A111Q3 DbTlLL

IF %

-J

NBS SPECIAL PUBLICATION 505

Supplement 1

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

Bibliography on

Atomic Transition Probabilities

(November 1977 through March 1980)
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards' was established by an act of Congress on March 3, 1901.

The Bureau's overall goal is to strengthen and advance the Nation's science and technology

and facilitate their effective application for public benefit. To this end, the Bureau conducts

research and provides: (1) a basis for the Nation's physical measurement system, (2) scientific and technological services for industry and government, (3) a technical basis for equity in trade, and (4) technical services to promote public safety. The Bureau's technical work is per- formed by the National Measurement Laboratory, the National Engineering Laboratory, and

the Institute for Computer Sciences and Technology.

THE NATIONAL MEASUREMENT LABORATORY provides the national system of

physical and chemical and materials measurement; coordinates the system with measurement

systems of other nations and furnishes essential services leading to accurate and uniform

physical and chemical measurement throughout the Nation's scientific community, industry,

and commerce; conducts materials research leading to improved methods of measurement,

standards, and data on the properties of materials needed by industry, commerce, educational

institutions, and Government; provides advisory and research services to other Government

agencies; develops, produces, and distributes Standard Reference Materials; and provides

calibration services. The Laboratory consists of the following centers:

Absolute Physical Quantities^ — Radiation Research — Thermodynamics and

Molecular Science — Analytical Chemistry — Materials Science.

THE NATIONAL ENGINEERING LABORATORY provides technology and technical ser- vices to the public and private sectors to address national needs and to solve national

problems; conducts research in engineering and applied science in support of these efforts; builds and maintains competence in the necessary disciplines required to carry out this research and technical service; develops engineering data and measurement capabilities;

provides engineering measurement traceability services; develops test methods and proposes

engineering standards and code changes; develops and proposes new engineering practices;

and develops and improves mechanisms to transfer results of its research to the ultimate user. The Laboratory consists of the following centers:

Applied Mathematics — Electronics and Electrical Engineering^ — Mechanical

Engineering and Process Technology^ — Building Technology — Fire Research —

Consumer Product Technology — Field Methods.

THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts

research and provides scientific and technical services to aid Federal agencies in the selection,

acquisition, application, and use of computer technology to improve effectiveness and

economy in Government operations in accordance with Public Law 89-306 (40 U.S.C. 759),

relevant Executive Orders, and other directives; carries out this mission by managing the

Federal Information Processing Standards Program, developing Federal ADP standards

guidelines, and managing Federal participation in ADP voluntary standardization activities; provides scientific and technological advisory services and assistance to Federal agencies; and

provides the technical foundation for computer-related policies of the Federal Government.

The Institute consists of the following centers:

Programming Science and Technology — Computer Systems Engineering.

'Headquarters and Laboratories at Gaithersburg, MD, unless otherwise noted; mailing address Washington, DC 20234. ^Some divisions within the center are located at Boulder, CO 80303.
Bibliography on

Atomic Transition Probabilities

(November 1977 through March 1980)

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

Center for Radiation Research

National Measurement Laboratory

National Bureau of Standards

Washington, D.C. 20234

National BurwiJ ct StafidJTft

Librsrv, E-Ol AdR-i"- ^^^^

AUG 2 7 1980

Cicc. ^Orc.

no. ^b^' i

J.S. DEPARTMENT OF COMMERCE, Philip M. Klutznick, Secretary

Luther H. Hodges, Jr., Deputy Secretary

Jordan J. Baruch, Assistant Secretary for Productivity, Technology and Innovation

MTIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

ssued August 1980
Library of Congress Catalog Card Number: 80-600119

National Bureau of Standards Special Publication 505/1

Nat. Bur. Stand. (U.S.), Spec. Publ. 505/1, 121 pages (August 1980)

CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1980

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

Price $4.50

(Add 25 percent for other than U.S. mailing).

20402
Foreword

The National Standard Reference Data System was established in 1963 for the purpose of promoting the critical evaluation and dissemination of numerical data of the physical sciences. The program is coordinated by the Office of Standard Reference Data of the National Bureau of Standards

but involves the efforts of many groups in universities, government laboratories, and private industry. The primary aim of the program is to provide compilations of critically evaluated physical and

chemical property data. These tables are published in the Journal of Physical and Chemical Reference Data, in the NSRDS-NBS series of the National Bureau of Standards, and through other

appropriate channels.

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

technical scope. A necessary preliminary step to the critical evaluation process is the retrieval from

the world scientific literature of all papers falling within the scope of the center. Each center, therefore,

builds up a comprehensive well-indexed bibliographical file which forms the base for the evaluation

task. Bibliographies derived from these files are published when they appear to be of value to research

workers and others interested in the particular technical area.

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

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

Standards, Washington, DC 20234.

David R. Lide, Jr., Chief

Office of Standard Reference Data

iii
Contents

Page

Foreword iii A. Introduction v

B. Numerical tables of critically evaluated transition probabilities vi

C. Bibliographical material 1

1. Literature references of general interest 1

1.1 Tables of numerical values 1

1.2 Literature compilations 1

1.3 Review articles 1 1.4 Fundamental relationships and basic concepts 2

1.5 Detailed descriptions of experimental or theoretical methods 2

1.6 General comments 3

1.7 Environmental influences on transition probabilities 4

2. Literature references containing numerical data 5

3. Chronological listing of all references with full titles 40

4. List of authors 94

5. Errata 109

(i

iv
Bibliography on Atomic Transition Probabilities

(November 1977 through March 1980)

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

Atomic and Plasma Radiation Division

Center for Radiation Research

National Bureau of Standards

Washington, D.C. 20234

This is the first supplement to the NBS Special Publication 505, Bibliography on Atomic

Transition Probabilities (1914 through October 1977), and it covers the literature on the subject

from November 1977 through March 1980. It contains approximately 600 references, with each

article assigned a number, and is divided into five main sections. The first section contains a

fisting, by number, of articles of general interest. The second section lists by number aU 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 numbers, authors, title, and journal

reference ; it is arranged by year of publication i and alphabetically by authors' names within

the year. All foreign language papers are identified, and their titles are translated into English.

The fourth section contains a listing of all authors and the numbers of the papers they have

authored or co-authored. A final section provides corrections or additions to the preceding

bibliography.

Key words: Allowed; atomic; discrete; forbidden; intensityi; lifetime; line strength;

oscillator strength; transition probability.

; A. Introduction

i Since the publication of our comprehensive Bibliogiphy on Atomic Transition Probabilities (1914

irough October 1977) ,^ about three years have passed

aring which time the number of new articles collected

/ the NBS Data Center on Atomic Transition Probailities has become sufficient to warrant the issuance

|E a supplemental bibliography. This first supplement,

intaining about 600 references, includes all new

apers that were received in the NBS library before

[arch 31, 1980. The arrangement of the preceding

ibliography ^ is retained. A few recently collected

rticles which were published prior to 1977 are listed

I section C.3 under the year of publication. Since

e feel that our collection of articles for the year

1^77 is now essentially complete, but was necessarily

jicomplete in the earlier bibliography, all references

|ir that year have been renumbered for this suppleeat and are listed here with the rtew numbers. As

result of corrections and additions that have been

lade since the initial ordering, for the years 1973,

^Fuhr, J. R., MiUer, B. J., and Martin, G. A., BibUography on

tomic Transition Probabilities (1914 througli October 1977), Nat.

«. Stand. (U.S.), Spec. Publ. 505, 283 pages (AprU 1978).

1975, 1978, and 1979 the articles are not listed in

strict alphabetical order, although the ordering by

number is strictly maintained. We have also provided an errata section, consisting of corrections and additions to the biblography. As additional information,

references to tables of critically evaluated transition

probability data have been included in this supplement. Also included are a listing of abbreviations

used in section C.2 to indicate subject matter (table

1) and a listing of abbreviations used in section C.3

to indicate foreign languages (table 2). The conversion factors relating the transition probability Au,

the absorption oscillator strength and the line

strength S are repeated here (table 3), since a few

errors appeared in the corresponding table of the

original bibliography.^

We gratefully acknowledge the helpful comments

and suggestions of Dr. W. L. Wiese in the course of

the planning and preparation of this supplement.

V
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 Probabilities, 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 Ser., Nat. Bur. Stand. (U.S.), 22 Vol. II, 306 pages (Oct. 1969).

3. For Ba I and II:

Miles, B. M. and Wiese, W. L., Critically Evaluated Transition Probabilities for Ba I and Ba 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., New York,

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. Che'

Ref. Data 4, 263 (1975).

7. For ions of the lithium isoelectronic sequence:

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

Ref. Data 5, 537 (1976).

8. For allowed lines of vanadium through manf

nese:

Younger, S. M., Fuhr, J. R., Martin, G. A., a Wiese, W. L., J. Phys. Chem. Ref. Data 7, 4

(1978).

9. Selected material for elements hydrogen throu

uranium:

Wiese, W. L. and Martin, G. A., CRC Handbo

of Chemistry and Physics, E349-E384, 61st I (CRC Press, Inc., Boca Raton, Fla., 198C

Nat. Stand. Ref. Data Ser., Nat. Bur. Sta;

(U.S.), 68, Part II (in press).

10. For allowed lines of iron through nickel: ^

Fuhr, J. R., Martin, G. A., Wiese, W. L, £ Younger, S. M., J. Phys. Chem. Ref. Data 'i

press)

.

11. For the elements scandium through nickel:

Martin, G. A., Wiese, W. L., Fuhr, J. R., il

Younger, S. M., Nat. Stand. Ref. Data Ser., f

Bur. Stand. (U.S.), Vol. Ill (in preparation)

vi
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."

^.. 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 with isoelectronic sequences, spectral series, or homologous atoms;

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

). 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 efEect, astrophysical

measurements, etc.).

j|U Other:

I 1. Comm.—additions or stiggested 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

Fr. French

Ger. German

Pol. Polish

Russ. Russian

I

I

vii
Table 3. Numerical Conversion Factors

The transition probability is listed in units s"\ the f-value is dimensionless, and the

line strength is in atomic units. The wavelength X is in angstrom units, and g. and g. are the statistical weights of the lower and upper states, respectively. E. denotei electric dipo1

(allowed) transitions, E electric quadrupole (forbidden) transitions, and M. magnetic dipole

(forbidden) transitions.^

Transition

Yobabil ity

6.670, X 10^^

g, 2 ^1 .

18

2 026 X 10

—3 s

1.679q X lo'"

i2 „ ik

A g^

~5 S

° 2.697, X lo''^ — ^

Oscillator

Strength 1.4992 X 10"^^ ^ A,^.

Ed

303. 7^

g^.A

^q

251.9 ^ g.A

4.043o X 10"2

q .A ^i

E^

4.9355 ^ ^0-19 g^,3^^^^ 3.292^ X 10 g.Xf.^

1

-ine

Strength

S = 5.953 X 10"^^

^k^^^ki 3.971 X 10"^ QiA^fik

° -14 3

3.7073 \^ \i

^d

247.29 SiAf^k

I;

v1ii
C. BIBLIOGRAPHIC MATERIAL

1. UTBUTURE REFSeiCES OF GBHERAL INTBIESr

eference No.*

3509

3510

3588

3741

1.1 TABLES OF NUMERICAL VALUES

Author(s) and Title

W. L. Wiese & G. A. Martin, Atomic Transition Probabilities

S. M. Younger, J. R. Fuhr, G, A. Martin, & W. L. Wiese, Atomic

Transition Probabilities for Vanadium, Chromium, and Manganese

(A Critical Data Compilation of Allowed Lines)

A. R. Edmonds, J. Picart, N. Tran Minh, & R. Pullen, Tables for the

Computation of Radial Integrals in the Coulomb Approximation

K. Mori, M. Otsuka, & T. Kato, Grotrian Diagrams for Highly Ionized

Iron Fe VIII-Fe XXVI

eference No.*

3386

1.2 LITERATURE COMPILATIONS

Author(s) and Title

J. R. Fuhr, B. J. Miller, & G. A. Martin, Bibliography on Atomic

Transition Probabilities (1914 through October 1977)

eference No.*

3090

3121

3126

3129

3171

3194

3195

3198

3409

3432

1.3 REVIEW ARTICLES

Author(s) and Title

A. L. Stewart, Atomic Structure and Oscillator Strengths

L. Augustyniak & K. Dunajski, Theoretical and Experimental

Investigations of Multipole Radiation of Atoms

H. G. Berry, Beam-Foil Spectroscopy

E. Biemont & N. Grevesse, f- Values and Abundances of the Elements

in the Sun and Stars

P. Erman, Recent Advances in Atomic and Molecular Physics Using

Nuclear Spectroscopic Techniques

A. Hibbert, Recent Advances in the Calculation of Oscillator Strengths

M. C. E. Huber, f-Value Measurements for 3d Elements

R. E. Imhof & F. H. Read, Measurement of Lifetimes of Atoms, Molecules,

and Ions

A. Hibbert, Atomic Structure Theory

D. L. Lambert & R. E. Luck, The Abundances of the Elements in the

Solar Photospheres~IX: Na to Ca

The numbers refer to paper identification numbers of Section 3.

1
3453 R. Marrus & P. J. Mohr, Forbidden Transitions in One- and TwoElectron Atoms

3455 I. Martinson, Experimental Studies of Atomic and Molecular Lifetimes

3501 J. Sucher, Magnetic Dipole Transitions in Atomic and Particle Physics

Ions and Psions

3570 L. J. Curtis, Recent Progress in Lifetime Measurements

3696 N. P. Penkin, Experimental Determination of Electronic Transition

Probabilities and the Lifetimes of the Excited Atomic and Ionic

States

3732 W. L. Wiese, Atomic Transition Probabilities and Lifetimes

1.4 FUNDAMENTAL RELATIONSHIPS AND BASIC CONCEPTS

--No entries in this category--

1.5 DETAILED DESCRIPTIONS OF EXPERIMENTAL OR THEORETICAL METHODS

Reference No.* Author(s) and Title

3185 M. Gustavsson, H. Lundberg, & S. Svanberg, An Efficient Method for

Measuring Atomic and Molecular Lifetimes Using a Modulated or Deflected CW Dye Laser Beam

3210 M. Kock & M. Kiihne, Hook Measurements on a Wall-Stabilized Arc

3327 J. Azencot & R. Goutte, Atomic lonoluminescence Used in Differential

Measurement of Excited State Lifetimes

3364 A. Corney & K. Gardner, A New Method for Determining f-Values Using

Stimulated Electronic Raman Scattering in Atomic Vapours

3404 J. Hamel & J. -P. Barrat, Study of a Method for Measuring Lifetimes

of Ionic Excited Levels in a Penning Collision Using Transfer

Orientation

3428 J. Z. Klose, Measurement of Mean Lives in Atomic Uranium

3471 C. A. Nicolaides & D. R. Beck, Many-Body Theory of Photoabsorption

in Atoms and Molecules

3535 J. W. Andrews, P. B. Coates, D. E. Blackwell, A. D. Petford, &

M. J. Shallis, Precision Measurement of Relative Oscillator

Strengths--V. Comparison of Oscillator Strengths of Fe I Transitions from Levels a F-, j. (0.86-1.01 eV) and Those From

a ^Dq_4 (0.00-0.12 eV)

'"^

3559 B. L. Cardon, P. L. Smith, & W. Whaling, New Method for Determining

Relative Oscillator Strengths of Atoms Through Combined Absorpti

and Emission Measurements: Application to Titanium (Ti I)

3705 H. van Regemorter, D. Hoang Binh, & M. Prud'homme, Radial Transition

Integrals Involving Low or High Effective Quantum Numbers in

the Coulomb Approximation

3707 N. S. Ryazanov, Measurement of Anomalous Dispersion by a Four-Beam

Rozhdestvenskii Interferometer

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

2
3773 R. J. Fonck & D. H. Tracy, Use of Semiclassical Wavefunctions for

Calculation of Radial Integrals in the Coulomb Approximation

1.6 GENERAL COMMENTS

Reference No.* Author(s) and Title

3120 J. B. Atkinson, Lifetime Determinations and Their Errors Using Pulsed

Dye Lasers

3129 E. Biemont & N. Grevesse, f-Values and Abundances of the Elements in

the Sun and Stars

3193 J. D. Hey, The Role of the Oscillator Strength in the Determination

of Plasma Densities

3195 M. C. E. Huber, f-Value Measurements for 3d Elements

3222 D. L. Lin, Gauge Properties of the Hartree-Fock and Random-Phase

Approximations

3250 C. A. Nicolaides, The Continuum and Its Effect on Cascades in BeamFoil Spectroscopy

3365 L. J. Curtis & D. G. Ellis, A Formula for Cancellation Disappearances

of Atomic Oscillator Strengths

3377 P. Erman & S. Huldt, Trapping of Non-Resonance Radiation in Atoms and

Its Influence on Measured Lifetimes of the 4p and 5p Levels in

Ar I

3437 D. L. Lin, Velocity and Length Forms of Oscillator Strengths and Unitary

Transformations of Quantum Electrodynamics

3467 C. A. Nicolaides & D. R. Beck, Transfer of Oscillator Strength in

Regions of (Avoided) Crossings. The Two-State Approximation

3469 C. A. Nicolaides & D. R. Beck, Comment on the Luken-Sinanoglu Paper

"Theory of Atomic Structures Including Electron Correlation.

