phys. Rev. A 8, 796.

2289. A. S. Farghaly, Calculation of Relative Oscillator Strengths of Spectral Lines from

Atomic Self-Absorption Data, J. Phys. B 6, 1288.

2290. D. Feiertag & G. zu Putlitz, Hyperfine Structure, g. Factors, and Lifetimes of Excited

2 y^l2

States of Rb, Z. Phys. 261, 1-

2291. A. Ferrario, Measurements of the Upper and Lower Level Lifetime in He-Se Lasers, Opt.

Commun. 8^, 333.

2292. C. F. Fischer, Oscillator Strengths for 3d"4s 3d"4p Transitions in the Iron Series,

J. Quant. Spectrosc. Radiat. Transfer 13, 201.

2293. D. R. Flower & G. Pineau des Forets, Excitation of the Fe XIII Spectrum in the Solar

Corona, Astron. Astrophys. 24, 181.

2294. C. A. Forbrich, Jr., Experimental Measurement of Oscillator Strengths in Neutral Neon,

Argon, and Krypton Using the Rozhdestvenski i Hook Method, Frank J. Seller Research

Laboratory Report SRL-TR-73-0009 (U.S. Air Force Academy, Colorado).

2295. E. N. Forsman & K. C. Clark, Measurement of the Oscillator Strength of the 0 I(^S - ^P°)

Transition at 1217.6 8, Phys. Rev. A 1_, 1203.

2296. J. Galy, H. Brunet, A. Birot, & J.-L. Artigue, Argon Afterglow: Processes of Depletion

of the 2p^ State, C. R. Acad. Sci., Ser. B 276, 23. (Fr.)

2297. P. S. Ganas & A. E. S. Green, Optical Oscillator Strengths for Atomic Nitrogen Based

Upon an Analytic IPM Model, J. Quant. Spectrosc. Radiat. Transfer 13, 1171.

2298. S. Garpman, G. Belin, & L. Holmgren, Lifetimes of Some Excited Levels in Sb I, "Fifth

Conference on Atomic Spectroscopy," No. 73 (University of Lund, Lund, Sweden).

2299. R. H. Garstang, Transition Probabilities, "Transactions of the International Astronomical

Union--Reports on Astronomy," XVA, 157-159 (Ed., C. de Jager, D. Reidel Publ . Co.,

Dordrecht, Holland).

1973

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2300. D. Garz, Non-LTE Effects in an Argon Cascade Arc in the Pressure Range from 0.2 atm

to 5.0 atm, Z. Naturforsch. , Teil A 28, 1459. (Ger.)

2301. T. Garz, Absolute Oscillator Strengths of Si I Lines Between 2500 8 and 8000 8,

Astron. Astrophys. 26, 471.

2302. P. T. Gee & K. T. Tang, Error Bounds on Dynamic Polarizability and Oscillator Strength,

Phys. Rev. A 7, 1863.

2303. H. M. Gibbs, G. G. Churchill, & G. J. Salamo, Contradictions with the Neoclassical

Theory of Radiation in Weakly Excited Multilevel Systems, Phys. Rev. A 1_, 1766.

2304. L. H. Gobel , L. Risch, S G. Steinert, The Hyperfine Structure in Odd Configurations of

Lu I, "Fifth Conference on Atomic Spectroscopy," No. 51 (University of Lund, Lund,

Sweden)

2305. A. Goly, Determination of Transition Probabilities for Some Multiplets of Neutral

Carbon in the Infrared, Acta Phys. Pol. A 44, 311.

2306. W. Gornik, D. Kaiser, W. Lange, J. Luther, K. Meier, H.-H. Radloff, & H. H. Schulz,

3 Lifetime Measurement of the 4s5s S-j Level of Ca by Use of a Dye Laser and a Penning

Discharge, Phys. Lett. A 45, 219.

2307. W. Gornik, D. Kaiser, W. Lange, J. Luther, H.-H. Radloff, & H. H. Schulz, Lifetime

Measurements Using Stepwise Excitation by Two Pulsed Dye Lasers, Appl . Phys. !_> 285.

2308. H. Gould, R. Marrus, & R. W. Schmieder, Lifetime of the 2 ^S^ State of Helium-Like

Argon (Z = 18) and Helium-Like Titanium (Z = 22), Phys. Rev. Lett. 31, 504.

2309. v. N. Grigor'eva, Atomic Constants of the 6 '^^^H^^^^^ °^ ^'o'^ , Vestn. Leningr. Univ.,

Fiz., Khim. 16., No. 3, 44. (Russ.)

2310. P. F. Gruzdev & A. V. Loginov, Neon. Radiative Lifetimes for the Levels of the

5 5 5 / 5 2p ms, 2p np, 2p nd (m = 3-6, n = 3-5) and 2p 4f Configurations, Opt. Spectrosc.

(USSR) 35^, 1.

2311. P. F. Gruzdev & A. V. Loginov, Radiation Lifetimes of Levels of the Na II Ion, Opt.

Spectrosc. (USSR) 34, 352.

2312. P. F. Gruzdev & A. V. Loginov, Radiation Lifetimes for Levels of the Mg III Ion,

Opt. Spectrosc. (USSR) 34, 469.

1973

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2313. S. Hattori & S. Chinen, Spectroscopic Study of Microwave Discharge as a Radiation

Source for Transition Probability Measurements, J. Quant. Spectrosc. Radiat. Transfer

13, 1309.

2314. W. R. Hentschel , L. H. Gobel , & G. v. Oppen, Magnetic Depolarization of Fluorescence

Light Following Excitation of Mg I Atoms by Electron Impact, Astron. Astrophys. 29_,

415. (Ger.)

2315. A. Hibbert, Oscillator Strengths in the Beryllium Sequence, J. Phys. B 6, L127.

2316. R. C. Hilborn & R. de Zafra, Experimental Lifetimes and f-Values for Four Levels in

Fe I, Astrophys. J. 183, 347.

2318. S. Inatsugu & J. R. Holmes, Transition Probabilities for the 5s ' [l/2]-|-3p Transitions

of Ne I, Phys. Rev. A 8, 1678.

2319. D. J. G. Irwin & A. E. Livingston, Lifetime Measurements in Fluorine and Silicon in

the Vacuum Ultraviolet, Can. J. Phys. 51, 848.

2320. D. J. G. Irwin, A. E. Livingston, & J. A. Kernahan, Radiative Mean Life Measurements

in Neon Below 1000 8, Can. J. Phys. 51, 1948.

2322. 0. J. G. Irwin, A. E. Livingston, & J. A. Kernahan, Beam-Foil Lifetimes in the Third

Period Elements Silicon, Sulfur, and Argon in the Vacuum Ultraviolet, Nucl . Instrum.

Methods no. 111.

2324. G. A. Kasabov & V. V. Eliseev, Oscillator Strengths of Spectral Lines, "Spektroskopicheskie

Tablitsy Dlya Nizkotemperaturnoi Plazmy," Pt. 1, 18-136 (Moskva Atomizdat). (Russ.)

2325. S. A. Kazantsev, A. Kisling, & M. P. Chaika, Alignment of Excited Helium Atoms in a Direct-Current Discharge, Opt. Spectrosc. (USSR) 34, 714.

2326. S. Kazantsev, V. Markov, & M. Chaika, Some Experiments in the Study of Implicit Alignment,

Opt. Spectrosc. (USSR) 34, 492.

2327. F. M. Kelly, T. K. Koh, & M. S. Mathur, Lifetimes of the 5s7p and 5s8p Levels

of Strontium and Related Oscillator Strengths, Can. J. Phys. 51, 2295.

2328. F. M. Kelly, T. K. Koh, and M. S. Mathur, Lifetime of the 5s6p ^P-, Level of Strontium

and Related Oscillator Strengths, Can. J. Phys. 51, 1653.

2329. M. Klemt, Experimental Oscillator Strengths of Ti I Lines, Astron. Astrophys. 29,

419. (Ger.)

173

1973
2330. E. J. Knystautas, M. Brochu, & R. Drouin, Lifetimes of the 2p ( P° and D°) and

2p3s V° Levels in N II, Can. J. Spectrosc. 18, 153.

2331. E. J. Knystautas, M. Brochu, & R. Drouin, Vacuum Ultraviolet Spectroscopy and Lifetimes

of Weakly Autoionizing States in 0 I, Can. J. Spectrosc. X8, 143.

2332. E. J. Knystautas & R. Drouin, Lifetime Measurements of Doubly-Excited States of Helium,

Nucl. Instrum. Methods 110 , 95.

2333. J. L. Kohl & W. H. Parkinson, Measurement of the Neutral Aluminum Photoionization Cross

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1973
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2384. E. Niziol & G. Sek, Measurement of Relative Line Strengths for the Transition Group

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2403. J. R. Roberts, T. Andersen, & G. S0rensen, Determination of Atomic Lifetimes and Absolute

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1973

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1974

2465. R. Albat & N. Gruen, Born Cross Sections for the Excitation of the Lowest Resonance

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2468. T. Andersen & G. S0rensen, Determinations of Atomic Lifetimes for the Rare Earth Ions:

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2 4 2482. G. Bel in, S. Garpman, L. Holmgren, & S. Rydberg, Lifetimes for the 5p 6s

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2485. E. Biemont, Computation of Oscillator Strengths by a Semi-Empirical Method for Some

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2488. E. Biemont, Semi-Empirical Oscillator Strengths for Ti II and Application to the Study

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2490. K. S. de Boer, D. C. Morton, S. R. Pottasch, & D. G. York, Oscillator Strengths for

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2492. A. M. Bruneteau, A. M. Icole, C. Rouille, A. Poquerusse, & H. J. Doucet, Measurement

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2495. P. G. Burkhalter, U. Feldman, & R. D. Cowan, Transitions in Highly Ionized Sn Spectra

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2497. J. Campos & B. Zurro, Experimental Mean Lifetimes of Some Excited Levels of Ar II, An.

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2498. M. S. Z. Chaghtai, K. Rahimullah, & S. Ahmad, Transitions 4p-5d,6d and 4p-6s,7s in

Zr VI and Nb VII, J. Phys. B 7, 2121.

2499. M. Chenevier & P. A. Moskowitz, Magnetic Resonance Measurements of the Lifetimes and

Lande Factors of Excited Levels of Argon and Xenon Atoms, J. Phys. (Paris) 35^, 401.

(Fr.)

4 0 2500. K.-t. Cheng, C.-p. Lin & W. R. Johnson, Decay of P^^^ Autoionizing States of Ions in

the Li Isoelectronic Sequence, Phys. Lett. A 48, 437.

1974

184
2501. S. A. Chin-Bing & C. E. Head, Radiative-Lifetime Measurements for F II Using a Doubly

Differentially Pumped Gas Target, Phys. Rev. A 10, 209.

2502. L.-y. C. Chiu & N. E. Small-Warren, Lifetime of the Metastable ^P^ State of Rare Gas

Atoms, "Fourth International Conference on Atomic Physics, Abstracts of Contributed

Papers," 201-202 (Eds., J. Kowalski & H. G. Weber, Heidelberg).

2503. M. A. A. Clyne & L. W. Townsend, Determination of Atomic Oscillator Strengths Using

Resonance Absorption with a Doppler Line Source: Transitions of Br and I (n + l)s - np ,

J. Chem. Soc, Faraday Trans. 2, 70, 1863.

2504. C. L. Cocke, J. A. Bednar, B. Curnutte, & R. Randall, Decay of the 2 ^S^ State in

Helium-Like Sulfur and Chlorine, "Fourth International Conference on Atomic Physics,

Abstracts of Contributed Papers," 83-86 (Eds., J. Kowalski & H. G. Weber, Heidelberg).

2505. C. L. Cocke, B. Curnutte, J. R. MacDonald, J. A. Bednar, & R. Marrus, Lifetime of the

2s-] ^2 State in Hydrogen-like Fluorine and Oxygen, Phys. Rev. A 9, 2242.

2506. C. L. Cocke, B. Curnutte, J. R. MacDonald, & R. Randall, X-Ray Emission from FoilExcited Chlorine Beams, Phys. Rev. A 9^, 57.

2507. C. L. Cocke, B. Curnutte, & R. Randall, X-Ray Emission from Foil-Excited Sulfur Beams,

Phys. Rev. A 9, 1823.

2508. G. H. Copley & D. M. Camm, Pressure Broadening and Shift of Argon Emission Lines, J.

Quant. Spectrosc. Radiat. Transfer 14^, 899.

2509. R. D. Cowan, L. J. Radziemski, Jr., & V. Kaufman, Effect of Continuum Configuration

Interaction on the Position of sp^ in Neutral Chlorine and Other Halogens, J. Opt.

Soc. Am. 64, 1474.

2510. L. J. Curtis & W. H. Smith, Radiative-Lifetime and Absolute-Oscillator-Strength Studies

for Some Resonance Transitions of Si I, II, and III, Phys. Rev. A 9^, 1537.

2511. S. J. Czyzak, L. H. Aller, & R. N. Euwema, Forbidden Line Excitation Data for Certain

Coronal Lines, Astrophys. J., Suppl . Ser. No. 272, 28, 465.

2512. K. E. Donnelly, P. J. Kindlmann, & W. R. Bennett, Jr., Radiative Lifetimes of Noble-Gas

Ion-Laser States: Collected Results, IEEE J. Quantum Electron. QE-10 , 848.

2513. G. W. F. Drake, Leading Radiative Correction to the Magnetic Dipole Transition Probability,

Phys. Rev. A 9, 2799.

185

1974
2514. P. D. Dumont, E. Biemont, & N. Grevesse, Transition Probabilities for Vacuum Ultraviolet

Lines of N I Through N IV, J. Quant. Spectrosc. Radiat. Transfer 14_, 1127.

2515. H. Ehrich & H. J. Kusch, Determination of the Absolute Transition Probability of the

Line C II 2511 8, Z. Phys. 267^, 295. (Ger.)

2516. P. G. Ellis & 0. Goscinski, Transition State Calculations of Oscillator Strengths in

the Local Exchange Approximation, Phys. Scr. 9^, 104.

2517. Th. M. El-Sherbini, Line Strengths for Krypton Laser Transitions, Atomkernenergie 24,

137.

2518. P. Erman, J. Brzozowski , & W. H. Smith, Oscillator Strengths for Neutral Sodium and

the Interstellar Sodium Abundance in Zeta Ophiuchi, Astrophys. J. 192 , 59.

5 0 2519. P. Erman, M. Lyyra, & I. Martinson, High Resolution Measurements of the z F and

y Lifetimes in Neutral Iron, Phys. Lett. A 49 , 41.

2520. B. C. Fawcett, R. D. Cowan, & R. W. Hayes, A Theoretical and Experimental Study of

Fe XIX to Fe XXIV Solar-Flare Spectra and Isoelectronic Spectra in Sulfur, Astrophys.

J. 187, 377.

2521. S. Feneuille, Theory of Atomic Structure and Transition Probabilities, "Atoms, Molecules,

and Lasers," 3-56 (International Atomic Energy Agency, Vienna).

2522. H. Figger, K. Siomos, & H. Walther, Lifetime Measurements in the Fe I Spectrum Using

Tunable Dye Laser Excitation, Z. Phys. 270, 371.

2 0 2 2523. C. F. Fischer, Theoretical Oscillator Strengths for the 3p P 3d D Transition of

the Sequence Al I to Fe XIV, "Fourth International Conference on Atomic Physics, Abstracts

of Contributed Papers," 179-182 (Eds., J. Kowalski & H. G. Weber, Heidelberg).

2524. C. F. Fischer, Correlation Effects Important for Accurate Oscillator Strengths, J. Phys.

B 7, L91.

2525. A. W. Fliflet & H. P. Kelly, Photoionization Cross Section for the 4s Subshell of Zn I,

Phys. Rev. A 10, 508.

2526. D. R. Flower & H. Nussbaumer, On the Extreme Ultraviolet Emission Spectrum of Fe XIII,

Astron. Astrophys. 31, 353.

1974

186
2528. A. Gallagher & E. L. Lewis, Resonance Broadening of Hanle-Effect Signals in Rubidium,

Phys. Rev. A 10, 231

2529. S. Garpman, L. Holmgren, & A. Rosen, Theoretical Transition Probabilities Between the

3 4 np (n+l)s ^ np Configurations of Se I and Te I, Phys. Scr. 10^, 221.

2530. J. Geiger, Energy Losses of keV Electrons in Ne, Kr, and Xe and Comparison with the

Fano-Lu Theory, "Vacuum Ultraviolet Radiation Physics," 28-31 (Eds., E.-E. Koch,

R. Haensel, & C. Kunz, Pergamon-Vieweg, Braunschweig, West Germany).

2531. A. Gilbert, K. G. P. Sulzmann, & S. S. Penner, Measurements of gf-Values for Fe I

Lines, J. Quant. Spectrosc. Radiat. Transfer 1_4, 455.

2532. H. Gould, R. Marrus, & P. J. Mohr, Radiative Decay of the 2 "^S^ and 2 ^P^ States of

Helium-Like Vanadium (Z = 23) and Iron (Z = 26), Phys. Rev. Lett. 33, 676.

2533. I. P. Grant, Gauge Invariance and Relativistic Radiative Transitions, J. Phys. B 1_,

1458.

2534. P. F. Gruzdev & A. V. Loginov, Radiation Lifetimes of Levels of the Ca III Ion, Opt.

Spectrosc. (USSR) 36, 719.

2535. J. Hamel & J. -P. Barrat, Lifetimes and Depolarization by Collisions with Helium of

the 5 ^P2/2 ^ ^'^1/2 levels of the Cd"^ Ion, Opt. Commun. 10, 331. (Fr.)

2536. J. Hamel, J. Margerie, & J. -P. Barrat, Measurement of the Lifetime of the Energy Levels

9 2 2 of Ions by Coherence Transfer in a Penning Collision. Application to the (4d 5s ) Dg^^

and ^D2^2 Levels of Cd"^, Opt. Commun. 12, 409. (Fr.)

2537. H. Harde, Intracavity Dye-Laser Excitation of Fast Ions and Atoms, "Sixth EGAS ConferenceSummaries of Contributions," 65-66 (West Berlin).

2538. H. Harde & G. Guthbhrlein, New Method for Cascade-Free Lifetime Measurements, Phys.

Rev. A 10, 1488.

2539. H. Heise, Experimental Oscillator Strengths for Ni I and Ni II Lines, Astron. Astrophys.

34. 275.

2540. A. Hibbert, Oscillator Strengths of Transitions in the Beryllium Sequence, J. Phys. B

7, 1417.

2541. L. Holmgren & S. Garpman, A Relativistic Calculation of Transition Probabilities Between

the np(n+l)s and np^ Configurations for the Elements of Group IV, Phys. Scr. 10, 215.

1974

187
2542. R. A. Holt & F. M. Pipkin, Precision Measurement of the Lifetime of the 7 State of

Atomic Mercury, Phys. Rev. A 9^, 581.

2543. M. C. E. Huber, Hook Method Measurements of gf-Values for Ultraviolet Fe I and Fe II

Lines on a Shock Tube, Astrophys. J. 190, 237.

2544. D. G. Hummer & D. W. Norcross, Light Ions of Astrophysical Interest--Radiative Transition

Probabilities for C III, N IV, 0 V, and Ne VII, Mon. Not. R. Astron. Soc. 168, 263.

2545. E. Jimenez, J. Campos, & C. Sanchez del Rio, Radiative Lifetimes of Some Levels of Xe I

and Xe II, J. Opt. Soc. Am. 64, 1009.

3 1 2546. W. R. Johnson & C.-p. Lin, Dirac-Hartree-Fock Calculation of the 2 S-j ->- 1 Sq Transition

Rates for the He Isoelectronic Sequence, Phys. Rev. A 9^, 1486.

2547. P. S. Julienne, E. S. Oran, & J. Davis, Departure from LTE and Emission in a Low Density

Recombining Oxygen Plasma, J. Phys. B 1_, 2100.

2548. S. 0. Kastner & C. Wade, Dipole and Quadrupole Integrals for the C I , N I , and 0 I

Sequences, Astrophys. J., Suppl . Ser. No. 243, 27, 247.

2549. S. A. Kazantsev & V. P. Markov, Determination of the Lifetime for the 4 Level of

the Helium Atom by Studying the Alignment in the Discharge, Opt. Spectrosc. (USSR)

36^, 355,

2550. F. M. Kelly, T. K. Koh, & M. S. Mathur, Lifetime of the 5p '^^^12 Level of Ionized

Strontium, Can. J. Phys. 52, 1438.

2551. F. M. Kelly, T. K. Koh, & M. S. Mathur, Lifetime of the 5p ^P^^^ Level of Ionized

Strontium, Can. J. Phys. 52, 1666.

2552. F. M. Kelly, T. K. Koh, & M. S. Mathur, Lifetimes and Oscillator Strengths in Singlet

Levels of Strontium, Can. J. Phys. 52, 795.

2553. J. A. Kernahan, A. E. Livingston, & E. H. Pinnington, Beam-Foil Mean Life Measurements

of Levels in N I-N V, Can. J. Phys. 52, 1895.

2554. Y.-K. Kim, Comments on the Distorted Wave Born Approximation Cross Sections for the

2 V Excitation of He, Phys. Rev. A 9, 1462.

3 2555. G. C. King & A. Adams, An Accurate Determination of the Lifetime of the 6 P State in

Mercury Using a New Electron-Photon Delayed Coincidence Apparatus, J. Phys. B 1712.

1974

188
2556.

2557.

2558.

2559.

2560.

2561.

2562.

2563.

2564.

2565.

2566.

2567.

2568,

H.-J. Kluge & H. Sauter, Level Crossing Experiments in the First Excited States

of the Alkaline Earths, Z. Phys. 270, 295.

A. N. Klyucharev, V. Yu. Sepman, & B. V. Dobrolezh, Measurement of Relative Oscillator

Strengths for Transitions of Subordinate Series in Rubidium and Cesium, Opt. Spectrosc.

(USSR) 31, 470.

E. J. Knystautas & R. Drouin, Experimental Oscillator Strengths for UV Resonance Transitions

in Ne I, II, and III, Astron. Astrophys. 37, 145.

E. Ya. Kononov, K. N. Koshelev, & L. I. Podobedova, Transitions in Multiply Charged

Beryllium-Like Ions, Opt. Spectrosc. (USSR) 37, 1.

J. E. Kouba & W. J. Meath, Lithium Quadrupole Properties and van der Waals Constants

Using Pseudo-State Techniques, Mol . Phys. 28^, 829.

V. S. Krivchenkova, Probabilities of Infrared Transitions in Neon, "Teor. At. At.

Spektrov, Mater. Vses. Semin., 1973," 2, 28-35 (Red.-Izd. Otd. Latv. Gos. Univ., Riga,

Latvian SSR). (Russ.)

M. D. Kunisz & J. Migdalek, Theoretical Oscillator Strengths and Transition Probabilities

for Some Spectral Lines of the Sn II and Pb II Ions, Acta Phys. Pol. A 45, 715.

Z. I. Kupliauskis & V. M. Lazauskas, Use of Non-Orthogonal Radial Orbitals to Study

2 N+1 2 ? N the Electric Dipole Transitions Is 2s2p - Is 2s 2p , Sov. Phys.— Collect. T4, No. 1,

37.

8

R. L. Kurucz, Semi-Empirical Calculation of gf-Values. II. Fe I (3d + 4s) -

(3d + 4s)'^4p, Smithsonian Astrophysical Observatory Special Report 359.

P. W. Langhoff, J. Sims, & C. T. Corcoran, Stieltjes-Integral Approximations to

Photoabsorption and Dispersion Profiles in Atomic Helium, Phys. Rev. A 829.

2 2 2 2 3 C. Laughlin & A. Dalgarno, Z-Expansion of Is 2s 2p - Is 2s2p Transitions in the

Carbon Sequence, J. Chem. Phys. 60^, 1688.

1 3 C. Laughlin & G. A. Victor, Multiplet Splittings and Sq - P-j Intercombi nation

Line Oscillator Strengths in Be I and Mg I, Astrophys. J. 192 , 551.

C. M. Lee, Spectroscopy and Collision Theory. III. Atomic Eigenchannel Calculation

by a Hartree-Fock-Roothaan Method, Phys. Rev. A 584.

1974

189
2569. J. N. Le Toulouzan, R. Dam'go, & P. Valentin, Oscillator Strengths of Potassium, J.

Quant. Spectrosc. Radiat. Transfer ^4, 1239. (Fr.)

2570. E. L. Lewis & A. Gallagher, The Resonance Broadening of Hanle Effect Signals in Rubidium,

"Fourth International Conference on Atomic Physics, Abstracts of Contributed Papers,"

539 (Eds., J. Kowalski & H. G. Weber, Heidelberg).

2571. H. Liening, Lifetime and Hyperfine Structure Measurements of Some Excited States of

9 the 4d 5p Configuration in the Pd I Spectrum with the Level Crossing Technique, Z.

Phys. 266, 287. (Ger.)

2572. D. L. Lin & G. Feinberg, Radiative Corrections to Relativistic Magnetic Dipole Decays

of Hydrogen-Like Ions, Phys. Rev. A 10, 1425.

5 2574. A. V. Loginov & P. F. Gruzdev, Neon. Transition Probabilities 1. Transitions 2p 3p -

2p^ns (n = 3-6), Opt. Spectrosc. (USSR) 37, 467.

3 1 2575. E. Luc-Koenig, Relativistic Effects on Transition Probabilities P-j Sq for Group II

Elements, J. Phys. B 1052.

2576. I. Martinson & A. Gaupp, Atomic Physics with Ion Accelerators--Beam-Foil Spectroscopy,

Phys. Rep. C 15^, 113.

2 1 1 2577. I. Martinson, A. Gaupp, & L. J. Curtis, Comments on the Be I 2s S - 2s2p P Transition

Probability, J. Phys. B 1_, L463.

2578. M. May, J. Richter, & J. Wichelmann, Experimental Oscillator Strengths of Weak Fe I

Lines, Astron. Astrophys., Suppl . Ser. 18^, 405.

2579. P. McCavert & E. Trefftz, Oscillator Strengths of Some Ba Lines, Calculated in MCHF

Approximation, J. Phys. B 1_, 1270.

2580. M. H. Miller, T. D. Wilkerson, R. A. Roig, & R. D. Bengtson, Absolute Line Strengths

for Carbon and Sulfur, Phys. Rev. A 9, 2312.

2581. T. Minemoto, T. Goto, & T. Kanda, Collisional Broadening of Level Crossing Signals in

? ? 1 6 P2^2 3""^ 7 State of Cs Atom, J. Phys. Soc. Jpn. 36, 918.

2582. L. N. Novikov & S. L. Votyakov, Level Crossover in the Ground and Excited States in

a Zero Field During Alignment of Hg^^^ Atoms by the 2537 8 Line, Opt. Spectrosc. (USSR)

36, 138.

1974

190
2583. J. S. Onello, L. Ford, & A. Dalgarno, 1/Z Expansion Study of the (Is) 2s S and

2 2 (Is) 2p P States of the Lithium Isoelectronic Sequence, Phys. Rev. A ]0_, 9.