V. Excited States Not Lowest of their Symmetry and Oscillator

Strengths in Neutral and Singly Ionized Atoms"

3491 U. I. Safronova, Equivalency of Approaches to the Calculation of

Oscillator Strengths in the Length and Velocity Forms

3512 S. M. Younger & W. L. Wiese, Theoretical Simulation of Beam-Foil Decay

Curves for Resonance Transitions of Heavy Ions

3516 W. L. Luken & 0. Sinanoglu, Reply to "Comment on 'Theory of Atomic

Structures Including Electron Correlation. V.'"

3540 S. Bashkin, Comments on Beam-Foil Spectroscopy

3568 D. Cotter, The Measurement of Atomic Oscillator Strengths Using the

SERS Polarization Flip Method

3569 L. J. Curtis, Use of Hydrogenic Transition Probabilities for NonPenetrating Rydberg States with Core Polarization

3586 H. W. Drawin, Atomic and Molecular Structure and Collision Data with

Application to Fusion Research

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

3
3603 T. F. Gallagher & W. E. Cooke, Interactions of Blackbody Radiation

with Atoms

3635 B. M. Johnson, Use of Spectra from Foil -Excited Heavy-Ion Beams to

Interpret Radiation from Plasmas

3646 D. H. Kobe, Gauge-Invariant Resolution of the Controversy Over Length

Versus Velocity Forms of the Interaction with Electric Dipole

Radiation

3656 W. L. Luken, Rydberg-Valence Mixing in Atoms and Molecules

3686 H. Nussbaumer, Oscillator Strengths of Astrophysical Interest

3698 E. H. Pinnington & R. N. Gosselin, Can the ANDC Method Really Overcome

the Cascading Problem in B.F.S. Lifetime Measurements?

3731 W. L. Wiese, Atomic Processes for Magnetic Fusion Research and Their

Data Status

3787 M. H. Miller & R. D. Bengtson, Oscillator Strength Trends in Group IV Homologous Ions

1.7 ENVIRONMENTAL INFLUENCES ON TRANSITION PROBABILITIES

Reference No.* Author(s) and Title

3213 Z. I. Kupliauskis, Influence of Core Relaxation on Oscillator Strengths

3603 T. F. Gallagher & W. E. Cooke, Interactions of Blackbody Radiation with

Atoms

3769 W. E. Cooke & T. F. Gallagher, Effects of Blackbody Radiation on Highly

Excited Atoms

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

4
2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA

(References on individual elements and stages of ionization,

classified according to method)

Description Reference No.*

Ag (Silver) Sequence

T: interp. 3563

Ag (Silver)

Ag I

absorpt. rel

.

life

quant.

3349

3494

3403,3458,3460,

3563,3671,3673

Al (Akmiinum) Sequence

T: estim.

quant.

3240

3381

Al (Aluminum)

Al I

life

CA

quant.

Al II

E: life

T: quant.

3191,3494,3643

3328

2839,3214,3328,

3397,3459

3542,3641,3642

2843,3214,3650,

3667

Description

quant, forb.

(see also references on

Al III

E: life

T: quant.

(see also references on

Al IV

E: life

T: quant.

(see also references on

Al V

E: life

Reference No.*

3436

Mg sequence)

3542,3641 ,3642

3398

Na sequence)

3372,3542,3561

,

3562,3641 ,3642

3442,3561 ,3562

Ne sequence)

3145,3372,3542,

3641 ,3642

(see also references on F sequence)

Al V I

E: life 3145,3542,3641 , 3642

3626

0 sequence)

T: quant, rel.

(see also references on

Al VII

E: life 3145,3641,3642

(see also references on N sequence)

''The numbers refer to paper identification numbers of Section 3.
Description Reference No.*

AT VIII

E: life 3457

(see also references on C sequence)

Al IX

E: life 3576

T: CA 3789

(see also references on B sequence)

Al X

E: life 3576

T: CA 3789

(see also references on Be sequence)

Al XI

E: life 3576

T: quant. 3557,3779

quant, forb. 3344

(see also references on Li sequence)

Al XII

E: life 3574

T: interp. 2624

quant. 3136,3137,3160,

3221

(see also references on He sequence)

Ar (Argon) Sequence

interp. 3224

At (Argon)

Ar I

absorpt.

emiss.

3728

3091,3254,3266,

3357,3408,3486,

3790

Description

life

mi sc

.

T: CA

quant.

Comment:

E: emiss.

life

T: CA

quant.

life

quant.

T: quant.

T: quant.

Ar II

Ar III

E:

T:

Ar V

Ar VI

Reference No.*

3206,3357,3377,

3417

3291

3408,3780

2843,3224,3389

3790

3254,3266,3408,

3465,3486

3484

3408

3187,3214,3441

3484

3214

3380

3380

(see also references on Al sequence)

Ar VII

T: quant. 2843,3122,3161,

3650,3667

(see also references on Mg sequence)

Ar VIII

E: life 3645,3700

T: quant. 3161

quant, forb. 3335

(see also references on Na sequence)

Ar IX

E: life 3332,3645

T: quant. 3332,3380,3554

(see also references on Ne sequence)

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

6
Description Reference No.* Description Reference No.*

Ar X

T: quant. 3380

(see also references on F sequence)

Ar XI

T: quant. 3201,3546

quant, forb. 3201,3546

(see also references on 0 sequence)

Ar XII

T: quant. 3201,3763

quant, forb. 3201,3763

(see also references on N sequence)

Ar XIII

T: quant. 3201,3577

quant, forb. 3201,3577

(see also references on C sequence)

Ar XIV

T: quant. 3577

quant, forb. 3577

(see also references on B sequence)

Ar XV

T: quant. 3161,3617,3620

(see also references on Be sequence)

Ar XVI

E: life forb. 3368,3369,3582

T: quant. 3161,3295,3557

Corrment: 3724

(see also references on Li sequence)

Ar XVII

E: life

As (Arsenic)

As I

E: absorpt. rel . 3246

emiss. 3786

As III

E: life 3116

As IV

E: life 3534

(see also references on Zn sequence)

As V

T: quant. 3172

(see also references on Cu sequence)

As XXV

T: quant. 3778

(see also references on F sequence)

As XXVI

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

As XXXII

T: quant. 3740

quant, forb. 3740

(see also references on He sequence)

Au (Gold)

Au I

T: quant. 3403,3458,3460,

3671

3168,3368,3582

(see also references on He sequence)

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

7
Description Reference No.*

Au XXXIII

T: quant 3563

(see also references on Ag sequence)

Au XXXV

T: quant, forb. 3161

Au XXXVI

T: quant, forb. 3161

Au X L 1

1

T: quant, forb. 3161

Au XLIII

T: quant. 3161

quant, forb. 3161

Au XL IV

T: quant. 3161

quant, forb. 3161

Au XLV

T: quant. 3161

quant, forb. 3161

Au XLVI

T: quant. 3161

Description Reference No.*

Au XLVII

T: quant. 3161

Au XLVIII

T: quant. 3161

quant, forb. 3161

Au XLIX

T: quant. 3161

quant, forb. 3161

Au L

Au LI

T: quant. 3161

(see also references on Cu sequence)

Au LII

T: quant. 3161

Au LIII

T: quant. 3161

quant, forb. 3161

(see also references on Zn sequence)

*The numbers refer to paper identification numbers of Section 3

8

T: quant, forb. 3161

Au LIV

T: quant, forb. 3161

Au LX

T: quant, forb. 3161

Au LXI

T: quant. 3161

quant, forb. 3161

(see also references on K sequence)

Au LXI

I

T: quant, forb. 3161

(see also references on Ar sequence)

Au LXIII

T: quant, forb. 3161

Au LXVIII

T: quant. 3161

(see also references on Mg sequence)

Au LXIX

T: quant. 3161

(see also references on Na sequence)

Au LXXVI

T: quant. 3161

(see also references on Be sequence)

Au LXXVII

T: quant. 3161

(see also references on Li sequence)
Description Reference No.* Description Reference No.*

B (Boron) Sequence

T:

estim.

interp.

quant.

3240

3166

3366,3379

B (Boron)

B II

B I

T: interp.

quant.

T: quant.

quant, forb.

(see also references on

B III

T: quant.

(see also references on

B IV

E: life

T: quant.

(see also references on

B V

E: life

3597

3123,3212

3123,3169,3395,

3435,3463,3610

3436

Be sequence)

3363,3607

Li sequence)

3370

3394

He sequence)

3370,3685

(see also references on H sequence)

Ba (Barium)

Ba I

interp.

quant.

quant, forb.

quant, rel

Ba II

E: life

T:

life forb.

CA

quant.

3537

2628,3403

2628

2628

3189,3298,3420,

3431

3711

3225

2840,3403,3672

Be (Beryllium) Sequence

T: estim.

estim. forb.

interp.

quant.

quant, forb.

Comment:

3240

3784

3343

3088,3153,3219,

3271 ,3292,3293,

3379,3491 ,3493

3283,3438,3723

3153

Be (Beiyllium)

Be I

T: CA

quant.

3742

2843,3181 ,3395,

3435,3463,3471 , 3566,3610

quant, forb. 3436

Be II

T: quant. 3363,3471,3607

(see also references on Li sequence)

Be III

T: quant. 3394

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

E: hook

hook forb.

life

3407,3479

3602

3202,3415,3634
Description

quant, forb.

(see also references on He sequence)

Reference No.* Description Reference No.*

3436 Br VIII

T: quant. 3161

Bi (Bismuth)

E:

T:

Bi I

emiss. 3401

emiss. rel . 3401

life 3477,3485

quant. 3192,3383

Bi II

life 3477

Bi V

T:

T:

(see

T:

E:

E:

T:

(see

quant. 3671

Bi LXXV

quant. 3706

also references on F sequence)

Br (Bromine)

Br I

quant. 3187

Br V

life 3262

Br VI

life 3209,3262

quant. 3161,3497

also references on Zn sequence)

Br VII

life 3209,3262

quant. 3161

E:

T:

(see also references on Cu sequence)

C (Cartran) Sequence

estim.

quant.

quant, forb.

3240

2841 ,3379

1973,3379,3687

C (Cartxm)

c I

E:

T:

life

quant.

C II

Compilation:

E: life

T: interp.

quant.

Compilation:

(see also references on

C III

E: life

T: quant.

quant, forb.

Compilation:

(see also references on

C IV

E: life

T: quant.

Compilation:

(see also references on

The numbers refer to paper identification numbers of Section 3.

10

3144,3514

3362,3606,3677

3112

3152,3371

3597

3166,3212,3245,

3555

3112

B sequence)

3152,3371 ,3719

3245,3270,3395,

3435,3463,3474,

3610,3618,3633

3436,3474

3112

Be sequence)

3371,3439

3245,3363,3775

3112

Li sequence)
Description

T: quant.

quant, forb.

Compilation:

C V

Reference No.*

3726

3436

3112

(see also references on He sequence)

Ca (Calcium)

Ca I

E: life

quant.

3190,3257,3591

3247,3403,3614

Ca II

life 3257

T: CA 3225

quant. 2840,3403

(see also references on K sequence)

Ca III

T: quant. 3224

(see also references on Ar sequence)

Ca VII

T: quant. 3416

Ca IX

Description

quant, forb.

Reference No.*

3179,3201

(see also references on 0 sequence)

Ca XIV

T: quant. 3201,3763

quant, forb. 3201,3763

(see also references on N sequence)

Ca XV

T quant. 3142,3201 ,3342,

3577

T: quant. 3416

(see also references on Mg sequence)

Ca X

T: quant. 3341

(see also references on Na sequence)

Ca XI

T: interp. 3332

quant. 3554

(see also references on Ne sequence)

Ca XIII

T: quant. 3134,3140,3201,

3508

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

11

quant, forb. 3201,3577

(see also references on C sequence)

Ca XVI

T: quant. 3577

quant, forb. 3577

(see also references on B sequence)

Ca XVII

T: quant. 3617,3620,3690

quant, forb. 3690

(see also references on Be sequence)

Ca XVIII

T: quant, forb. 3275

(see also references on Li sequence)

Ca XIX

T: quant. 2627,3709.3777

quant, forb. 3777

(see also references on He sequence)

Cd (Cadmium)

Cd I

E: emiss.

life

3114,3564

3199,3727
Descri ption

T: quant.

Reference No.*

3403

Description Reference No.*

Cd II

E: life 3199

T: quant. 3671

(see also references on Ag sequence)

Ce (Cerium)

Ce IV

T: CA

quant.

3225

3672

CI (Chlorine)

Cl I

E: absorpt.

emiss.

T: quant.

E: life

T: quant.

T: quant.

T: quant.

quant, forb.

Comment:

Cl II

Cl III

Cl VI

3157,3158

3300

3156,3187,3214

3424

3214

3214,3471

2843,3650

3436

3569

(see also references on Mg sequence)

Cl VIII

E: life 3332,3390

T: quant. 3332

(see also references on Ne sequence)

Cl IX

E: life 3385,3390

T: quant. 3390

(see also references on F sequence)

Cl X

E: life 3385,3390

T: quant. 3390

(see also references on 0 sequence)

Cl XI

E: life 3385

(see also references on N sequence)

Cl XII

E: life 3385

(see also references on C sequence)

Cl XIII

E: life 3385,3413

(see also references on B sequence)

Cl XIV

E: life 3385,3413,3695

(see also references on Be sequence)

Cl XV

E: life 3385,3413

T: quant, forb. 3344

(see also references on Li sequence)

Co (Cobalt)

Co I

E: absorpt.

life

T: quant.

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

3552

3208,3232,3263,

3718

3333

12
Description

E: life

T: quant.

Co II

Co VII

Co XVI

Reference No.*

3718

3084

T: quant. 3637

(see also references on Mg sequence)

Co XX

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

Cr (Chromium)

Cr I

E: absorpt.

hook

life

T: quant.

Comment:

E: emiss.

T: quant.

E: life

T: quant.

T: quant.

T: quant.

T: CA

Cr II

Cr III

Cr IV

Cr V

Cr VI

3196,3552

3196

3125,3239,3783

3597

3124

3683

3322

3117

3322

3322

3322

3225

Description Reference No.*

quant. 3322

(see also references on K sequence)

Cr XI

T: quant, forb. 3161

Cr XII

T: quant, forb. 3161

(see also references on Al sequence)

Cr XIII

T: quant. 3637

quant, forb. 3161

(see also references on Mg sequence)

Cr XV

T: quant. 3425,3554

quant, forb. 3161,3425

(see also references on Ne sequence)

Cr XVI

T: quant, forb. 3161

(see also references on F sequence)

Cr XVII

T: quant. 3201

quant, forb. 3161,3201

(see also references on 0 sequence)

Cr XVIII

T: quant, forb. 3161,3201

(see also references on N sequence)

Cr XIX

T: quant. 3201

quant, forb. 3161,3201

(see also references on C sequence)

C r XX

T: quant, forb. 3161

(see also references on B sequence)

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

13
Description Reference No.*

Cr XXIII

T: quant. 3740

quant, forb. 3740

also references on He sequence)

Cs (Cesium)

Cs I

absorpt. 3253,3443

clUoUi|JL* rcl* 34R7

hook 3712

life 3113,3170,3185,

3230,3231,3356,

3658,3661 ,3715

misc. rel

.

3364

CA 3225,3622

estitn. 2385

interp. rel. 2188

quant. 2385,2839,3249,

3403,3672,3704

Cs II

E: life 3692,3760

Cu (Copper) Sequence

T: interp.

quant, 3358,3359,3669

Cu (Copper)

Cu I

3295,3511,3571,

3737

E: absorpt.

absorpt. rel.

emiss. rel.

hook

3405

3349

3515

3653

Description

hook rel

.

life

T: quant.

Reference No.*

3653

3449

3172,3403,3458,

3460

Cu XIX

E: life 3261

(see also references on Na sequence)

Cu XXI

T: quant. 3778

(see also references on F sequence)

Cu XXII

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

Dy (Dysprosium)

Dy I

E: life 3411,3627

Dy XXXIX

T: quant. 3794

Er (Erbium)

Er I

E: absorpt.

hook rel

3583

3131

Eu (Europium)

Eu I

E: life

E: absorpt.

Eu II

3627

3427

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

14
Description

emiss.

life

Reference No.*

3427

3337

F (Fluorine) Sequence

T: estim.

interp.

3240

3706

F (Ruorine)

F I

E: absorpt.

life

3157

3500

F II

E:

(see

E:

T:

(see

E:

T:

(see

E:

T:

(see

E:

T:

(see

*The

life 3644,3699

also references on 0 sequence)

F III

life 3483,3644

quant. 3331

also references on N sequence)

F IV

life 3483,3644

quant. 3677

also references on C sequence)

F V

life 3644

quant. 3689

also references on B sequence)

F VI

life 3589,3590,3644

quant. 3395,3633,3689,

3725

quant, forb. 3689

also references on Be sequence)

numbers refer to paper identification

Description Reference No.*

F VII

E: life 3644

T: quant. 3363

(see also references on Li sequence)

F VIII

E: life 3573,3644

T: quant. 3725

quant, forb. 3725

(see also references on He sequence)

Fe (Iron)

Fe I

E: absorpt.

emiss.

life

Comment:

E: emiss.

life

misc.

Comment

:

Compilation:

Fe II

Fe III

E:

T:

E:

T-:

life

quant.

quant.

life

quant.

Fe IV

Fe V

3547,3548,3552

3489

3267,3660

3549

3679

3584

3764

3764

3697

3117,3584

3322

3322

3587

3322

numbers of Section 3.

15
Description Reference No.*

Fe VI

E: life 3587

T: quant. 2446,3322

quant, forb. 3392,3475

Fe VII

T: quant. 2446

Fe VIII

T: quant. 3161

quant, forb. 3612

(see also references on K sequence)

Fe IX

T: quant. 3174,3224

quant, forb. 3174

(see also references on Ar sequence)

Fe X

T: quant. 3138

quant, forb. 3238

Fe XI

T: quant. 3138

quant, forb. 3238

Fe XII

T: quant. 3347

quant, rel . 3173

quant, forb. 3173

Fe XIII

T: quant. 3347,3416

quant, forb. 3161

Fe XIV

T: quant, forb. 3161

(see also references on Al sequence)

Description Reference No.*

Fe XV

T: quant. 2843,3122,3161,

3416,3556,3667

quant, forb. 3161

(see also references on Mg sequence)

Fe XVI

T: quant. 3161,3295,3341,

3450,3556

(see also references on Na sequence)

Fe XVII

E: misc. 2842

T: quant. 3270,3425,3554,

3593

quant, forb. 3161 ,3425

(see also references on Ne sequence)

Fe XVIII

E: misc. 2842

T: quant. 3139,3143,3354,

3550,3706

quant, forb. 3161

(see also references on F sequence)

Fe XI X

T: quant. 3087,3134,3135,

3139,3140,3143,

3201 ,3354

quant, forb. 3135,3161,3179,

3201

(see also references on 0 sequence)

Fe XX

T: quant. 3134,3139,3141

quant, forb. 3161,3201

(see also references on N sequence)

Fe XXI

T: interp. forb. 3586

The numbers refer to paper identification numbers of Section 3.

16
Description

quant.

Reference No.*

3139,3142,3201

,

3342,3664

quant, forb. 3161,3201,3664

(see also references on C sequence)

Fe XXII

T: quant. 2445,3348,3354

quant, forb. 3161

(see also references on B sequence)

Fe XXIII

E: life 3367

T: quant. 3161,3348,3354,

3617,3620,3690

quant, forb. 3690

Comment: 3690

(see also references on Be sequence)

Fe XXIV

E: life

T: quant.

3367

3087,3161 ,3295,

3354,3492,3543,

3544,3629

quant, forb. 3087

(see also references on Li sequence)

Fe XXV

E: life 3184

life forb. 3184

T: quant. 2627,3221,3354

(see also references on He sequence)

Fm (Fermium)

Fm XCII

T: quant. 3706

(see also references on F sequence)

Description Reference No.*

Fm XCIX

T: quant. 3709,3777

(see also references on He sequence)

Ga (Gallium)

Ga I

E: life

T: quant.

3191

2839,3397,3459,

3670

Ga II

E: life 3534,3575

T: quant. 3497

(see also references on Zn sequence)

Ga III

T: quant. 3172

(see also references on Cu sequence)

Ga XXIII

T: quant. 3778

(see also references on F sequence)

Ga XXIV

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

Ga XXX

T: quant. 3740

quant, forb. 3740

(see also references on He sequence)

Gd (Gadolinium)

Gd XXXVII

T: quant.

''The numbers refer to paper identification numbers of Section 3,

17

3794
Description Reference Nos.* Description Reference No.*

Ge (Germanium)

Ge I

E: emiss. 3444

Ge II

E: life 3116

Ge III

E: life 3534

(see also references on Zn sequence)

Ge IV

T: quant. 3241

(see also references on Cu sequence)

Ge XXIV

T: quant. 3148,3778

(see also references on F sequence)

Ge XXV

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

Ge XXXI

T: quant. 3740

quant, forb. 3740

(see also references on He sequence)

H (Hydrogen) Sequence

T: estim.

quant.

quant, forb.

3240

3133,3203,3294,

3506

3133,3294

H (Hydrogen)

H I

Comment: 3361

He (Helium) Sequence

T: estim.

interp.

quant.

quant, forb.

Comment

3240

3361 ,3709

3088,3159,3205,

3220,3271 ,3273,

3290,3393,3434,

3493,3506,3585,

3793

2742,3220,3506,

3513,3738

3223,3233

He (Helium)

He I

absorpt.

emiss.

life

misc.

T: quant.

quant, forb.

Compilation:

E: emiss. rel

.

life forb.

He II

3296

3767,3772

3146,3151 ,3256,

3414,3421 ,3422,

3429,3476,3648,

3651 ,3734

3630

3394,3470,3471

3436

3280

3211

3410

(see also references on H sequence)

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

18
Description Reference No.* Description Reference No.*

Hf (Hafnium)

Hf XLV

T: quant. 3794

Hg (Mercuiy)

E: emiss.

life

misc.

T: quant.

E: emiss.

quant.

Hg II

3164,3279,3447,

3462

3115,3324,3551

3765

3403

3495

3671

Ho (Hohnium)

Ho I

E: hook rel 3340

I (Iodine)

I I

E: emiss. rel

life

T: quant.

Comment:

E: life

3285

3648

1818,3187,3285

3197

3648

I VII

E: life 3691

T: quant. 3671,3691

(see also references on Ag sequence)

I XXV

E: life 3636

(see also references on Cu sequence)

In (Indium)

In I

E: life

T: quant.

3191 ,3445,3684

2839,3397,3459,

3670

In III

T: quant. 3671

(see also references on Ag sequence)

Ir (Iridium)

Ir I

E: life 3488

K (Potassium) Sequence

T: quant. 3128

K (Potassium)

K I

I II E: life

T: CA

I yi interp.

E: life 3691 quant.

T: quant. 3691

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

19

3503,3605

3225,3622

3792

3704,3736
Description Reference No.*

K II

E: emiss. 3717

T: quant. 3224

(see also references on Ar sequence)

K III

T: quant. 3214

K IX

T: quant. 3295

(see also references on Na sequence)

K X

T: interp. 3332

(see also references on Ne sequence)

K XIII

T: quant. 3141

(see also references on N sequence)

K XVII

T: quant, rel . 3344

quant, forb. 3344

(see also references on Li sequence)

Kr (Krypton)

Kr I

absorpt. rel.

emiss.

emiss. rel.

life

3276

3378,3408,3538,

3600,3601,3774

3600,3774

3384,3417,3599,

3600

Description

E: emiss.

life

T: CA

quant.

E: life

T: quant.

Kr II

Kr VII

Reference No.*

3408,3538

3243,3678

3408

3187,3286

3209

3161

(see also references on Zn sequence)

Kr VIII

E: life 3209,3700,3785

T: quant. 3161,3172,3295,

3737

Comment: 3733,3785

(see also references on Cu sequence)

Kr IX

T: quant. 3161

Kr XVIII

T: quant, forb.

misc. 3180,3649

T: CA 3408,3774

CA rel. 3774

quant, 3180,3326,3601

*The numbers refer to paper identification numbers of Section 3

20

T: quant. 3161

quant, forb. 3161

(see also references on K sequence)

Kr XIX

T: quant, forb. 3161

(see also references on Ar sequence)

Kr XX

T: quant, forb. 3161

Kr XXI

T: quant, forb. 3161

Kr XXII

3161
Description Reference No.*

Kr XXIII

T: quant, forb. 3161

Kr XXIV

T: quant, forb. 3161

(see also references on Al sequence)

Kr XXV

T: quant. 3161

quant, forb. 3161

(see also references on Mg sequence)

Kr XXVI

T: quant. 3161,3295,3341,

3557,3621

(see also references on Na sequence)

Kr XXVIII

T: quant. 3557

quant, forb. 3161

(see also references on F sequence)

Kr XXIX

T: quant, forb. 3161

(see also references on 0 sequence)

Kr XXX

T: quant, forb. 3161

(see also references on N sequence)

Kr XXXI

T: quant, forb. 3161

(see also references on C sequence)

Kr XXXII

T: quant, forb. 3161

(see also references on B sequence)

Kr XXXIII

E: life 3580

*The numbers refer to paper identification

Description

T: quant.

quant, forb.

Reference No.*

3161 ,3690

3690

(see also references on Be sequence)

Kr XXXIV

E: life 3580

T: quant. 3161,3295

(see also references on Li sequence)

Kr XXXV

E: life 3184

life forb. 3184

(see also references on He sequence)

La (Lanthanum)

E: life

E: life

La I

La II

La III

T: CA

quant.

3352

3118,3119

3225

3672

Li (Lithium) Sequence

CA

estim.

interp.

quant.

3225

3240

3295,3361

3127,3128,3159,

3175,3277,3493,

3506

Li (Lithium)

Li I

E: life

numbers of Section 3,

21

3200,3278,3327,

3466,3631
Description

misc.

misc. forb.

T: quant.

Li II

E: 1 ife forb.

T: quant.

Reference No.*

3714

3714

3217,3251,3274,

3353,3468,3553,

3680,3704,3716,

3736

3781

3726

(see also references on He sequence)

Mg (Magnesium) Sequence

T: estim.

interp.

quant.

3240

3122,3154,3596,

3655

1002,3154,3284,

3596

Mg (Magnesium)

I

E: life

T: quant.

quant, forb.

3190,3419,3640,

3782

2843,3122,3165,

3214,3247

3436

Mg II

T: quant. 2840,3398

(see also references on Na sequence)

Mg III

T: quant. 3399,3400

(see also references on Ne sequence)

Mg V

T: quant, 3201

quant, forb. 3201

(see also references on 0 sequence)

*The numbers refer to paper identification

Description

Mg VI

T: quant.

quant, forb.

(see also references on

Mg VII

E: life

T: quant.

quant, forb.

(see also references on

Mg IX

T: quant.

quant, forb.

(see also references on

Mg X

E: life

misc.

T: quant, rel

.

quant, forb.

(see also references on

Mg XI

E: misc.

T: interp.

quant.

Reference No.*

3763

3763

N sequence)

3457

3201,3456

3201 ,3456

C sequence)

3343,3505,361.7,

3620

3436

Be sequence)

3681

2842

3344

3344

Li sequence)

2842

2624

3136,3137,3221 , 3771

(see also references on He sequence)

Mn (Manganese)

Mn I

E: absorpt. rel

emiss.

life

numbers of Section 3.

22

3349

3623

3623
Description

E: emiss.

life

E: life

quant.

T: quant.

T: quant.

T: quant.

T: CA

Mn II

Mn III

Mn IV

Mn V

Mn VI

Mn VII

Reference No.*

3237

3237

3117

3322

3322

3322

3322

3225

(see also references on K sequence)

Mn XIV

T: quant. 3637

(see also references on Mg sequence)

Mn XXIV

T: quant. 3740

quant, forb. 3740

(see also references on He sequence)

Mo (Molyiidenum)

Mo I

E: absorpt. rel

hook rel.

life

T: CA

3349

3242

3329

Mo VI

Description Reference No.*

Mo XIII

T: quant. 3161,3330,3497

(see also references on Zn sequence)

Mo XIV

T: CA 3162

quant 3161 ,3172,3295,

3737

(see also references on Cu sequence)

Mo XV

T: quant. 3161,3224,3426

quant, forb. 3426

Mo XVI

T: quant, forb. 3161

Mo XXIV

T: quant. 3161

quant, forb. 3161

(see also references on K sequence)

Mo XXV

T: estim. 3345

quant. 3161

quant, forb. 3161

(see also references on Ar sequence)

Mo XXVI

T: estim. 3345

quant. 3161

quant, forb. 3161

Mo XXVII

T: estim.

quant.

quant, forb.

3345

3161

3161

3225

quant. 3672

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

23
Description Reference No.*

Mo XXVIII

T: estim. 3345

quant. 3161

quant, forb. 3161

Mo XXIX

T: estim. 3345

quant. 3161

quant, forb. 3161

Mo XXX

T: estim. 3345

quant. 3149,3161,3451

quant, forb. 3161

(see also references on Al sequence)

Mo XXXI

T: quant. 3149,3161,3330,

3355,3451,3667

quant, forb. 3161

(see also references on Mg sequence)

Mo XXXII

T: quant. 3149,3161,3295,

3341,3355,3451,

3621

(see also references on Na sequence)

Mo XXXIII

T: quant. 3355

(see also references on Ne sequence)

Mo XXXIV

T: quant. 3161,3706

quant, forb. 3161

(see also references on F sequence)

Mo XXXV

T: quant. 3161

Description Reference No.*

quant, forb. 3161

(see also references on 0 sequence)

Mo XXXVI

T: quant. 3161

quant, forb. 3161

(see also references on N sequence)

Mo XXXVII

T: quant. 3161

quant, forb. 3161

(see also references on C sequence)

Mo XXXVIII

T: quant. 3161

quant, forb. 3161

(see also references on B sequence)

Mo XXXIX

T: quant. 3161,3578,3690

quant, forb. 3690

(see also references on Be sequence)

Mo XL

T: quant. 3161,3295

(see also references on Li sequence)

N (Nitrogen) Sequence

T: estim.

quant.

quant, forb.

3240

3272,3379

3379

N (Nitrogen)

N I

E: emiss.

life

3539

3144,3152,3514,

3560

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

24
Description

misc.

T: quant.

N II

E: life

T: quant.

(see also references on

N III

E: life

T: quant.

quant, forb.

(see also references on

N IV

E: life

T: quant.

quant, forb.

(see also references on

N V

E: life

T: quant.

(see also references on

Reference No.*

3446

3251,3331

3152,3346,3719

3086,3609,3677

C sequence)

3152,3346

3212,3608,3688

3688

B sequence)

3152,3589

3270,3395,3435,

3572,3610,3618,

3633,3689

3436,3689

Be sequence)

3439,3579

3363,3505,3775

Li sequence)

Description Reference No.*

Na (Sodium) Sequence

CA

estim.

interp.

interp. forb.

quant.

3225

3240,3375

3295,3423

3335

1002,3128,3334,

3423,3625

Na (Sodium)

Na I

E: absorpt.

life

misc. rel

T: CA

quant.

3552

3147,3176,3387,

3603

3613

3622

3398,3502,3604,

3704,3736,3769

Na II

T: quant.

(see also references on

Na V

E: life

T: quant.

(see also references on

Na VI

E: life

(see also references on

Na VII

E: life 3351

(see also references on B sequence)

Nb (Niobium)

3399

Ne sequence)

3351

3331

N sequence)

3351

C sequence)

Nb V

T: CA

quant.

3225

3672

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

25

i
Description Reference No.*

Nd (Neodymium)

Nd II

E: emiss. 3229

Nd LVIII

T: quant, forb. 3275

(see'also references on Li sequence)

Ne (Neon) Sequence

T: estim.

interp.

quant.