2584. A. L. Osherovich, V. N. Ivanov, & V. N. Gorshkov, Determination of Lifetimes of Excited

States of Ne I, II, Ar I, II, and Hg I by Means of the Phase Shift Method and the

Decrease of Intensity, Vestn. Leningr. Univ., Fiz., Khim. No. 4, 7. (Russ.)

2585. D. J. Pegg, H. H. Haselton, P. M. Griffin, R. Laubert, J. R. Mowat, R. Peterson, &

I. A. Sellin, Lifetime and Binding Energy of the Metastable ( 1 s2s2p)^Pg^2 State in

S^-^"*", Phys. Rev. A 9, 1112.

2586. N. P. Penkin, V. A. Komarovskii, & V. V. Smirnov, Relative Values of Oscillator

Strengths for Spectral Lines of Dy I, Opt. Spectrosc. (USSR) 37^, 223.

2587. E. H. Pinnington, D. J. G. Irwin, A. E. Livingston, & J. A. Kernahan, Mean Life

Measurements for Some Energy Levels of 0 I -0 VI, Can. J. Phys. 52, 1961.

2588. E. H. Pinnington, A. E. Livingston, & J. A. Kernahan, Comment on the Reliability of

Experimental Atomic Mean Lives Obtained with the Beam-Foil Technique, Phys. Rev. A

9, 1004.

2589. E. H. Pinnington & H. 0. Lutz, Experimental Mean Lives for Mn I, II, and III, and

Their Implications for a Revised Manganese Solar Abundance, Can. J. Phys. 52^, 1253.

2590. E. H. Pinnington, H. 0. Lutz, & G. W. Carriveau, The Application of Some Beam-Foil

Measurements for Co I and Co II to the Cobalt Photospheric Abundance, Z. Phys. 267 , 27.

2591. P. Ranson & J. Chapel le, Spectroscopic Study of an Argon Plasma Jet Not in Local

Thermodynamic Equilibrium, J. Quant. Spectrosc. Radiat. Transfer 14_, 1. (Fr.)

2592. J. Richter, On the Present State of Oscillator Strengths Measurement, "Physics of

Ionized Gases 1974," 603-620 (Ed., V. Vujnovic, Institute of Physics, University of

Zagreb, Yugoslavia).

2593. R. A. Roig & M. H. Miller, Relative Transition Probabilities of Cobalt, J. Opt. Soc.

Am. 64, 1479.

2594. D. Rosenthal, R. P. McEachran, S M. Cohen, Sum Rules for Electric Quadrupole Transitions,

Proc. R. Soc. London, Ser. A 337 , 365.

2595. Z. B. Rudzikas, Relativistic Consideration of Many-Electron Atoms, "Fourth International

Conference on Atomic Physics, Abstracts of Contributed Papers," 131-134 (Eds., J. Kowalski

& H. G. Weber, Heidelberg).

1974

191
2596. U. I. Safronova, Calculation of Wavelengths and Oscillator Strengths for the Li Isoelectronic Sequence, J. Quant. Spectrosc. Radiat. Transfer 1_4, 251. (Russ.)

2597. U. I. Safronova, G. L. Kl imchi tskaya , & L. N. Labzovskii, Relativistic Calculations of

Transition Probabilities in Two-Electron Multicharged Ions, J. Phys. B. 7_, 2471.

2598. L. D. Schearer, Optical Pumping in a Flowing Helium Afterglow with Additive Metal

Impurity Atoms, Phys. Rev. A 10, 1380.

2599. V. P. Shevelko, Oscillator Strengths and Photoionization Cross Sections, Opt. Spectrosc.

(USSR) 36, 7.

2600. J. B. Shumaker, A Spectroscopic Study of Equilibrium in Nitrogen Arcs, J. Quant.

Spectrosc. Radiat. Transfer 14_, 19.

2601. E. Siefart, J. Ney, H. Bucka, & H. Bolouri, Oscillator Strengths for Spontaneous

9 10 Transitions from the 3d 4s4p and 3d 4p States in the Cu I Spectrum, J. Phys. B 7_,

1 279.

2602. G. Simons, New Procedure for Generating Valence and Rydberg Orbitals. I. Atomic

Oscillator Strengths, J. Chem. Phys. 60, 645.

2603. 0. Sinanoglu & D. R. Beck, New Theoretical Transition Probabilities for the Si I 2 2 3 3 3 0 3s 3p P - 3s3p D Isoelectronic Sequence Including the Important Correlation

Effects, Chem. Phys. Lett. 24, 20.

2604. 0. Sinanoglu & D. R. Beck, Crucial Role of Electron Correlation in Both the Upper and

Lower States in Optical Transitions, Theor. Chim. Acta 3A_, 183.

2605. J. V. Specht, A New Plasma-Oven of Astrophysical Interest. Application to the

Measurement of Ar I Transition Probabilities, Astron. Astrophys. 34^, 363.

2606. F. Strumia, P. Minguzzi, G. Giusfredi, & M. Tonelli, Atomic Beam Measurement of the

3 Lifetime of P-j State of Magnesium, "Fourth International Conference on Atomic Physics

Abstracts of Contributed Papers," 196-199 (Eds., J. Kowalski & H. G. Weber, Heidelberg).

2607. D. Stuck & B. Wende, Measurement of Transition Probabilities of C I Multiplets in the

Visible and Vacuum Ultraviolet Spectral Region Utilizing Arc-Plasma Emission and

Synchrotron Calibrated Radiometric Transfer Standards, Phys. Rev. A 9^, 1.

2608. K.-H. Tan, F. G. Donaldson, & J. W. McConkey, Excitation of the 3s3p^ ^S and 3s^3p^4s ^P

Levels of Ar"^ and the 736 8 Line of Ne by Electrons, Can. J. Phys. 52, 786.

1974

192
2609. R. T. Thompson, Lifetime Measurement of the 2 p State of Helium, J. Quant. Spectrosc.

Radiat. Transfer 14, 1179.

2610. V. Vujnovic & A. M. Tonejc, Line Oscillator Strengths Derived from Measurements of

the Absorption Coefficient at the Line Center, "Fourth International Conference on

Atomic Physics, Abstracts of Contributed Papers," 183-186 (Eds., J. Kowalski &

H. G. Weber, Heidelberg).

2611. S. Watanabe, M. Chihara, & I. Ogura, Decay Rate Measurements of Upper Laser Levels in

He-Ne and He-Se Lasers, Jpn. J. Appl . Phys. 1^, 164.

2612. A. W. Weiss, Series Perturbations in Atomic Spectra: Superposition-of-Configurations

Calculations on Al I and Al II, Phys. Rev. A 9, 1524.

2613. W. C. Wells & E. C. Zipf, Lifetime of the Metastable ^S° State of Atomic Oxygen, Phys.

Rev. A 9, 568.

2615. L. G. Williams & D. R. Crosley, Hanle-Effect Studies on the (5p^6s)^Pg^2 ^^^^^ °^ Iodine,

Phys. Rev. A 9, 622.

2616. J. R. Woodyard, Sr. & P. L. Altick, An ab initio Calculation of Energy Levels and

Transition Probabilities in the Spectrum of Ar I, J. Phys. B. 7_, 2298.

3 2617. J. J. Wright, J. F. Dawson, & L. C. Balling, Measurement of the Lifetime of the P^ Metastable State of Mg by Dye-Laser Excitation, Phys. Rev. A 9^, 83.

2618. J. J. Wright, P. S. Furcinitti, & L. C. Balling, Measurement of the Lifetime of the

3

P-j Metastable State of Ca by Dye-Laser Excitation, "Fourth International Conference

on Atomic Physics, Abstracts of Contributed Papers," 200 (Eds., J. Kowalski &

H. G. Weber, Heidelberg).

2619. A. Yamagishi & H. Inaba, Measurement of Lifetimes of 2pg and 2pg States in Ne I Using

a Method of Correlated Photons in Cascade Transitions, Opt. Commun. 12, 213.

2620. V. A. Zilitis, Oscillator Strengths for Resonance Lines of Atoms of the Group II Elements, Opt. Spectrosc. (USSR) 36, 366.

2621. D. Zimmermann, Determination of the Lifetime of the 4 State of Potassium by Hanle

Effect, "Sixth EGAS Conference--Summaries of Contributions," 54-55 (West Berlin).

2622. P. Zimmermann, T. W. Ducas, M. G. Liftman, & D. Kleppner, Stark Mixing Spectroscopy in

Cesium, Opt. Commun. 12^, 198.

1974

193
2623. B. Zurro, Optical Transition Probabilities in Neutral Argon, An. Fis. 70, 137. (Span.)

1975

2644. R. Abjean & A. Johannin-Gi 1 1 es , Measurement of Oscillator Strengths by Absorption in an Atomic Jet. II. Oscillator Strength of the - ^Sg Transition of Zinc (A =

2139 8), J. Quant. Spectrosc. Radiat. Transfer 15, 25. (Fr.)

2645. N. V. Afanaseva & P. F. Gruzdev, Lifetimes of nd and nf Levels of the Neon Atom,

Opt. Spectrosc. (USSR) 38, 583.

2646. N. V. Afanaseva & P. F. Gruzdev, Lifetimes of ns and np Levels of a Neon Atom, Opt.

Spectrosc. (USSR) 38, 211.

2647. N. V. Afanaseva & P. F. Gruzdev, Lifetimes of the ns and np Levels of the Argon Atom,

Opt. Spectrosc. (USSR) 38, 450.

2648. T. Andersen & A. P. Petkov, Th II Mean Life and the Solar Thorium Abundance, Astron.

Astrophys, 45, 237.

2649. T. Andersen, A. P. Petkov, & G. S^Srensen, Lifetimes of Excited Levels in Mg III,

Ca III, K IV-V, Ca V, and Ge I, Phys. Scr. U, 283. . -

2650. T. Andersen, 0. Poulsen, P. S. Ramanujam, & A. P. Petkov, Lifetimes of Some Excited

States in the Rare Earths: La II, Ce II, Pr II, Nd II, Sm II, Yb I, Yb II, and

Lu II, Sol. Phys. 44, 257.

2651. M. T. Anderson & F. Weinhold, Bounds to the Lifetime of the Ar XVII 2 "^S State, Phys.

Rev. A 21, 442.

2652. H. J. Andra, H.-J. Pldhn, W. Wittmann, A. Gaupp, J. 0. Stoner, Jr., & M. Gaillard,

Lifetimes of Levels in Neutral Strontium (Sr I), J. Opt. Soc. Am. 65, 1410.

2653. L. Armstrong, Jr. & S. Feneuille, Theoretical Analysis of the Phase Shift Measurement

of Lifetimes Using Monochromatic Light, J. Phys. B 8^, 546.

2654. A. Arnesen, A. Bengtsson, R. Hallin, S. Kandela, T. Noreland, & R. Lidholt, Lifetime

2 2 Measurements of the Ba II 6p P^^2 ^'^^ P]/2 Levels with the Beam-Laser Method,

Phys. Lett. A 53, 459.

2655. I. V. Avilova & L. I. Podlubny, Use of the Model Potential Method for Calculating

Oscillator Strengths, Opt. Spectrosc. (USSR) 38, 613.

1974-1975

194
2656. M. Aymar, Comparative Study of Central -Field and Quantum Defect Methods in the Analysis

of Low-Lying Levels of Ne I, J. Phys. (Paris) 36, 299. (Fr.)

2657. C. Backx, R. R. Tol , G. 1^. Wight, & M. J. van der Wiel, Dipole Term and First Derivative

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B 8, 2050.

2658. M. F. Barnsley & P. D. Robinson, Variational Bounds on Transition Probabilities, Int.

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2659. L. Barrette, D. J. G. Irwin, & R. Drouin, New Identifications and Lifetime Measurements

in Ne VIII, Phys. Scr. 12_, 113.

2660. G. Baruschka & E. Schul z-Gulde, Transition Probabilities for F I Lines from WallStabilized Arc Measurements, Astron. Astrophys. 44, 335.

2661. Y. Baudinet-Robinet, P. D. Dumont, E. Biemont, & N. Grevesse, Lifetimes and Transition

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2662. J. A. Bednar, C. L. Cocke, B. Curnutte, & R. Randall, Lifetime of the 2 ^S-^ State

in Helium-Like Sulfur and Chlorine, Phys. Rev. A Vl_, 460.

2664. G. D. Bell, L. B. Kalman, & E. F. Tubbs, Absolute f-Values for Resonance Lines of

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2665. F. Bely-Dubau, C. Camhy-Val , & A. M. Dumont, Mean Lifetimes of Excited Levels of

Ar(II). II. Theoretical Considerations, J. Quant. Spectrosc. Radiat. Transfer 1^, 375.

2666. A. Bielski, A Critical Survey of Atomic Transition Probabilities for Cu I, J. Quant.

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2667. E. Biemont, Systematic Trends of Hartree-Fock Oscillator Strengths Along the Sodium

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2669. D. E. Blackwell, P. A. Ibbetson, & A. D. Petford, Precision Measurements of Relative

5 5 Oscillator Strengths. II. Fe I Transitions from Levels a D^ (0.00 eV) and a D^

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2670. K. K. Boyarskii & E. N. Kotlikov, Cascade Hanle Effect in the 5 '^D^ - 5 ^P2 Transition

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2671. J. Brochard, R. Vetter, M. Aymar, & M. Hugon, Influence of Excitation Transfers on Anomalous Profiles Observed in the 3.36 ym Line of Xenon, J. Phys. B 8, 165.

1975

195
2672. J. P. Buchet & M. Druetta, Beam-Foil Spectroscopy of Neon Between 80 and 350 8, J. Opt.

Soc. Am. 65, 991.

2673. P. G. Burke & K. T. Taylor, R-Matrix Theory of Photoionization. Application to Neon

and Argon, J. Phys. B 8, 2620.

2674. P. G. Burkhalter, D. J. Nagel , & R. D. Cowan, Laser-Produced L-Series X-Ray Spectra,

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2675. C. Camhy-Val , A. M. Dumont, M. Dreux, L. Perret, & C. Vanderriest, Mean Lifetimes of

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Transfer 1^, 527.

2676. T. C. Caves, Electric Quadrupole Transitions in Neutral Li, J. Quant. Spectrosc. Radiat

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2677. M. Chantepie, J.-L. Cojan, & J. Landais, Stepwise Excitation of the (5s5d)^D2 Level

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(Fr.)

2678. M. Cornille & R. K. Nesbet, Oscillator Strengths for the 3s^3p(^P°) ^ 3s3p^(^S^) and

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2679. M. Crance, P. Juncar, & J. Pinard, A New Method for Measuring Relative Oscillator

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2680. D. H. Crandall, R. A. Phaneuf, & G. H. Dunn, Electron Impact Excitation of Hg"*", Phys.

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2681. F. E. Cummings, Oscillator Strength Sums S(-3) to S(2) and Cg for the Atoms He to Kr,

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2682. A. Czernichowski & J. Jazdzyk, Determination of Oscillator Strengths for Some Weak

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2683. R. U. Datla, M. Blaha, & H.-J. Kunze, Collisional Rate Coefficients for the Iron Ions

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2684. S. L. Davis & 0. Sinanoglu, Multiplet Generalized Oscillator Strengths and Inelastic

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1975

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2686.

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2690.

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2699.

J. S. Deech, R. Luypaert, & G. W. Series, Determination of Lifetimes and Hyperfine

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E. 0. Degenkolb & J. E. Griffiths, Temperature of the Meggers-Corl iss-Scribner Copper

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J. P. Desclaux & Y.-K. Kim, Relativistic Effects in Outer Shells of Heavy Atoms, J.

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K. E. Donnelly, P. J. Kindlmann, & W. R. Bennett, Jr., Radiative Lifetimes and

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G. A. Doschek, U. Feldman, J. Davis, & R. D. Cowan, Density Sensitive Lines of Highly

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B. I. Dynefors, Lifetime Measurements in Se I and Te I, Phys. Scr. 21, 375.

Th. M. El Sherbini, Neutral Laser Line Strengths in the Spectra of Heavy Noble Gases,

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Th. M. El Sherbini, Calculation of Transition Probabilities and Radiative Lifetimes for

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Th. M. El Sherbini, Calculation of Xe II Line Strengths and Radiative Lifetimes in

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B. Emmoth, M. Braun, J. Bromander, & I. Martinson, Lifetimes of Excited Levels in

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B. Engman, A. Gaupp, L. J. Curtis, & I. Martinson, Lifetime Measurements for Excited

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P. Erman, High Resolution Measurements of Atomic and Molecular Lifetimes Using the High

Frequency Deflection Technique, Phys. Scr, 11_, 65.

B. C. Fawcett & R. D. Cowan, The Identification of Solar Flare Fe XVIII to Fe XXIII

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H. Figger, J. Heldt, K. Siomos, & H. Walther, Lifetime Measurements in the Co I and

Fe I Spectra Using Tunable Dye Laser Excitation, Astron. Astrophys. 43, 389.

1975

197
2700. C. F. Fischer, Theoretical Oscillator Strengths for nP -> nD Transitions in Mg, Can.

J. Phys. 53, 184.

2701. C. F. Fischer, Theoretical Oscillator Strengths for nS-mP Transitions in Mg, Can. J.

Phys. 53, 338.

2702. C. F. Fischer & K. M. S. Saxena, Oscillator Strengths from Numerical MCHF Radial

Functions, Comput. Phys. Commun. 9^, 381.

2703. A. W. Fliflet, H. P. Kelly, & J. E. Hansen, Oscillator Strengths of Ba I 4d^4f, J.

Phys. B 8, L268.

2704. D. R. Flower & H. Nussbaumer, Relative Intensities of Solar Emission Lines of Ions in

the Sodium Isoelectronic Sequence, Astron. Astrophys. 42^, 265.

2705. D. R. Flower & H. Nussbaumer, On the Extreme Ultraviolet Solar Emission of B-Like Ions:

Na VII, Si X, and S XII, Astron. Astrophys. 45, 349.

2706. D. R. Flower & H. Nussbaumer, On the Extreme Ultraviolet Solar Emission of B-Like Ions:

0 IV, Astron. Astrophys. 45, 145.

2707. P. S. Furcinitti, L. C. Balling, & J. J. Wright, A Measurement of the "^P^ Metastable

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2708. P. S. Furcinitti, J. J. Wright, S L. C. Balling, Remeasurement of the Mg ^P-i State

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2709. M. Gaillard, H. J. Andra, A. Gaupp, W. Wittmann, H.-J. Plohn, & J. 0. Stoner, Jr.,

Mean Lives for the 5p 3/2[l/2]^ and 5p l/2[l/2]^ Levels in Singly Ionized Rubidium (Rb II),

Phys. Rev. A 12_, 987.

2710. T. F. Gallagher, S. A. Edelstein, & R. M. Hill, Radiative Lifetimes of the S and D

Rydberg Levels of Na, Phys. Rev. A l^, 1504.

2711. S. Garpman, Polarization Effects on Discrete Transitions in Light Alkali Atoms Calculated

in the Linked Diagram Formalism, Phys. Scr. 1_2, 295.

2713. D. Gebhard & W. Behmenburg, Resonance Broadening and Oscillator Strength of the Mercury

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2714. G. Giusfredi, P. Minguzzi, F. Strumia, & M. Tonelli, Atomic Beam Measurement of the

Lifetime of the ^P^j Metastable States of Mg and Ca, Z. Phys. A 274, 279.

1975

198
2715. A. Goly, J. Moity, & S. Weniger, Experimental Oscillator Strengths for Some Ni I and

Ni II Multiplets in the Spectral Range 2250 8 - 2550 8, Astron. Astrophys. 38, 259.

(Fr.)

2716. I. P. Grant & A. F. Starace, Gauge Invariance and Radiative Transition Probabilities,

J. Phys. B 8, 1999.

2717. K. 0. Groeneveld, G. Nolte, & S. Schumann, Lifetime Measurements of the Metastable

4 Is2s2p Pg^2 State in the Lithium-Like N, 0, and Ne Ions, "Seventh EGAS Conference--

Summaries of Contributions," No. 47 (Grenoble, France).

2718. P. F. Gruzdev & A. V. Loginov, Radiation Lifetimes of Levels of the Argon Atom, Opt.

Spectrosc, (USSR) 38, 234.

2719. P. F. Gruzdev & A. V. Loginov, Neon Transition Probabilities. Part 2: 2p^4p-2p^ns

(n = 3-6) Transitions, Opt. Spectrosc. (USSR) 39, 464.

2720. P. F. Gruzdev & A. V. Loginov, Radiation Lifetimes of Levels of the Kr I Atom, Opt.

Spectrosc. (USSR) 38, 611.

2721. A. D. Gurchumel iya, L. N. Labzovskii, & U. I. Safronova, On the Relativistic Calculation

of Single-Photon Processes, Soobshch. Akad. Nauk Gruz. SSR 80, 581. (Russ.)

2722. A. D. Gurchumel iya, L. H. Labzovskii, & U. I. Safronova, Relativistic Computation of

Intercombinational Transition Probabilities, Sov. Phys. J. 984.

2723. K. C. Harvey, R. T. Hawkins, G. Meisel, & A. L. Schawlow, Measurement of the Stark

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2724. H. H. Haselton, R. S. Thoe, J. R. Mowat, P. M. Griffin, D. J. Pegg, & I. A. Sellin,

Lifetimes of the Metastable Autoionizing (ls2s2p)'^Pr States of Lithium-Like Al^'^'*' 11 + and Si Ions: Comparisons with Theory Over the Isoelectronic Sequence Z = 8-18,

Phys. Rev. A V\_, 468.

2725. W. Heering, Regular Reflection of Pressure Broadened Resonance Lines, Z. Phys. B 20,

69.

2726. W. Heering, Diffuse Reflection and Radiative Transfer of Pressure Broadened Resonance

Lines, Z. Phys. A 274, 91.

2727. G. Heine, M. Reinke, & H. H. Bukow, Beam-Foil Lifetime Measurements on He I, "Seventh

EGAS Conference--Summaries of Contributions," No. 46 (Grenoble, France).

1975

199
2728. J. Heldt, H. Figger, K. Siomos, & H. Walther, Lifetime Measurements of Some Levels

8 2 Belonging to the 3d 4s(a F)4p Configuration of Ni I, Astron. Astrophys. 39^, 371.

2729. H. F. Henrichs, The Lower Terms in Ni VII and Possible Identifications in RR Telescopii,

Astron. Astrophys. 44, 41.

2730. A. Hibbert, Developments in Atomic Structure Calculations, Rep. Prog. Phys. 38, 1217.

2731. L. Holmgren, Theoretically Calculated Transition Probabilities and Lifetimes for the

First Excited Configuration np (n+l)s in the Neutral As, Sb, and Bi Atoms, Phys. Scr.

11, 15.

2732. M. C. E. Huber, R. J. Sandeman, & E. F. Tubbs, The Spectrum of Cr I Between 179.8 and

200 nm. Wavelengths, Absorption Cross Sections, and Oscillator Strengths, Proc. R.

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2733. S. Inatsugu & J. R. Holmes, Transition Probabilities of the 3p-3s Transitions of Ne I,

Phys. Rev. A ri_, 26.

2734. S. Inatsugu & J. R. Holmes, Transition Probabilities for the 5s-3p Transitions of Ne I,

"Atomic Spectroscopy Symposium," 112-113 (National Bureau of Standards, Gaithersburg,

Maryland)

2735. A. Johannin-Gilles, Measurement Methods of Atomic and Molecular Transition Probabilities

at Faculte Des Sciences de Brest, "Proceedings of the Fourth International CODATA

Conference on Generation, Compilation, Evaluation, and Dissemination of Data for

Science and Technology, 1974," 120-124 (CODATA Secretariat, Paris, France).

2736. D. Kaiser, Lifetime Measurements of Higher s- and d-Levels in the Na I Spectrum,

Phys. Lett. A 51, 375.

2737. E. K. Karabut, V. F. Kravchenko, V. S. Mikhalevskii , & V. F. Papakin, Determination

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2739. 0. Karatsu & I. Ogura, Determination of Transition Probabilities Through Stimulated

Emission in Rare Gas Ions, J. Appl. Phys. 46, 317.

2741. F. M. Kelly, T. K. Koh, & M. S. Mathur, Hanle Effect in Transitions from the 5s6p

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2742. E. J. Kelsey & J. Sucher, 2 ^S^ ^ 1 ^Sq + One Photon Transition in Helium-Like Ions:

Exact Result for the Lowest-Order Effect of the Electron-Electron Interaction, Phys.

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1975

200
2743. J. A. Kernahan & P. H.-L. Pang, Experimental Determination of Absolute A Coefficients

for 'Forbidden' Atomic Oxygen Lines, Can. J. Phys. 53_, 455.

2744. J. A. Kernahan & P. H.-L. Pang, Experimental Transition Probabilities of 'Forbidden'

Sulfur Lines, Can. J. Phys. 53, 1114.

2746. J. A. Kernahan, E. H. Pinnington, A. E. Livingston, & D. J. G. Irwin, Mean Life

Measurements for Levels in B I-B IV, Phys. Scr. 12^, 319.

2747. J. F. Kielkopf, Excitation Transfer, Lifetimes, and Satellite Bands in Cs(7p)-Xe

Collisions, J. Chem. Phys. 62, 4809.

2748. G. C. King, A. Adams, D. Cvejanovic, Measured Lifetimes in Mercury Using the ElectronPhoton Delayed Coincidence Technique, J. Phys. B 8, 365.

2749. G. L. Kl imchitskaya, U. I. Safronova, & L. N. Labzovskii, Relativistic Calculations

of Transition Probabilities in Two-Electron, Multiply Charged Ions, Opt. Spectrosc.

(USSR) 38, 480.

2750. J. Z. Klose, Mean Life of the 27 887 cm'^ Level in U I, Phys. Rev. A V\_, 1840.

2 2751. J. Z. Klose, Mean Life of the 5p P^^^ Resonance Level in Ag I, Astrophys. J. 198 ,

229.

2752. E. J. Knystautas & R. Drouin, New Identifications and Lifetime Measurements of Excited

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2753. H. Krellmann, E. Siefart, & E. Weihreter, Some Lifetimes, Oscillator Strengths, and

Radial Integrals in the Cu I Spectrum, J. Phys. B 8, 2608.

2754. H. Krijger & A. Oed, Measurement of the Decay-Probability of Metastable Hydrogen by

Two-Photon Emission, Phys. Lett. A 54, 251.

2755. M. 0. Kunisz & J. Migdalek, Theoretical Values of Certain Transitions of Type

3 2 6p -6p 7s in the Bismuth Atomic Spectrum in Intermediate Coupling, Acta Phys. Pol. A

47, 231.

2756. M. D. Kunisz, J. Migdalek, & J. Rutkowski, Influence of Relativistic Effects on Oscillator Strengths of Certain One-Electron Transitions in the Cd II Spectrum,

Acta Phys. Pol. A 47, 227.

2757. R. L. Kurucz & E. Peytremann, A. Table of Semi-Empirical gf-Values. Part 1, Smithsonian

Astrophysical Observatory Special Report 362.

1975

201
2758. J. Landais & M. Chantepie, Lifetime and Hyperfine Structure of the 5 D2 State of Cd,

"Seventh EGAS Conference--Suniniaries of Contributions," No. 58 (Grenoble, France).

2759. C. Laughlin, "^P^ - ^Sq Intercombi nation Transitions in the Helium Sequence, J. Phys. B

8, L400.

2760. C. Laughlin, ls^2s ^S^^^ " 1s2s2p '^Pg^2 ls^2s^ - ls^2s2p ^P^ Magnetic Quadrupole

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2761. C. Laughlin, M. U. Lewis, & Z. J. Horak, Oscillator Strengths and Excited State Lifetimes

in the Sodium Sequence, Astrophys. J. 197 , 799.

2762. M. Le Dourneuf, V. K. Lan, P. G. Burke, & K. T. Taylor, The Photoionization of Neutral

Aluminum, J. Phys. B 8^, 2640.

2763. J. -P. Lemoigne, Hanle Effect of Krypton 2p Levels in a Discharge, "Seventh EGAS

Conference--Summaries of Contributions," No. 54 (Grenoble, France).

2764. J. -P. Lemoigne, X. Husson, & J. Margerie, Preliminary Results on the 2p Levels of

Krypton Obtained by the Hanle Effect, Opt. Commun. 15^, 241.

2765. W. N. Lennard, W. Whaling, J. M. Scalo, & L. Testerman, Ni I Transition Probabilities

and the Solar Nickel Abundance, Astrophys. J. 197, 517.

2766. P. J. Leonard & J. A. Barker, Dipole Oscillator Strengths and Related Quantities for

Inert Gases, "Theoretical Chemistry--Advances and Perspectives," Vol. 1, 117-136

(Eds., H. Eyring & D. Henderson, Academic Press, New York).

2767. J. G. Leopold & M. Cohen, Bounds to Transition Integrals for the Helium Isoelectronic

Sequence, J. Phys. B 8, L369.

2768. R. A. Lilly, Transition Probabilities in the Spectra of Ne I, J. Opt. Soc. Am. 65, 389.

2769. A. Lindgard & S. E. Nielsen, Numerical Approach to Transition Probabilities in the

Coulomb Approximation: Be II and Mg II Rydberg Series, J. Phys. B 8, 1183.

2770. A. E. Livingston, Y. Baudinet-Robinet, & P. D. Dumont, Radiative-Lifetime Measurements:

Effects of Configuration Mixing and Singlet-Triplet Interaction in Singly Ionized

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2771. A. E. Livingston, J. A. Kernahan, D. J. G. Irwin, & E. H. Pinnington, Beam-Foil Studies

of Phosphorus in the Vacuum Ultraviolet, Phys. Scr. 1_2, 223.

1975

202
2773. J. Lotrian, J. Cariou, & A. Johannin-Gi 1 les , Measurement of the Oscillator Strengths

of Transitions of Titanium (I) in the Region 3600-4500 K, J. Quant. Spectrosc. Radiat.

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2774. M. Loulergue & H. Nussbaumer, A Study of Fe XVII and Ni XIX Coronal Lines, Astron.

Astrophys. 45, 125.

2775. S. Lunell, Oscillator Strengths for the Lithium Isoelectronic Sequence from Spin-Optimized

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2776. L. Maleki & C. E. Head, Radiative Lifetimes for Some 4p and 4d Levels of Singly Ionized

Sulfur, Phys. Rev. A U, 2420.

2777. M. Malinovsky, New Calculations of Atomic Data Concerning EUV Lines of 0 V, Astron.

Astrophys. 43, 101

2778. J. Marek, Lifetime Measurements of Some Levels of Mn I and Cr I by Use of Dye Laser

Excitation, Astron. Astrophys. 44, 69.

2779. H. E. Mason, The Excitation of Several Iron and Calcium Lines in the Visible Spectrum

of the Solar Corona, Mon. Not. R. Astron. Soc. 170 , 651.

2780. W. E. McDermott & C. P. Nash, The Measurement of Oscillator Strengths for Copper Lines

Involving Autoionizing Levels, Appl . Spectrosc. 29, 408.

2781. C. J. Mitchell, Neutral Magnesium: Determination of f-Values of Principal Series and

Intercombination Transitions by the Hook Method, J. Phys. B 8, 25.

2782. K. Miyazaki & K. Fukuda, Measurement of Oscillator Strengths of Cd I 5s5p

1 2

~

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2784. J. R. Mowat, P. M. Griffin, H. H. Haselton, R. Laubert, D. J. Pegg, R. S. Peterson,

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2787. C. A. Nicolaides & D. R. Beck, Approach to the Calculation of the Important Many-Body

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2788. C. A. Nicolaides & D. R. Beck, A Comment on the Effect of Nonorthonormality on Atomic Transition Probabilities, Can. J. Phys. 53, 1224.

2789. C. A. Nicolaides & D. R. Beck, On the Length, Velocity, and Acceleration Expressions

for the Calculation of Accurate Oscillator Strengths in Many-Electron Systems, Chem.

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1975

203
2790. A. A. Nikitin & T. Kh. Feklistova, Estimated Probabilities of Forbidden 2s2p^ "^P -

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516.

2791. H. Nubbemeyer & B. Wende, High Density Correction of the Boltzmann Factors of Highly

Excited Argon I Levels in a LTE Plasma and the Influence on the Determination of

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145 (Eds., J. G. A. Hblscher & D. C. Schram, North-Holland, Amsterdam).

2792. J. S. Onello, (ls)^3s ^S, (ls)^3p ^P, and (ls)^3d States of the Lithium Isoelectronic

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2793. J. S. Onello & L. Ford, Magnetic Quadrupole Decay of the (ls2s2p)^P°^2 " (''s)^2s '^Sy^

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2794. A. L. Osherovich, E. N. Borisov, M. L. Burshtein, & Ya. F. Verolainen, Radiative

Lifetimes of Levels of the Mercury Atom, Opt. Spectrosc. (USSR) 39, 466.

2795. A. L. Osherovich, M. L. Burshtein, Ya. F. Verolainen, & A. Ya. Nikolaich, An

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2796. P. P. Ostroumenko & A. M. Eremenko, Measurement of the Relative Values of Oscillator

Strengths in the Spectra of Iron and Tin Atoms by the Absorption Method, Opt.

Spectrosc. (USSR) 39^, 235.

2797. P. W. Pace & J. B. Atkinson, The Lifetimes of the 7 ^P-|^2 ^ ^^3/2 States of Cesium,

Can. J. Phys. 53, 937.

2798. H. Panke, F. Bell, H.-D. Betz, W. Stehling, E. Spindler, & R. Laubert, Lifetimes of

Multiplet States in One-, Two-, and Three-Electron Sulfur Ions, Phys. Lett. A 53^, 457.

2800. J. Pietruszka, J. Chmiela, & K. Melzacki, A Further Evidence of the Validity of the

Polarization Method of Cascade-Free Lifetime Measurement, "Proceedings of the Twelfth

International Conference on Phenomena in Ionized Gases, Eindhoven, The Netherlands,

Part 1: Contributed Papers," 28 (Eds., J. G. A. Holscher & D. C. Schram, North-Holland,

Amsterdam)

2801. W. Pilz & J. Seehawer, Temperature Measurements on Mercury Arcs--A New Set of Hg I Transition Probabilities, "Proceedings of the Twelfth International Conference on

Phenomena in Ionized Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers,"

146 (Ed., J. G. A. Hblscher & D. C. Schram, North-Holland, Amsterdam).

1975

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204
2802. E. H. Pinnington, Radiative Lifetimes of Some Levels of Xe I and Xe II, J. Opt. Soc.

Am. 65, 218.

2803. D. Popescu, I. Popescu, J. Maurer, C. B. Collins, & B. W. Johnson, Doublet LineStrength Ratios for the Principal Series of Cesium, Phys. Rev. A 1_2 , 1425.

2804. 0. Poulsen, T. Andersen, & N. J. Skouboe, Fast-Beam, Zero-Field Level-Crossing

Measurements of Radiative Lifetimes, Fine and Hyperfine Structures in Excited States

of Ionic and Neutral Beryllium, J. Phys. B 8, 1393.

2805. J. R. Roberts, P. A. Voigt, & A. Czernichowski , Experimentally Determined Absolute

Oscillator Strengths of Ti I, Ti II, and Ti III, Astrophys. J. 197_, 791.

2806. R. D. Rundel, F. B. Dunning, H. C. Goldwire, Jr., & R. F. Stebbings, Near-Threshold

Photoionization of Xenon Metastable Atoms, J. Opt. Soc. Am. 65, 628.

2807. U. I. Safronova, Calculation of Term Energies, Dipole Matrix Elements, and Oscillator

Strengths for Isoelectric Series of Light Atoms, Opt. Spectrosc. (USSR) 38, 477.

2808. U. I. Safronova, Wavelengths and Transition Probabilities for the Isoelectronic

Sequence of Oxygen, J. Quant. Spectrosc. Radiat. Transfer 1_5, 223. (Russ.)

2809. U. I. Safronova, Expansion in 1/Z for the Hartree-Fock and Correlation Energy,

Relativistic Correction, and Dipole Matrix Elements, J. Quant. Spectrosc. Radiat.

Transfer 15, 231. (Russ.)

2810. V. P. Samoilov, Yu. M. Smirnov, & G. S. Starikova, Determination of the Atomic Constants

of Kr II, J. Appl. Spectrosc. (USSR) 23, 1117.

2811. V. P. Samoilov, Yu. M. Smirnov, & G. S. Starikova, Transition Probabilities and Cross

Sections for Excitation of Xe II, Opt. Spectrosc. (USSR) 38, 707.

2812. W. Schlagheck, Lifetimes of (2p^3s ^'^P) Levels of Na II, Phys. Lett. A 54, 181.

2813. D. Schurmann, Atomic States of Lithium by the Beam-Foil Technique in the Spectral Range

400-1900 K, 1. Phys. A 273., 331 .

2814. S. Sengupta, Electric Quadrupole Transitions in Li I, Be II, B III, J. Quant. Spectrosc.

Radiat. Transfer 15, 159.

2815. D. A. Shaw, A. Adams, & G. C. King, Lifetime Measurements in Cadmium II Using the

Electron-Photon Delayed Coincidence Technique, J. Phys. B 8, 2456.

1975

205
2816. 0. Sinanoglu, Charge Densities and Transition Densities from the Theory of Non-Closed

Shell States and Their Experimental Tests, Int. J. Quantum Chem. , Symp. No. 9, 155.

2817. 0. Sinanoglu & S. L. Davis, The Large Effects of Electron Correlation on the Multiplet

Generalized Oscillator Strengths of Non-Closed Shell Systems: Be ls^2s^ ^S -> ls^2s2p V°

and B ls^2s^2p ls^2s2p^ ^D, Chem. Phys. Lett. 32, 449.

2818. K. Siomos, H. Figger, & H. Walther, Lifetime Measurements in the Fe I Spectrum Using

Stepwise Excitation by Dye Lasers, Z. Phys. A 272 , 355.

2819. N. E. Small-Warren & L.-Y. C. Chiu, Lifetime of the Metastable ~^P2 and "^Pg States of

Rare Gas Atoms, Phys. Rev. A Jl, 1777.

2820. G. Smith & J. A. O'Neill, Absolute Transition Probabilities for Some Lines of Neutral

Calcium, Astron, Astrophys. 38, 1.

2821. R. F. Stebbings, C. J. Latimer, W. P. West, F. B. Dunning, & T. B. Cook, Studies of

Xenon Atoms in High Rydberg States, Phys. Rev. A U, 1453.

2822. R. F. Stewart, A Time-Dependent Hartree-Fock Study of the Neon Isoelectronic Sequence,

Mol. Phys. 29, 1577.

2823. R. F. Stewart, Time-Dependent Hartree-Fock Theory for Three- and Four-Electron Atomic

Systems, J. Phys. B 8 , 1

2824. R. F. Stewart, D. K. Watson, & A. Dalgarno, Variational Time-Dependent Hartree-Fock

Calculations. I. Applications to Four-Electron Atomic and Molecular Systems, J. Chem.

Phys. 63, 3222.

2825. C. Tai, W. Happer, & R. Gupta, Hyperfine Structure and Lifetime Measurements of the

Second-Excited D States of Rubidium and Cesium by Cascade Fluorescence Spectroscopy,

Phys. Rev, A 12^, 736.

2826. Y. Takubo, D. Fujie, & M. Shimazu, The Hook Method with a Tunable Dye Laser, Jpn. J.

Appl. Phys. 14-, 1633.

2827. R. T. Thompson & R. G. Fowler, Observations on Lifetimes and Excitation Processes for

the Upper States in Atomic Helium, J. Quant, Spectrosc. Radiat. Transfer 1_5, 1017.

2828. P. A. Voigt, Measurement of U I and U II Relative Oscillator Strengths, Phys. Rev. A

11, 1845.

1975

206
2829. S. Watanabe, K. Kuroda, M. Chihara, & I. Ogura, Lifetime Measurement of Cd II by Lamb

Dip Method, Jpn. J. Appl. Phys. U, Suppl . 14-1, 99.

2830. D. K. Watson & S. V. O'Neil, 1/Z Expansion Study of the ls^2s^ h, ls^2s2p ^P, and

2 2 1 Is 2p S States of the Beryllium Isoelectronic Sequence, Phys. Rev. A 12^, 729.

2831. K. Wendt & H. J. Kusch, Self-Broadening of Principal Series Lines of Rubidium at High

Number Densities and Oscillator Strengths, Z. Phys. A 275 , 111.

2832. W. L. Wiese & J. R. Fuhr, Atomic Transition Probabilities for Scandium and Titanium

(A Critical Data Compilation of Allowed Lines), J. Phys. Chem. Ref. Data 4, 263.

2833. J. R. Woodworth & H. W. Moos, Experimental Determination of the Single-Photon Transition

Rate Between the 2 ^S^ and 1 ^Sq States of He I, Phys. Rev. A 12, 2455.

2834. J. R. Woodyard, Sr. & P. L. Altick, Ab Initio Calculation of Energy Levels and Transition

Probabilities in the Spectra of Rare Gases. II. Ne I, J. Phys. B 8, 718.

2835. A. Yamagishi & H. Inaba, Analytical and Experimental Studies on Photon Correlation

Method for Lifetime Measurements on Excited Energy Levels in Gaseous Atoms, Jpn. J.

Appl. Phys. U, Suppl. 14-1, 33.

2836. D. L. Yeager, M. A. C. Nascimento, & V. McKoy, Some Applications of Excited-State--

Excited-State Transition Densities, Phys. Rev. A Vl_, 1168.

2837. S. M. Younger & A. W. Weiss, Relativistic Effects on Line Strengths for Transitions in

the Hydrogenic Isoelectronic Sequence, J. Res. Nat. Bur. Stand., Sect. A 79, 629.

2838. D. Zimmermann, Determination of the Lifetime of the 4 P^^^ State of Potassium by

Hanle Effect, Z. Phys. A 275, 5.

1976

2859. R. Abjean & A. Johannin-Gilles, Oscillator Strengths Measurement by Atomic Beam

Absorption. III. Oscillator Strength of the Hg(I) - ^Sq Transition (X = 1850 8),

J. Quant. Spectrosc. Radiat. Transfer 16^, 369.

2860. M. S. Allen, An Absolute Scale for the Zr II Oscillator Strengths Based on the Solar

Spectrum, Publ. Astron. Soc. Pac. 88, No. 523, 338.

2861. M. Ya. Amusya, N. A. Cherepkov, V. Radojevic, & Dj. Zivanovic, Generalized Oscillator

Strength and Its First Derivative for Helium in the Optical Limit, J. Phys. B 9^, L469.

207

1975-1976
2862. M. Ya. Amusya, N. A. Cherepkov, Dj. Zivanovic, & V. Radojevic, Photoabsorption for

Helium, Lithium, and Beryllium Atoms in the Random-Phase Approximation with Exchange,

Phys. Rev. A U, 1466.

2863. T. Andersen, P. Petersen, & 0. Hauge, The Solar Hafnium Abundance, Sol. Phys. 4£, 211.

2864. T. Andersen, 0. Poulsen, & P. S. Ramanujam, Radiative Lifetimes in Zn(II), Cd(II), and

Hg(II) Measured by Fast-Beam Zero-Feld Level -Crossing Technique, J. Quant. Spectrosc.

Radiat. Transfer 16, 521

2865. H. J. Andra, Laser Excitation in Fast-Beam Spectroscopy, "Beam-Foil Spectroscopy,"

Vol. 2, 835-851 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

2866. L. Armstrong, Jr., W. R. Fielder, & D. L. Lin, Relativistic Effects on Transition

Probabilities in the Li and Be Isoelectronic Sequences, Phys. Rev. A 1£, 1114.

2867. A. Arnesen, A. Bengtsson, L. J. Curtis, R. Hall in, C. Nordling, & T. Noreland, Lifetime

Measurement of the Sc II 3d4p z '^F^ Level Using Ultraviolet Laser Excitation of a Fast

Ion Beam, Phys. Lett. A 56^, 355.

2868. G. Astner, L. J. Curtis, L. Liljeby, S. Mannervik, & I. Martinson, A High Precision

Beam-Foil Mean Life Measurement of the ls3p V Level in He I, Z. Phys. A 279 , 1.

2869. G. Astner, L. J. Curtis, L. Liljeby, I. Martinson, & J. 0. Stoner, Jr., Measurements

of He I Lifetimes and Fine Structure by a Two-Spectrometer Method, "Beam-Foil

Spectroscopy," Vol. 1, 183-190 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press,

New York)

2870. S. A. Bagaev, V. B. Smirnov, & M. P. Chaika, Effect of Laboratory Magnetic Fields on

the Results of Lifetime Measurements by the Time Analysis Method, Opt. Spectrosc.

(USSR) 40, 633.

2871. Y. Baudinet-Robinet, H. P. Garnir, P. D. Dumont, & A. E. Livingston, Effect of the

Spatial Resolution Function of the Spectrometer on the Analysis of Multi-Exponential

Beam-Foil Decay Curves, Phys. Scr. U, 224.

2872. D. R. Beck, Oscillator Strengths in N, n"^, 0, and O"^ Obtained from the First Order

Theory of Oscillator Strengths (FOTOS), "Beam-Foil Spectroscopy," Vol. 1, 115-119

(Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

2873. D. R. Beck & C. A. Nicolaides, Theoretical Lifetimes of the N II 2s2p^ and 2s^2p3s V°

States Obtained by Applying "FOTOS", Phys. Lett. A 56, 265.

1976

208
2874. D. R. Beck & C. A. Nicolaides, Theoretical Oscillator Strengths for the N I and 0 I Resonance Transitions, J. Quant. Spectrosc. Radiat. Transfer 1_6, 297.

2875. D. R. Beck & C. A. Nicolaides, Absorption Oscillator Strengths to Autoionizing States

in Li, N, and F and Their Isoelectronic Sequences, Can. J. Phys. 5^, 689.

2876. K. Behringer & P. Thoma, Measurement of Ultraviolet Argon(II) Transition Probabilities,

J. Quant. Spectrosc. Radiat. Transfer j6^, 605.

2877. G. D. Bell & G. A. Lyzenga, Absolute gf-Values for Nine Resonance Lines of Neutral

Scandium, Proc. R. Soc. London, Ser. A 351 , 581.

2878. R. D. Bengtson & M. H. Miller, Transition Probabilities of Br II, Phys. Rev. A ^4, 1915.

2879. A. F. Bernhardt, D. E. Duerre, J. R. Simpson, & L. L. Wood, Oscillator Strength of

the Barium 6p5d - 5d^ Transition, J. Opt. Soc. Am. 66, 420.

2880. A. F. Bernhardt, D. E. Duerre, J. R. Simpson, & L. L. Wood, Oscillator Strength of

the Barium 6s6p V-j - 6s5d ^D^ Transition Inferred from Photodeflection Efficiency,

J. Opt. Soc. Am. 66, 416.

2881. H. G. Berry, Experimental Lifetimes in Vanadium V, Phys. Scr. 13^, 36.

2882. H. G. Berry & C. H. Batson, Spectroscopy of Heavy Ions Using the Beam-Foil Technique,

"Beam-Foil Spectroscopy," Vol. 1, 367-375 (Eds., I. A. Sellin & D. J. Pegg, Plenum

Press, New York)

2883. H. G. Berry, J. Desesquelles, P. Tryon, P. Schnur, & G. Gabrielse, Mean Life

Measurements of Ionized Ar and CI Excited States at Grazing Incidence Wavelengths,

Phys. Rev. A U, 1457.

2884. N. D. Bhaskar & A. Lurio, Lifetime of the ISglV^) and Is^C^P^) Levels of Neon by the

Cascade Hanle Effect, Phys. Rev. A l^, 1484.

2885. E. Biemont, Theoretical Oscillator Strengths for Ultraviolet Lines of Doubly Ionized

Elements of Astrophysical Interest, J. Quant. Spectrosc. Radiat. Transfer 1_6, 137.

2886. E. Biemont, Cancellation Effects and Trends of Oscillator Strengths in the Potassium

Isoelectronic Sequence, Physica C (Amsterdam) 81_, 158.

2887. T. M. Bieniewski, Absolute Oscillator Strengths for Chromium and the Chromium Solar

Abundance, Astrophys. J. 208, 228.

1976

209
2888. D. E. Blackwell, P. A. Ibbetson, A. D. Petford, & R. B. Willis, Precision Measurement

5 of Relative Oscillator Strengths. III. Fe I Transitions from Levels a (0.09 eV),

a ^D^ (0.11 eV), and a ^D^ (0.12 eV), Mon. Not. R. Astron. Soc. U7_, 219.

2889. D. E. Blackwell, P. A. Ibbetson, A. D. Petford, & R. B. Willis, Interpretation of the

Solar Spectrum 300 nm to 900 nm. I. Fe I Lines of Excitation Potential 0.00 eV-0.12 eV Microturbulence, Damping, Abundance, Tests of Oscillator Strengths, Mon. Not. R.

Astron. Soc. ]T]_, 121

2890. K. B. Blagoev, V. A. Komarovskii, & N. P. Penkin, Oscillator Strengths of the Spectral

Lines of Atomic Thulium, Opt. Spectrosc. (USSR) 40, 356.

2891. J. Blaise, P. Camus, P. Kuhn, H.-J. Richter-Di tten , K. Rumpf, F. S. Tomkins, J. F. Wyart,

Oscillator Strengths, Transition Probabilities, Lifetimes, "Gmelin Handbuch der

Anorganischen Chemie," Sel tenerdelemente, Teil B 4, System-Nummer 39, Sc, Y, La, und

Lanthanide (Springer-Verlag, Berlin).

2892. P. 0. Bogdanovicius , J. I. Boruta, & J. I. Vizbaraite, Calculation of the Probabilities

5 5 of np n'p ^ np n's Dipole Transitions for the Ne I and Ar I Spectra in the TwoConf igurational Approximation, Sov. Phys. --Collect. 1_6^, No. 2, 42.

2893. M. A. Bouchiat & L. Pottier, Observation of the Interference Between the Magnetic

and Electric Dipole Amplitudes of the Cesium 6S-7S Transition in an Electric Field.

Measurement of the Transition Magnetic Moment, J. Phys. (Paris), Lett. 37, L-79.

2894. L. Brandus, Calcul:.tion of Transition Probabilities for Alkali Atoms, Rev. Roum.

Phys. 21_, 137.

2895. J. Brzozowski, P. Erman, M. Lyyra, & W. H. Smith, Radiative Lifetimes of Resonance

Levels in Fe I and Fe II, Phys. Scr. |4^, 48.

2897. J. P. Buchet, M. C. Buchet-Poul i zac , & M. Druetta, Lifetime Measurements in 0 VI,

0 V, and 0 IV Between 100 and 1700 8, J. Opt. Soc. Am. 66, 842.

2898. N. N. Bulatov, Forbidden Helium Radio Lines, Sov. Astron. -AJ 20, 315.

2899. B. R. Bulos, R. Gupta, & W. Happer, Lifetime Measurements in the Excited S States of K,

Rb, and Cs by the Cascade Hanle Effect, J. Opt. Soc. Am. 66^, 426.

2900. J. Campbell, Jr. & C. E. Head, Beam-Gas Jet Lifetimes for 0 II, Phys. Rev. A 21,

1965.

1976

210
2901. B. L. Cardon, J. A. Leavitt, M. W. Chang, & S. Bashkin, Decay of the 2p3p Level of

0 III, "Beam-Foil Spectroscopy," Vol. 1, 251-258 (Eds., I. A. Sellin & D. J. Pegg,

Plenum Press, New York).

2902. L. R. Carlson, J. A. Paisner, E. F. Worden, S. A. Johnson, C. A. May, & R. W. Solarz,

Radiative Lifetimes, Absorption Cross Sections, and the Observation of New High-Lying

238

Odd Levels of U Using Multi-Step Laser Photoioni zation , J. Opt. Soc. Am. 66^, 846.

2903. L. R. Carlson, E. F. Worden, S. A. Johnson, C. A. May, R. W. Solarz, & J. A. Paisner,

Radiative Lifetimes, Transition Strengths, and the Observation of New High-Lying Odd

Levels in Atomic Uranium, "Abstracts--Fifth International Conference on Atomic Physics,"

260-261 (Eds., R. Marrus, M. H. Prior, & H. A. Shugart, Berkeley, Calif.).

2904. M. S. Z. Chaghtai, K. Rahimullah, & S. Khatoon, The Transitions 4p-5s in Y VI, Zr VII,

Nb VIII, and Mo IX, Phys. Scr. 14, 281.

2905. M. Chantepie, B. Laniepce, & J. Landais, Hanle Effect of Triplet Levels of the (6s, 7d)

Configuration of Mercury, Opt. Commun. 1^, 354. (Fr.)

2906. L. F. Chase, W. C. Jordan, J. D. Perez, & R. R. Johnston, X-Ray Spectrum of a LaserProduced Iron Plasma, Phys. Rev. A U, 1497.

2907. M. A. A. Clyne & L. G. Piper, Kinetic Spectroscopy in the Far Vacuum Ultraviolet.

3 4 3 Part 3. Oscillator Strengths for the 3s, 4s, and 5s S - 2p Transitions in Atomic

Oxygen, J. Chem. Soc, Faraday Trans. 2, 72^, 2178.

2908. C. L. Cocke, Beam-Foil Spectroscopy, "Methods of Experimental Physics--Spectroscopy ,"

Vol. 13, Part B, Ch. 5.1, 213-272 (Ed., D. Williams, Academic Press, New York).

2909. F. J. Comes & S. Pionteck, Laser Induced Photodissociation of ^2^5^' Radiative Lifetime

of the Metastable Iodine Atom (^P-1/2)'

2910. G. H. Copley, A Comparison of Self Broadening and Shift of Helium, Neon, and Argon

Emission Lines, J. Quant. Spectrosc. Radiat. Transfer 1_6, 553.