E:

T:

quant, forb.

3240

3554,3713

3088,3271,3290,

3507,3595,3713

3595

Ne (Neon)

Ne I

absorpt.

emiss.

emiss. forb.

emiss. forb. rel

.

emiss. rel.

life

CA

quant,

quant, rel.

life

CA

Ne II

3296,3728

3163,3234,3454,

3662

3454,3662

3454,3662

2448,3226,3454,

3662,3744

2625,3199,3234,

3235,3244,3417,

3418,3662

3408

2843,3388,3399

1118,3376

3204,3236

3408

Description

quant.

Reference No.*

3440,3448

(see also references on F sequence)

Ne III

E: life 3204

T: quant. 3201,3702

quant, forb. 3201

(see also references on 0 sequence)

Ne IV

E: life 3204

T: quant. 3331,3702

(see also references on N sequence)

Ne V

E: life 3204,3457

T: quant. 3201,3615,3677,

3702

quant, forb. 3201

(see also references on C sequence)

Ne VI

E: life 3204

(see also references on B sequence)

Ne VII

T: quant. 3161,3395,3435,

3578,3618,3633,

3689

quant, forb. 3436,3689

(see also references on Be sequence)

Ne VIII

E: misc. 2842

T: quant. 3161,3363,3505

quant, forb. 3275

(see also references on Li sequence)

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

26
Description Reference No. Description Reference No.'

Ne IX Ni XVII

E: misc.

T: quant

quant, forb

2842

3221,3709,3777

3436,3777

(see also references on He sequence)

Ne X

E: misc. 2842

(see also references on H sequence)

Ni (Nickel)

Ni I

E: absorpt.

emiss.

E: emiss.

E: life

T: quant.

T: quant.

T: quant.

T: quant.

T: quant.

T: quant, forb.

Ni II

Ni III

Ni IV

Ni V

Ni VI

Ni VIII

Ni XV

3552

3461

3461

3117

3322

3322

3322

3322

3084

3161

Ni XVI

T: quant, forb. 3161

(see also references on Al sequence)

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

27

T: quant, forb. 3161

(see also references on Mg sequence)

Ni XVIII

E: life 3481,3636

(see also references on Na sequence)

Ni XIX

E: misc. 2842

T: quant. 3425,3554

quant, forb. 3161,3425

(see also references on Ne sequence)

Ni XX

T: quant, forb. 3161

(see also references on F sequence)

Ni XXI

T: quant. 3087,3135

quant, forb. 3135,3161

(see also references on 0 sequence)

Ni XXII

T: quant, forb. 3161

(see also references on N sequence)

Ni XXIII

T: quant, forb. 3161

(see also references on C sequence)

Ni XXIV

T: quant, forb. 3161

(see also references on B sequence)

Ni XXV

T: quant. 3594

(see also references on Be sequence)
Description Reference No.*

Ni XXVI

T: quant. 3087,3492,3594

quant, forb. 3087

(see also references on Li sequence)

Ni XXVII

T: quant, 3221

(see also references on He sequence)

0 III

Np (Neptunium)

E: life 3735

0 (Oxygen) Sequence

T: estim.

quant.

quant, forb.

3240

3379

3379

0 (Oxygen)

0 I

E: emiss. rel

.

life

misc. rel.

T: quant.

quant, forb.

Compilation:

E: life

T: quant.

0 II

3360

3144,3177,3473,

3514,3770

3739

3264,3268,3665

3179

3301

3152,3482

3213,3331,3762

Description

E: life

T: quant.

quant, forb.

(see also references on

0 IV

E: life

T: quant.

(see also references on

0 V

E: life

T: quant.

quant, forb.

(see also references on

0 VI

E: life

T: quant.

(see also references on

0 VII

E: life

misc.

T: quant.

quant, forb.

(see also references on

0 VIII

E: misc.

Reference No.*

3152,3482,3719

3213,3545,3677,

3761

3545

C sequence)

3482

3166

B sequence)

3589

3155,3270,3395,

3435,3572,3610,

3618,3633,3689

3436,3633,3689

Be sequence)

3439

3363,3505,3572

Li sequence)

3289,3573

2842

3726

3436

He sequence)

2842

(see also references on H sequence)

(see also references on N sequence)

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

28
Description Reference No.* Description Reference No.*

P (Phosphorus) Pb (Lead)

T: quant.

E: life

T: quant.

P I

P II

3214

3500

3214,3632

P III

T: quant. 3214

(see also references on Al sequence)

P IV

T: quant. 2843,3650

quant, forb. 3436

(see also references on Mg sequence)

P V

T: quant. 3398

(see also references on Na sequence)

P VI

T: interp. 3332

(see also references on Ne sequence)

P XII

E: life 3695

(see also references on Be sequence)

P XIII

T: quant, forb. 3344

(see also references on Li sequence)

P XIV

T: quant. 3136,3137

(see also references on He sequence)

Pb I

E: emiss. 3654,3674

emiss. forb. rel . 3647

life 3267

T: quant. 3383,3668

Pb II

E: emiss. 3674

Pb IV

T: quant. 3671

Pb LIII

T: quant. 3161

(see also references on Zn sequence)

Pb LIV

T: quant. 3161

(see also references on Cu sequence)

Pb LV

T: quant. 3161

Pb LXIV

T: quant. 3161

(see also references on K sequence)

Pr (Praseodymium)

Pr V

T: CA 3225

quant. 3672

Pr XIII

T: quant. 3563

(see also references on Ag sequence)

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

29
Description Reference No.*

Pt (Platinum)

Pt I

E: life

T: quant.

Pt LI

3488

3795

Ra (Radium)

Ra I

T: quant.

T: CA

Ra II

3403

3225

Rb (Rubidium)

Rb I

E: absorpt.

absorpt. forb.

life

T: CA

quant.

3558

3252.3472

3228,3412,3503,

3776

3225,3622

3672,3673,3704

Rb II

E: emiss. 3743

Re (Rhenium)

Re XLVIII

T: quant. 3794

S (Sulfur)

s I

Description

T: quant.

E: life

T: quant.

E: life

T: quant.

S II

S III

Reference No.*

3214,3665,3666

3500

3214

3373,3374,3500

3214,3632

S IV

E: life 3373,3374

T: quant. 3616

(see also references on Al sequence)

S V

E: life 3373,3374

T: quant. 2843,3650,3667

quant, forb. 3436

Comment : 3569

(see also references on Mg sequence)

S VI

E: life 3373,3374

T: quant. 3398

(see also references on Na sequence)

S VII

E: life 3390,3391,3611

T: quant. 3554

(see also references on Ne sequence)

S VIII

E: life 3390

T: quant. 3390

E: life 3500

(see also references on F sequence)

S IX

E: life 3390

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

30
Description

T: quant.

quant, forb.

(see also references on

S X

T: quant.

quant, forb.

(see also references on

S XI

T: quant.

quant, forb.

(see also references on

S XIII

E: life

(see also references on

S XIV

E: life

T: quant, forb.

(see also references on

S XV

T: quant.

Reference No.*

3201,3390,3546

3201,3546

0 sequence)

3201,3763

3201,3763

N sequence)

3201,3456

3201,3456

C sequence)

3260,3695

Be sequence)

3259,3260

3344

Li sequence)

Description Reference No.*

Sc (Scandimn)

Sc I

E: absorpt. 3552

Sc III

E: life 3117

T: CA 3225

(see also references on K sequence)

Se (Selenjum)

Se I

T: quant. 3665

Se IV

E: life 3116

Se XXVI

3136,3137,3221

(see also references on He sequence)

T: quant. 3148,3550,3706

(see also references on F sequence)

Se XXVII

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

E: life

E: life

E: life

Sb (Antmfiony) Si (Siicon)

Sb I

Sb II

Sb III

Sb V

3258,3504

3478,3504

3116

E: emiss.

life

T: quant.

E: emiss.

life

Si I

Si II

1533,3703

3541

3214,3632

1533,3787

3500

T: quant. 3671

(see also references on Ag sequence)

*The numbers refer to paper identification numbers of Section 3,

31
Description

T: quant.

quant, forb.

Reference No.*

3214,3255,3350

3255

(see also references on Al sequence)

Si III

E: emiss. 1533

T: quant. 2843,3214,3650

quant, forb. 3436

(see also references on Mg sequence)

Si IV

T: quant. 3241,3398

quant, forb. 3335

(see also references on Na sequence)

Si V

E: life 3178

T: interp. 3332

quant. 3178,3554,3624

(see also references on Ne sequence)

Si VI

E: life 3178

T: quant. 3167

(see also references on F sequence)

Si VII

T: interp. 3332

quant. 3134,3140,3167,

3201,3546

quant, forb. 3201,3546

quant, rel . 3626

(see also references on 0 sequence)

Si VIII

E: life 3288

T: quant.

*The numbers refer to paper identification

3141,3167,3201,

3331,3763

Description Reference No.*

quant, forb. 3201,3763

(see also references on N sequence)

Si IX

E: life 3288

T: quant. 3142,3167,3201,

3456

quant, forb. 3201,3456

(see also references on C sequence)

Si X

E: life 3288

T: quant. 3167

(see also references on B sequence)

Si XI

E: life

T: quant.

3288,3390,3480,

3695,3722

3167,3390,3395,

3617,3620

quant, forb. 3167

(see also references on Be sequence)

Si XII

E: life

T: quant.

3288,3390,3480

3167,3390,3721,

3779

quant, forb. 3167,3344

(see also references on Li sequence)

Si XIII

E: life 3536,3720

T: quant. 2627,3136,3137,

3167,3721,3726

(see also references on He sequence)

Si XIV

T: quant. 3167

(see also references on H sequence)

numbers of Section 3.

32
Description Reference No.* Description Reference No.*

Sm (Samarium)

Sm I

E: hook rel

.

life

E: emiss.

life

T: quant.

Sm II

3130

3132,3452,3766

3708

3337

Sm XXXV

Sn (Tin)

Sn I

3794

E: absorpt. rel

emiss.

T: quant.

E: emiss.

life

Sn II

3682

3300,3675

3668

3300,3675

3116

Sn IV

T: quant. 3563,3671

(see also references on Ag sequence)

Sn XXI

T: quant. 3161

(see also references on Zn sequence)

Sn XXII

T: quant. 3161,3172

(see also references on Cu sequence)

Sn XXIII

T: quant.

Sn XLVIII

T: quant, forb. 3275

(see also references on Li sequence)

Sr (Strontium)

Sr I

E:

T:

E:

T:

life

quant.

life

CA

quant.

Sr II

Sr XXVIII

T: quant.

3182,3190,3591,

3639,3694

3188,3227,3403,

3406,3450

3431 ,3592,3694

3225

2840,3672

L

3621

(see also references on Na sequence)

Ta (Tantalum)

Ta XLVI

T: quant. 3794

Tb (Terbium)

Tb XIX

T: quant. 3563

(see also references on Ag sequence)

Te (Tellurium)

Te I

T: quant.

3161

E: life

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

33

Te IV

3665

3116
Description Reference No.* Description Reference No.*

Te VI

T: quant. 3671

(see also references on Ag sequence)

Th (Thorium)

Th II

Comment:

t: CA

Th IV

3567

3225

Th XLIV

T: quant. 3563

(see also references on Ag sequence)

Ti (Titanium)

Ti I

E: absorpt.

emiss.

hook

Comment:

E: life

Ti III

3552,3788

3297,3430

3430,3499

3559

3117

Ti IV

T: CA 3225

(see also references on K sequence)

Ti VII

T: quant. 3201

quant, forb. 3201

Ti XII

Ti XIII

T: quant. 3554

(see also references on Ne sequence)

Ti XIV

T: quant, forb. 3791

(see also references on F sequence)

Ti XV

T: quant. 3201,3508

quant, forb. 3201,3791

(see also references on 0 sequence)

Ti XVI

T: quant, forb. 3201

Ti XVII

T: quant, forb. 3791

(see also references on C sequence)

Ti XXI

E: life forb. 3184

(see also references on He sequence)

TI (Thallium)

Tl I

E: life

life forb.

T: quant.

3183,3191 ,3281

3323

2839,3248,3383,

3397,3459,3670

E: life

quant, forb. 3248

Tl II

3281

Tl III

E: life

T: quant.

T: quant. 3556

quant, forb. 3335

(see also references on Na sequence)

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

34

3281

3671
Description Reference No.*

Tm (Thulium)

Tm I

E: life

E: life

Tm II

3338

3338

U (Uranium)

u I

E: absorpt.

emiss.

emiss. rel.

life

Comment:

E: misc.

Comment:

T: quant.

U II

U LXIII

3336,3701

3207,3402

3299

3089,3150,3207,

3267,3402,3676

3659

3150

3659

3497

(see also references on Zn sequence)

U LXXV

T: quant. 3224

(see also references on Ar sequence)

U LXXXIV

T: quant. 3706

(see also references on F sequence)

V (Vanadium)

V I

T: quant. 3333

Description

T: quant.

E: emiss.

life

V II

V III

Reference No.*

3215

3396

3117

V V

T: CA -3225

(see also references on K sequence)

V VI

T: quant. 3224

(see also references on Ar sequence)

V XII

T: quant. 3637

(see also references on Mg sequence)

V XX

T: quant. 3348

(see also references on Be sequence)

V XXII

E: life forb. 3184

T: quant. 3740

quant, forb. 3740

(see also references on He sequence)

W (Tungsten)

w I

E: hook rel. 3498

W XXVIII

T: quant. 3563

quant, forb. 3161

(see also references on Ag sequence)

*'The numbers refer to paper identification numbers of Section 3.

3.5
Description Reference No.*

W XXX

T: quant, forb. 3161

W XXXI

T: quant, forb. 3161

M XXXVII

T: quant, forb. 3161

W XXXVIII

T: quant. 3161

quant, forb. 3161

W XXXIX

T: quant. 3161

quant, forb. 3161

W XL

T: quant. 3161

quant, forb. 3161

W XLI

T: quant. 3161

quant, forb. 3161

W XLII

T: quant. 3161

W XLIII

T: quant. 3161

quant, forb. 3161

W XLIV

T: quant. 3161,3295

quant, forb. 3161

U XLV

T: quant. 3161,3497

quant, forb. 3161

(see also references on Zn sequence)

Descri ption Reference No.*

W XLVI

T: quant. 3161,3172,3295

(see also references on Cu sequence)

W XLVI

I

T: quant. 3161,3794

M XLVIII

T: quant, forb, 3161

W XLIX

T: quant, forb. 3161

M LV

T: quant, forb. 3161

W LVI

T: quant. 3161

quant, forb. 3161

(see also references on K sequence)

W LVII

T: quant. 3161,3224

quant, forb. 3161

(see also references on Ar sequence)

W LVIII

T: quant. 3161

quant, forb. 3161

W LIX

T: quant. 3161

W LX

T: quant. 3161

W LXI

T: quant. 3161

quant, forb. 3161

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

36
Description Reference No.*

W LXII

T: quant. 3161

quant, forb. 3161

(see also references on Al sequence)

W LXIII

T: quant. 3161

(see also references on Mg sequence)

W LXIV

T: quant. 3161

(see also references on Na sequence)

W LXVI

T: quant. 3706,3710

(see also references on F sequence)

W LXXI

T: quant. 3161,3578

(see also references on Be sequence)

W LXXII

T: quant. 3161

(see also references on Li sequence)

Xe (Xenon)

Xe I

E: absorpt.

emiss.

hook

life

misc.

T: CA

quant.

3269

3408

3652

3287,3302,3417,

3638,3729,3730

3180,3649

3408,3433

3180,3326

Description

E: emiss.

life

T: CA

quant.

E: life

E: life

T: quant.

Xe II

Reference No,

3408

3243,3490,3565,

3678

3408

3187,3628

Xe III

Xe VIII

3768

3700

3563

(see also references on Ag sequence)

Xe XVIII

T: quant, forb. 3161

Xe XIX

T: quant, forb. 3161

Xe XX

T: quant, forb. 3161

Xe XXI

T: quant, forb. 3161

Xe XXII

T: quant, forb. 3161

Xe XXIII

T: quant, forb. 3161

Xe XXIV

T: quant, forb. 3161

Xe XXV

T: quant. 3161

quant, forb. 3161

(see also references on Zn sequence)

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

37
Description Reference No.* Description Reference No.*

Xe XXVI

T: quant. 3161,3172,3295

(see also references on Cu sequence)

Xe XXVII

T: quant. 3161

Xe XXVIII

T: quant, forb. 3161

Xe XXIX

T: quant, forb. 3161

Xe XXXV

T: quant, forb. 3161

Xe XXXVI

T: quant. 3161

(see also references on K sequence)

Xe XXXVII

T: quant, forb. 3161

(see also references on Ar sequence)

Xe XX XVIII

T: quant, forb. 3161

Xe XL

T: quant, forb. 3161

Xe XLI

T: quant, forb.

Xe XLII

3161

Xe XLVI

T: quant. 3706

(see also references on F sequence)

Xe LI

T: quant. 3161

(see also references on Be sequence)

Xe LII

T: quant. 3161,3295

(see also references on Li sequence)

Y (Yttrium)

Y I

Y II

E: life

E: life

T: CA

quant.

Y III

3325

3325

3225

3672

Yb (Ytterbium)

Yb I

E: life 3339,3627

Yb II

E: life 3339

Zn (Zinc) Sequence

T: interp.

quant.

T: quant, forb. 3161

(see also references on Al sequence)

Xe XLIII

T: quant-. 3161

(see also references on Mg sequence)

Xe XLIV

T: quant. 3161,3295

(see also references on Na sequence)

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

38

3282,3497,3511

3282,3382,3598
Description Reference No.

Zn (Zinc)

Zn I

E: life

T: quant.

3216,3218,3496,

3663,3693

3403

Zn II

3496,3663,3693

3172

E: life

T: quant,

(see also references on Cu sequence)

Zn III

E: life 3117

T: quant.

T: quant.

Zn XVII

Zn XIX

3416

3416

(see also references on Mg sequence)

Zn XX

T: quant. 3341

(see also references on Na sequence)

Zn XXII

T: quant. 3148,3550,3778

(see also references on F sequence)

Zn XXIII

T: quant. 3135

quant, forb. 3135

(see also references on 0 sequence)

Zn XXVIII

T: quant, forb. 3275

(see also references on Li sequence)

Zn XXIX

T: quant. 3709,3777

*The numbers refer to paper

Description Reference No.*

quant, forb. 3777

(see also references on He sequence)

Zr (Zkconium)

Zr I

Zr II

Zr III

Zr IV

Zr XXX

E: life

T: quant.

T: quant.

T: CA

quant.

T: quant,

(see also references on Na sequence)

Zr XXXVIII

T: quant, forb. 3275

(see also references on Li sequence)

Zr XXXIX

T: quant. 3777

quant, forb. 3777

(see also references on He sequence)

3267,3325

3450

3450

3225

3672

3621

identification numbers of Section 3.

39
3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES

1965

1002. 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.

1966

1118. L. A. Weaver & R. J. Freiberg, Laser-Induced Perturbations of Excited State

Populations in a He-Ne Discharge, J. Appl . Phys. 37^, 1528.

1969

1533. W. Hofmann, Measurement of the Oscillator Strengths of Si I, Si II, and Si III

Lines in the Wavelength Region 1100-2600 8 and Comparison of the Vacuum UV

Radiation Standard with a Carbon Arc, Z. Naturforsch. , Teil A 24 , 990. (Ger.)

1970

1818. H. H. Kim & H. Marantz, A Study of the Neutral Atomic Iodine Laser, Appl

Opt. 9, 359.

1971

1973. H. Nussbaumer, Forbidden Transitions in the C I Sequence, Astrophys. J. 166 ,

411.

1965-1971 40
1972

2188. G. Baum, U. S. Lubell , & W. Raith, Measurement of the Spin-Orbit Perturbation

in the P-State Continuum of Heavy Alkali-Metal Atoms: K, Rb, and Cs, Phys.

Rev. A 5, 1073.

1973

2385. D. W. Norcross, Photoabsorption by Cesium, Phys. Rev. A 7_, 606; 20, 1285 (1979).

2445. G. A. Doschek, J. F. Meekins, & R. D. Cowan, Spectra of Solar Flares from 8.5 8

to 16 8, Sol. Phys. 29, 125.

2446. B. C. Fawcett & R. D. Cowan, 3p^3cl"-3p^3d""^^ Spectra of Fe VI and Fe VII, Sol.

Phys. 31, 339.

2448. L. Lis, Characteristics of 3s2 ^

3pi

(X = 4218 nm) Laser Action in Neon, Acta

Phys. Pol . A 43, 453.

1974

2624. E. V. Aglitskii, V. A. Boiko, A. V. Vinogradov, & E. A. Yukov, Diagnostics of

Dense Laser Plasmas Based on the Spectra of Hydrogen-Like and Helium-Like

Multiply Charged Ions, Sov. J. Quantum Electron. 4^, 322.

2625. M. Ducloy, Experimental Study of the Nonlinear Response of Neon Atoms to a Resonant Laser Irradiation, Ann. Phys. (Paris) 8, 403. (Fr.)

2627. M. Jones, Collision Strengths for the Electron-Impact Excitation of Certain

Highly Ionized Helium-Like Ions, Mon. Not. R. Astron. Soc. 169, 211.

2628. E. Trefftz, On the Mutual Influence of Configuration Interaction and Spin-Orbit

Coupling in Heavy Atoms, J. Phys. B 7_, L342.

1975

2742. E. J. Kelsey & J. Sucher, 2 ^S-j ^ 1 ^Sq + One Photon Transition in Helium-Like

Ions: Exact Result for the Lowest Order Effect of the Electron-Electron

Interaction, Phys. Rev. A 11, 1829; 18, 309 (1978).

41 1972-1975
2839. E. K. Anderson & E. M. Anderson, Use of Various Expressions for Theoretical

Determination of Values of the Oscillator Strengths of Optical Dipole Transitions,

Uch. Zap., Latv. Gos. Univ. 243^, 16. (Russ.)

2840. E. K. Anderson & E. M. Anderson, Calculation of Oscillator Strength Values for

Mg II, Ca II, Sr II, and Ba II Ions, Uch. Zap., Latv. Gos. Univ. 243, 40. (Russ.)

2841. A. D. Gurchumeliya, L. N. Labzovskii, & U. I. Safronova, Application of

Relativistic Perturbation Theory in Calculations of Multi-Charged Ions,

Tr. Gruz. Politekh. Inst. No. 5, 80. (Russ.)

2842. J. H. Parkinson, The Analysis of a High Resolution X-Ray Spectrum of a Solar

Active Region, Sol. Phys. 42, 183.

2843. R. F. Stewart, Simplified Time-Dependent Hartree-Fock Calculations for Atomic

Systems, Mol . Phys. 30, 745.

1976 I

3084. A. Kancerevicius, A. Ramonas, & K. Uspalis, Semiempirical Investigation of Co VII

and Ni VIII Spectra, Sov. Phys.— Collect. 16^, No. 5, 13. ^m

3086. M. Le Dourneuf, V. K. Lan, & A. Hibbert, Photoionization of Ground State Nitrogen

Atoms, J. Phys. B 9, L359.

3087. H. Nussbaumer, Two-Electron One-Photon Transitions in Heavy-Ion Collisions,

J. Phys. B 9, 1757.

3088. A. S. Safronova, U. I. Safronova, & S. V. Khristenko, Calculation of Dipole

Matrix Elements, Oscillator Strengths, and Transition Probabilities for the

He, Be, and Ne Isoelectronic Sequences, Akad. Nauk SSSR, Ot. Ob. Fiz. Astron.,

Institut Spektroskopii , Preprint No. 6/88. (Russ.)

3089. R. W. Solarz, C. A. May, L. R. Carlson, E. F. Worden, S. A. Johnson, J. A. Paisner

& L. J. Radziemski, Jr., Detection of Rydberg States in Atomic Uranium Using

Time-Resolved Stepwise Laser Photoionization, Phys. Rev. A ^4, 1129.

3090. A. L. Stewart, Atomic Structure and Oscillator Strengths, "Atomic Processes and

Applications," Ch. 8, 249-290 (Ed., P. G. Burke & B. L. Koiseiwitsch, North-

. Holland Publishing Co., Amsterdam).

1975-1976 42
3091. T. Wujec, J. Musielok, & B. Musielok, Transition Probabilities of Neutral Argon

Spectral Lines Emitted from Plasmas under Various Physical Conditions, Zesz.

Nauk. Wyzsz. Szk. Pedagog. Opolu: Fiz. Probl . Spektrosk. No. 17, 9. (Pol.)

1977

3112. V. A. Abramov & T. I. Zhukova, Probabilities of Radiative Transitions for C I-C V

Ions, Ordena Lenina Institut Atomnoi Energii im. I. V. Kurchatova IAE-2861 . (Russ.)

3113. G. Al essandretti , F. Chiarini, G. Gorini, & F. Petrucci , Measurement of the Cs

8S-Level Lifetime, Opt. Commun. 20, 289.

3114. E. A. Alipieva, K. K. Boyarskii, & E. N. Kotlikov, Relaxation of the Alignment

3 and Population of the 6 P-j Level of Cadmium, Opt. Spectrosc. (USSR) 43^, 240.

3115. E. A. Alipieva & E. N. Kotlikov, Alignment of Hg I Levels in the Plasma of the

Positive Column of a Discharge, Opt. Spectrosc. (USSR) 43, 592.

3116. 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.

3117. T. Andersen, P. Petersen, & E. Biemont, Radiative Lifetimes for Excited States

in Doubly Ionized Elements (21 ±1 ± 30) of Astrophysical Interest, J. Quant.

Spectrosc. Radiat. Transfer V7, 389.

3118. A. Arnesen, A. Bengtsson, R. Hallin, J. Lindskog, C. Nordling, & T. Noreland,

Lifetime Measurements in La II with the Beam-Laser Method, Phys. Scr. 16^, 31.

3119. A. Arnesen, A. Bengtsson, R. Hallin, & T. Noreland, Lifetime Measurements of the

La II y 2 2 Levels with the Beam-Laser Method, J. Phys. B 10, 565.

3120. J. B. Atkinson, Lifetime Determinations and Their Errors Using Pulsed Dye Lasers,

J. Phys. E 10, 482.

3121. L. Augustyniak & K. Dunajski, Theoretical and Experimental Investigations of

Multipole Radiation of Atoms, Postepy Astron. 25^, 85. (Pol.)

3122. M. Aymar & E. Luc-Koenig, Relativistic Effects on Transition Probabilities in

the Mg Isoelectronic Sequence, Phys. Rev. A 15, 821.

43 1976-1977
3123. D. R. Beck & C. A. Nicolaides, High Spin and Mixed States in B I and B II, Phys.

Lett. A 61, 227.

3124. U. Becker, A Critical Study of Discrepancies between Theoretical and Experimental

Oscillator Strengths for Cr I, Astron. Astrophys. 60, 389.

3125. U. Becker, H. Bucka, & A. Schmidt, Lifetime Measurements of Excited Chromium I Levels, Astron. Astrophys. 59, 145.

3126. H. G. Berry, Beam-Foil Spectroscopy, Rep. Prog. Phys. 40, 155.

3127. E. Biemont, Theoretical Oscillator Strengths in the Lithium Isoelectronic Sequence

(3£Z£22), Astron. Astrophys., Suppl . Ser. 2J_, 489. (Fr.)

3128. E. Biemont, Study, Along Isoelectronic Sequences, of the Behavior of Lifetimes

of Low-Excited Levels of the Alkalis, Physica C (Amsterdam) 85^, 393. (Fr.)

3129. E. Biemont & N. Grevesse, f-Values and Abundances of the Elements in the Sun and

Stars, Phys. Scr. 16, 39. ~ i

3130. K. B. Blagoev & V. A. Komarovskii, Relative Oscillator Strengths of the Spectral

Lines of Atomic Samarium, Opt. Spectrosc. (USSR) 42, 229. «

I

t

3131. K. B. Blagoev & V. A. Komarovskii, Relative Oscillator Strengths of the Atomic

Lines of Erbium, Opt. Spectrosc. (USSR) 42, 340.

3132. K. B. Blagoev, V. A. Komarovskii, & N. P. Penkin, Lifetimes of Excited States of

the Samarium Atom, Opt. Spectrosc. (USSR) 42^, 238.

3133. P. G. Bodashko & S. A. Zapryagaev, Relativistic Transition Probabilities in

Hydrogen-Like Atoms for n = 3 to n = 1 and n = 2, "Spektroskopicheskie Konstanty

Atomov," 212-233 (Ed., V. B. Belyanin, Akad. Nauk SSSR, Ot. Ob. Fiz. Astron.,

Nauch. Sov. Spektrosk. , Moscow). (Russ.)

3134. P. 0. Bogdanovicius, I. S. Kychkin, G. V. Merkelis, Z. B. Rudzikas, V. I. Sivtsev,

& S. D. Sadziuviene, Theoretical Analysis of the Spectral Characteristics of

Highly Charged Ions, Bull. Acad. Sci . USSR, Phys. Ser. 41, 121.

I 3135. P. 0. Bogdanovicius, G. V. Merkelis, Z. B. Rudzikas, & S. D. Sadziuviene,'

Theoretical Investigation of the Spectra Energy and Transition Probabilities in

Highly Charged Ions of the Oxygen Isoelectronic Sequence, "Spektroskopicheskie

Konstanty Atomov," 123-172 (Ed., V. B. Belyanin, Akad. Nauk SSSR, Ot. Ob. Fiz.

Astron., Nauch. Sov. Spektrosk., Moscow). .(Russ.)

1977 44

I

I
3136. V. A. Boiko, A. Ya. Faenov, S. A. Pikuz, & U. I. Safronova, The Analysis of

Satellites to the H-Like Ion Resonance Lines Observed in the X-Ray Region, Mon.

Not. R. Astron. Soc. 181 . 107.

3137. V. A. Boiko, S. A. Pikuz, U. I. Safronova, & A. Ya. Faenov, Wavelengths,

Probabilities of Radiative 2Jl3£'-ls32,' and 2£2£'-ls2il Transitions, and

Probabilities of Radiationless Decay of States for Mg XI-S XV Ions, Opt.

Spectrosc. (USSR) 43, 233.

3138. G. E. Bromage, R. D. Cowan, & B. C. Fawcett, Energy Levels and Oscillator

Strengths for 3s^3p"-3s^3p""bd Transitions of Fe X and Fe XI, Phys. Scr. 1^,

177.

3139. G. E. Bromage, R. D. Cowan, B. C. Fawcett, H. Gordon, M. G. Hobby, N. J. Peacock,

& A. Ridgeley, The Laser-Produced Spectrum of Fe XVII to Fe XXI Below 18 8,

United Kingdom Atomic Energy Authority Report CLM-R170.

3140. G. E. Bromage and B. C. Fawcett, The 2p^-2p'^3d Transition Array of the Fe XIX

and Isoelectronic Ions, Mon. Not. R. Astron. Soc. 178^, 591.

3141. G. E. Bromage & B. C. Fawcett, The 2p'^-2p^3d Transition Array in Fe XX and

Isoelectronic Ions, Mon. Not. R. Astron. Soc. U9, 683.

3142. G. E. Bromage & B. C. Fawcett, The 2p^-2p3d Transition Array of Fe XXI and

Isoelectronic Spectra, Mon. Not. R. Astron. Soc. 178, 605.

3143. G. E. Bromage, B. C. Fawcett, & R. D. Cowan, Classification of 2s^2p"-2s^2p""^4d

Fe XVIII and Fe XIX Lines in Laser-Produced Plasma and Solar Spectra, Mon. Not.

R. Soc. 178. 599.

3144. N. H. Brooks, D. Rohrlich, & W. H. Smith, Transition Probabilities and Absolute

Oscillator Strengths for Transitions of C I, 0 I, and N I Observed in Absorption

in H I Regions, Astrophys. J. 214, 328.

3145. J. -P. Buchet & M.-C. Buchet-Poulizac, Beam-Foil Spectroscopy of Al V-VII Between

85 and 135 8, Phys. Lett. A 63, 267.

3146. H. H. Bukow, G. Heine, & M. Reinke, Lifetime Measurements on Atomic States of

He I, J. Phys. B 10, 2347.

2 2 3147. A. L. J. Burgmans, The Hanle Effect for the 3 S-j^^ ^ ^i/z transition of

Sodium, Phys. Lett. A 60, 453.

45 1977
3148. P. G. Burkhalter, G. A. Doschek, U. Feldman, & R. D. Cowan, Laser-Produced X-Ray

Spectra of the Fluorine Isoelectronic Sequence for Zn, Ge, and Se, J. Opt. Soc.