2911. C. H. Corliss, Oscillator Strengths for Lines of Ionized Uranium (U II), J. Res. Nat.

Bur. Stand., Sect. A 80, 429.

2912. C. H. Corliss, Line Strengths and Lifetimes of Levels in Neutral Uranium, J. Res. Nat.

Bur. Stand. , Sect. A 80 , 1

2913. C. H. Corliss & J. L. Tech, Revised Lifetimes of Energy Levels in Neutral Iron, J. Res.

Nat. Bur. Stand., Sect. A 80, 787.

1976

211
2914. R. D. Cowan & D. C. Griffin, Approximate Relativistic Corrections to Atomic Radial

Wave Functions, J. Opt. Soc. Am. 66^, 1010.

2915. R. J. S. Crossley, L. J. Curtis, & C. F. Fischer, Discrepancies Between Theoretical

and Experimental Atomic Oscillator Strengths of the Sodium Isoelectronic Sequence

Resonance Transition, Phys. Lett. A 57, 220.

2916. R. Crossley & S. Richards, Coulomb Methods in Atomic Transition Probability Calculations,

"Beam-Foil Spectroscopy," Vol. 1, 83-87 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press,

New York)

2917. L. J. Curtis, Lifetime Measurements, "Topics in Current Physics: Beam-Foil Spectroscopy,"

Vol. 1, Ch. 3, 63-109 (Ed., S. Bashkin, Springer-Verlag, New York).

2918. L. J. Curtis, B. Engman, & I. Martinson, Lifetime Measurements in Cu I and Cu II, Phys.

Scr, 13, 109.

2919. D. Cvejanovic, A. Adams, & G. C. King, Measured Lifetimes in Cadmium Using the ElectronPhoton Delayed Coincidence Technique, J. Phys. B 9^, 1657.

2920. M. Czempiel & H. J. Andra, Mean Lives of Rb II in the Visible and Vacuum Ultraviolet,

"Beam-Foil Spectroscopy," Vol. 1, 191-198 (Eds., I. A. Sellin & D. J. Pegg, Plenum

Press, New York).

2921. W. Dankwort & E. Trefftz, Oscillator Strengths and Collision Strengths in Si X,

Astron. Astrophys. 47^, 365.

2922. D. K. Datta, S. K. Ghoshal, & S. Sengupta, Hartree-Fock Wave Functions and Oscillator

Strengths for the Helium Isoelectronic Sequence, J. Quant. Spectrosc. Radiat. Transfer

16, 49.

2923. D. R. Beck & C. A. Nicolaides, Theory and Calculation of Excited-State Wave Functions

and Properties, Int. J. Quantum Chem. , Symp. No. 10, 119.

2924. A. Delage & J. D. Carette, Oscillator Strengths of Xe I Electronic Transitions Measured

by Electron Spectrometry, Phys. Rev. A 14, 1345.

2925. A. Delage & J. D. Carette, Oscillator Strengths of Kr I Electronic Transitions Measured

by Electron Spectrometry, J. Phys. B 9^, 2399.

2926. G. A. Doschek & U. Feldman, Diagnostic Forbidden Lines of Highly Ionized Elements for

Tokamak Plasmas, J. Appl. Phys. 47^, 3083.

1976

212
2927. G. W. F. Drake, Relativistic Corrections to Spin-Forbidden Electric-Dipole Transitions,

J. Phys. B 9, L169.

2928. M. Druetta & J. P. Buchet, Beam-Foil Study of Krypton Between 400 and 800 8, J. Opt.

Sec. Am. 66^, 433.

2929. P. D. Dumont, Y. Baudinet-Robinet, & A. E. Livingston, Beam-Foil Study of Nitrogen in

the Vacuum Ultraviolet, Phys. Scr. 1_3, 365.

2930. B. I. Dynefors & I. Martinson, Beam-Foil Study of S III-S VI, "Beam-Foil Spectroscopy,"

Vol. 1, 223-230 (Eds., I. A. Sellin S D. J. Pegg, Plenum Press, New York).

2931. A. Eibofner, Lifetime of the 4P State of Ionized Helium, Phys. Lett. A 58, 87.

2932. R. S. Ellis, The Solar Abundance of Titanium, Sol. Phys. 50, 261.

2933. Th. M. El Sherbini, Transition Probabilities and Radiative Lifetimes for Singly Ionized

Xenon, J. Phys. B 9, 1665.

2934. Th. M. El Sherbini, Line Strengths and Lifetimes for Kr II, Z. Phys. A 276, 325.

2935. Th. M. El Sherbini & S. Allam, Calculation of Line Strengths and Lifetimes for Doubly

Excited States in Be I, Atomkernenergie 27^, 61.

2936. B. Engman, J. 0. Stoner, Jr., & I. Martinson, Lifetimes of the 26099 cm"'' and

29973 cm"^ Levels in Er II, Phys. Scr. 13' 363.

2937. N. M. Erdevdi & L. L. Shimon, Experimental Investigation of the Lifetimes of the

Resonance Excited States of Gallium Atoms, Opt. Spectrosc. (USSR) 41_, 640.

2938. N. M. Erdevdi & L. L. Shimon, Lifetimes of Excited States of Indium, Strontium, and

Barium, Opt. Spectrosc. (USSR) 40, 443.

2939. R. J. Exton, Cesium Oscillator Strengths Measured with a Multiple-Path-Length Absorption

Cell, J. Quant. Spectrosc. Radiat. Transfer 16^, 309.

2940. M. Fabry, Theoretical and Experimental Determinations of Cesium Oscillator Strengths,

J. Quant. Spectrosc. Radiat. Transfer 1_6, 127.

2941. M. Fabry & J. R. Cussenot, Theoretical and Experimental Determination of Oscillator

Strengths of Transitions in the Cesium Atom, Can. J. Phys. 54, 836. (Fr.)

1976

213
2942. H. Ferfers, P. Klein, & D. Meiners, Measurement of the Transition Probability for the

Kr I Line 5871 8, Physica C (Amsterdam) 84, 292.

2943. C. F. Fischer, A Z-Dependent Representation of the Transition Integral, Phys. Scr. 14 , 269.

2 2 2944. C. F. Fischer, Oscillator Strengths for S - P Transitions in the Copper Sequence,

J. Phys. B ig, 1241

2 2 2945. C. F. Fischer, Oscillator Strengths for the P - D Transitions of the Al I Sequence,

Can. J. Phys. 54, 740.

2946. C. F. Fischer, Correlation Effects and f-Values in the Sodium Sequence, "Beam-Foil

Spectroscopy," Vol. 1, 69-76 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

2947. C. F. Fischer, Z-Dependence of Correlation Effects and f-Values in the Sodium Isoelectronic

Sequence, Can. J. Phys. 54^, 1465.

2948. C. F. Fischer, J. E. Hansen, & M. Barwell, Ab Initio Results for V I and Cr I, J. Phys.

B 9, 1841.

2949. M. Gaillard, H. J. Plbhn, H. J. Andra, D. Kaiser, & H. H. Schulz, On the Feasibility

of Pulsed Laser Excitation of Fast Atomic Beams, "Beam-Foil Spectroscopy," Vol. 2,

853-857 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

2950. Y.-K. Kim & J. -P. Desclaux, Spectroscopic and Bethe Cross Section Data for SodiumLike Ions, Argonne National Laboratory Report ANL-76-88, Part I.

2951. T. F. Gallagher, S. A. Edelstein, & R. M. Hill, Radiative Lifetimes of Excited p States

of Na, Phys. Rev. A U, 2360.

4 4 2952. S. Garpman & N. Spector, Transition Probabilities for the 5p 6p - 5p 6s Array of Xe II,

J. Opt. Soc. Am. 66, 904.

2953. E. E. Gibbs & P. Hannaford, The Hanle Effect in Atomic Vapours Produced by Cathodic

Sputtering, J. Phys. B 9, L225.

2954. M. Godefroid, J. J. Berger, & G. Verhaegen, A Priori Calculation of Atomic Oscillator

Strengths Using Correlated Transition States, J. Phys. B 9^, 2181.

2955. A. Goly, Experimentally Determined Transition Probabilities of Some Carbon Multiplets

in the Spectral Range from 2550 8 to 5100 8, Astron. Astrophys. 52, 43.

1976

214
2956. H. Gould & R. Marrus, Radiative Decay and Fine Structure of the 2 and the 2 S-| States of Helium-Like Krypton (Kr XXXV), "Beam-Foil Spectroscopy," Vol. 1, 305-316

(Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

2957. F. Gounand, P. R. Fournier, J. Cuvellier, & J. Berlande, Determination of Natural

Radiative Lifetimes for Highly Excited P States in Rubidium, Phys. Lett. A 59_, 23.

2958. P. F. Gruzdev & A. I. Sherstyuk, Use of Coulomb Functions with the Effective Orbital

Quantum Number for the Calculation of Oscillator Strengths in Many-Electron Atoms,

Opt. Spectrosc. (USSR) 40, 353.

2959. J. Hamel & J. -P. Barrat, Measurement of the Lifetime of Ion Energy Levels by Coherence

2 2 + Transfer in a Penning Collision. Application to the 4f Fy^^ ^nd F^^^ Levels of Mg ,

Opt. Commun. J8^, 357. (Fr.)

2960. J. Hamel-Garcia, G. Cremer, & B. Laniepce, Hanle Effect of the Triplet Levels of the

(4s, 4d) Configuration of the Zinc Atom, Opt. Commun. 16_, 289. (Fr.)

2961. H. Harde, Cascade Free Lifetime Measurements by Laser Excitation of Foil- or Gas-Excited

Beams, "Beam-Foil Spectroscopy," Vol. 2, 859-872 (Eds., I. A. Sellin & D. J. Pegg,

Plenum Press, New York).

2962. M. D. Havey, L. C. Balling, & J. J. Wright, Measurement of the ^P^ Lifetime in Sr,

Phys. Rev. A 23, 1269.

2963. P. H. Heckmann, E. Trabert, H. Winter, F. Hannebauer, H. H. Bukow, & H. v. Buttlar,

Lifetimes of 0 VI, 0 VII, and 0 VIII States by the Beam-Foil Technique, Phys. Lett.

A 57, 126.

2964. J. Heldt & H. Salajczyk, A New Method of Measuring the Lifetime of Excited Atomic and

Molecular States, Postepy Astron. 24, 33. (Pol.)

2965. A. Hibbert, Recent Configuration Interaction Studies in Atomic Lifetimes, "Beam-Foil

Spectroscopy," Vol. 1, 29-41 (Eas., I. A. Sellin & D. J. Pegg, Plenum Press, New

York).

3 2966. A. Hibbert, Oscillator Strengths of Transitions Involving 2s3£ L States in the

Beryllium Sequence, J. Phys. B 9^, 2805.

2967. E. A. Hinds & R. Novick, A Precise Lifetime Measurement of He^ (2 ^-1^2"^' "Abstracts--

Fifth International Conference on Atomic Physics," 204 (Eds., R. Marrus, M. H. Prior, &

H. A. Shugart, Berkeley, Calif.).

1976

215
2968. D. J. G. Irwin & R. Drouin, Recent Beam-Foil Mean Life Measurements in Fluorine V-VIII,

"Beam-Foil Spectroscopy," Vol. 1, 347-354 (Eds., I. A. Sellin & D. J. Pegg, Plenum

Press, New York)

2969. D. J. G. Irwin, J. A. Kernahan, E. H. Pinnington, & A. E. Livingston, Beam-Foil Mean

Life Measurements in Krypton, J. Opt. Soc. Am. 66_, 1396.

2970. D. J. G. Irwin & A. E. Livingston, Beam-Foil Spectroscopy of Sulfur in the Vacuum

Ultraviolet, Can. J. Phys. 54, 805.

2971. G. S. Janes, I. Itzkan, C. T. Pike, R. H. Levy, & L. Levin, Two-Photon Laser Isotope

Separation of Atomic Uranium: Spectroscopic Studies, Excited-State Lifetimes, and

Photoionization Cross Sections, IEEE J. Quantum Electron. QE-1

, No. 2, Pt. 2, 111.

2972. E. Jimenez & J. Campos, Indirect Population of Some Levels of Xe I in Excitation by

Electrons, An. Fis. 72^, 162. (Span.)

2973. W. R. Johnson & C. D. Lin, Relativistic Random Phase Approximation Applied to Atoms of

the He Isoelectronic Sequence, Phys. Rev. A 1_4, 565.

2974. W. R. Johnson, C. D. Lin, & A. Dalgarno, Allowed and Forbidden Transitions of HeliumLike Ions, J. Phys. B 9, L303.

2975. N. I. Kaliteevskii & M. P. Chaika, Level Crossing Method Compared with Recent

Achievements in High-Resolution Laser Spectroscopy, Sov. J. Quantum Electron. 6^, 387.

2976. S. 0. Kastner, Forbidden Transition Probabilities for Ground Terms of Ions with p or

5

p Configurations, Sol. Phys. 46, 179.

2977. T. Kato, Calculation of Oscillator Strengths of Dipole Transitions by the Coulomb

Approximation, Research Report No. IPPJ-243 (Institute of Plasma Physics, Nagoya

University, Nagoya, Japan).

2978. S. A. Kazantsev & E. S. Polzik, Investigation of Neon 4s and 3d Levels Using Alignment

in a Discharge, Opt. Spectrosc. (USSR) 4J_, 645.

2979. F. M. Kelly & M. S. Mathur, Lifetimes of Some Triplet Levels of Neutral Strontium,

Can. J. Phys. 54, 800.

2980. P. C. Kepple & J. Davis, Atomic Parameters and Rate Coefficients for Selected

Transitions in Al(XII), J. Quant. Spectrosc. Radiat. Transfer 1_6, 993.

2981. J. A. Kernahan & P. H.-L. Pang, Experimental Transition Probabilities of 'Forbidden'

Selenium Lines, Can. J. Phys. 54, 103.

1976

216
2982. J. A. Kernahan, E. H. Pinm'ngton, S K. E. Donnelly, Mean Life Measurements from Some

Nitrogen Lines Below 500 8, Phys. Lett. A 57, 323.

2983. Y.-K. Kim & J. P. Desclaux, Relativistic f-Values for the Resonance Transitions of

Li- and Be-Like Ions, Phys. Rev. Lett. 36_, 139.

2984. D. B. King & C. E. Head, Experimental Lifetimes for Selected Laser and Other Levels

of Ar"^, Phys. Rev. A U, 1778.

2985. G. C. King, K. A. Mohamed, F. H. Read, & R. E. Imhof, An Accurate Determination of

the Lifetime of the 4p ^D°^2 State in Argon II, J. Phys. B 9, 1247.

2986. J. Z. Klose, Measurement of Atomic Uranium Lifetimes for Isotope Separation, Proc.

Soc. Photo-Opt. Instrum. Eng. 76, 150.

2987. E. J. Knystautas & R. Drouin, Satellite Lines in Highly-Stripped Ions of B, C, N, 0,

and F, "Beam-Foil Spectroscopy," Vol. 1, 377-384 (Eds., I. A. Sellin & D. J. Pegg,

Plenum Press, New York).

2988. E. J. Knystautas & R. Drouin, Doubly-Excited States in N V and N VI, "Beam-Foil

Spectroscopy," Vol. 1, 393-400 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New

York).

2989. W. Kolyniak, T. Kornalewski, & K. Roszkowska, Multipole Lines in Spectrum of Bi II,

Acta Phys. Pol . A 49, 679.

2990. J. Kowalski & F. Trager, Hyperfine Structure of the 4s4p State of ^^Zn by Level

Crossing Spectroscopy, Z. Phys. A 278, 1.

2991. M. G. Kozlov, Determination of Absolute Values of Oscillator Strengths by Measuring

the Absorption of Two Spectral Lines, Opt. Spectrosc. (USSR) 40, 551.

2992. M. G. Kozlov & B. E. Krylov, Atomic Constants Characterizing the Absorption Spectrum

of Thallium Vapor in the 2030-600 8 Region, Opt. Spectrosc. (USSR) 41_, 428.

2993. L. L. Kuzmickyte & K. K. Uspalis, Oscillator Strength for the 3d'^4p 3d^As Dipole

Transitions in Singly Ionized Atoms of the Iron Group, Sov. Phys. --Collect. 16, No. 2, 46.

2994. C. S. Lage & W. Whaling, Transition Probabilities in Pr (II) and the Solar Praseodymium

Abundance, J. Quant. Spectrosc. Radiat. Transfer ^6, 537.

2995. B. Laniepce, J. Landais, & M. Chantepie, Measurement of Lifetimes of Triplet States

of (5s7s), (5s6d), and (5s7d) Configurations of Cadmium, Opt. Commun. ]9_, 92. (Fr.)

1976

217
2996. R. A. Lilly, Transition Probabilities for the Ne I 3p-4d Array, J. Opt. Soc. Am. 66,

971.

2997. R. A. Lilly, Transition Probabilities in the Spectra of Ne I, Ar I, and Kr I, J. Opt.

Soc. Am. 66^, 245.

2998. A. E. Livingston, New Identifications in the Spectra of Kr IV-Kr VII, J. Phys. B 9,

L215; 9, 2355.

2999. A. E. Livingston, Y. Baudinet-Robinet, H. P. Garnir, & P. D. Dumont, Radiative-Lifetime

Measurements for Si III 3s4s ^S, S V 3s4f ~^F°, and Si IV and S VI 4f ^F°, J. Opt. Soc.

Am. 66, 1393.

3000. A. E. Livingston, P. D. Dumont, & Y. Baudinet-Robinet, Configuration Mixing Between

2p3p and 2s4s in N IV, J. Opt. Soc. Am. 66^, 375.

3001. A. E. Livingston, P. D. Dumont, Y. Baudinet-Robinet, H. P. Garnir, E. Biemont, &

N. Grevesse, Beam-Foil Studies of Nitrogen, Sulfur, and Silicon in the Vacuum Ultraviolet,

"Beam-Foil Spectroscopy," Vol. 1, 339-346 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press,

New York)

4

3002. A. E. Livingston, H. Garnir, Y. Baudinet-Robinet, P. D. Dumont, E. Biemont, & N. Grevesse,

Radiative-Lifetime Measurements for Sulfur and Silicon Transitions Observed in Interstellar

Absorption Spectra, Astrophys. Lett. ]7_, 23.

3003. A. E. Livingston, J. A. Kernahan, D. J. G. Irwin, & E. H. Pinnington, Radiative-Lifetime

Measurements in Si 1 1 -Si V, J. Phys. B 9, 389.

3004. A. V. Loginov & P. F. Gruzdev, Radiation Lifetimes of Xenon Levels, Opt. Spectrosc.

(USSR) 41» 104.

3005. J. Lotrian, J. Cariou, & A. Johannin-Gilles, Determination of the Oscillator Strengths

of Sn(I) in the Ultraviolet (2400-4000 8), J. Quant. Spectrosc. Radiat. Transfer J6^,

315.

3006. W. L. Luken & 0. Sinanoglu, Oscillator Strengths for Transitions Involving Excited

States Not Lowest of Their Symmetry: Nitrogen I and II Transitions, J. Chem. Phys.

64, 3141.

3007. W. L. Luken & 0. Sinanoglu, Theory of Atomic Structures Including Electron Correlation.

V. Excited States Not Lowest of Their Symmetry and Oscillator Strengths in Neutral and

Singly Ionized Atoms, Phys. Rev. A 13, 1293.

1976

218
3008. W. L. Luken & 0. Sinanoglu, Oscillator Strengths for Transitions Involving Excited

States Not Lowest of Their Symmetry: Carbon I and Fluorine II Transitions, J. Chem.

Phys. 64, 4680.

3009. W. L. Luken & 0. Sinanoglu, Oscillator Strengths for Transitions Involving Excited

States Not Lowest of Their Symmetry: Oxygen I and Oxygen II Transitions, J. Chem.

Phys. 64, 1495.

3010. H. Lundberg & S. Svanberg, Determination of Natural Radiative Lifetimes for S and D

States in Rubidium and Cesium Using a Pulsed Dye Laser, Phys. Lett. A 56_, 31.

3011. L. Maleki, D. G. King, C. E. Head, & T. N. Lawrence, Beam-Gas Studies of Cu II, CI II,

and As II, "Beam-Foil Spectroscopy," Vol. 1, 217-221 (Eds., I. A. Sellin & D. J. Pegg,

Plenum Press, New York).

3012. J. V. Mallow & P. S. Bagus, Ultraviolet Oscillator Strengths for Carbon, Nitrogen,

and Oxygen Ions, J. Quant. Spectrosc. Radiat. Transfer 16^, 409.

3013. J. Marek & K. Niemax, The Influence of Collisions of Xe Atoms on the Lifetime of

Atomic States of Cs, J. Phys. B 9, L483.

3014. G. A. Martin & W. L. Wiese, Atomic Oscillator Strength Distributions in Spectral Series

of the Lithium Isoelectronic Sequence, Phys. Rev. A }3_, 699.

3015. G. A. Martin & W. L. Wiese, Tables of Critically Evaluated Oscillator Strengths for

the Lithium Isoelectronic Sequence, J. Phys. Chem. Ref. Data 5^, 537.

3016. I. Martin & G. Simons, New Procedure for Generating Valence and Rydberg Orbitals.

III. The Be Isoelectronic Sequence, Mol . Phys. 32, 1017.

3017. E. Meinders, Revised Analysis of the Cu IV Spectrum, Physica C (Amsterdam) 84, 117.

3018. J. Migdalek, Theoretical Oscillator Strengths for Some Transitions in P(III), As(III),

Sb(lII), and Bi(III), J. Quant. Spectrosc. Radiat. Transferee, 385.

3019. J. Migdalek, Theoretical Relativistic Oscillator Strengths. I. Transitions in Principal,

i Sharp, and Diffuse Series of Al I, Ga I, In I, and Tl I Spectra, Can. J. Phys. 54, 118.

i 3020. J. Migdalek, Theoretical Oscillator Strengths. II. Transitions in Principal, Sharp,

and Diffuse Spectral Series of Al III, Ga III, In III, and Tl III Spectra, Can. J.

Phys. 54, 130.

1976

219
3021. J. Migdalek, Theoretical Oscillator Strengths. III. Transitions in Au I, Hg II, Pb IV,

and Bi V Spectra, Can. J. Phys. 54, 2272.

3022. J. Migdalek, Theoretical Oscillator Strengths for Some Transitions in Si(II), Ge(II),

Sn(ll), and Pb(II) Spectra, J. Quant. Spectrosc. Radiat. Transfer 1_6, 265.

3023. K. Miyazaki, T. Watanabe, & K. Fukuda, Dispersion and Absorption Studies on the DoublyExcited 5p^ ^Pq

^ 2 States of Cd I, J. Phys. Soc. Jpn. 40, 233.

3024. K. A. Mohamed, G. C. King, & F. H. Read, Accurate Lifetime Measurements of Excited

States in Argon II Using the Photon-Photon Delayed Coincidence Technique, J. Phys.

B 9, 3159.

3025. A. Monteil, A. Bouvier, & J. Chevaleyre, Relaxation of the 2p-| Level of Neon in an Afterglow, C. R. Acad. Sci., Ser. B 282^, 91. (Fr.)

3026. C. M. Moser, R. K. Nesbet, & M. N. Gupta, Variational Bethe-Goldstone Calculations of

Atomic Oscillator Strengths. Be Sequence, Phys. Rev. A |3^, 17.

3027. J. R. Mowat, K. W. Jones, & B. M. Johnson, Excitation Energy of the (ls2s2p)^P°^2

State in Lithium-Like Aluminum, Phys. Rev. k U, 1109.

3028. H. P. Mlihlethaler & H. Nussbaumer, Transition Probabilities Within 2s^-2s2p-2p^ in the

Be I Sequence, Be I-Ni XXV, Astron. Astrophys. 48, 109.

3029. R. K. Nesbet, Stieltjes Imaging Method for Computation of Oscillator Strength Distributions

for Complex Atoms, Phys. Rev. A 14_, 1065.

3030. A. Ya. Nikolaich & A. L. Osherovich, The Radiative Lifetimes of the ^S and ^D States

of the Rubidium Atom, Vestn. Leningr. Univ., Fiz., Khim. No. 2, 44. (Russ.)

3031. H. Nubbemeyer, Measurement of Ar(I) and Ar(II) Transition Probabilities in LTE Arc

Plasmas, J. Quant. Spectrosc. Radiat. Transfer 16^, 395.

3032. H. Nussbaumer, On the EUV Spectrum of Fe X and Ni XII, Astron. Astrophys. 48, 93.

3033. A. L. Osherovich, A. Ya. Nikolaich, & Ya. F. Verolainen, Investigation of the Lifetimes

of Excited States of the Cesium Atom, Vestn. Leningr. Univ., Fiz., Khim. No. 3, 42.

(Russ.)

3034. A. L. Osherovich & S. A. Pul'kin, Measurement of Radiative Lifetimes of Excited States

of the Magnesium Atom, Vestn. Leningr. Univ., Fiz., Khim. No. 4, 40. (Russ.)

1976

220
3035. A. L. Osherovich, Ya. F. Verolainen, 113A. Ya. Nikolaich, & V. N. Privalov, Measurement

3 of Radiative Lifetimes of the 7 Sq, 6 D^, 6 S-j , and 5 ^ 3 Levels of Cd I with

Multichannel Delayed Coincidence Apparatus and with Crossing Atomic and Electron Beams,

Vestn. Leningr. Univ., Fiz., Khim. No. 1, 69. (Russ.)

3036. G. V. Ovechkin & L. E. Sandrigailo, Broadening of Calcium Spectral Lines in an Arc

Plasma, J. Appl . Spectrosc. (USSR) 24, 152.

3037. H. P. Palenius, L. J. Curtis, & L. Lundin, Beam-Foil Mean Life Measurements of the

3d4p ^P and -^F. Levels in Sc II, J. Phys. B 9, L473.

3038. W. H. Parkinson, E. M. Reeves, & F. S. Tomkins, Measurements of Sc I gf-Values, Proc.

R. Soc. London, Ser. A 351, 569.

3039. W. H. Parkinson, E. M. Reeves, & F. S. Tomkins, Neutral Calcium, Strontium, and Barium:

Determination of f-Values of the Principal Series by the Hook Method, J. Phys. B 9^,

157.

3040. D. J. Pegg, S. B. Elston, P. M. Griffin, H. C. Hayden, J. P. Forester, R. S. Thoe,

R. S. Peterson, & I. A. Sellin, Radiative Lifetimes and Transition Probabilities for

Electric-Dipole An = 0 Transitions in Highly Stripped Sulfur Ions, Phys. Rev. A 14,

1036.

3041. P. F. Liao & J. E. Bjorkholm, Optically-Induced Energy Level Shifts for Intermediate

Intensities, Opt. Commun. 1_6, 392.

3042. N. P. Penkin & V. A. Komarovskii, Oscillator Strengths of Spectral Lines and Lifetimes

of Excited Levels of Atoms of Rare Earth Elements with Unfilled 4f-Shells, J. Quant.

Spectrosc. Radiat. Transfer ]6^, 217. (Russ.)

3043. G. Pichler, Measurement of the Oscillator Strengths of Principal Series Lines of Cesium,

J. Quant. Spectrosc. Radiat. Transfer J6^, 147.

3044. E. H. Pinnington, Beam-Foil Spectroscopy at the University of Alberta, "Beam-Foil

Spectroscopy," Vol. 1, 235-250 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

3045. E. H. Pinnington, D. J. G. Irwin, A. E. Livingston, & J. A. Kernahan, Fluorine Mean Life

Measurements Below 1000 8 Using the Beam-Foil Technique, Can. J. Phys. 54, 1014.

3046. H. Puell & C. R. Vidal, Determination of Oscillator Strengths with the Phase-Matching

Condition, Opt. Commun. 19, 279.

1976

221
3047. A. J. J. Raassen, Th. A. M. van Kleef, & B. C. Metsch, Term Analysis of the System

3d^ - 3d^4p of the Fifth Spectrum of Nickel (Ni V), Physica C (Amsterdam) 84, 133.

3048. F. H. K. Rambow & L. D. Schearer, Radiative Lifetimes of Some Group II Ions by the

Hanle Effect in a Fast-Flowing Helium Afterglow, Phys. Rev. A 14_, 1735.

3049. F. H. K. Rambow & L. D. Schearer, Radiative Lifetimes and Alignment Depolarization

Cross Sections for Yb I and II by the Hanle Effect in a Flowing Helium System,

Phys. Rev. A 14_, 738.

3050. U. I. Safronova & A. B. Bolotinas, Wavelengths and Transition Probabilities for the

Nitrogen Isoelectronic Series, Czech. J. Phys. B 26^, 945.

3051. H. E. Saraph, Use of Frozen-Cores Wavefunctions for the Calculation of Oscillator

Strengths in Mg"^ and Mg, J. Phys. B 9, 2379.

3052. I. A. Sellin, Highly Ionized Ions, Adv. At. Mol . Phys. 12, 215.

3053. B. van der Sijde, J. W. H. Dielis, & W. P. M. Graef, Experimental Natural Lifetime

Determination of the Ar(II) Lower Laser Levels, J. Quant. Spectrosc. Radiat. Transfer

16, 1011.

3054. J. S. Sims, S. A. Hagstrom, & J. R. Rumble, Jr., Upper and Lower Bounds to Atomic and

2 2 Molecular Properties. III. Lithium Oscillator Strengths for Various S - P Transitions,

Phys. Rev. A 13, 242.

3055. 0. Sinanoglu, Theoretical Oscillator Strengths of Neutral, Singly-Ionized, and MultiplyIonized Atoms. The Theory, Comparisons with Experiment, and Critically Evaluated Tables

with New Results, "Topics in Current Physics: Beam-Foil Spectroscopy," Vol. 1, Ch. 4,

111-146 (Ed., S. Bashkin, Springer-Verlag, New York).

3056. 0. Sinanoglu & W. Luken, Predicted Lifetimes, Oscillator Strengths, and Wavelengths

of Highly Ionized Many-Electron Heavy Atoms (P XI to Sn XLVI), with Both Relativistic

and Correlation Effects, J. Chem. Phys. 64_, 4197.

3057. E. R. Smith, Electron-Impact Excitation of Atomic Oxygen, Phys. Rev. A 13, 65.

3058. P. L. Smith, Absolute Oscillator Strengths for the Iron Group: A Correction to the

Data of Warner for the Second Spectra and a Comment on Some of the Semi-Empirical

Results of Kurucz and Peytremann, Mon. Not. R. Astron. Soc. 177 , 275.

1976

222
3059. R. W. Solarz, J. A. Paisner, L. R. Carlson, S. A. Johnson, E. F. Worden, & C. A. May,

Observation and Study of High-Lying Rydberg and Valence States in Atomic Uranium by

Multi-Step Photoionization, Opt. Commun. 18^, 29.

3060. 6. S^rensen, Heavy-Element Beam-Foil Lifetime Measurements and Related Experimental

Problems, "Beam-Foil Spectroscopy," Vol. 1, 165-182 (Eds., I. A. Sellin & D. J. Pegg,

Plenum Press, New York).

3061. J. 0. Stoner, Jr., L. Klynning, I. Martinson, B. Engman, & L. Liljeby, Lifetime of

the 3d4p z ^P° Level in Sc II by Laser Excitation of a Fast Ionic Beam, "Beam-Foil

Spectroscopy," Vol. 2, 873-876 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New

York).

3062. J. 0. Stoner, Jr. & I. Martinson, Profiles of the Spectral Lines Near 2363 8 and

2577 K from Foil-Excited He, "Beam-Foil Spectroscopy," Vol. 1, 259-262 (Eds.,

I. A. Sellin & D. J. Pegg, Plenum Press, New York).

3063. A. Taszner, A. Kowalski, & J. Heldt, Decay Rate Measurements of Upper Laser Level in

He-Cd'^ Laser, Appl . Phys. H, 203.

3064. J. Tel 1 inghuisen & M. A. A. Clyne, Role of Hyperfine Structure in Atomic Absorption.

Oscillator Strengths in Br and I, J. Chem. Soc, Faraday Trans. 2, 72^, 783.

3065. U. Teppner, L. H. Gbbel , G. v. Oppen, & K. H. Martens, Polarization and Magnetic

Depolarization of Fluorescence Lines of Mg I Excited by Electron Impact Depending on

the Electron Energy, Astron. Astrophys. 52, 381. (Ger.)

3066. K. X. To & R. Drouin, Study of the Mean Lifetimes of the 2p, 3p, and 4p Levels of

Hydrogen-Like Boron, Can. J. Spectrosc. 21_, 21. (Fr.)

3067. E. Trabert, H. Winter, P. H. Heckmann, & H. v. Buttlar, Determination of Beam-Foil

Lifetimes < 100 ps with a Grazing Incidence Spectrometer, Nucl . Instrum. Methods 135 ,

353.

3068. J. C. Weisheit, C. B. Tarter, J. H. Scofield, & L. M. Richards, The Spectra of HeliumLike Ions in Laser-Produced Plasmas, J. Quant. Spectrosc. Radiat. Transfer 16^, 659.

3 3069. S. L. Varghese, C. L. Cocke, & B. Curnutte, Lifetime Measurements of the 2 P-j State

in Helium-Like Silicon and Sulfur, Phys. Rev. A 14, 1729.

3070. S. L. Varghese, C. L. Cocke, B. Curnutte, & R. R. Randall, Lifetime Measurement of the

^P^ State of Helium-Like Sulfur, "Beam-Foil Spectroscopy," Vol. 1, 299-304 (Eds.,

I. A. Sellin & D. J. Pegg, Plenum Press, New York).

1976

223
3071. S. L. Varghese, C. L. Cocke, B. Curnutte, & G. Seaman, Lifetime Measurements of the

^P^ State of Helium-Like Si and CI, J. Phys. B 9, L387.

3072. G. A. Victor, R. F. Stewart, & C. Laughlin, Oscillator Strengths for Ca I, Sc II,

and Ti III, "Beam-Foil Spectroscopy," Vol. 1, 43-50 (Eds., I. A. Sellin & D. J. Pegg,

Plenum Press, New York).

3073. G. A. Victor, R. F. Stewart, & C. Laughlin, Oscillator Strengths in the Mg Isoelectronic

Sequence, Astrophys. J., Suppl . Ser. 31_, 237.

3074. P. A. Voigt & R. L. Kornblith, Measurement of U I Relative Oscillator Strengths, J.

Opt. Soc. Am. 66^, 492.

3075. S. Watanabe, K. Kuroda, & I. Ogura, Line Width Measurement and Population Calculation

of a He-Cd Laser, J. Appl. Phys. 47, 4887.

3076. K. Weckstrdm & K.-E. Nysten, Beam-Foil Studies of 720 keV Aluminum Ions, Phys. Scr.

14-, 218.

3077. A. W. Weiss, Transition Probabilities for Ionized Atoms, "Beam-Foil Spectroscopy,"

Vol. 1, 51-68 (Eds., I. A. Sellin & D. J. Pegg, Plenum Press, New York).

3078. W. Wiese, Regularities of Atomic Oscillator Strengths in Isoelectronic Sequences,

"Topics in Current Physics: Beam-Foil Spectroscopy," Vol. 1, Ch. 5, 147-178 (Ed.,

S. Bashkin, Springer-Verlag, New York).

3079. W. L. Wiese & S. M. Younger, Atomic Oscillator Strengths in Fusion Plasma Research,

"Beam-Foil Spectroscopy," Vol. 2, 951-960 (Eds., I. A. Sellin & D. J. Pegg, Plenum

Press, New York)

3080. T. Wujec & J. Musielok, Measurements of Absolute Transition Probabilities of Sn I and

Sn II Lines by Method of Emission Spectroscopy, Astron. Astrophys. 50, 405.

3081. G. V. Zhuvikin, N. P. Penkin, & L. N. Shabanova, Resonance Broadening and Lifetime of

3 ^P° Level of Mg I, Opt. Spectrosc. (USSR) 41, 425.

1977

3102. G. Alessandretti , F. Chiarini, G. Gorini, & F. Petrucci, Measurement of the Cs 8S Level

Lifetime, Opt. Commun. 20, 289.

1976-1977

224
3103. T. Andersen & A. Lindgard, Radiative Lifetimes of Excited Levels in Three-Electron

Systems: Ga I, Ge II, As III, Se IV, and In I, Sn II, Sb III, Te IV, J. Phys. B 10.,

2359.

3104. T. Andersen, P. Petersen, & E. Biemont, Radiative Lifetimes for Excited States in

Doubly Ionized Elements (21 ^ Z £ 30) of Astrophysical Interest, J. Quant. Spectrosc.

Radiat. Transfer ]7_, 389.

3105. A. Arnesen, A. Bengtsson, R. Hallin, & T. Noreland, Lifetime Measurements of the La II

y '^F^ 2

2 ^"^^^ Beam-Laser Method, J. Phys. B 1£, 565.

3106. M. Aymar & E. Luc-Koenig, Relativistic Effects on Transition Probabilities in the Mg

Isoelectronic Sequence, Phys. Rev. A 25., 821.

3107. D. R. Beck & C. A. Nicolaides, High Spin and Mixed States in B I and B II, Phys. Lett.

A 61, 227.

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3143. J. E. Hansen, Mul ticonf iguration Hartree-Fock Study of the Interaction Between sp and

2 4

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3157. Z. I. Kupliauskis & A. V. Kupliauskene, Oscillator Strengths of 3s^3p'^ - 3s3p^"^^

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3158. C. D. Lin & W. R. Johnson, Oscillator Strengths for the Beryllium Isoelectronic

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3159. C. D. Lin, W. R. Johnson, & A. Dalgarno, Radiative Decays of the n = 2 States of HeLike Ions, Phys. Rev. A 15^, 154.

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3163. P. Martin & J. Campos, Lifetimes for Some levels of the 2p^4d, 2p^5d, 2p^4p, and 2p^5s

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3164. P. Martin & J. Campos, Experimental Absolute Transition Probabilities of Lines from

the 3d' (3/2)2 ^^^^^ °^ ^' —

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3166. H. E. Mason & H. Nussbaumer, On the Unidentified Forbidden Coronal Lines, Astron.

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3167. R. M. Measures, N. Drewell , & H. S. Kwong, Atomic Lifetime Measurements Obtained by

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3168. R. Mewe, Oscillator Strength Interpolation Formulae for Transitions to the Ground

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1977

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3169. K. A. Mohamed, G. C. King, & F. H. Read, Accurate Lifetime Measurements of Excited

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1977

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232
4. LIST OF AUTHORS

Author

Aarts, J.

Abjean, R.

Abrahamson, E. W.

Accad, Y.

Acinger, K.

Ackermann, F.

Adams, A.

Addink, N. W. H.

Adler, A.

Adiington, R. H.

Afanaseva, N. V.

Agarbiceanu, I. I.

Agnew, L.

Ahlenius, T.

Ahmad, S.

Albat, R.

Aleksandrov, V. Ya.

Alessandretti , G.

Ali, M. A.

Allam, S.

Allen, C. W.

Allen, L.

Allen, M. S.

Aller, L. H.

Reference No.* Author Reference No.*

•577 Allnutt, L

0 0 /] /I

oono oocn Al thoff

,

K.

1 n 7 39/

A 1 tl CK , Y

1

. L QIC mn oooo

1 yy J Altman, E

1 • y^lL) , 1 d4d , I 54/

on/1 o o/i o/i Amus 'ya

,

M, Ya

OACC. OOCT OOCO

1 m 9

\\J \ c Ande 1 , H

W. H . van 1 3/6

£DDb ,11^0,^0

\

b

,

c\) 1 y Andersen

,

T 107C T/I/IC

\ Lib , 1 44d , 1 44b

,

1447,1648,1649,

520 1650,1651 ,1842,

1844,1845,2050,

2209 2051 ,2052,2053,

onc/i 001 9 001/1 001 C 001 C 0017

0/ino o/ino o/ic7 £4U£ ,i:4Uj ,i:4D/ , oe,iiP. ocelli O/ICQ OC/IQ OC/IO ^4Do,^D4o,;:D4y, occn OQn/i ooco

/DU, /D 1 ,0 1

ooc/) oino oin/i ;:oo4 ,3 1 03 ,3 1 U4

1014 Anderson

,

D. K. 921

2210 Anderson, E. K. 1015,1129,1448,

once once ooio

o/i no Anderson, E. M. 754,817,1015,

2465 11 29,1 1 30,1 131 , T/i/io or\(rc OACiir 1448,2055,2056,

221

OOIO 22 1

8

0 1 no 1 \ 02 Anderson

,

M . T o/icn o/i7n OCC1 Z4D9,ii4/0,dbbl

1441 ,1442,1443, Anderson

,

R. J. 1132,1449,1587

1644,1645,1838,

1839,1840,2212 Anderson, T. P. 1388

2935 Andra, H. J. 2219,2220,2471 , occo 07nn oocc cbOL ,^ /Uy , ^oob

,

TOO 'iClC. l\l\~J OOOn OQ/IQ ^y^u,i:y4y

ZlZl^^ ^^Q 7^?

1841 Andreev, E. P. 922

1444 Andrews, L. J. 2048

2860 Anisimova , G . P. 1975,2474

247,367,422, Ankudinov , V . A. 922

573,608,1040,

1350,2511 Antena, A . A 1450

''The numbers refer to paper identification numbers of Part 3.

233
Author Reference No.* Author Reference No.*

Antropov, E. T. 2167 Bakker, C. J. 377

Archambault, Y.

Armstrong, B. H.

Armstrong, L. , Jr.

Hi Iltrbtrf I ^ r\

522

865,1016

1451 ,2653,2866,

?i fin

?fi54 7867 3105

Bakos, J.

Bakosh, I.

819,1017,1018,

1133,1134

2226

?fil7 ?filR ?7n7

2708,2962,3145,

?lZlfi ?147

Arr;=ithnnn R 1846 1847 Ranfield F P ???7 ???8

r\ii I *-^\ \ \ \ \ I y U. r. 2475

flr1"iniip .1 —

2296 1 U J J

nbaau ^ M . oDel 1 1 Cy ) n. C

1653 2057 2338 R;*y^L'Pv^ Da 1 [ 5

.1U . MA . ?7fifi

2868 2869 uaiixcij u. r\. 1 ?78

Atkin<;nn J R 2797 Ray^nav^rl A .1 1 478

Augusta, N. 2024 Barnsley, M. F. 2658

Auslander, J.

Austern, N.

Austin, J. M.

Avilova, I. V.

nyiiia I 5 ri

,

220

342

1562

2655

1654 7058 2221

2222,2223,2476,

2656 2671 3106

Barrat, J. -P.

Barrat, M.

Barrette, L.

RDalUoLilKd, a v^i 1 c h 1^ a fxu.

450,456,523,609

755,820,924,

1019,1033,1 201 , 2535,2536,2959

755,821 ,1020

1657,1946,2229,

??3n 2478 2659

L. uu u

21 34 Dai Wc II, ri

Bachmann, W. 2224 Baschek, B. 756,1658

Backx, C.

Bastlein, Chr.

Bagaev, S. A.

Baghdadi , A.

Bagus, P. S.

Baird, J. C.

Baker, J. C.

Baker, S. C.

Bakhtovarshoev, Sh.

Bakken, G. S.

2657

1452

2342,2870

2225

2124,3012

2113

247

1848

1234

1204

Bashkin, S.

Bates, D. R.

Bates, G. N.

Batson, C. H.

Bauder, U.

Baudinet-Robinet, Y.

822,1021 ,1028,

1135,1283,1302,

1454,1461 ,1462,

1671,1717,1770,

1849,1859,1955,

2231 ,2901

303

2232

2882

1136

2661 ,2770,2871 , 2929,2999,3000,

3001 ,3002,3139,

3140

*The numbers refer to paper identification numbers of Part 3.

234
Author Reference No.* Author Reference No.*

Baumann, M.

Baumann, S. R.

Baumgartner, G.

Baylis, W. E.

Beauchemin, G.

Beck, D. R.

Becker, U.

Bednar, J. A.

Beer, H.

Behmenburg, W.

Behringer, K.

Beigman, I. L.

Bel in, G.

Bell, F.

Bell, G. D.

Bell, R. A.

Bellisio, J. A.

Belousova, I. M.

Belova, Z. V.

Bely, 0.

Bely-Dubau, F.

Bengtson, R.

Bengtsson, A.

Bennett, R. G.

Bennett, W. R. , Jr.

1012,1022,1456,

1850,1851

1659

1452

1888

2060

2061 ,2379,2380,

2479,2480,2603,

2604,2787,2788,

2789,2872,2873,

2874,2875,2923,

3107,3172

2481 ,3108

2504,2505,2662

1660,1853

2713

2876

1457,1661 ,1854

1855,2298,2482

2798

482,525,610,

1024,1662,2664,

2877

1856

1663

611

2234

1664,2431

2235,2665

1577,1665,1857,

1966,2141 ,2370,

2580,2878

2654,2867,3105

526

926,1025,2167,

2283,2512,2688

Berg, H. F.

Berger, J. J.

Berger, R. A.

Bergstrom, I.

Berkner, K.

Berkowitz, J.

Berlande, J.

Bernabeu, E.

Bernhardt, A. F.

Berry, H. G.

Bershader, D.

Bersuker, I. B.

Berthel , R. 0.

Bethe, H. A.

Betz, H.-D.

Beyer, L. M.

Bhalla, C. P.

Bhardwaj, S. N.

Bhaskar, N. D.

Bial as-Zabawa , A.

Bickel , W. S.

824,1138,1139,

1140,1500

2954

969

1460,1463,1762

927

1281

2957

2399

2879,2880

1454,1461 ,1462,

1666,1667,1668,

1670,1671 ,1678,

1698,1762,1858,

1859,1860,1861 , 1862,1863,1882,

1962,2005,2062,

2063,2064,2236,

2237,2253,2483,

2484,2881 ,2882,

2883,3109

1316

452

1426,1621 ,1813,

2025,2437

453

2798

1714

1672,2238

2484

2884

825,1027

1028,1029,1282,

1283,1302,1454,

1460,1461 ,1462,

1463,1563,1666,

1670,1671 ,1717,

1754,1761 ,1762,

1763,1859,1955,

1962

*The numbers refer to paper identification numbers of Part 3.

235
Author Reference No * Author Reference No *

Bielski , A. 2666 Boldt, G. 484,758,1145

Biemont, E. 2239,2240,2241

,

Bolotinas, A. 368,425,437,563,

2485,2487,2488, 3050,3185

2514,2661 ,2667,

2885,2886,3001

,

Bol ouri , H

2601

3002,3104,3110,

3111 ,3140 Bondar' , V. A. 1673

Bieniewski, T. 826,827,1284, Bonham, R. A. 2069

1864,2887

Bont, M. J. de 264

Biermann, L. 294,314

Borisov, E. N. 2794

Bigeon, M.-C. 929,1143

Boruta, J. 2068,2892

Billeter, W. 164,165

Bott, J. F. 1030

Birkhahn, R. 1865

Bouchiat, M. A. 2893

Birot, A. 2296

Bouma, T. 107

Bitter, F. 350

Boutron, F. 456

Bjorna, N. 2243

Bouvier, A. 3025

Bjorkholm, J. E. 3041

Bowen, J. R. 1583

Black, J. H. 2065

Boyarchuk, A. A. 564

Blackwell , D. E. 2066,2669,2888,

2889 Boyarchuk, M. E. 564

Blagoev, K. B. 2890,3112,3113, Boyarskii, K. K. 2245,2670

3114

Bozman, W. R. 686

Blaha, M. 455,1866,2683

Braimanas, M. 563

Blaise, J. 2891

Braithwalte, W. J. 2372

Blamont, J. E. 463

Brand, J. H. 1674,2246

Blandin, J. 1291

Brand, W. 3188

Blaton, J. 143

Brandus, L. 2894

Bobashev, S. V. 922

Brannen, E. 398

Bober, L. 1464,1520

Braun, M. 2694

Bodenstedt, E. 1784

Braun, W. G. 1715

Boer, K. S. de 2489,2490

Brecht, J. 2247

Boersch, H. 931

Brehm, B. 613

Bogdanova, I. P. 2244

Breit, G. 141 ,547

Bogdanovicius, P. 2068,2892

Bridges, J. M. 1146,1618,1675,

Bogudlov, A. M. 1144 1676,1867,2248,

2491

*The numbers refer to paper identification numbers of Part 3.
Author Reference No.* Author Reference No.*

Bridgett, K. A. 1147,1465,1677 Buchet, J. P. (cont.) 2253,2254,2255,

O/IOO 0C"70 oon"7 Bndwel 1 , L. B. 1/14

Brieger, M.

1 1 /I O

1 1 48 Buchet-Pou n zac , M.-C. TCnn l/TOO

1 307 ,1 590 , 1 688,

(al so Poul 1 zac , M. -C .

)

iTAn T"7nr» i"7iT 1709,1710,171 1

,

Briggs, J. S. 1 868 TOA"? TOAO inOT 1897,1898, 1983,

1984,1985,2071 , Brinkman, H. 225 2072,2236,2251

,

2252,2253,2254,

Brinkmann, U. 1466,1467,1468 2255,2493,2897

Brochard, J. 0070 Buchhaupt, K.

11111 1/l"70 On"70

1 1 bl

,

1^/1,10/3

Brochu, M. Buchta, R.

1/I/~A 1/1»"1 1/"/*"7 1460,1463,1657,

I^T^TO 1^"70 ICTA

1 DDO , 1 D/O , 1 b/y

,

Broek, Th. H. van den 1"7CO 10A0 locn

1 76^: , I oOZ , 1 860

,

IQCl 1Q7n lOQ"^

1 OD 1 , 1 o/ U , 1 boo

,

Brog, K. C. 1 1 49 OAAC Olio 007/I 2005 ,21 1 2 ,2274 , 2363

Bromage, G. E. OTIC OTT^T Oil"?

31 18,31 19 Bucka, H. 61 5 ,681 , 1 035

,

1ATC 1A07 1AOO

1 036 , 1 03/ , 1 038

,

Brortiander, J. 1463,1667, 1668, 10A"7 1 A ~I A in~71 1287,1474,1871 , 1678,1679,1698, 2601 ,31 08

1762,1802,1860,

1861 ,1869,1882, Budick, B. 1288,1681

2005,2231 ,2249,

2250,2694 Buldt, G. 1731

Brooks, N. H. 31 20 Bues, I.

T /I "7 C

1 475

Brosa, B.

1 /I c o Bukow, H. H.lof^c oocc o/ion

1 996 ,1:1:00 ,£43U

,

0"7T7 OnCO 0101 2/2/ ,2963 ,3121

Brossel , J.

o/in ocn /ICC /ICO 349,350,456,463

Bulatov, N. IN. oono £898

Brown, C. G. 3^U 1 Bulos, B. R. 00 no 2899

Brown, L. 1653,2338

Bureeva, L. A. 1476

Brown, M. 1794,1895,1999,

2376,2390 Burger, J. M. 1872

Brown, R. T. 2070 Burke, P. G. 2075,2673,2762

Brown, W. A. 1032 Burkhalter, P. G. 2495,2674,3122

Bruck, H. 226,249 Burnham, R. 1682

Brule, M. 1033 Burns, D. J. 1090,1364,1365

Brunet, H. 2296 Burns, J. 2137

Bruneteau, A. M. 2492 Burris, R. W. 824

Brzozowski, J. Burshtein, M. L.

1A"7C 0/)A£" OTA/I

1 975 ,2496 ,2794

,

OPTO OOAC 2518,2895 2795

Buchet, J. P. 1150,1471 ,1983, Burton, K. S. 1135

1984,2071 ,2072,

2236,2251 ,2252, Butaux, J. 609

*The numbers refer to paper identification numbers of Part 3.

237
Author Reference No.* Author Reference No.*

Buttlar, H. v.

Byard, P. L.

Bychkova, T. V.

Byron, F. W. , Jr.

Cabannes, F.

Cameron, S.

Camhy, C. (also Camhy-Val , C.

)

1996,2158,2159,

2256,2412,2413,

2963,3067,3193,

3194

1155

1156

830,831

1291

1683

1290,1477,1685,

2665,2675

Ceyzeriat, P.

Chaghtai , M. S. Z.

Chaika, M. P.

Chamberlain, J. E.

Chandler, C. D.

Chang, M.-W.

1590,1688,1700,

1709,1876,1897,

1985

2498,2904

879,920,1075,

1224,1549,1736,

1765,1936,1949,

2325,2326,2870,

2975

791

462

2901 ,3125

Camm, D. M.

Campbell , H. D.

Campbel 1 , J . , Jr.

Campos, J.

2076,2508

1478

2900

1873,2090,2257,

2258,2444,2497,

2545,2972,3163,

3164,3165

Chantepie, M.

Chapelle, J.

Chapman, R. D.

Chappey, B.

Chase, L. F.

2677,2758,2905,

2995

1291 ,2591 ,3195

1040,1480,2261

2279

2906

Camus, P. 1686,2891 Chashchina, G. I. 1041 ,1157,1292

Cardon, B. L. 2901 Chebotaev, V. P. 1047,1248

Carette, J. D. 2924,2925 Chen, C. J. 1689,1877

Cariou, J. 2773,3005 Chen, C. L. 2262

Carleton, N. P. 1079 Chen, I.-H. 2080

Carlson, L. R.

Carnevale, E. H.

2902,2903,3059,

3123

1223,1426,1621

Ch'en, S.-Y.

Chenevier, M.

527

1158,1481 ,1482,

1690,1878,2499

Carre, M. 1687,1874,1875,

1899,2072,2259,

3124

Cheng, K.-t.

Cherepkov, N. A.