Am. 67^, 741.

3149. P. G. Burkhalter, J. Reader, & R. D. Cowan, Spectra of Mo XXX, XXXI, and XXXII

from a Laser-Produced Plasma, J. Opt. Soc. Am. §]_, 1521.

3150. L. R. Carlson, S. A. Johnson, E. F. Worden, C. A. May, R. W. Solarz, & J. A. Paisner,

Determination of Absolute Atomic Transition Probabilities Using Time Resolved

Optical Pumping, Opt. Commun. 21_, 116.

3151. M. Carre, M. L. Gaillard, & M. Lombardi, Study of Relaxation of Helium Levels

Excited by Impact of Heavy Ions: I. Relaxation of the Alignment of Nonresonant

Levels of He I, J. Phys. (Paris) 38, 553. (Fr.)

3152. M.-W. Chang, Mean Lives of Some Astrophysical ly Important Excited Levels in

Carbon, Nitrogen, and Oxygen, Astrophys. J. 21

1

, 300.

3153. K.-T. Cheng & W. R. Johnson, Comment on Relativistic Transition Probability

Calculations for the Be Isoelectronic Sequence, Phys. Rev. A 1_5, 1326.

3154. K.-T. Cheng & W. R. Johnson, Excitation Energies and Line Strengths in the Mg

Isoelectronic Sequence, Phys. Rev. A 16^, 263. l|

3155. N. A. Cherepkov & L. V. Chernysheva, 0 V: Oscillator Strengths and Photoionization

Cross Sections in the Hartree-Fock Approximation and Random Phase Approximation

with Exchange, "Spektroskopicheskie Konstanty Atomov," 253-257 (Ed., V. B. Belyanin,

Akad. Nauk SSSR, Ot. Ob. Fiz. Astron., Nauch. Sov. Spektrosk., Moscow). (Russ.)

3156. N. A. Cherepkov & L. V. Chernysheva, Photoionization Cross Section of the Chlorine

Atom in the Random Phase Approximation with Exchange, Bull. Acad. Sci . USSR, Phys.

Ser. 41, 47.

3157. M. A. A. Clyne & W. S. Nip, Kinetic Spectroscopy in the Far Vacuum Ultraviolet.

Part 4. -Oscillator Strengths of F(3s ^Pj-2p^ ^Pj) and CI (4s' ^Dj-3p^ ^Pj)

Transitions, J. Chem. Soc, Faraday Trans. 2 73^, 1308.

3158. M. A. A. Clyne & W. S. Nip, Study of Elementary Reactions by Atomic Resonance

Absorption with a Non-Reversed Source. Part 2. --Oscillator Strengths for CI

5 4s-3p Transitions and Rate Constants for Specific Product Channels from Ar

(^P2 q) + CI, J. Chem. Soc, Faraday Trans. 2 73, 161 .

1977 46
3159. M. Cohen & A. T. Yinnon, Exchange and Core-Polarization Effects on Atomic

Transition Moments, J. Phys. B 10, 1399.

3160. J. C. Couturaud, Spectroscopic Study of Laser Created Aluminum Plasma,

Opt. Commun. 22, 71.

3161. R. D. Cowan, Spectra of Highly Ionized Atoms of Tokamak Interest, Los Alamos

Scientific Laboratory Informal Report LA-6679-MS.

3162. L. J. Curtis, A. Lindgard, B. Edlen, I. Martinson, & S. E. Nielsen, Energy Levels

and Transition Probabilities in Mo XIV, Phys. Scr. 16^, 72.

3163. A. Czernichowski , A. Holys, & J. R. Roberts, Transition Probabilities for the

3s-4p Transitions of Ne I, J. Phys. (Paris) 38, 1065.

3164. J. J. Damel incourt, D. Karabourniotis, L. Scoarnec, & P. Herbet, Determination

of the Transition Probability and Stark Constant for the 546.1 nm Hg Line,

"Proceedings of the Thirteenth International Conference on Phenomena in Ionized

Gases," 127-128 (East Berlin, Germany).

3165. W. Dankwort, The Oscillator Strength of the Intercombination Line 3s3p "^P? - 2 1 3s Sq in Mg I Including Core-Polarization and Relativistic Effects, J. Phys.

B 10, 3617.

3166. W. Dankwort & E. Trefftz, Mul ticonf iguration Hartree-Fock Calculations for Ions

of the Boron Isoelectronic Sequence, J. Phys. B 10^, 2541.

3167. J. Davis, P. C. Kepple, & M. Blaha, Line Strengths, Collision Strengths and

Excitation Rates for Multiply-Charged Silicon Ions, J, Quant. Spectrosc. Radiat.

Transfer ]8^, 535.

3 3

3168. W. A. Davis & R. Marrus, Radiative Decay from the 2 and 2 Pq Levels of

Helium-Like Argon, Phys. Rev. A 15^, 1963.

3169. 0. W. Day & E. G. Larson, Oscillator Strengths for the 2s^, 2p^, 2s3s(^S) -

2s2p(V) Transitions of B II, J. Quant. Spectrosc. Radiat. Transfer 17^, 613.

3170. J. S. Deech, R. Luypaert, L. R. Pendrill, & G. W. Series, Lifetimes, Depopulation

133

Cross Sections, and Hyperfine Structures of Some Rydberg S and D States of Cs,

J. Phys. B 10^, L137.

3171. P. Erman, Recent Advances in Atomic and Molecular Physics Using Nuclear

Spectroscopic Techniques, Nukleonika 22^, 607.

47 1977
3172.

3173.

3174.

3175.

3176.

3177.

3178.

3179.

3180.

3181.

3182.

3183.

3184.

1977

C. F. Fischer, Oscillator Strengths for S- P Transitions in the Copper Sequence,

J. Phys. B 10, 1241

.

D. R. Flower, Excitation of the Fe XII Spectrum in the Solar Corona, Astron.

Astrophys. 54_, 163.

8+

D. R. Flower, Atomic Data for the Coronal Ion Fe , Astron. Astrophys. 56, 451.

2 7 J. L. Fox & A. Dalgarno, Radiative Transition Probabilities of the ls2p P and

2 2 ls2p D States of the Lithium Isoelectronic Sequence, Phys. Rev. A 16^, 283. i

T. F. Gallagher, S. A. Edelstein, & R. M. Hill, Collisional Angular-Momentum Mixing

of Rydberg States of Na by He, Ne, and Ar, Phys. Rev. A 15^, 1945.

H. P. Garnir, Y. Baudinet-Robinet, & P. D. Dumont, Lifetimes of the 2s2p^ •^P°

States in 0 I, Phys. Lett. A 59, 431.

H. P. Garnir, A. E. Livingston, Y. Baudinet-Robinet, P. D. Dumont, E. Biemont, &

N. Grevesse, Spectroscopic Studies of Si V and Si VI Between 500 and 1300 8 Using

the Beam- Foil Method, J. Opt. Soc. Am. 67, 751.

-«

R. H. Garstang, Two-Photon Transition Probabilities in the Oxygen Isoelectronic

Sequence, Opt. Pura Apl . ^0, 151.

|

J. Geiger, Energy Loss Spectra of Xenon and Krypton and Their Analysis by EnergyDependent Multichannel Quantum Defect Theory, Z. Phys. A 282, 129. »

I

M. Godefroid, J. J. Berger, & G. Verhaegen, Mul ticonfigurational Transition State

Calculations of Atomic Oscillator Strengths. The Resonance Transition of Beryllium,

Int. J. Quantum Chem., Symp. 11, 119.

W. Gornik, Lifetime Measurements of Highly Excited Levels of Sr I Using Stepwise

Excitation by Two Pulsed Dye Lasers, Z. Phys. A 283^, 231.

W. Gough & S. B. Griffiths, Sign and Magnitude of the Hyperf ine-Structure

'

2 2 Interaction Constant, and Mean Lifetime of the 6s 6d ^-^j^ State of Thallium I,

J. Phys. B 10, 817.

'

H. Gould & R. Marrus, Oscillator Strengths for Long-Li ved n = 2 States in the

Helium Isoelectronic Sequence at High Z, "Conference on Atomic Processes in

High Temperature Plasmas," Abstract D-2 (Knoxville, Tennessee).

48
M. Gustavsson, H. Lundberg, & S. Svanberg, An Efficient Method for Measuring

Atomic and Molecular Lifetimes Using a Modulated or Deflected CW Dye Laser Beam,

Phys. Lett. A 64, 289.

J. E. Hansen, Multiconfiguration Hartree-Fock Study of the Interaction Between

6 2 4

sp and s p d in the CI I, Br I, and I I Isoelectronic Sequences with Particular

Emphasis on the Neutral Halogens, J. Opt. Soc. Am. 67^, 754.

J. E. Hansen & W. Persson, Strong Configuration Interaction Between 4d5p V and

the 5snf V Series in Sr I, J. Phys. B 10, L363.

M. D. Havey, L. C. Balling, & J. J. Wright, Direct Measurements of Ba"^ Excited

State Lifetimes, Phys. Rev. A 15, 2332.

M. D. Havey, L. C. Balling, & J. J. Wright, Direct Measurements of Excited State

Lifetimes in Mg, Ca, and Sr, J. Opt. Soc. Am. §]_, 488.

M. D. Havey, L. C. Balling, & J. J. Wright, Measurements of the Lowest S-State

Lifetime of Al , Ga, In, and Tl, J. Opt. Soc. Am. 67, 491.

E. M. Henley, M. Klapisch, & L. Wilets, Electron Configuration Mixing and Parity

Nonconservation in Atomic Bi, Phys. Rev. Lett. 39, 994.

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

Densities, J. Quant. Spectrosc. Radiat. Transfer V7, 721.

A. Hibbert, Recent Advances in the Calculation of Oscillator Strengths, Phys.

Scr. 16^, 7.

M. C. E. Huber, f-Value Measurements for 3d Elements, Phys. Scr. IJ^, 16.

M. C. E. Huber & R. J. Sandeman, Oscillator Strengths of Cr I Lines Lying Between

200 and 541 nm from Hook Method and Absorption Measurements in a Furnace, Proc.

R. Soc. London, Ser. A 357 , 355.

D. Husain, N. K. H. Slater, & J. R. Wiesenfeld, The Mean Radiative Lifetime of

I(5p^(^P^^2)) I(5p^(^P3^2)) ^^^^ " ^-^^^ ^) Time-Resolved Kinetic

Measurements on I(5p^(^Py2) ) ' ^^^^^ ^' •

R. E. Imhof & F. H. Read, Measurement of Lifetimes of Atoms, Molecules, and Ions,

Rep. Prog. Phys. 40, 1

.

49 1977
3199. N. I. Kaliteevskii , E. N. Kotlikov, & M. P. Chaika, Determination of Atomic Constants

and Collision Cross Sections by the Method of Level Crossing in Gas Lasers, Sov.

J. Quantum Electron. 1_, 1107.

3200. N. V. Karlov, B. B. Krynetskii, & 0. M. Stel'makh, Direct Experimental Determination

of the Spontaneous Decay of the 2P Level of a Lithium Atom, Pis 'ma Zh. Tekh. Fiz. 2»

716. (Russ.)

3201. S. 0. Kastner, A. K. Bhatia, & L. Cohen, Prediction and Identification of Some

k k-1 Transitions Associated with 2p and 2p 35, Configurations in Six-, Seven-, and

Eight-Electron Ions, Phys. Scr. 15^, 259.

3202. F. M. Kelly & M. S. Mathur, The Density Dependence of the Hanle Effect in the

Resonance Line of Atomic Barium, Can. J. Phys. 55, 83.

3203. E. J. Kelsey, The 2sy2 ^ ^Pl/2 ^ Photon Transition in Hydrogen and HydrogenLike Ions, Phys. Rev. A 15, 647.

3204. J. A. Kernahan, K. E. Donnelly, & E. H. Pinnington, Beam-Foil Spectroscopy of Neon

in the Wavelength Range 209-602 8, Can. J. Phys. 55, 1310.

?

3205. S. V. Khristenko, Probabilities of Two-Electron, Single-Photon, Inner-Shell

Transitions for Atoms, "All Union Conference on Recent Theories of Atoms and Atomic

Spectra," 42-44 (Leningrad, U.S.S.R.). (Russ.) |

3206. D. L. King, J. M. Rodriguez, & D. W. Setser, Lifetimes and Two-Body Rate Constants

of Ar*(4p), "Electronic Transition Lasers II," 74-80 (Eds., L. E. Wilson,

S. N. Suchard, & J. I. Steinfeld, MIT Press, Cambridge, Massachusetts).

3207. J. Z. Klose & P. A. Voigt, Mean Lives and gf Values in U I, Phys. Rev. A 16., 2032.

3208. W. D. Klotz, U. Becker, & L. H. Gbbel , Lifetime Measurements of Excited Co I

Levels, Astron. Astrophys. 61_, 51.

3209. E. J. Knystautas & R. Drouin, Oscillator Strengths of Resonance Lines in Br(VI),

(VII) and Kr(VII), (VIII), J. Quant. Spectrosc. Radiat. Transfer IT^, 551.

3210. M. Kock & M. Ktihne, Hook Measurements on a Wall -Stabilized Arc, J. Phys. B 10_,

3421.

3211. W. Kohsiek, On the Branching Ratios of Several Pairs of He(II) Lines, J. Quant.

Spectrosc. Radiat. Transfer 17^, 651.

1977 50
3212. Z. I. Kupliauskis, Oscillator Strengths of X-Ray Transitions in Atoms and Ions of

the Second Period, "All Union Conference on Recent Theories of Atoms and Atomic

Spectra," 134-136 (Leningrad, U.S.S.R.) (Russ.)

3213. Z. I. Kupliauskis, Influence of Core Relaxation on Oscillator Strengths, Bull.

Acad. Sci. USSR, Phys. Ser. 41, 146.

3214. Z. I. Kupliauskis & A. V. Kupl iauskene , Oscillator Strengths of 3s^3p'^-3s3p'^"^^

Transitions in Neutral and Singly and Doubly Ionized Atoms, Opt. Spectrosc. (USSR)

42^, 345.

3215. L. L. Kuzmickyte, Investigation of Oscillator Strengths for the Dipole Transitions

3d~^4p 3d~^4s, 3d'^4p ^ 36^ and 3d^4s4p -> 3d'^4s in V"^, "Spektroskopicheskie Konstanty

Atomov," 234-252 (Ed., V. B. Belyanin, Akad. Nauk SSSR, Ot. Ob. Fiz. Astron.,

Nauch. Sov. Spektrosk. , Moscow). (Russ.)

3216. J. Landais, M. Chantepie, & B. Laniepce, Measurement of Lifetimes of Triplet Levels

of the (4s6s), (4s5d), and (4s6d) Configurations of Zinc, Opt. Commun. 23^, 80. (Fr.)

3217. P. W. Langhoff, C. T. Corcoran, & J. S. Sims, Photoabsorption in Atomic Lithium,

Phys. Rev. A 16, 1513.

3218. B. Laniepce, M. Chantepie, J. Landais, & D. David, Hanle Effect of the (nsn d) D,

Levels of Zinc and Cadmium, Opt. Commun. 23, 83. (Ere.)

3219. C. D. Lin & W. R. Johnson, Oscillator Strengths for the Beryllium Isoelectronic

Sequence, Phys. Rev. A ]5^, 1046.

3220. C. D. Lin, W. R. Johnson, & A. Dalgarno, Radiative Decays of the n = 2 States of

He-Like Ions, Phys. Rev. A 15^, 154.

3221. C. D. Lin, W. R. Johnson, & A. Dalgarno, Oscillator Strengths of Transitions

Between Low-Lying S and P States of Helium-Like Ions, Astrophys. J. 21_7_, 1011.

3222. D. L. Lin, Gauge Properties of the Hartree-Fock and Random-Phase Approximations,

Phys. Rev. A 16, 600.

3 3223. D. L. Lin & L. Armstrong, Jr., Nonexponential Decay Profile of the 2 S-j State of

He-Like Ions, Phys. Rev. A 16, 791.

3224. D. L. Lin, W. Fielder, Jr., S L. Armstrong, Jr., Relativistic Oscillator Strengths

for El Transitions in the Argon Isoelectronic Sequence, Phys. Rev. A 16, 589.

51 1977
3225. A. Lindgard & S. E. Nielsen, Transition Probabilities for the Alkali Isoelectronic

Sequences, Li I, Na I, K I, Rb I, Cs I, Fr I, At. Data Nucl . Data Tables 1_9, 533.