2500,3126,3127

2466,2861 ,2862

Carrington, C. G. 1479,2077 Chernysheva, L. V. 2466

Carriveau, G. W. 2395,2590 Cheron, B. 820

Carter, V. L. 1734 Chevaleyre, J. 3025

Carter, W. W. 306 Chiarini, F. 3102

Castle, B. 467 Chien, C. W. T. 2079

Caves, T. C. 2078,2676 Chihara, M. 2611 ,2829

*The numbers refer to paper identification numbers of Part 3.

238
A 1 1 -f-hn v Rpfpypnrp Nn * Ai i"h hnr Rp-fprpnrp Nn *

r hi n Rt nn ^ L»ri 1 ii-D 1 riy 9 0 . n

If^Ql IfiQ? 7?^"^ frn'^n VjU .1 -1 J all) u . ~ L . i;?Q Q?n

^ v)U 1 1033 1201 ?677

^010

2066

CDKJC ) C.O 1 7

Chmiela, J. 2800

Comes, F. J. 2909

Chojnacki, D. A. 1699,1948,2409,

2410 Commins, E. D. 3171

Chong, D. P. 1293 Condon, E. U. 529

Chung, K. T. 2080 Conrads, H. 1296

Chung, S. 2335 Constantinides , E. 2277

l?q4 17nfi 1777 fnnk T R 2821

P n n nP .1 IaI 684

2354

C nnnpr W S T T T 927

fhurchill G fi 2303

Copeland, G. E. 1881

Ciplys, J. 618,683

Pnnl p\/ n \ C I c. J

I Oc. / y C.DVO ,

L< I a I Is. 9 u . n . 1 D^O

,

CVO 1 ?Qi1 nu

R?? RQ? QRfi P r\Y*rny^r\ P T ??Q5 t. t. J r r\Y^rrtY*^Y\ IaI H 1086 1 3na 14Q?

1 040

PuUiuuvtrr nvHn\/ov^ D I-l 9 r\ . n. O OH

/

Prw^lncc P H RRfl fififi 8"?^ JOU ,DOD ,OO0

,

C 1 ;4ia/c n n .1 F you ,yoD , 1 UHO

,

1164 1297 1298

riprnHpirin .1 F 208? 2125 1694 2911 2912

1 y lie 5 ri , n . n

9^0'^ ?Q07 ^Ofid

V^U 1 1 Icy 9 n . M7Q IfiQR ?Oftfi

1 042

PnI^U vn1 1 1 T

i 11 11 PC M ) 11. t. u / o 1674 1880 2246

2266 2267 2268 ^Uil Ivjall) 0> U> L)> 843

2504 t-JVjT^ jt-^UvJ 2505 jt-vJUU 2506 ) 2507 2662 2908 PnrtP7 ^Ul OC^y .1O. -1L. MII. 2070

^OfiQ ?07n ^071

Pr\i LUULUTaUU) 1 ^ 1 1 1 1 (H 1 P J. Iw/ O 1 L. ^ fnHl inn 1^ 0 / U 5 1 1 Jj? P iritis n D n 1 1 f^f^i 1 "^00 1 "^1 1

1 t DO , 1 OUu 9 1 0 1 1 ) L'U ricrll J ri

OOO 9 1 1 QU , 1 1 D 1 , 11(^9 1 ID^5 l^Q'^ ^^f,7 lJU / ) 9nQQ 991C\ 997^

1683,1766,1964, 2495,2509,2520,

2016,2083,2084, 2674,2689,2698,

2085,2170,2365, 2914,3115,3119,

2594,2767 3122,3130

Cowley, C. R. 1167,1251

*The numbers refer to paper identification numbers of Part 3.

239
Author Reference No.* Author Reference No.*

Crance, M.

Crandall, D. H.

Creek, D. M.

Cremer, G.

Crosley, D. R.

Crossley, R. J. S.

Crosswhite, H. M.

Cucurezeanu, I.

Cummings, F. E.

Cunningham, P. T.

Curnutte, B.

Curtis, L. J.

Curzon, F. L.

Cussenot, J. R.

Cuvellier, J.

Cvejanovic, D.

Czempiel , M.

Czernichowski , A.

Czyzak, S. J.

Dalby, F. W.

Dalgarno, A.

1697,2272,2273,

2679

2680

1363

2087,2960

2615

1168,1484,2915,

2916

316

750,751 ,815

2681

1169,1301

1302,1674,1880,

1980,2246,2266,

2267,2504,2505,

2506,2507,2662,

3069,3070,3071

1698,1699,1802,

1860,1863,1870,

1882,1883,1948,

2005,2062,2274,

2363,2409,2510,

2577,2695,2867,

2868,2869,2915,

2917,2918,3037

1389,2076

2941

2957

2748,2919

2920

1817,2682,2805,

3131

761 ,836,959,

1044,1073,1284,

1350,2511

526,2079

457,487,565,833,

1168,1170,1303,

1310,1485,1884,

1952,2021 ,2078,

2276,2277,2347,

Dalgarno, A. (cont.)

Damaschini, R.

Darnel incourt, J. J.

Damgaard, A.

Damm, F. L.

Dankwort, W.

Darrigo, R.

Datla, R. U.

Datta, D. K.

Davidovits, P.

Davis, C. C.

Davis, J.

Davis, M. H.

Davis, S. L.

Davis, S. P.

Davis, W. A.

Dawe, J. A.

Dawson, H. R.

Dawson, J. F.

Day, 0. W.

Deakin, J. J.

Decomps, B.

Deech, J. S.

Degenkolb, E.

Dekker, E.

Delage, A.

Delgado, A.

Delibas, M.

Demtroder, W.

2566,2583,2824,

2974,3138,3159

2278

3132

303

1885

2921

2279,2569

1950,2088,2096,

2683

2922

1663

2280

1886,2547,2689,

2980

404,482,525

2684,2817

1425

3133

703

1066

2617

3134

1887

1304

1888,2685,3135

2686

1486

2924,2925

2090

2091 ,2281

613,687,3188

''The numbers refer to paper identification numbers of Part 3.

240
Author Reference No.* Author Reference No.*

uems, A. lien 1 one T '5ri7 Donahue, D. J . 1 ncQ 1 Ubo

1/lQQ 1/im 14/1 ,1 4oo , 1 4y 1

,

1 coo 1 7nn 1 7m 1 DcSo, 1 /UU, 1 /(J 1 , Donal dson

,

-

, b

oc no

1 7T O 1 07C inoo {/Id, 1 o/D , 1 yjo

Donin, V. I 1047

Dennis, L. P. 1998

Donnally, B . L

loon i"7n/i none Derblom, H. byb I yyy , Joy

uerwent, K. h. Donnelly, K . L . OOOO OCTO ocoo

onoo OT CO OT "70 n A A C \/ uesai , b. V

T Qno 1 /I no 1 oUo , 1 49;: Donovan, R. J

T n /I o

1 048

Desclaux, J. P. 0CO7 onm onoo ^:Do/,^9bO,(:983

Dontsov, Yu T £r o o Descoubes, J. -P. /I oo coo nyl

c

Dontch, M. l \ 5b,(i396

Desesquel 1 es , J

1 1 cn 1 one 1 on7

l/tC/I l/ICI 1/171

1 4b4 , 1 4d 1 ,14/1

,

Doschek, G.

AA. onno ocon '^c\'^c ^:093,<:5o9,i:9^:6.

1 bUb , 1 d4o , 1 049 , OI OO 3 1 LL Tccn 1COO 1 ObU, 1 Db 1 ,1 boo

,

1711 1710 1 Qcn 1 / 1 1,1/1^,1 oby

,

Dosinas, G. T OQ/i 1 /I no IQCO 1 07/? 1 07C 1 oD^: , lo/4, lo/b.

1 Qon onco 0007 1 oyu , (CUbo ,1161

,

Dotchin, L. 1.1 W

1 On/I 1 7nC 1777 1 iiy4 , i /Ud , i // / , 99(^/1 991^Q 9RR'? Doucet, H. J

o/i no £4y£

/17R

Doughty, B. M

M. \ Odd ueue 1 , K. w.

O OO OJO

Douglas, A.

cs

589

uevine, K. K.

o nno Dow , J . D

1 049

Dexter, u. L.

yi oc 435

Drake, G. W . F. loin 1/loc 1/ln/l 13 10,148b, 1494,

uezatra, K. L. 07C 1 1 71 1 onn o/d, 11/1,1 J09, 1 1 r\~l 1 on^ onn/l

1 /O/ , 1 896 , i:094

,

901 A or^Qc: ooQ/i oci o on07 ^9^:7 Dickerman, P. J. 838

Drapatz, S. W. 1496

Dickie, L. 0. 1702,1891 ,1892,

2282 Dreux, M. 1477,1685,2675

Dickinson, H. 0. 1 7no 1 /UJ Drewel 1

, N

Jib/

uiens, J. w. H. onco j(Jb3 Drouin, R. TCC7 inoo in/i^" 1657,1938,1946,

oncn ooon ooon iiOoOj^^iiy ,i^i:JO,

Dienes, A. 1 7n/i

1 /(J4 ooon 0001 OOOO ^:J30,i::JJl jiiJJii,

0/I70 OCCO OCCf^ Dinkelacker, 0. 1 U

07C;0 OflCQ 0nQ7 ^/bii j^yoo ^{L3ol , OOQQ once OTC/l Dobrin, R. 0 0/10

^^/^^- T 1 I.I urti 1 , W

1 1 CI

1 1 D 1 uoDro 1 ezn > b . v

OCC7 ^bb/

Druetta, M. i/in7 icon 1 coo 1 4y/ , 1 byO , 1 boo.

Do Cao, G. OOC/l I7nn i7Tn I7ii 1 /Oy ,1/10,1/11,

1 07n 1 on7 1 ono 1 o/y , 1 yy / , 1 yyo

,

r\^AA 1 hi UOad, d. IN.1 7 nc

1 /Ob inoc onnc oc701 985 ,^:096 ,2672

,

9QQ7 OQOQ ^oy

/

,CVCO

Dodsworth, B. 1893

Ducas, T. 2622

Dohnalik, T. 1894

*The numbers refer to paper identification numbers of Part 3.
Author Reference No.* Author Reference No.*

Duclos. J 1020 Eissner, W. 1499,1713

Duerre, D. E. 2879,2880 Eliason, A. Y. 160

Dufay, M.

Dufayard, J.

Dugan, C. H.

Dumont, A.-M.

1150,1305,1307,

1471 ,1491 ,1505,

1700,1712,1862,

1874,1875,1876,

1898,1899,1980,

2063,2071 ,2237

1158

1050

1290,1477,1685,

2665,2675

Eliseev, V.

Ellett, A.

Ellis, D. G.

Ellis, P. G.

Ellis, R. S.

El Sherbini, Th. M.

2324

75,140

1798,2410

2516

2932

2517,2691 ,2692,

2693,2933,2934,

2935

Dumont, M. 1304 Elston, S. B. 3040,3176,3177

Dumont, P. D.

Dunn, G. H.

Dunning, F. B.

Dupree, A. K.

2097,2514,2661 , 2770,2871 ,2929,

2999,3000,3001 , 3002,3139,3140

2680

2806,2821

1172

Elton, R. C.

Emeleus, K. G.

Emmoth, B.

Engler, H. D.

Engman, B.

1173

1090

2694

427

2357,2695,2918,

2936,3061

Dvornikova, I. V. 490 Erdevdi , N . M. 2937,2938,3189

Dynefors, B. I. 2690,2930 Erdmann, T. A. 2098

Eberhagen, A. 399 Eremenko, A. M. 2387,2796

Eck, J. van

Eck, T. G.

1934,3198

1149

Erman, P. 2112,2286,2287,

2518,2519,2696,

2895

Eckerle, K. L. 824,1239 Ervens, W. 1140,1500

Edelstein, S. A. 2710,2951 Estabrook, F. B. 332

Ederer, D. L. 1159 Etherton, R. C. 1714

Edlen, B. 251 ,269 Euwema, R. N. 2511

Eglais, M. 0. 1448 Evans, D. L. 1715

Ehrich, H. 2515 Evans, J. C. 2268

Eibofner, A. 1850,1900,2931 Evans , W . F . J937

Eichler, J. 1035 Exton , R. J. 2939

Eicke, H. F. 690 Fabri kant , I

2026

Einfeld, 0. TOT! Tr»(^T 1871 ,1901 Fabnkant, v. A.

Einstein, A. 2,3 Fabry, M. 2940,2941

*The numbers refer to paper identification numbers of Part 3.

242
Author Reference No.*

Fairbairn, A. R. 1501

Fairchild, C. E. 832,986,2288

Fajen, F. E. 1796

Fan, C. Y. 1390

Farghaly, A. S. 2289

Faust, W. L. 839

Fawcett, B. C. 1311 ,2099,2520,

2698,3115,3116,

3117,3118,3119

Feichtner, J. D. 1174

Feiertag, D.

| 2290

Feinberg, G. 1902,2572

Feklistova, T. 1903,2383,2790

Feldman, P. 762,1 312

Feldman, U. 1295,2495,2689,

2926,3122

Feneuille, S. 1654,1716,1904,

2100,2521 ,2653

Ferfers, H. 2942

Ferrari 0, A. 2291

Fielder, W. R. 2866,3160

Figger, H. 2098,2522,2699,

2728,2818

Filippov, A. 76,117,131 ,134,

149,1 50,151 ,1 55

Fink, U. 1717

Firor, J. 693

Fischer, C. F. 458,846,941

,

{also Froese, C.

)

T^i"^ irtr"ii 1052,1053,1054,

1179,1180,1314,

1315,2292,2523,

2524,2700,2701

,

2702,2915,2943,

2944,2945,2946,

2947,2948

Fischer, E. 1807

Fitchard, E. E. 2123

*The numbers refer to paper identification

Author Reference No.*

Fliflet, A. W. 2525,2703

Flower, D. R. 2293,2526,2704,

2705,2706,3136,

3137

Fock, V. 168

Forbrich, C. A. , Jr. 1316,2294

Ford, L. 2583,2793

Ford, W. K., Jr. 1653,2338

Forester, J. P. 3040,3176,3177

Forsman, E. N. 2295

Foster, E. W. 694,695,842,

1175,1718

Fournier, P. R. 2957

Fowler, R. G. 843,938,1737,

1965,2827

Fox, J. L. 3138

Freeman, F. F. 1905

Frerichs, R. 31

Friedrich, H. 1502,1719

Friedrichs, H. 844

Frish, M. S. 894,1099

Frish, S. E. 319,1178

Froese, C. (also Fischer, C. F.)458,846,941 , 1052,1053,1054,

1179,1180,1314,

1315,2292,2523,

2524,2700,2701 , 2702,2915,2943,

2944,2945,2946,

2947,2948

Fry, E. S. 1424,1504

FUchtbauer, Chr. 1,4,9,10

Fuhr, J. R. 2832

Fujie, D. 2826

Fukuda, K. 2782,3023

Furcinitti, P. S. 2618,2707,2708

of Part 3.

243
Author Reference No.* Author Reference No.*

Fursova, E. V. 869 Garton, W. R. S. 570,590

Q U 1 Q 9 l\ • 1722,2407 Garz, D. 2300

Gabriel . A H. 1723,1905,2101 Garz, T. 1509,1658,1724,

2301

fnfl hri p1 "^p n 2883

Gaupp, A. 2219,2220,2576,

Rail lard F 1505 2577 2652 2695

Rail lard M 1317,1505,1687,

1701 1874 1875 Gau'itad J E 627

1899,2259,2471

,

2483,2652,2709, Ga viola, E. 77

2949,3124,3200

Ga V J C 1893

Gallagher, A. 847,1 1 10,1 181

,

1182,1972,2528, Gaydon, A. G. 1042

2570

Gayler, J. 1012

Gallaahpr J H 1174

Gebauer. R 1 187

Gallagher, T. F. 2710,2951

Gebhard, D. 2713

Gal 1 eron- Jul i enne , C. 945

Gee, P. T. 2302

Rait 1 fl 459

850 1725 2530

Galy, J. 2296

Gelebart, F. 2155

Ganas, P. S. 2297,2408

Reneux E 571

Garbuny, M. 212

George, R. T. , Jr. 1609

Gardiner, R. B. 2354

Georae S 2734

Rarg, H. P. 2288

Gerjuoy, E. 237

Garnir, H. 2871 .2999 3001 . 3002,3139,3140 Gezalov Kh V 1322

Garpmafi, S. 1907,1908,2298, Ghoshal , S. K. 2922

2482,2529,2541

,

2711 ,2952,3191 Giannaris, R. J. 1912

Garrett, P. H. 118,135 Gibbs, E. E. 2953

(ifi rr1 ^nn R 1 1370 1578 2103 2303

Rar<;tana R H 333 352 380 Rilhprt A 2531

429 460 461

491 492 493 fni 1 mnur R M 329

569 626 689

697 698 700 1 Tr\ rrlprt II R 1283 1302

701 1 \j \ yi\ji— 702 yi\j\jy 703

848 946 1056 2606 2714

1183 1185 1318

1319,1321 ,1357, Gl adushchak , V. I. 1292

1507,1508,1689,

1909,1910,1911 , Glassgold, A. E. 816

2102,2299

*The numbers refer to paper identification numbers of Part 3.

244
Author Reference No.* Author Reference No.*

blennon, d. n. Tile 1C7C icin IMD,lb/b,lDiy, brasuaien, b. L. 1 C 1 0 1513

(a 1 so Ml 1 es , B. M.

)

o 1 "7 n

d \ /y

Green , A. E . , Jr. 1 cno 1 Dy2

bodetroid, M. onc/1 breen, A. t. b. oon7

PXkj-i1 1 U hobe 1 , L . H

\ / db , \ / 6 / , \S \ i

,

OQn/l OQT/l 0/!Q1 Green, L. C. nco 1 ncn 4d2 , 1 Oby

jUbb

brevesse , in . ICl/l ICl^; 1Q17 l3l4,IDlD,iyi/,

Gold, M. T.

OO/ll OCl/l CI 224 1,251 4 ,266 1

,

onm onno oi yi n 3001 ,3002,3140

Gol dberg, G. I.

/I OA 430

Gridneva, S. M. 1 060

Goldberg, L.

1/10 TO"? or\o

I4ii, 187,203,

208,2^7 ,5/3, Gnem, H. R. 1 082 ,1518

11/2

Grittin, D. C.

o m /I 29 1 4 boldtarb, v. ri.

1 m /I

1 y 1

Griffin, P. M. 1519,2151 ,2161

,

Goldman, A. 1510 2388,2389,2585,

OToyi O"7oyi on/in

GO 1 dwi re , H . L . , Jr. 1100 looo oonc 1 loo,323,2oUd 0 1 /D , J 1 //

Goly, A. 1 1 oy , 1 5 1 1 ,2 1 04 , briTTlth, K. icon

ooAC 071 c once 2305,2/ 1 5,2yb5

briTTlthS, J. b. Goodman, A. S. 1 non 1 nco 1 02y , 1 Ubo

Gnttiths, b. D. 3141

Gorbunova, T. M. 1512,1 5yy

Grigoreva, V. N. Gori m , b

01 no 3 1 02

Groeneveld, K.-O. 071 7 7C "31 77 Gormkj W. 2300,230/

Grosswendt, B. 1 HOC

borsnKov, v. in. £304

broth, H.-b. con Goschier, J. 1 4o /

, 1 4oo

Gruen, N. 0 /I c n Gosci nski , 0. O C 1 c 25 1 D Gruzdev, P. F.

C7/1 ~tr\/\ ~i r\c on/1 b/4 , /04 , /Ob ,o94

,

boss, W. M.

1 1 oo

1 1 88 Tr\ci ir\/"0 Tinn

1 051 ,1 062 , 1 1 90, Tim looc ioo£: 1191,1 3i:b , 1 3^:6

,

bOtO , 1 . OCOl 258

Tcoi icon icoo

i b^: 1 ,1 b^Z , 1 bi:3

,

1 m n 1 non i noi

1 y 1 y , 1 y^u , i y^: i

,

O n4-4- -il iy I.I M bottscnaiK, w. M. one 2yb oin^ OTm ooin 2 1 06 ,2 1 0/ ,23 1 0

,

ooii oolo ooirc 23 1 1 ,231 2 ,2356

,

Gough, W. 898,947,3141 2534,2574,2645,

2646,2647,2718,

Gould, H. 2308,2532,2956, 2719,2720,2958,

3142 3004

Goullet, G. 852,1482 Gruzdeva, N. S. 2211

Gounand, F. 2957 Guidotti , C. 2475,3080

Graef, W. P. M. 3053 Guiochon, M.-A. 463

Grandin, J. P. 1915,1916 Gupta, M. N. 3026

Grant, I. P. 2533,2716 Gupta, R. 2825,2899

*The numbers refer to paper identification numbers of Part 3.

245
Author Reference No.*

Gurchumel i ya , A. D. 2721 ,2722

Gurevich D B 611 ,2211

Gurvi ch , L . V

494

Guthbhrlein, G. 2538

Haag, T. 1475

Haas, D. 2158,2159,2256,

2412,2413

Habib, E. E. 1327

Hackmann, J. 1807,2108

Hadei shi , T. 1955,2441 ,2442

Hansch, Th. 1063

Hagstrom, S. A. 3054

Hallin, R. 2483,2654,2867,

3105

Halpern, J. B. 2225

Hameed, S. 1328,2109

Hamel , J. 2535,2536,2959,

(also Hamel -Garcia , J.) 2960

Handrich, E. 1 524

Hanle, W. 1526

Hannaford, P. 2953

Hannebauer, F. 2963

Hansen, J. E. 1527,2703,2948,

3143,3144

Hanus, W. 575,630

Happer, W. 1107,1 385,1791 , 2825,2899

Harde, H. 2537,2538,2961 , 3188

Harriman, J. M. 432

Harting, D. 377

Hartree, D. R. 464

Hartrott, M. V. 1528

Harvey, K. C. 2723

*The numbers refer to paper identification n

Author Reference No.*

Haselton, H. H. 2585,2724,2784

Hashmi , M

1728

Hattori , S2313

Hauge, 0. 2863

Havey, M. D. 2962,3145,3146,

3147

Hawkins, R. T. 2723

Hawkins, W. B. 631 ,1529

Hayden, H. C. 3040

Hayes, R. W. 2099,2520

Head, C. E. 1691 ,1692,1693,

1729,1963,2081 , 2263,2350,2404,

2501 ,2776,2900,

2984,3011

Head, M. E. M. 1729

Heavens, 0. S. 632

Heckmann, P. H. 1996,2158,2159,

2256,2963,3067,

3193,3194

Heddle, D. W. 0. 1417

Heer, F. J. de 2134

Heering, W. 2725,2726

Hefferlin, R. 533,534,633,

1192,1922

Heierman, J. H. 204

Heilig, K. 1923

Heine, G. 2727,3121

Heise, H. 1724,2539

Held, E. F. M. van der 204

Heldt, J. 1330,2699,2728,

2964,3063

Helliwell , T. M. 634,857

Hengstum, J. P. A. van 225,433

Henke, L. 2471

rs of Part 3.

246
Author Reference No.* Author Reference No.*

Henning, H. 950 Holt, R. A. 2542.

Henrichs, H. F. 2729 Holweger, H. 1658

Hentschel , W. R. 2314 Holys, A. 3131

Heppinstal 1

, R. 1088 Holzberlein, T. M. 843,858,938

Heppke, G. 1038 Hontzeas, S. 2112

Herbet, P. 31 32 Hopkins, F. F. 2400,2401

Herdan, R. 635 Horak, Z. J. 2349,2761

Heron, S. 434 Horie, H. 354,366

Heroux, L.

Hertel, I. V.

822,1021 ,1193,

1194,1 331 ,1530

1332,1 531 ,1 532

Horrigan, F. A.

House, L. L.

Houven van Oordt, A. J.

997

1196,1608,2018

1728

Hertzberg, M.

Herzenberg, A.

Hese, A.

Hesser, J.

Hey, J. D.

Hey, P.

Hibbert, A.

Hi! born, R. C.

Hilke, J.

Hill, R. M.

Hinds, E. A.

Hinnov, E.

Hodges, D.

Hofmann, W.

Hon, M.

Holland, R.

Holmes, J. R.

Holmgren, L.

951

1328

1333,1730,1731

,

1732,1924,2024,

2110

1317,1 334,1564

3148

535

2075,2315,2540,

2730,2965,2966

2316,2411

2357

2710,2951

2967

465,1064

1733

1 ,1195

2256

951

1359,2318,2733,

2734

van der

Houwelingen, D. van

Houziaux, L.

Hsieh, J. C.

Huang, K.

Huber, M.

Hudson, R. D.

Huffman, R. E.

Hughes, A. LI

Hughes, R. H.

Hughes, T. P.

Hugon, M.

Hulpke, E.

Hults, M. E.

Hummer, D. G.

Hunt, F. R.

Husain, D.

2111 ,2298,2482,

2529,2541 ,2731

Husson, X.

*The numbers refer to paper identification numbers of Part 3.

1925

638

2113

276

1336,1513,1926,

2114,2115,2227,

2228,2543,2732

1734

768,2432

47

979,1066,1211 , 1449

635

2671

859

1067

2544

398

1048,1199,1887,

2048

2116,2764

247
Ai 1 1 hn r Author Rpfpy'Pnrp No *

1519 Jacobs V 1 1933 2117

Hutrhi<;on R B 1927 ilacobson f H 843 938

Hylleraas, E. A. 214 Jacobson, T. 1773

Hvmfln H A 1928 ilapoer H 1 187

Ihhptson P A 2669,2888,2889 James M G 1 328

Icole A M 2492 Jamison K A 2400 2401

Ilina E V 1914 LfUII^O) ia -J * 2971

Imhof R E 1929,2985,3149 JUUIir\\^^ a n k p WVila 2224

Inaba, H. 2619,2835 Javan, A. 834

Inatsuou. S 2318,2733,2734 Jazdzyk, J. 2682

Tnrrnnprri F P 1912 Jean P 1201 1202

Innp*^ W F 1998 U^UIIII^Li} Vja \J » 1987

lonescu-Pallas, N. J. 1069 Jefferies, J. T. 707

Irwin, D. J. G.

Irwin, J. C.

Ishii X 3 I I 1 1 ) KIN •

Islamov I

2060,2130,2132,

2319,2320,2322,

2355,2587,2659,

2746,2771 ,2968,

2969,2970,3003,

3045

1070

1931

149,1 51

Jenkins, F. A.

Jessen, K. A.

Jimenez, E.

Jorgens, K.

Johannin-Gilles, A.

239

1276,1445,1446,

1447,1648,1649,

1650,1651 ,1842

2545,2972

478

2644,2735,2773,

2859,3005

Isler, R. C. 1535,1682 Johnson A W 1737

I tzkan , I2971 Johnson B M 3027

Ivanov, E. I. 1736 Johnson, B. W. 2398,2803

Ivanov, L. N.

Ivanov, V. K.

Ivanov, V. N.

Ivanova, A. N.

1536

2466

2386,2584

860,1595,1790

Johnson, C. E.

Johnson, N. C.

Johnson, S. A.

2017,2118,2172,

2288

1059

2902,2903,3059,

3123

Ivanova, A. V.

Ivanova, E. P.

Ivezic, T.

Jackson, M.

860,1322

1536

1409

2169,2170

Johnson, W. R.

Johnston, P. D.

Johnston, R. R.

2119,2500,2546,

2973,2974,3126,

3127,3158,3159,

3190

1203

2906

*The numbers refer to paper identification numbers of Part 3.
Author Reference No * Author Rpfpy-pnrp Njn *

ilone<; A V 937 Kar6tsu, 0. 2739

Jones. B B 1905 KdrdZl jd , R. 1337,2068

Jones D G C 1444 Kardashpv N S 537

•Innp^ H IaI 31 70 Kririmnv l\U 1 1 lllW V R (\

J 1\ • K* t 1935

3027 KriT'^f piT^pn F 1072 1208 1338

Jones M 1713 Karzas W J 642

Jonah J P de 1 934 Kasabov G A 1060 2324

Jogs, G. 9,10 Kast, W. 138

Jordan, C.

Jordan, J. A. , Jr.

Jordan, W. C.

Jorgensen, S. W.

Joy, H. W.

Jucys, A.

1723,1905

1204

2906

2214,2467

1645

368,418,896,989,

1337 1384 1408

1594,1969,2068,

2187

Kastner, S. 0.

Kato, T.

Katskov, D. A.

Katterbach, K.

Katulin, V. A.

Kauffman R L

Ka u fma n , F

1209,1210,1295,

2548,2976

2977

1958

1719

2186

2400,2401

971 ,1235,1752

Jurgens, G. 384 Kaufman, V. 2509

Jul i enne P S 2547 Kav L 2122

Juncar, P. 2679 Kay, R. B. 1211

Kahan, W.

Kaiser, D.

2209

2306,2307,2736,

2949

Kazantsev, S. A.

Keael W H

1647,1936,2325,

2326,2549,2978

756

Kaliteevskii , N, I. 2975 Kelleher, D. E. 1618

Kalman, L. B.

Kaminskas, V.

Kancerevicius, A. I.

Kanda T

Kandela, S.

2664

1969

1071 ,1205,1206,

1207

2371 2581

2654

Kelly, F. M.

Kelly, H. P.

Kelly, P. S.

1702,1891 ,1892,

2282,2327,2328,

2550,2551 ,2552,

2741 ,2979,3150

862,1937,2525,

2703

863,864,865,

1161 ,1162

Kaplan, S. A. 2120,2121 Kelsey, E. J. 2742,3151

Kaplan, S. N. 927 Kepple, P. C. 2980

Karabourniotis, D.

Karabut, E. K.

3132

2737

Kernahan, J. A. 1364,1365,1566,

1738,1938,2060,

2130,2320,2322,

*The numbers refer to paper identification numbers of Part 3.

249
Author Reference No.* Author Reference No.*

Kernahan, J. A. (cont.)

Kerschbaum, H.

2355,2553,2587,

2588,2743,2744,

2746,2771 ,2969,

2981 ,2982,3003,

3045,3152,3178

49

King, R. B.

King, T. A.

189,222,231 ,252,

284,298,404,482,

525,539,610,771

,

956,963,1617

1147,1465,1677,

2280

Kersten, J. A. H. 241 Kingston, A. E. 487

Kessler, K. G. 1939 Kirilov, A. E. 1599

Key, J. 179 Kirk, W. 1171

Keyser, L. F. 1235 Kirkpatrick, R. C. 1610,1611

Khadjavi , A. 1791 Kirkwood, J. G. 139

Khaikin, A. S. 1156 Kirpilenko, V. G. 1156

Khandelwal , G. S. 2123 Kirsanova, N. N. 1537,1943

Kharitonova, V. N.

Khatoon, S.

Kherrmann, I.

Khokhlov, M. Z.

1595,1790,1940

2904

1814

538,577,578,643,

644,711 ,770

Kiselevskii, L. I.

Kisiel , A.

Kisling, A.

Kitaeva, V. F.

1246,1247,1340,

1673

772

2325

1538

Khristenko, S. V.

Khvostenko, G.

Kibble, B. P.

Kielkopf, J. F.

Kikuchi, T. T.

Kim, Y.-K.

1941 ,3153,3183,

3184

1224

1212,1327

2747

1942

1868,2124,2554,

2687,2950,2983

Klapisch, M.

Klarsfeld, S.

Kleef, Th. A. M. van

Kleiman, E. B.

Klein, M. B.

Klein, P.

Klemt, M.

1654,1716

1539

3047

2120,2121

1741

2942

2329

Kindlmann, P. J.

King, A. S.

King, D. B.

King, D. G.

King, G. C.

926,1025,2283,

2512,2688

189,222

2984

3011

2555,2748,2815,

9Q1Q ?q«i; 709/1

3169

Kleppner, D.

Klimchitskaya, G. L.

Klimkin, V. M.

Klose, J. Z.

Klotz, W. D.

2622

2597,2749

1935

957,1074,1213,

1341 ,1342,1540,

1541 ,1944,2750,

2751 ,2986

2481

King, G. W. 228

*The numbers refer to paper identification numbers of Part 3.

250
Author Reference No.* Author Reference No.*

Kluge, H.-J.

Kluiver, H. de

Klynning, L.

Klyucharev, A. N.

Knox, H. 0.

Knox, R. S.

Knystautas, E. J.

Kobzev, G. A.

Kocher, C. A.

Kock, M.

Koedam, M.

Koenig, E.

Koenig, H. D.

Kbrwien, H.

Kostlin, H.

2556

467,503

3061

1178,1945,2557

1542

436,1049

1657,1946,2060,

2230,2330,2331 , 2332,2558,2752,

2987,2988,3154

1543

2082,2125

1343,1509

712

1716,1947,2100

140

171

866

Koozekanani , S. H.

Kopfermann, H.

Korff, D. F.

Korff, S. A.

Kornalewski, T.

KornblUh, R. L.

Korolev, F. A.

Korotkov, A. I.

Koshelev, K. N.

Koster, G. F.

Kotlikov, E.

Kouba, J. E.

Kowal ski , A.

Kowalski, J.

Kozlov, M. G.

997,1545

82,338

2335

141

773,1546,2989

1618,2491 ,3074

645,869,958,

1547,2126

2234

2559

795,997

1549,1949,2245,

2336,2670

2560

3063

1346,2247,2990

1743,2337,2991

,

2992

Koh, T. K. 2282,2327,2328, Kratschmer, W. 1474

2550,2551 ,2552,

2741 Kramers, H. A. 13

Kohl, J. L. 1215,1699,1948, Krause, L. 1212

2333

Kravchenko, V. F. 2737

Kohn, H. 465

Krebs, K. 205

Kohsiek, W. 3155

Krellmann, H. 2753

Kolchin, E. K. 1059

Kremenewsky, N. 134

Kolesnikov, V. N. 713

Krempl , H. 1347

Kolesnikova , M. M. 1814

Kretzen, H. 1524,1550

Kolyniak, W 2989

Krey, R. U. 1370

Komarovski i , V. A. 1344,1544,1742,

2334,2391 ,2392, Krivchenkova, V. S. 1348,2561

2496,2586,2890,

3042,3112,3113, Krolas, I. 1349

3114

Kruger, H. 2754

Kononov, E. Ya. 2099,2559

Krueger, T. K. 761 ,959,1044,

Koopman, D. W. 867,1857 1073,1284,1350,

1864

*The numbers refer to paper identification numbers of Part 3.

251
Author

Kruglevskii, V. A.

Kruglikova, L. P.

Kruithof, A. A.

Kruithof, A. M.

Krupenikova, T.

Krylov, B. E.

Krysmanski, K. H.

Kucharski , M.

Kuhlman, H.

Kuhn, H. G.

Kuhn, P.

Kuhn, W.

Kumar, C. K.

Kunin, P.

Kunisz, M. D.

Kunze, H.-J.

Kunze, P.

Kupl iauskene, A. V.

Kupliauskis, Z. I.

Kuroda, K.

Kurt, V. G.

Kurucz, R. L.

Kusch, H. J.

Kuzmickyte, L.

Kuznetsova, V. A.

Kvaratskheli , Yu. K.

Kvater, G. S.

Kvifte, G.

Author

2014 Kwo n g , H . S

1958 Kvrkinflc: TI \ y k« >\ 1 1 1 u o } X •

712,1925 1 flbuhn F

270 Labzovskii , L

1075

Ladenburg, R. 2992

960 Lage, C. S.

1027 Laarup il

1922 Lambert, D.

870,871 ,961 , Lan, V. K. 1217

Landais, J. 2891

25 26.34.35 Landman A

2338 Landman D A

2014,2026 Lange, W.

369,498,715,

1351 ,1722,2339, Langhoff, P. 1 2562,2755,2756

Laniepce, B. 1950,2088,2096,

2683

La Paglia, S. 62

Lapworth, K. ( 3157

Larche, K. 2563,3156,3157

Larcher, G. 2829,3075

775

2340,2564,2757

2515,2831

1551 ,1552,1745,

1951 ,2341 ,2993

1914

645

191 ,253,254,285,

357,2342

286

Larrabee, J. C.

Larson, E. G.

Larson, G. S.

Larsson, S.

Lassettre, E. N.

Latimer, C. J.

Latter, R.

Laubert, R.

Laughlin, C.

Reference No.*

3167

1553,1747

962,1145

2597,2721 ,2722,

2749

5,36,83,84,102,

103,172

2994

1033

1352,1554

2762

2677,2758,2905,

2995

872

1353,2343

1076,1524,1550,

2306,2307

2565

1354,1749,2087,

2905,2960,2995

1077

2344

120

2345

768

3134

1426

2210

2165

2821

642

2585,2784,2798

1952,2127,2346,

2347,2349,2433,

*The numbers refer to paper identification numbers of Part 3.

252
Author Reference No.* Author Reference No.*

Laughlin, C. (cont.) 2566,2567,2759,

2760,2761 ,3072,

3073

Leung, C. Y.

Levchenko, M. A.

1226

1953

Laurent, J. 1750 Levin, L. 2971

Laviana, E. 2065 Levinas, L. I. 425,437

Lawrence, G. M.

Lawrence, T. N.

Layzer, D.

Lazarenko, A. V.

Lazauskas, V. M.

Leavitt, J. A.

963,1078,1108,

1219,1220,1355,

1555,1556,1751

,

1960

2350,3011

1357

1945

2563

2231 ,2901

Levinger, J. S.

Levinsonas, J. B.

Levitt, M.

Levush, B. Kh.

Levy, R. H.

Levy, S.

Lewis, E. L.

466

425,437,964

1312

2443

2971

172

961 ,1217,1222,

1557,2528,2570

Lebedeva, V. V. 406,1547,2126 Lewis, M. N. 2349,2761

LeBlanc, F. J. 1079 Lewis, M. R. 1223,1558

Lecler, D. 1202,1358,1916 Liao, P. F. 3041

Lecluse, Y. 924,1019,1221 Liberman, S. 1716

Le Dourneuf, M. 2762 Lidholt, R. 2654

Ledovskaya, E. A.

Lee, C.-M.

Lee, E. T. P.

Leibowitz, E. M.

Lemoigne, J. -P.

Lenadan, A.

Lennard, W. N.

1975

2351 ,2568

1132

2128

2763,2764

2152

2352,2765

Lido, G.

Liebermann, R.

Liening, H.

Lifshitz, C.

Liljeby, L.

Lilly, R. A.

1559,1907,1908,

2247

1451

1851 ,2571

1281

2868,2869,3061

1359,2129,2768,

2996,2997

Lennuier, R.

Leonard, P. J.

323

2766

Lin, C.-C. 1132,1588,1589,

1738,1796,2130,

2335

Leopold, J. G.

Leriche, M.

Les, Z.

Lettus, V.

2767

2208

499,649

/Ten ^ CI "710 T7 C 650,651 ,7 1 8, //5

,

1080

Lin, C. D.

Lin, C.-L.

Lin, C.-p.

Lin, D. L.

2973,2974,3158,

3159,3190

1752

2500,2546

2572,2866,3160

Le Toulouzan, J. N. 2279,2569 Lincke, R. 1082,1753,1954

*The numbers refer to paper identification numbers of Part 3.

253
Author Reference No.* Author Reference No.*

Linderberg, J. 1560 Lurio, A. 664,847,875,876,

877,966,1385,

Lindgard, A. 2769,3103 1396,1791 ,1872,

2884

Lingen, D. van 207

Luther, J. 1076,1550,2306,

Link, J. K. 963,1083,1084, 2307

1169

Lutz, H. 0. 2395,2589,2590,

Lis, L. 2353 3179

Liszt, H. S. 1556,2006 Luyken, B. F. J. 1957,2133,2134

Littman, M. G. 2622 Luypaert, R. 2685,3135

Liu, C. H. 1879,1955,2131

,

L'vov, B. V. 967,1757,1958,

2264,2354 2135

Livingston, A. E. 2130,2132,2319, Lynn, N. 457

2320,2322,2355,

2553,2587,2588, Lyubimov, A. 2026

2746,2770,2771

,

2871 ,2929,2969, Lyyra, M. 2519,2895

2970,2998,2999,

3000,3001 ,3002, Lyzenga, G. A. 2877

3003,3045,3140

Ma, I. -J. 1362,1559,2247

Lochte-Holtgreven, W. 1361

MacDonald, J. R. 2266,2376,2390,

Loginov, A. V. 2106,2107,2310, 2505,2506

2311 ,2312,2356,

2534,2574,2718, Madden, R. P. 1159

2719,2720,3004

Maddox, W. E. 1714

Lombardi, M. 3124

Madsen, 0. H. 2050,2051 ,2215

Lotrian, J. 2773,3005

Maecker, H. 370

Loulergue, M. 1956,2774

Maillot, P. 2345

Lu, K. T. 2351

Majewski, J. 2439

Lubowiecka, T. 874,1351

Makarov, A. P. 1561

Lucatorto, T. 2209

Malakhov, Yu. I. 2136,2359

Luc-Koenig, E. 2575,3106

Malarz, M. 1349

Liibeck, K. 294

Maleki, L. 2776,3011

Luken, W. 2420,2421 ,3006,

3007,3008,3009, Malinovsky, M. 2777

3056

Mallia, E. A. 1554

Lundberg, H. 3010

Mallow, J. V. 2137,3012

Lundin, L. 1460,1463,1754,

1762,1863,2357, Mai one, B. S. 1086

3037

Malville, J. M, 969

Lunell , S. 2358,2775

*The numbers refer to paper identification numbers of Part 3.

254
Author Reference No.* Author Reference No.*

Mannervik, S. ooco Marusin, V. D. 00/1 /I

MannkopTT, R. Mashinski i , A. L

1 764 , 1 765

Marantz, H. 1 1 ii Mason, H. E, Olid 01 cc

Marchand, J. M. 1 / 1 b Mason, R. C.

o o o 223

Marcus, S. 1535 Masterson, K. D. 2364

Marek, J.

Margerie, J.

2138,2360,2778,

3013,3161 ,3162

1916,2116,2536,

Mastrup, F.

Mathur, M. S.

501

OOOO OOOT 0*^00 2282,2327,2328,

2550,2551 ,2552,

2741 ,2979,3150

Margoshes, M.

"7 "7 "7 in Matilsky, T. A. 1 564

Markov, V. £:3Zd ,Z549 Matland, C. G.

O T O 372

Markova, G. V. 879,1224 Matthews, D. L.

O 0*70 2372

Marlow, W. C. 1225,1316 Maurer, J. 2803

Marr, G. V.

Marrus, R.

386,1088,1363,

1562

01 ort oono ooci

2362,2505,2532,

OfiCC 01 00 01/10 c'joo ,6 \ 6i,S\'\iL

May, A.-D.

May, C. A.

May, M.

581 ,582,1226

2902,2903,3059,

0 1 o o

2b7o

narsna i i , a. 1 onQ May, K. M. ooU

Marsna 1

1 , i

1 ooo Maydan, D. 1 7yi 1

1 /4

Martens, K. H. 306b Mazing, M. A. 1 c ^ c

1 b6b

Martin, 6. A. 2422,3014,3015 McCavert, P. 2140,2579

Martin, I.

Martin, M.

Martin, P.

Martin, W. C.

Marti nez-Garcia, M.

Martinson, I.

3016

1201 ,1202

3163,3164,3165

580,652

1617,1960

1460,1462,1463,

1563,1666,1670,

1671 ,1754,1760,

1761 ,1762,1763,

1849,1861,1863,

1870,1883,1961

,

1962,2112,2231

2274,2287,2357,

2363,2519,2576,

2577,2694,2695,

2868,2869,2918,

2930,2936,3061,

3062

McConkey, J. W.

McCrocklin, W. B. , Jr.

McDermott, M. N.

McDermott, W. E.

McDowell , M. R. C.

McEachran, R. P.

McFarlane, R. A.

McGinn, G.

McKoy, V.

McWhirter, R. W. P.

1090,1364,1365,

1566,2608

1963

830,831 ,2143

2780

881

1567,1683,1766,

1964,2016,2083,

2084,2085,2169,

2170,2365,2594

839

1568,1569

2836

434

*The numbers refer to paper identification numbers of Part 3.

255
Author Reference No.* Author Reference No.*

Measures, R. M.

Meath, W. J.

Meekins, J. F.

Mehlhorn, R.

I'lc 1 c r 5 i\

Mot l ie 1 nrlor*c MUC 1 P b 9 c •

3167

2560

2093

1570

L.OUO 3m 7

Migdalek, J.

Mikhalevskii , V. S.

Milaan, J. B. van

Miles, B. M.

fp^l^n filpnnnn R M ^

2339,2368,2562,

2755,2756,3018,

3019,3020,3021

,

3022

2737

27,39

1115,1575,1619,

21 7Q

Meiners, D. 2942 Mileshina, S. A. 2337

Meiners, H. M.

Meisel , G.

Meister, T. G.

Mel 'nikov, 0. A.

Melzacki, K.

Mendlowitz, H.

MenzeT, D. H.

1571

2723

357

502

2800

779,1091,1227

142,192,208,

247 QQR 1 R74

Miller, M.

Miller, R. C.

Minaeva, L. A.

Ml nemoto, T.

Minnii77i P

Mi n knwclf' i R

1577,1665,1857,

1966,2141 ,2265,

2369,2370,2580,

2593,2878

1417

1400

2371 ,2581

C \JU\J , t. / 1 *T

105

Mpn7-ipc D T 2366 c. JUL) Mich fc-ia R 325 358

926 Mitchell A C G 153 175 176

Q? ?73 Mitrhpll r ,1 2781

Mptaa V 1 474 MiiiiLiL/iaiiuva, trnfPI nnu;^ 1 r\a A 373 505 583

MirHyai.ONi, \/a 7a i 1^i\. oiQo C 1 OC ^ Tn?3 jUc.O

Mi1 1 1 ^Uoil 7 1 1 c h i1 maIlia M , I I • inQ3 1174

Mpuip D 1 lew c 5 r\ • J 1 UO 9 O 1 uo Ml pr yicn W 1817 1880

1 773 Mnp 1 lU C , CU . WVi , 21 43

Mpvpk*- Rpv*k hn 1 il" II drift Mnn riu^ 11 i1 p h F w 1

1 , r .

Mir p1 1-1

1 uo Mnl 1 pr W 1-1 1 OQA

1 U _7 L. J1 L. / O MnhamprI A ?Qfi5 3n?4 31fiQ

Mirhpl M C Mnhr P .1 253?

Mi rhp] <i A Mn i c P N I 1095 10Q6 1097

Mirkpv n !

1 1 1 l.r I\ CJr ) Urn 1_ • I7fi7 iftnn iQfio Mo i t R \( 2144

Mirki<;h R A Mni "hu .1 1 l\J 1 Ljf , u • 271 5

Middel koop, D. 503 Molhave, L. 1967,2052

Mie, K. 2367 Monteil , A. 3025

*The numbers refer to paper identification numbers of Part 3.

256
\

Author Reference No.* Author Reference No.*

Moore, C. F.

Moore, E. N.

Moos, H. W.

Moran, K. A.

rlUi \ t \ J o

2372

919

2373,2833

1090,1365

1 oou

7?n 88? Q7n

1099

Nagibina, I. M.

Nanassy, A. J.

Naqvi , A. M.

Nascimento, M. A. C.

Nash, C. P.

Naslenas, E.

490,506,507,591

,

1968

515

884,1100

2836

2780

1969,2187

Morris, J. C. 1370,1578 Nerheim, N. M. 1769

Morse, F. A.

Mortier, P.

Morton, D. C.

Moser, C. M.

Moskowitz, P. A.

Mossberg, T.

Mr\tcphma nn l-l

Mowat, J. R.

971

2436

2374,2489,2490

3026

2375,2499

2484

41 n

2376,2390,2585,

2724,2784,3027

Nesbet, R. K.

Neuffer, D. V.

Neveu, B.

Ney, J.

Nguyen, T. D.

Nicholls, R. W.

Nichols, L. L.

2678,3026,3029,

3170

3171

1657,1946

1037,1038,1102,

1474,1865,1871 , 1901 ,2601

1690,1878

398,721

1375

Mrozowski, S.

MUhlenbruch, W.

Miihlethaler, H. P.

Miiller, D.

232,239,271

105

3028

1371 ,2377,2434

Ni col aides, C. 1770,1970,2145,

2146,2378,2379,

2380,2382,2479,

2480 2787 2788

2789,2873,2874,

2875 2923 3107

3172

Muller, E. A. 573 Nicolet, W. E. 1260

MUller, F. 177,178,195 Nielsen, A. K. 2053,2216

Mukherjee, P. K. 2144 Nielsen, S. E. 2769

Murphy, E. J. 175 Niemax, K. 3013,3173,3174

Murphy, P. W. 1372,1373 Niewodniczanski , H. 499,649,773,1546

Muryn, A. 1351 Nikiforova, G. P. 1742

Musielok, J.

Muto, T.

Nagaeva, M. L.

2438,2439

106

2226

Nikitin, A. A.

Niknlairh A Ya

887,964,1579,

2383,2790

2795 3030 3033

3035

Nagel, D. J. 2674 Nikonova, E. I. 440,894,905

Nagel, H. H. 615 Nip, W. S. 3128

*The numbers refer to paper identification numbers of Part 3.
Author Reference No.* Author Reference No.*

Niziol, E.

Nodwell , R. A.

Nolte, G.

Norcross, D. W.

Nordling, C.

Noreland, T.

Norman, G. E.

Norton, M.

Norton, T. G.

Nosach, 0. Yu.

Nosach, V. Yu.

Novick, R.

Novik, A. E.

Novikov, L. N.

Nubbemeyer, H.

Nussbaum, G. H.

Nussbaumer, H.

Nysten, K.-E.

O'Brien, D. E.

Odabasi , H.

Odintsov, A. I,

Odintsov, V. I.

Oed, A.

Oelme, A.

Oertel , G. K.

Oginets, 0. V.

1351 ,2384

1376,1773

2717

1971 ,2385,2544

2867

2654,2867,3105

974

1972

1449

2186

2186

Ogura, I.

Oiringel , I . M.

Okamoto, K.

Oldenberg, 0.

Olsen, H. N.

Olsen, K. H.

Omholt, A.

Omidvar, K.

Omont, A.

O'Neil, S. V.

Oneill , J. A. 762,830,831 ,872,

877,888,1312,1535, Onello, J. S. 1580,2082,2125,

2209,2967

2126

2582

2791 ,3031

1231

1499,1581 ,1582,

1774,1775,1917,

1974,2147,2148,

2149,2526,2704,

2705,2706,2774,

3028,3032,3166,

3175

2150,3076

1583

1377,1911

1547,2126

869,958

2754

1763

1296

2342

Oona, H.

Opechowski , W.

Oppen, G. von

Oran, E. S.

Ornstein, L. S.

Orrall , F. Q.

Osberghaus, 0.

Osherovich, A. L.

Osipov, Yu. I.

Oss, J. P.

Osterbrock, D. E.

Ostroumenko, P. P.

Ostrovskii , Yu. I

Ott, W. R.

Otten, E. W.

*The numbers refer to paper identification numbers of Part 3.

2611 ,2739,2829,

3075

2121

466

1079

1769

404,539,956

540,584

1210

522,1893

2830

2820

2583,2792,2793

1754,1962

224

681 ,1035,1584,

1585,2314,3065

2547

107,179,225,241

707

443,613

508,1114,1232,

1233,1379,1407,

1605,1975,2386,

2496,2584,2794,

2795,3030,3033,

3034,3035

1538

1715

340,477,975

976,2387,2796

444,474,509,510,

511 ,512,586,654,

655,656,726

1976

1607

258
Author Reference No.* Author Reference No.*

Ottinger, Ch.

Ovchinnikov, V. G.

Ovechkin, G. V.

Pace, P. W.

Paisner, J. A.

Palenius, H. P.

Pang, P. H.-L.

Panke, H.

Papakin, V. F.

Paquette, D. R.

Parchevskii, G. F.

Pardies, J.

Parkes, D. A.

658

2226

1234,3036

2797

2902,2903,3059,

3123

1670,3037

2743,2744,2981

2798

2737

1024

390,413,414,444

1380

1235,1752

Pegg, D. J. (cont.)

Peierls, R. F.

Pekeris, C. L.

Pendlebury, J. R.

Pendleton, W. R. , Jr.

Pendrill , L. R.

Penkin, N. P.

2161 ,2376,2388,

2389,2390,2585,

2724,2784,3040,

3176,3177

2010

192,897,1993

2344

979

3135

390,413,414,444,

474,509,510,511

,

512,586,589,654,

655,656,726,727,

787,788,789,790,

890,980,981

,

1236,1344,1544,

1742,1978,2391 , 2392,2393,2394,

2496,2586,2890,

3042,3081 ,3114

Parkinson, E. M. 1170,1303 Penner, S. S. 375,2531

Parkinson, W. H. 1513,2114,2228, Penz, J. 1922

2333,3038,3039

Pepper! , R. 1526,1780

Parnes, B. R. 404

Peresse, J. 2152,2155,2396

Parsons, N. R. 1998

Perez, J. D. 2906

Pascu, M. L. 2398

Perret, L. 2675

Pasternack, S. 233

Perry, B. W. 831 ,888

Paul, E. 859

Persson, W. 1781 ,3144

Paul, W. 859

Pery, A. 570,590,791

Paulson, K. V. 977 (also Pery-Thorne, A.)

Peach, J. V. 1381 ,1586 Petersen, P. 2863,3104

Peacock, N. J. 1311 Petersen, R. 475

Pearce, W. 587 Peterson, R. S. 2376,2390,2585,

2784,3040,3176,

Pearl , A. S. 1776 3177

Pebay-Peyroula, J. C. 488,522,542,852, Petford, A. D. 2669,2888,2889

1158

Petkov, A. P. 2648,2649,2650

Pecker, C. 588

Petri e, W. 290,327

Pegg, D. J. 1294,1706,1777,

1895,1999,2151 , Petrini, D. 1664,2088,2431

*The numbers refer to paper identification numbers of Part 3.