3226. L. Lis, Transition Probabilities of Neon Spectral Lines at 352 nm, 363 nm, and

345 nm, Opt. Commun. 23 > 373.

3227. K. T. Lu, On the Interaction Between the 5s-p and 4d-p Channels in Sr I, Proc.

R. Soc. London, Ser. A 353 , 431.

3228. Al. I. Lupascu, I. M. Popescu, & St. Tudorache, The Hanle Effect of the 5 '^"^-^j^

State of ^^Rb, Rev. Roum. Phys. 22, 923. (Fr.)

3229. R. S. Maier & W. Whaling, Transition Probabilities in Nd(II) and the Solar

Neodymium Abundance, J. Quant. Spectrosc. Radiat. Transfer 18^, 501.

3230. J. Marek, Study of the Time-Resolved Fluorescence of the Cs-Xe Molecular Bands,

J. Phys. B XO, L325.

3231. J. Marek, Radiative Lifetime of the 8S, 9S and 7D Levels of Cs I, Phys. Lett. A 60,

190.

I

3232. J. Marek & K. Vogt, Radiative Lifetimes of Some Excited Co I States, Z, Phys. A

280, 235.

,

3233. R. Marrus, Recent Work on the Metastable State of Hydrogenic Ions, Comments At.

Mol. Phys. 1_, 53.

3234. P. Martin & J. Campos, Experimental Absolute Transition Probabilities of Lines

from the 3d' (3/2)2 ""^^^^ °^ ^' —' ^^^^

i 5 5 3235. P. Martin & J. Campos, Lifetimes for Some Levels of the 2p 4d, 2p 5d, 2p 4p, and

2p^5s Configurations of Ne I, J. Phys. B 10, 1265.

4

3236. P. Martin & J. Campos, Radiative Lifetime of Some 2p 3p Levels of Ne II Obtained

by Means of the Delayed Coincidence Method, Physica C (Amsterdam) 92^, 147.

3237. I. Martinson, L. J. Curtis, P. L. Smith, & E. Biemont, Oscillator Strengths for

Some Mn II Lines and the Solar Mn Abundance, Phys. Scr. 1_6, 35.

3238. H. E. Mason & H. Nussbaumer, On the Unidentified Forbidden Coronal Lines, Astron.

Astrophys. 54, 547.

1977 52
3239. R. M. Measures, N. Drewel 1 , & H. S. Kwong, Atomic Lifetime Measurements Obtained

by the Use of Laser Ablation and Selective Excitation Spectroscopy, Phys. Rev.

A 16^, 1093.

3240. R. Mewe, Oscillator Strength Interpolation Formulae for Transitions to the Ground

State Within Isoelectronic Sequences of Hydrogen through Aluminum, Astron.

Astrophys. 59, 275.

3241. J. Migdalek, Theoretical Oscillator Strengths for Some Transitions in Si IV and

Ge IV Spectra, Acta Phys. Pol. A 52, 465.

3242. V. G. Mishakov & N. I. Fogel , Determination of Relative Values of Oscillator

Strengths of Mo I Lines During the Dissociation of MoClg in a Pulsed Discharge,

Opt. Spectrosc. (USSR) 42, 686.

3243. K. A. Mohamed, G. C. King, & F. H. Read, Accurate Lifetime Measurements of Excited

States in Krypton II and Xenon II Using the Photon-Photon Delayed-Coincidence

Technique, J. Phys. B 10, 1835.

3244. A. Monteil, J. Chevaleyre, A. Bouvier, & J. Janin, Relaxation of the Ne(2p^) Level

and Populations of Ne(ls2) and Ne(ls^) in an Afterglow, J. Quant. Spectrosc. Radiat.

Transfer ^8, 573.

3245. H. Miihlethaler, Singly and Doubly Ionized Carbon— Structure and Transition

Probabilities, Thesis, Eidgenossischen Technischen Hochschule Zurich. (Ger.)

3246. V. G. Muradov, Measurement of the Relative Oscillator Strengths of the 193.8 nm

and 197.3 nm Lines of As I, Opt. Spectrosc. (USSR) 43, 614.

3247. R. K. Nesbet & H. W. Jones, Calculations of Oscillator Strengths and Excitation

Energies for Valence Shell States of Mg and Ca, Phys. Rev. A V6, 1161.

3248. D. V. Neuffer & E. D. Commins, Calculation of Parity-Nonconserving Effects in the

^

^''l/2~'' ^^1/2 ''orbidden Ml Transition in Thallium, Phys. Rev. A 16., 844.

3249. D. V. Neuffer & E. D. Commins, Calculation of Parity-Nonconserving Effects in

Forbidden Ml Transitions in Cesium, Phys. Rev. A je^, 1760.

3250. C. A. Nicolaides, The Continuum and Its Effect on Cascades in Beam-Foil Spectroscopy,

Phys. Lett. A 63, 209.

3251. C. A. Nicolaides & D. R. Beck, Electronic Structure and Oscillator Strengths of

Highly Excited States: Resonances in He", Li, and Be, J. Chem. Phys. 66, 1982.

53 1977
3252. K. Niemax, Oscillator Strengths of Rb Quadrupole Lines, J. Quant. Spectrosc.

Radiat. Transfer V7, 747.

3253. K. Niemax, Broadening and Oscillator Strengths of Cs Quadrupole Lines, J. Quant.

Spectrosc. Radiat. Transfer 1_7, 125.

3254. H. Nubbemeyer & B. Wende, Determination of Ar(I) and Ar(II) Transition Probabilities

Based on Improved Branching Ratio Measurements (Comparison with LTE Based Results),

"Proceedings of the Xlllth International Conference on Phenomena in Ionized Gases,

Part 1: Contributed Papers," 147-148 (Physical Society of the German Democratic

Republic, Berlin).

«

3255. H. Nussbaumer, The Si II Spectrum in Quasi Stellar Objects, Astron. Astrophys. 58^,

291.

S

3256. 0. V. Oginets, V. B. Smirnov, & Yu. A. Tolmachev, Difference Between Measured and

3 Theoretical Values of the Probability of Spontaneous Decay of a 3 P Helium Level,

Opt. Spectrosc. (USSR) 43, 104.

3257. A. L. Osherovich & S. A. Pul'kin, Radiative Lifetimes of Excited States of Calcium

Atoms and Ions, Vestn. Leningr. Univ., Fiz., Khim. 1_6, No. 3, 58. (Russ.)

3258. A. L. Osherovich & V. V. Tezikov, Measurement of the Radiative Lifetimes of the

Excited States of Atomic Antimony in a Crossed Beam Device, Opt. Spectrosc. (USSR)

43, 612.

3259. D. J. Pegg, J. P. Forester, S. B. Elston, P. M. Griffin, K.-O. Groeneveld,

R. S. Peterson, R. S. Thoe, C. R. Vane, & I. A. Sellin, The Splitting and

Oscillator Strengths for the 2s S-2p P Doublet in Lithium-Like Sulfur,

Astrophys. J. 214., 331

.

3260. D. J. Pegg, J. P. Forester, C. R. Vane, S. B. Elston, P. M. Griffin, K.-O. Groeneveld

R. S. Peterson, R. S. Thoe, & I. A. Sellin, Oscillator Strengths for In-Shell

(An = 0) Dipole Transitions in Li- and Be-Like Sulfur, Phys. Rev. A 1_5, 1958.

3261. D. J. Pegg, P. M. Griffin, B. M. Johnson, K. W. Jones, J. L. Cecchi , & T. H. Kruse,

Radiative Lifetimes of the Low-Lying Levels of Na-Like Copper, Phys-. Rev. A 16^,

2008.

3262. E. H. Pinnington, J. A. Kernahan, & K. E. Donnelly, Beam-Foil Spectroscopy of

Bromine from 450 to 1000 8, J. Opt. Soc. Am. 67, 162; 67^, 853.

1977 54
3263. E. H. Pinnington, P. Weinberg, W. Verfuss, & H. 0. Lutz, Application of MultiChannel Analysis Techniques to Beam-Foil Spectroscopy of Neutral Cobalt in the

Region 3000 8 to 3950 8, Z. Phys. A 281, 325.

3264. A. K. Pradhan & H. E. Saraph, Oscillator Strengths for Dipole Transitions in

Neutral Oxygen, J. Phys. B 1£, 3365.

3266. R. C. Preston, Spectroscopic Studies of a Plasma Temperature and Radiation

Standard Based on a Wall -Stabilized Arc, J. Quant. Spectrosc. Radiat. Transfer 18 , 337.

3267. P. S. Ramanujam, Direct Measurement of Radiative Lifetimes of Excited States in

Refractory-Metal Atoms Using a Sputtering Technique, Phys. Rev. Lett. 39, 1192.

3 5 0

3268. S. P. Rountree, Electron- Impact Excitation of Atomic Oxygen: P-3s S and

^P-3s ^S°, J. Phys. B 10, 2719.

3269. J. Sabbagh & N. Sadeghi , Experimental Transition Probabilities of Some Xe(I)

Lines, J. Quant. Spectrosc. Radiat. Transfer 17^, 297.

3270. A. S. Safronova & S. V. Khristenko, Calculation of Dipole Matrix Elements,

Oscillator Strengths, and Transition Probabilities for the He, Be, and Ne

Isoelectronic Sequences, "All Union Conference on Recent Theories of Atoms and

Atomic Spectra," 150-152 (Leningrad, U.S.S.R.) (Russ.)

3271. A. S. Safronova, U. I. Safronova, & S. V. Khristenko, Derivation of Dipole Matrix

Elements for the Isoelectronic Series of He, Be, Ne, Opt. Spectrosc. (USSR) 42^,

235. ,

3272. U. I. Safronova & A. B. Bolotinas, An Expansion of Hartree-Fock and Correlation

Energies, Relativistic Corrections and the Dipole Matrix Element in the Powers

of 1/Z, Czech. J. Phys. B 27, 7.

3273. U. I. Safronova & Z. B. Rudzikas, Relativistic Calculations of Transition

Probabilities, J. Phys. B 1£, 7.

3274. U. I. Safronova & V. S. Senashenko, Autoionizing States of Lithium Atoms, Opt.

Spectrosc. (USSR) 42, 462.

3275. U. I. Safronova, V. S. Senashenko, & I. A. Shavtvalishvili , Decay of Metastable

Autoionization State in a Highly Charged Lithium-Type Ion, Sov, Phys. J. 20,

1542.

55 1977
3276.

3277.

3278.

3279.

3280.

3281.

3282.

3283.

3284.

3285.

3286.

3287.

3288.

1977

H. Scheibner, Investigation About Excited Atoms in a Krypton D.C. Glow Discharge,

"Proceedings of the Xlllth International Conference on Phenomena in Ionized

Gases, Part 1: Contributed Papers," 235-236 (Physical Society of the German

Democratic Republic, Berlin).

J. Schrijver, Calculated Oscillator Strengths for Some Inner-Shell Transitions

in Lithium-Like Ions, Astron. Astrophys. 55^, 183.

D. Schulze-Hagenest, H. Harde, W. Brand, & W. Demtroder, Fast-Beam-Spectroscopy

by Combined Gas Cell-Laser Excitation for Cascade-Free Lifetime Measurements of

Highly Excited States, Z. Phys. A 282^, 149.

1

I

I. V. Semenova & Yu. M. Smirnov, Measurement of Cross Sections for Electron-Impact

Excitation of Atomic Mercury Lines, Opt. Spectrosc. (USSR) 42, 477,

I

W. Shearer-Izumi , Lifetimes of Doubly-Excited States of Atomic Helium—Theoretical

and Experimental Values, At. Data Nucl . Data Tables 20, 531. ,,

L. L. Shimon & N. M. Erdevdi , Experimental Study of the Excited State Lifetimes of

Thallium Atoms and Ions, Opt. Spectrosc. (USSR) 42, 137.

P. Shorer & A. Dalgarno, Relativistic Random-Phase Approximation Calculations on

the Zinc Isoelectronic Sequence, Phys. Rev. A —16, 1502. kf

P. Shorer & C. D. Lin, Magnetic Quadrupole Transition Probabilities for the

Beryllium Isoelectronic Sequence, Phys. Rev. A }6_, 2068.

I

P. Shorer, C. D. Lin, & W. R. Johnson, Oscillator Strengths for the Magnesium

Isoelectronic Sequence, Phys. Rev. A 16^, 1109. ;

V. V. Smirnov, 0. D. Tsygir, & S. P. Yakovitskii , Transition Probabilities of

Certain Spectral Lines of Iodine I, Opt. Spectrosc. (USSR) 43^, 600.

N. Spector & S. Garpman, Radiative Lifetimes, Absolute Transition Probabilities,

and Oscillator Strengths in Kr II, J. Opt. Soc. Am. 67^, 155.

T. Suzuki & K. Shimoda, Lifetimes and Cross Sections of Laser Levels of Xenon

Measured by Hanle Effect, J. Phys. Soc. Jpn. 43, 233.

E. Trabert, P. H. Heckmann, & H. v. Buttlar, Beam-Foil Lifetimes of Highly Ionized

Silicon, Z. Phys. A 281 , 333.

56
3289. E. Trabert, P. H. Heckmann, & H. v. Buttlar, Beam-Foil Lifetimes of 0 VII in the

10-100 ps Range, Z. Phys. A 280, 11.

3290. L. A. Vainshtein & L). I. Safronova, Wavelengths and Transition Probabilities for

Ions of the He, Li, and Ne Isoelectronic Sequences, "Spektroskopicheskie Konstanty

Atomov," 5-122 (Ed., V. B. Belyanin, Akad. Nauk SSSR, Ot. Ob. Fiz. Astron., Nauch.

Sov. Spektrosk., Moscow) (Russ.)

3291. 0. Vallee, P. Ranson, & J. Chapelle, Measurements of Broadening of Argon Lines

and Oscillator Strengths of Resonance Lines, J. Quant. Spectrosc. Radiat. Transfer

18, 327.

3292. D, S. Viktorov & U. I. Safronova, Oscillator Strengths and Transition Probabilities

2 2 of the Be(I) Isoelectronic Sequence for 2p -2s2p and 2s2p-2s Transitions, J.

Quant. Spectrosc. Radiat. Transfer 1_7, 605.

3293. D. S. Viktorov & U. I. Safronova, Oscillator Strengths and Transition Probabilities

2 2 2 2 2 2 for Is 2s -Is 2s2p and Is 2s2p-ls 2p Transitions for the Be Isoelectronic Sequence,

"All Union Conference on Recent Theories of Atoms and Atomic Spectra," 145-149

(Leningrad, U.S.S.R.). (Russ.)

3294. D. S. Viktorov, S. A. Zapryagaev, & V. G. Pal'chikov, Radiative Transition

Probabilities in One-Electron Atoms with Arbitrary Nuclear Charge, Akad.

Nauk SSSR, Ot. Ob. Fiz. Astron., Institut Spektroskopii , Preprint No. 13. (Russ.)

3295. A. W. Weiss, Hartree-Fock Line Strengths for the Lithium, Sodium, and Copper

Isoelectronic Sequences, J. Quant. Spectrosc. Radiat. Transfer 18^, 481.

3296. W. B. Westerveld & J. van Eck, Determination of Oscillator Strengths from the

Self-Absorption of Resonance Radiation in Rare Gases, J. Quant. Spectrosc. Radiat.

Transfer 17^, 131

.

3297. W. Whaling, J. M. Scalo, & L. Testerman, Transition Probabilities in Ti I and

the Solar Titanium Abundance, Astrophys. J. 212 , 581.

1 38 + 3298. H. Winter & M. Gaillard, Lifetime Measurements in Ba Using Superimposed Ion

and Laser Beams, Z. Phys. A 281_, 311.

3299. D. J. H. Wort & C. G. Brown, Relative Branching Ratios In U I, Opt. Commun. 21_,

205.

57 1977
3300. T. Wujec & S. Weniger, Atomic Transition Probabilities for Sn(I), Sn(II) and

CI (I) Lines in the 5300-6850 8 Wavelength Range, J. Quant, Spectrosc. Radiat.

Transfer 118, 509.

3301. C. J. Zeippen, M. J. Sea ton, & D. C. Morton, Some 0 I Oscillator Strengths and

the Interstellar Abundance of Oxygen, Mon. Not. R. Astron. Soc. 181_, 527.