259
Ai 1 1 hnv Reference No *

rcLiL/vaj v3» r. 591

Pptrucci F 3102

r Cj' LI dMQIIII) 2757

P'fpnn 1 n H 983

2680

Phelps, A. V. 416,2262

Pichler, G. 2049,2153,2154,

2377 2434 3043

Pirkptt R r 1 587

P"i p1tm<;7 kri .1 2800

Pike, C. T. 2971

Pilz, W. 2801

PiririrH .1 2679

Pineau des Forets, G. 2293

Pinnington, E. H. " 1588,1589,1738,

1782,1980,2064,

2130,2132,2355,

2395,2553,2587,

2588,2589,2590,

2746,2771 ,2802,

2Q6Q 2982 3003

3044,3045,3152,

3178 ^1 / U 9 iJ3179 1 / J

P ion tec k S 2909

Piosczyk, B. 1 584

Pioer 1 R 2907

Pi nk in F M 1231 2542

Platz, P. 1982

Plohn 1 1 \J Mil* Hlis -J\J m 2652 2709 2949

Pr 1 n n 1 n* n 1

1 u 1 1 1 , u

267

Pnrhrit A 215? 2155 2396

Podbiralina V P 2397

PriHluhnv 1 T 2655

PoHmncihpnQk 1 1 T M ?9^ 1

Podobedova, L. I. 2559

Poluektov, I. A. 735

*The numbers refer to paper identification n

Aut hnr Rpfprpnrp Nn * r\ci CI diL>c iiu*

Polu"^hkina 1 v/iL4jiii\iiiu, Tx> r\A m 1968

Polzik, E. S. 2978

Popenoe, C. H. 985,1242,1600,

2162

Pooescu D 2398 2803

PoDe<;cu I 2398 2803

Popescu , I . M. 750,751 ,815

PODD. M 1784

Poniiprii^^^iP A 2492

Pottasch S R 891 2490

Pettier, L. 2893

Potyomkin, V. G. 2136

Poulizac, M.-C. 1307,1590,1688,

(also Buchet-Poul izac, M. -C.) 1709,1710,

1711 ,1897,1898,

1983,1984,1985,

2071 ,2072,2236,

2251 2252 2253

2254,2255,2493,

2897

Poulsen, 0. 2250,2650,2804,

2864

Praa 1 1 U V-l , Ar\ * RUrn 893 986

Prp^tnn R C 3180 3181

Prior 1 1 Iwl , MII* HII* 1986 2156

Prioii II 1 W L4 J M1 1 * 522

Privalov, V. 3035

Prokof'ev, V. K. 67,68,76,87,88,

150 155 181

440,591 ,894,

1062

Piipl r yjKz 1 11 3 H1 1 • 3046

Pill 'kin S A 3034

Purdum, K. L. 1016

Put! i t7 G 711 1287 1346 1362

1382,1559,1592,

2247,2290

Pyle, R. V. 927

of Part 3.

260
Author Reference No.* Author Reference No.*

Raassen, A. J. J. 3047 Richards, L. M. 3068

Rabold, R. 1287 Richards, S. 2916

Radloff, H.-H. 2306,2307 Richter, E. F. 109

Radojevic, V.

Radziemski , L. J., Jr.

Ragone, D. V.

2861 ,2862

2509

987

Richter, J. 513,660,988,

1343,1475,1658,

1724,1788,1867,

2360,2367,2578,

2592

Rahimullah, K. 2498,2904 Richter-Ditten, H.-J. 2891

Ramanujam, P. S. 2650,2864 Riemann, M. 895

Rambow, F. H. K. 3048,3049 Risch, L. 2304

Randall, R. H.

Randall , R. R.

108,2267,2504,

2506,2507

2662,3070

Robb, W. D.

Roberts, J. R.

2075

1239,1844,2402,

2403,2805,3131

Rang, L. Q. 1786 Roberts, W. A. 2404

Ranson, P. 2591 ,3195 Robinson, A. M. 1376

Rapoport, L. P. 1430 Robinson, P. D. 2658

Rascon, L. 1192 Roder, 0. 729

Rautian, S. G. 1156 Rohrlich, D. 3120

Read, F. H.

Rebolledo, M. A.

1929,2985,3024,

3149,3169

2399

Rohrlich, F.

Roig, R. A.

545,546

1966,2141 ,2369,

2370,2580,2593

Red'ko, T. P. 589,1978 Rompe, R. 261

Reeves, E. M. 3038,3039 Rosa, R. 2429

Regemorter, H. van 544 Rosen, A. 2569

Reich, H. J. 931 Rosenberger, D. 1104

Reiche, F. 28 Rosenthal , D. 2085,2594

Reinke, M. 2727,3121 Ross, J. 1350,2405

Reinke, P. 1238 Ross, K. J. 1332,1531 ,1532

Rensbergen, W. van 1787 Rossikhin, V. S. 976

Reuscher, H. 1526 Rostovikova, G. S. 2406

Rhoderick, E. H. 434 Roszkowska, K. 2989

Rice, P. A. 987 Rotenberg, M. 998

Richard, P. 2400,2401 Rouille, C. 2492

*The numbers refer to paper identification numbers of Part 3.

261
Author Reference No.* Author Reference No.*

Routly, P. M.

Rozelot, J. -P.

Rubin, D.

Rubin, P. L.

Rubinowicz, A.

Rudge, M. R. H.

Rudko, R. I.

Rudzikas, Z.

Rumble, J. R. , Jr.

Rumpf, K.

Rundel, R. D.

Rush, P. P.

Russell, H. N.

Rustgi, M. L.

Rutkowski , J.

Ruzov, V. P.

Rydberg, S.

Ryskalok, M.

Sabbagh, J.

Sachs, R. G.

Sadeghi, N.

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Safronova, U. I.

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2226

1538

110,143

1542,1703,2140

1240

896,989,1384,

1408,1553,1594,

1747,2068,2595,

3186

3054

2891

2806

462

156,209

466

2756

2393

1603,1907,1908,

2157,2482

2407

3182

342

3182

638

3183,3184

1595,1790,1854,

1940,2171 ,2596,

2597,2721 ,2722,

2749,2807,2808,

2809,3050,3184,

3185,3186,3196,

3197

Salamo, G. L.

Salimov, V. M.

Saloman, E. B.

Salpeter, E. E.

Samoilov, V. P.

Sanchez Del Rio, C.

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Sanders, F. C.

Sandle, W. J.

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Sandrigailo, L. E.

Saraph, H. E.

Sassi, M.

Sauter, H.

Savage, B. D.

Savich, I. G.

Savukynas, A.

Sawada, T.

Saxena, K. M. S.

Sayer, B.

Scalo, J. M.

Schaad, L. J.

Schaefer, A. R.

Schafer, G.

Schafer, J.

Schawlow, A. L.

Schearer, L. D.

Schectman, R. M.

St. John, R. M. 1796 Schenck, P.

Salajczyk, H. 2964 Scherr, C. W.

*The numbers refer to paper identification numbers of Part 3.

2303

1547

831 ,888,1105,

1106,1107,2225

453

2406,2810,2811

2090,2444,2545

2732

1596

1705

2023

1234,3036

3051

1987

2556

1078,1108

508

2068

2408

2702

1987

2765,3199

1441 ,1442,1443

1988,1989,1990

1784

1991 ,1992

2723

2598,3048,3049

1462,1670,1671 , 1699,1859,1948,

2409,2410

2411

1596

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Seka, W. 1389

Schmieder, R. W. 1385,1791 ,1994,

2139,2308 Sellin, I. A. 1390,1794,1895,

1999,2151 ,2161 , Schnapauff, R. 1386 2376,2388,2389,

2390,2414,2585,

Schnur, P. 2883 2724,2784,3040,

3052,3176,3177

Schonberner, D. 1387

Semenov, R. I. 1391 ,2474

Schofield, D. G. 1444

Semenova, 0. P. 1512,1599,1804

Scholz, P. D. 1388

Semyonov, R. I. 1795

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Senashenko, V. S. 1392

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2256,2412,2413, Serapinas, P. D. 1565

2813

Sergeev, V. M. 1543

Schussler, H. A. 99 1 , 1 036

Series, 6. W. 898,947,2685,

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787,788,793,

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1344,2393,2394,

Schulz-Gulde, E. 1597,1997,2160, 3081

2660

Shadmi , Y. 2261

Schumann, S. 2717

Shamey, L. J. 1185,2000

Schuttevaer, J. W. 264,265

Shapiro, J. 547

Schweighofer, M. G. 2223

Sharpton, F. A. 1796

Scoarnec, L. 3132

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Scofield, J. H. 3068

Shaw, J. 822

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Scribner, B. F. 777

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*The numbers refer to paper identification numbers of Part 3.
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Sherstyuk, A. 2958 Siomos, K. 2522,2699,2728,

2818

Shevelko, V. P. 1661 ,2599

Sironas, J. 563

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Sjbdin, R. 2483

Shimoda, K. 3192

Skerbele , A. 2165

Shimon, L. L. 2937,2938,3189

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E. 825,1027

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2811

^hufTifikpr >jilLiMiQr\Ci .1 R ilr J

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1164,1242,1600, Smit, J. A. 263,265,270,

2162 2600 433 516

hi nr ic 7 2163 Smith, A 527

O 1 Vrf Ma 1 U 9 1 • 1 598 Smith, E . R. 3057

Siefart, E. 2601 ,2753 Smith, G 2820

Sigfridsson, B. 2286 Smith, M . W. 1115,1619,2004,

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S"i sJIJLIC) 1Hp RUa van VQII ripr UCl ?lfi4 241 fi ^053

Smith, P . L. 1800,2424,2425,

Sills, R. M. 2352 3058

Simons, G. 2602,3016 Smith, W . H. 1659,1801 ,1802,

2005,2006,2057,

Simpson, J. R. 2879,2880 2374,2510,2518,

2895,3120

Sims, J. S. 2417,2565,3054

Smith, W W. 1110,1794,1895,

Sinanoglu, 0. 1077,1615,1970, 1999,2151 ,2161 , 2002,2061 ,2146, 2388,2389,2390

2380,2382,2418,

2420,2421 ,2603, Smith-Savil le, R. J. 1677

2604,2684,2816,

2817,3006,3007, Snir, J. 1681

3008,3009,3055,

3056 Sobolev, N. N. 266,1538

*The numbers refer to paper identification numbers of Part 3.

264
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Solarski, J. E.

Solarz, R. W.

Soleillet, P.

Solovev, V. N.

SiiSrensen, G.

Sorokina, E. S.

Sosnowski , T. P.

Specht, J. von

Spector, N.

Spindler, E.

Spitzer, L. , Jr.

Spitzer, M. (also Spitzer-Aronson, M.)

Stacey, D. N.

Starace, A. F.

Starikova, G. S.

Stark, A.

Startsev, G. P.

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903

2902,2903,3059,

3123

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68

1276,1445,1446,

1447,1648,1649,

1650,1651 ,1842,

1844,1845,1967,

2050,2051 ,2052,

2053,2054,2214,

2215,2216,2217,

2402,2403,2426,

2467,2468,2649,

3060

1130,1131

1704

1394,1602,2605

2952,3191

2798

627

393,594,996,

2007

1557

2008,2427,2716

2810,2811

2268

394,574,720,882,

905,906,970,

1099,1743,2337

Statz, H.

Stauffer, A. D.

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Stedman, D. H.

Steele, R.

Stegnova, N. V.

795,997

881

2806,2821

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2397

Stehling, W.

Steinert, G.

Stephenson, G.

Sternheimer, R. M.

Steudel , A.

Stevenson, A. F.

Stewart, A. L.

Stewart, J. C.

Stewart, R. F.

Stockbarger, D. C.

Stoffregen, W.

Stokes, A. D.

Stone, E. J.

Stone, P. M.

Stoner, J. 0. , Jr.

Stredele, B.

Strijland, J. C.

Stroke, H. H.

Strugach, B. A.

Strumia, F.

Stuck, D.

Stuck, H. L.

Subtil, J. L.

Sucher, J.

Suk, F. C.

Sukhanova, G. B.

Sulzmann, K. G. P.

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*The numbers refer to paper identification numbers of Part 3.

2798

2304

347

2010

1076,1467,1468,

1524,1550

112

565,721 ,1395,

2092

998

2822,2823,2824,

3072,3073

231

595

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2428

732

2364,2652,2709,

2869,2936,3061 , 3062

1753

515

1112

1391

2606,2714

2012,2607

1803

1687,2062,2064,

2250

1902,2742

2282

1804

2531

3192

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1908,2013,2111 , 2157,2166,3010

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516

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Swenson, C. 1674 Thenard, C. 2345

Swings, J. P.

Sv A

1516,1774,1775,

1917,2149

1291

Thibeau, M.

Thoe, R. S.

528

2724,2784,3040,

3176 3177

Sze, R. C. 2167 Thoma, P. 2876

Szigeti, J.

Szoke, A.

Szynarowska, M.

Tai, C.

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2825

1805

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1240 1733

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Thompson, R. T.

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Tidwell, E. D.

Tielert, R.

Tietze, W.

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To, K. X.

Tobev F L Jr

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2609,2827

1889

1104

1241 ,2168,2416

2256,2430

82

2219

3066

1336

Tana K T 2302 Tndnrov R 1949

Tank lull r« in111^ Rl\a St^J* 1464 1520 Tol , R. R. 2657

Tarter. C B 3068 Tolans l\,/IUII<J9 EI— L1— • 664

1 u ^ 1 1 c I 9 n 3063 Tnlmarhpv lUIIIlU^ilCV) VV* V¥ 1 536

Tflfiim 1 a L-UIII 9.1U • RLI 1 397 Tnlman R C 17

1 Q na 1 a 9 1 1 21 34 Tnmri 0 2091

Tavlor 1 u y 1 \j f ^ G\A • Ki\ * 2477 Tomkins 1 iir\iii*j^ F1 * SWA* 2891 ,3038,3039

Taylor, K. T. 2673,2762 Tomlinson, W. J. 1609

Tech, J. L. 652,1298,2015,

291 3 Tonejc, A. M.

fal<^n Tnnp i-Mp iri i A ^ 1409,2434,2610

Tp-iypiv'fl i^l/\^IIUj Mlla Rl\* 2429 Tr»npl 1 \Jt IC 1 11 i1 M J II* 2606 2714

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266
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Trabert, E. 2963,3067,3193, Valentin, P. 2569

3194

Vallee, 0. 3195

Trager, F. 2990

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Traving, G. 756

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Trefftz, E. 328,478,983,

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1719,2579,2921

Van Dvrk R S ,lr 2017 2172

Trukhan, E. P. 1246,1247,1340,

1673 Vane C R 3176,3177

Ty^iimnv R 44,54 Van Ta<;«;pl R A 2432

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Trustv. G L 1545 Varga, L. 1018

Trvnn 1 I yun , Pr . 2883 3069 3070 3071

Tsiunaitis, G. K. 418 Vasilenko, L. S. 1248

Tubbs, E. F. 1662,2115,2228, Vasiliu, V. 750,751 ,815

2664,2732

Vaughan, J. M. 871 ,961 ,1406

Tudorache, St. 1806

VpoarH 1 286

Tull, C. E. 1567,1766,2016,

2169 2170 Venkatarainu K V 1382

Tullv J A 2431 Verfuss. W 3179

Turner, R. 999 Verhaegen, G. 2954

Tuszynski , W. 1865 Verolainen, Ya. F. 1114,1232,1233,

1379,1407,1605,

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2795,3033,3035

Uhlenbusch, J. 1807,2108

Veselov, M. G. 1606

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Vetchinkin, S. I. 1941

Underwood, J. H. 1210

Vetter, R. 2671

Unsold, A. 419

Victor, G. A. 1249,2127,2277,

Upson, W. L., 11 1856 2433,2567,3072,

3073

Urbaczka, J. 1027

Victorov, D. S. 3196

Urnov, A. M. 1457

Vidal, C.-R. 907,3046

Uspalis, K. 618,683,1551

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Viktorov, 0. S. 3197

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Villars, D. S. 363

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Vitry, R. 1477,1685

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267
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1384,1408,1553,

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1 7953

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IiIah riv»/!4 4"rtv* C wei nrexer , t

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^:434 , ^ib 1 U weise, H.-H. 1 333 ,

/3c

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Wade, C. 2548 Weisheit, J. C. 2021 ,2065,2175,

3068

Wagner, R. 1607

Weiss, A. W. 801 ,1253,1254,

Wagner, W. J. 1608,2018 1255,1256,1423,

1612,1614,1811 , Waibel, F. 91 2176,2435,2612,

2837,3077

Walach, Z. 825,1027

Wells, W. C. 2613

Wallenstein, R. 1524,2173

Welsh, H. L. 459

Walther, H. 1076,1467,1468,

1524,1550,2098, Wende, B. 1419,2012,2607,

2522,2699,2728, 2791

2818

Wendin, G. 2022

Wandel , G. 1022

Wendt, K. 2831

Wanders-Vi ncenz , B. 571

Weniger, S. 1750,2715

Wang, C. H. 1609

Wessel , G. 338

Wang, R. 1987

West, W. P. 2821

Wangsness, R. K. 1021 ,2019

Westerveld, W. "31 QQ

Wares, G. W. 1223,1426,1558,

1621 ,1813,2025 Westhaus, P. 1615,1970,2415

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1 167,1250,1251 , 1 1352,1410,1411 , Weymann, R. J. 1666 j 1412,1413,1414, 1 1415,1416,1554, Whaling, W. 1617,1800,1960,

1610,1611 ,2174 2352,2425,2765,

2994,3199

Watanabe, S. 2611 ,2829,3075

Wheeler, D. 1922

Watanabe, T. 3023

White, H. E. 160

Watson, D. K. 2824,2830

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Webb, C. E. 1417

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Webb, H. W. 92,118,273

Widing, K. G. 2023,2271

*The numbers refer to paper identification numbers of Part 3.

268
Author Reference No.* Author Reference No.*

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Wiel , M. J. van der 2657 Woodgate, B. 1117

Wien, W. 18 Woodruff, R. 2256

Wiese, W. 501 ,665,802,

824,903,1024,

1115,1146,1258,

1420,1421 ,1422,

1423,1575,1618,

1619,1675,1676,

1812,2004,2178,

2179,2422,2423,

2832,3014,3015,

3078,3079

Woods, C. W.

Woodworth, J. R.

Woodyard, J. R. , Sr.

Worden, E. F.

Wort, D. J. H.

2400,2401

2373,2833

2616,2834

2902,2903,3059,

3123

3201

Wiesenfeld, J. R.

Wight, G. R.

1199,1887,2048

2657

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2708,2962,3145,

3146,3147

Wigner, E.

Wild, J. P.

127

365

Wujec, T. 1189,1622,2180,

2181 ,2438,2439,

3080

Wilken, J. 1871 ,1901 ,2086 Wulff, P. 1788

Wilkerson, T. D. 1857,2580 Wyart, J. F. 2891

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Williams, 0. M. 1705 Yamagishi , A. 2619,2835

Williams, R. E. 1666 Yamanouchi , T. 248,366

Williams, W. L. 1424,1504 Yamashita, I. 2182

Willis, R. B. 2888,2889 Yanoukh, F. 420

Wilson, K. H. 1260 Yavorskii, B. M. 362,395

Wilson, 0. C. 301 Yeager, D. L. 2836

Wilson, W. E. 1375 Yell in, J. 2441 ,2442

Winter, H. 2963,3067,3200 York, D. G. 2490

Witt, F. 2024 Young, P. A. 1734

Wittmann, W.

Wolff, R. J.

Wolfsohn, G.

2219,2220,2471,

2652,2709

1425

102,103,161 , 162

Younger, S. M.

Yukov, E. A.

Yurev, M. S.

Zajc, W. A.

2837,3079

2184

1428

2352

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2025,2437

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269
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Zavenyagin, Yu. A. 1623

Zemansky, M . W. 129,176

Zemtsov, Yu . K. 1262

Zhukovski i

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V. Ch. 1814

Zhuvikin, G . V. 3081

Ziegenbein, B. 1954

Zilionyte, :S. 1207

Zilitis, V. A. 754,817,1130,

1131 ,1429,1450,

1815,1816,2027,

2185,2620

Zimmermann, D. 1387,2621 ,2838

Zimmermann, P. 1148,1803,2622

Zimnoch, F. S. 1223,1558

Ziock, K.- 443,480.,658,

1263

Zipf, E. C. 2428,2613

Zirin, H. 693

Zivanovic, 1 2861 ,2862

Zon, B. A. 1430

Zuev, V. S. 2186

Zurro, B. 2258,2444,2497,

2623

Zvirblis, P 2187

OHO

Zyrnicki, W 1817

*The numbers refer to paper identification numbers of Part 3.

270
5.114A (REV. 1 1-77)

U.S. DEPT. OF COMM.

BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO.

NBS SP 505

2. Gov't Accession

No.

3. Recipient's Accession No.

TI i Lb AINU bUtJlllLt.

Bibliography on Atomic Transition Probabilities

(1914 through October 1977)

5. Publication Date April 1978

6« Performing Organization Code

AUTHOR(S)

J. R. Fuhr, B. J. Miller, and G. A. Martin

8. Performing Organ. Report No.

PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

10. Project/Task/Work Unit No. 2320171

11. Contract/Grant No.

Sponsoring Organization Name and Complete Address (Street, City, State, ZIP) 13. Type of Report & Period

Covered Interim

1914 - October 1977

14. Sponsoring Agency Code

SUPPLEMENTARY NOTES

Library of Congress Catalog Card Niomber: 76-604227

ABSTRACT (A 200-word or less factual summary ol most si^ilicant information. If document includes a significant

bibliography or literature survey, mention it here.)

\ revised and updated annotated bibliography on atomic transition probabilities covering the literature from 1914 through October 1977 is presented. It contains approxinately 2400 references and is divided into four main sections, with each article

assigned a number. The first section contains a listing, by numb)er, of articles of

jeneral interest. The second section lists by number all articles containing numerical.

|iata; it is arranged by element and stage of ionization and is further subdivided

iccording to theoretical and experimental methods, comments, and compilations. The

:hird section contains a listing of all articles, including number, authors, title,

md journal reference; it is arranged by year of publication and alphabetically by

iuthors' names within the year. All foreign language papers are identified, and their

.:itles are translated into English. The final section contains a listing of all

iuthors and the niombers of the papers they have authored or co-authored.

?his publication supersedes NBS Special Publications 320, 320 Supplement 1 and

)20 Supplement 2.

KEY WORDS (six to twelve entries; alphabetical order; capitalize only the first letter of the first key word unless a proper

lame; separated by semicolons)

llowed; atomic; discrete; forbidden; intensity; lifetime; line strength; oscillator

trength; transition probability.

ilAVAILABILITY E Unlimited

Q For Offic al Distribution. Do Not Release to NTIS

^ Order From Sup. of Doc, U.S. Government Printing Office

Washington, D.C. 20402, SD Stock No. SNOOi-,003

Order From National Technical Information Service (NTIS)

Springfield, Virginia 22151

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(THIS REPORT)

UNCL ASSIFIED

20. SECURITY CLASS

(THIS PAGE)

UNCLASSIFIED

21. NO. OF PAGES,

283

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A typical plant can save about 20 percent of its fuel—just by installing waste heat recovery equipment. But with so much equipment on the market,

how do you decide what's right for you?

Find the answers to your problems in the Waste

Heat Management Guidebook, a new handbook

from the Commerce Department's National Bureau

of Standards and the Federal Energy Administration.

The Waste Heat Management Guidebook is designed to help you, the cost-conscious engineer or manager, learn how to capture and recycle heat

that is normally lost to the environment during in- dustrial and commercial processes.

The heart of the guidebook is 14 case studies of

companies that have recently installed waste heat

recovery systems and profited. One of these applications may be right for you, but even if it doesn't

fit exactly, you'll find helpful approaches to solving

many waste heat recovery problems.

In addition to case studies, the guidebook contai

information on:

sources and uses of waste heat

determining waste heat requirements

economics of waste heat recovery

commercial options in waste heat recove equipment

instrumentation

engineering data for waste heat recovery

assistance for designing and installing was . heat systems

To order your copy of the Waste Heat Manageme

Guidebook, send $2.75 per copy (check or mon

order) to Superintendent of Documents, U.S. Gc

ernment Printing Office, Washington, D.C. 204(

A discount of 25 percent is given on orders of 1 copies or more mailed to one address.

The Waste Heat Management Guidebook is part

the EPIC industrial energy management progrc

aimed at helping industry and commerce adjust

the increased cost and shortage of energy.

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

FEDERAL ENERGY ADMINISTRATION/Energy Conservation and Environment

<r U. S. GOVERNMENT PRINTING OFFICE : 1978 261-238/86
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CHEMICAL REFERENCE DATA

Three comprehensive reference volumes,

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Supplement No. 1 to Vol. 2 "PHYSICAL AND THERMODYNAMIC

PROPERTIES OF ALIPHATIC ALCOHOLS"

by R. C. Wilhoit and B. J. Zv/olinski, Thermodynamics Research Center, Department ot Chemistry, Texas ASM University Represents the most exhaustive review and critical analysis of selected physical and thermodynamic properties of aliphatic alco- hols that has been published in the world literature of chemistry.

Supplement No. 1 to Vol. 3 "THERMAL CONDUCTIVITY OF THE ELEMENTS:

A COMPREHENSIVE REVIEW"

y. Ho, R. W. Powell, and P. E. Liley, Thermophysical Properties Research Center, Purdue University, West Lalayette, Indiana This comprehensive review of the world's thermal conductivity data

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Supplement No. 1 to Vol. 6 ENERGETICS OF GASEOUS IONS

by H. M. Rosenslock, K. DraxI, B. Steiner, and

J. T. Herron, National Bureau ol Standards

Provides a comprehensive body

of critically evaluated information on ionization potentials, ap- pearance potentials, electron af- finities and heats of formation of gaseous positive and negative

ions. It is a complete revision and

extension of the earlier reference

work, "Ionization Potentials, Appearance Potentials and Heats

for Formation of Gaseous Positive Ions," NSRDS-NBS 26.

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citations to all recent NBS publications in NBS and non- NBS media. Issued six times a year. Annual subscription:

domestic $17.00; foreign $21.25. Single copy, $3.00 domestic;

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Note: The Journal was formerly published in two sections: Section A "Physics and Chemistry" and Section B "Mathematical Sciences."

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Annual subscription: Domestic, $12.50; Foreign $15.65.

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Services (Springfield, Va. 22161) in paper copy or microfiche

form.

BIBLIOGRAPHIC SUBSCRIPTION SERVICES

The following current-awareness and literature-survey bibli- ographies are issued periodically by the Bureau:

Cryogenic Data Center Current Awareness Service. A literature survey issued biweekly. Annual subscription: Domestic, $25.00; Foreign, $30.00.

Liquified Natural Gas. A literature survey issued quarterly.

Superconducting Devices and Materials. A literature survey

issued quarterly. Annual subscription: $30.00. Send subscription orders and remittances for the preceding bibliographic

services to National Bureau of Standards, Cryogenic Data
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