3302. N. Sadeghi & J. Sabbagh, Collisional Transfer Between the 6s'[1/2]q ^ and

6p[l/2]i Xenon Levels, Phys. Rev. A 16^, 2336,

1978

3322, D, C. Abbott, The Structure and Transition Probabilities of Ionized Cr, Mn, Fe,

and Ni, J. Phys. B Jl, 3479.

3323. E. B. Aleksandrov, A. V. Baranov, & V. N, Kulyasov, Quenching, Diffusion, and

Spontaneous Decay of Metastable Thallium Atoms in Buffer Gases, Opt, Spectrosc.

(USSR) 44, 624.

I

3324. E. A, Alipieva & E. N. Kotlikov, Determination of the Lifetimes and Cross Sections

of Depolarizing Collisions of Lasing Working Levels at a Wavelength of 1.52 ym

in Mercury, Opt. Spectrosc, (USSR) 45, 833,

3325. T, Andersen, P. S. Ramanujam, & K, Bahr, Lifetimes of Excited States in Y I, Y II,

and Zr I by Beam- Foil and Beam- Sputtering Excitation, Astrophys. J, 223, 344,

3326. M, Aymar & M. Coulombe, Theoretical Transition Probabilities and Lifetimes in Kr I

and Xe I Spectra, At. Data Nucl. Data Tables 21, 537.

3327. J. Azencot & R. Goutte, Atomic lonoluminescence Used in Differential Measurement

of Excited State Lifetimes, Nucl. Instrum. Methods 157^, 99.

1

3328. T. Bach, Oscillator Strengths and Stark Broadening for Al Transitions, Z. Phys.

A 285, 1. i

3329. M, Baumann, H. Liening, & H. Lindel, Lifetime Measurements of Some Excited States'

of

319

5 4

the 4d 5p and 4d 5s5p Configurations in the Mo I Spectrum, Phys. Lett, A 68,

3330, D, R. Beck & C, A. Nicolaides, Transition Probabilities for the VUV Resonance

Lines of Mg- and Zn-Like Molybdenum Ions, Phys, Lett. A 65, 293,

1977-1978 58
3331. D. R. Beck & C. A. Nicolaides, Transfer of Oscillator Strength in Regions of

Avoided Crossings. Atomic Spectra for Non-Integer Values of Z. Application to

the N I ^S°-'^P Sequences, Chem. Phys. Lett. 53^, 91.

3332. H. G. Berry, J. Desesquelles, K.-T. Cheng, & R. M. Schectman, Ne I-Like Resonance

Lines and Na I-Like Satellites in Argon and Chlorine, Phys. Rev. A X8, 546.

3333. E. Biemont, Computation of Oscillator Strengths by a Semi -Empirical Method for

Some Elements of the Iron Group and Their Solar Photospheric Abundance. IV. Results for V I, Co I, and Summary, Sol. Phys. 56^, 79.

3334. E. Biemont, Theoretical f-Values for Sodium-Like Ions (11 <_I<_26), Astron.

Astrophys., Suppl . Ser. 31^, 285.

3335. E. Biemont & M. Godefroid, Hypervirial Theorem, Screening Parameters and Electric

Quadrupole Oscillator Strengths in the Sodium Sequence, Phys. Scr. 18^, 323.

3336. T. M. Bieniewski, Absolute Oscillator Strengths for Neutral Atomic Uranium, J. Opt.

Soc. Am. 68, 1173.

3337. K. B. Blagoev, M. L. Burshtein, Ya. F. Verolainen, V. A. Komarovskii, A. L. Osherovich,

8 0 7 & N. P. Penkin, Lifetimes of the ^5/2-15/2 E^^'^'ited Levels of Sm II and the P2 ^,

^P^-S ^^^'^^^'^ Levels of Eu II, Opt. Spectrosc. (USSR) 44, 17.

3338. K. B. Blagoev, V. A. Komarovskii, & N. P. Penkin, Lifetimes of the Excited Levels

of Tm I and Tm II and Oscillator Strengths of Tm I Spectral Lines, Opt. Spectrosc.

(USSR) 44, 130.

3339. K. B. Blagoev, V. A. Komarovskii, & N. P. Penkin, Radiative Lifetimes of Yb I

and Yb II Excited States, Opt. Spectrosc. (USSR) 4£, 832.

3340. K. B. Blagoev, A. K. Valters, & V. A. Komarovskii, Relative Oscillator Strengths

of the Spectral Lines of Holmium, Opt. Spectrosc. (USSR) 45, 932.

3341. M. Blaha & J. Davis, Electron Impact Excitation of Highly Charged Sodium-Like

Ions, J. Quant. Spectrosc. Radiat. Transfer 1_9, 227.

3342. P. 0. Bogdanovicius, G. V. Merkelis, Z. B. Rudzikas, & S. D. Sadziuviene,

2 2 3 4 Theoretical Investigation of Transition Probabilities for 2s 2p -2s2p -2p of

Ca XV, Fe XXI, Phys. Scr. U, 549.

3343. V. A. Boiko, A. Yu. Chugunov, T. G. Ivanova, A. Ya. Faenov, I. V. Holin, S. A. Pikuz,

A. M. Urnov, L. A. Vainshtein, & U. I. Safronova, He-Like Ion Resonance-Line

Satellites Radiated from Be-Like Ions, Mon. Not. R. Astron. Soc. 185 , 305.

59 1 978
3344. V. A. Boiko, S. A. Pikuz, U. I. Safronova, & A. Ya. Faenov, Satellites to the He7 1 1 Like Ion Is Sq-1s3p P-, Lines with Z = 12-19 in Laser Plasmas, Mon. Not. R.

Astron. Soc. 185^, 789.

3345. C. Breton, C. de Michelis, & M. Mattioli, Ionization Equilibrium and Radiative

Cooling of a High Temperature Plasma, J. Quant. Spectrosc. Radiat. Transfer 1_9,

367.

3346. J. A. Brink, F. J. Coetzer, J. H. I. Olivier, P. Van der Westhuizen, R. Pretorius,

& W. R. McMurray, Level Lifetimes in N II and N III: Apparatus and Results, Z.

Phys. A 288, 1

.

3347. G. E. Bromage, R. D. Cowan, & B. C. Fawcett, Atomic Structure Calculations Involving,

Optimization of Radial Integrals: Energy Levels and Oscillator Strengths for

Fe XII and Fe XIII 3p-3d and 3s-3p Transitions, Mon. Not. R. Astron. Soc. 183 , 19.

3348. G. E. Bromage, R. D. Cowan, B. C. Fawcett, & A. Ridgeley, Classification of Be ILike and B I-Like Iron and Vanadium Spectra from Laser-Produced Plasmas, J. Opt.

Soc. Am. 68, 48.

3349. R. J. Brown & M. L. Parsons, Measurement of Relative Atomic Transition Probabilities!

Using Flame Atomic Absorption Spectroscopy, Spectrochim. Acta, Part B 33^, 777.

3350. J. Brzezowska, SCF Treatment of Higher Excited States of Atoms. Transition

Probabilities Between Excited States of Si II, Acta Phys. Pol. A 54, 243.

3351 . J. -P. Buchet, M.-C. Buchet-Poul izac , & M. Druetta, Mean-Life Measurements of Na V,l

Na VI, and Na VII Levels in the Extreme Ultraviolet Region, Phys. Scr. 18^, 496.

3352. B. R. Bulos, A. J. Glassman, R. Gupta, & G. W. Moe, Measurement of the Lifetimes

2 2 4 2 of the z F5/2' ^ ^3/2' ^ '^5/2' ^ ^^3/2 ^^^^^^ °^ Lanthanum, J. Opt. Soc.

Am. 68, 842.

3353. C. F. Bunge & A. V. Bunge, Configuration-Interaction Studies of Transition Energies

and Oscillator Strengths for the Lowest Quartet States of Neutral Lithium, Phys.

Rev. A U, 822.

3354. P. G. Burkhalter, CM. Dozier, C. Stal lings, & R. D. Cowan, X-Ray Line Emission

and Plasma Conditions in Exploded Fe Wires, J. Appl . Phys. 49, 1092.

3355. P. G. Burkhalter, R. Schneider, C. M. Dozier, & R. D. Cowan, Spectra of Mo XXXIXXXIV from Exploded-Mo-Wire Plasmas, Phys. Rev. A 18^, 718.

1 978 60
3356. E. Campani, G. Degan, & G. Gorini, Direct Measurement of 7Py2' '^^^11 lifetimes

in Cesium, Lett. Nuovo Cimento 23, 187.

3357. R. S. F. Chang & D. W. Setser, Radiative Lifetimes and Two-Body Deactivation

Rate Constants for Ar(3p^,4p) and Ar(3p^,4p') States, J. Chem. Rhys. 69^, 3885.

3358. K.-T. Cheng & Y.-K. Kim, Spectroscopic Data for Cu-Like Ions, Argonne National

Laboratory Report ANL/FPP/TM-109.

3359. K.-T. Cheng & Y.-K. Kim, Energy Levels, Wavelengths, and Transition Probabilities

of Cu-Like Ions, At. Data Nucl . Data Tables 22, 547.

3360. A. B. Christensen & A. J. Cunningham, Laboratory Study of the 0 I (7990 8)

Branching Ratio, J. Geophys. Res. §2, 4393.

3361. M. Cohen & R. P. McEachran, Pade Approximant Formulas for Atomic Oscillator

Strengths, Int. J. Quantum Chem., Symp. 12, 59.

3362. M. Cohen & R. P. McEachran, Theoretical Ionization Energies and Oscillator

Strengths for Carbon, J. Quant. Spectrosc. Radiat. Transfer 20, 295.

3363. M. Cohen & A. T. Yinnon, First-Order Model Potential for Optical Dipole Transitions:

Application to the Lithium Isoelectronic Sequence, Chem. Phys. Lett. 53^, 400.

3364. A. Corney & K. Gardner, A New Method for Determining f-Values Using Stimulated

Electronic Raman Scattering in Atomic Vapours, J. Phys. D 1J_, 1815.

3365. L. J. Curtis & D. G. Ellis, A Formula for Cancellation Disappearances of Atomic

Oscillator Strengths, J. Phys. B ri_, L543.

3366. W. Dankwort & E. Trefftz, Breit-Pauli Approximation for Highly Ionized Boron-Like

Ions, Up to Fe XXII, Astron. Astrophys. 65, 93.

3367. D. D. Dietrich, J. A. Leavitt, S. Bashkin, J, G. Conway, H. Gould, D. MacDonald,

2 R. Marrus, B. M. Johnson, & D. J. Pegg, Oscillator Strengths of the 2s S-]^2"

2p ^P°^2 3/2 Transitions in Fe XXIV and the 2s^ ^Sjj-2s2p ^P° Transition in Fe XXIII,

Phys. Rev. A 18^, 208.

3368. H.-D. Dohmann, D. Liesen, & H. Pfeng, High Resolution Spectroscopy of Prompt and

Metastable Decaying Levels in Highly Ionized Argon, Especially of the Metastable

^P2-State of Ar^^"^ and the ^Pg^g-^^^^^ °^ Ar^^^, Z. Phys. A 285, 171.

61 1978
3369.

3370.

3371 .

3372.

3373.

3374.

3375.

3376.

3377.

3378.

3379.

3380.

3381.

1978

H.-D. Dohmann & H. Pfeng, Measurement of the Population of the P^y2"^^3te in Ar

by Cascading Processes, Z. Phys. A 288, 29.

D. J. Donahue, L. C. Mclntyre, Jr., & P. Rathmann, Beam-Foil Measurements of

Mean Lives in B IV and B V Below 450 8, J. Opt. Soc. Am. 68, 998.

K. E. Donnelly, J. A. Kernahan, & E. H. Pinnington, Mean-Life Measurements for

Some Terms in C II, C III, and C IV, J. Opt. Soc. Am. 68, 1000; 68, 1787.

P. D. Dumont, Y. Baudinet-Robinet, H. P. Garnir, N. Grevesse, & E. Biemont,

Beam-Foil Study of Al IV and Al V Between 1100 and 1900 8, Phys. Lett. A 66,

472.

P. D. Dumont, H. P. Garnir, & Y. Baudinet-Robinet, Beam-Foil Study of Sulfur

Between 500 and 1200 8, J. Opt. Soc. Am. 68, 825.

B. I. Dynefors & I. Martinson, Beam-Foil Studies of Ionized Sulfur, Phys. Scr. 12,

123.

B. Edlen, The Transitions 3s-3p and 3p-3d, and the Ionization Energy in the Na I

Isoel ectronic Sequence, Phys. Scr. 1_7, 565.

K. M. Eriksonas, I. P. Yachyauskas, & R. I. Semenov, Determination of the Weighting

Factors of Wave Functions from Experimental Data on g Factors, Opt. Spectrosc.

(USSR) 45^, 848.

P. Erman & S. Huldt, Trapping of Non-Resonance Radiation in Atoms and Its Influence

on Measured Lifetimes of the 4p and 5p Levels in Ar I, Phys. Scr. 1_7, 473.

W. E. Ernst & E. Schulz-Gulde, Transition Probabilities for Kr I Lines from WallStabilized Arc Measurements, Physica C (Amsterdam) 93, 136.

B. C. Fawcett, Theoretical Oscillator Strengths for 2s^2p"-2s2p""^^ and ZsZp""*"^-

2p"'*'^ Transitions and for 2s^2p" "Forbidden" Transitions Be I , B I , C I , N 1 , 0 I

Series, Z <_ 26, At. Data Nucl . Data Tables 22, 473.

B. C. Fawcett, A. Ridgeley, & G. E. Bromage, The Spectrum Ar IX and Extended

Spectral Classification in Ar V to Ar VIII and Ar X, Phys. Scr. 18, 315.

2 2 C. F. Fischer, The 4s S-4p P Transition of the Al Sequence, Can. J. Phys. 5£,

983.

62
3382. C. F. Fischer & J. E. Hansen, Theoretical Oscillator Strengths for the Resonance

Transitions in the Zn I Isoel ectronic Sequence, Phys. Rev. A ]]_, 1956.

3383. V. V. Flambaum & 0. P. Sushkov, Radial Integrals, Oscillator Strengths, and

Polarizabilities of the Thallium, Lead, and Bismuth Atoms, J. Quant. Spectrosc.

Radiat. Transfer 20, 569.

5 3384. M. V. Fonseca & J. Campos, Lifetimes of Some Levels Belonging to the 4p 5p and

4p^6p Configurations of Kr I, Phys. Rev. A 17^, 1080; 18, 2394.

3385. J. P. Forester, D. J. Pegg, P. M. Griffin, G. D. Alton, S. B. Elston, H. C. Hayden,

R. S. Thoe, C. R. Van, & J. J. Wright, Radiative Lifetimes and Oscillator Strengths

for Allowed Intra-L-Shel 1 Transitions in Multiply Charged Chlorine Ions, Phys.

Rev. A 18, 1476.

3386. J. R. Fuhr, B. J. Miller, & G. A. Martin, "Bibliography on Atomic Transition

Probabilities (1914 through October 1977)," Nat. Bur. Stand. (U.S.), Spec. Publ

.

505 (U.S. Government Printing Office, Washington, D.C.).

3387. T. F. Gallagher, W. E. Cooke, & S. A. Edelstein, Collisional Angular Momentum

Mixing of f States of Na, Phys. Rev. A ]7_, 904.

3388. P. S. Ganas, Optical Oscillator Strengths for Neon, J. Quant. Spectrosc. Radiat.

Transfer 20, 461

.

3389. P. S. Ganas, Optical Oscillator Strengths for Argon, J. Chem. Phys. 69, 1019.

3390. R. K. Gardner, C. L. Cocke, T. K. Saylor, & B. Curnutte, Lifetimes of Some L-X-Ray

Emitting Levels in Silicon, Sulfur, and Chlorine, J. Opt. Soc. Am. 68, 830.

3391. H. P. Garnir, Y. Baudinet-Robinet, P. D. Dumont, & M. Eidelsberg, Study of

S VII in the Vacuum Ultraviolet, Phys. Scr. U, 463.

3392. R. H. Garstang, W. D. Robb, & S. P. Rountree, Electron Collisional Excitation

Cross Sections for Fe III and Fe VI and Iron Abundances in Gaseous Nebulae,

Astrophys. J. 222, 384.

3393. M. Gavrila & J. E. Hansen, Calculation of Transition Probabilities for TwoElectron One-Photon and Hypersatel 1 ite Transitions for Ions with Two Vacancies

in the K Shell, J. Phys. B Jl, 1353.

63 1978
3394. S. K. Ghoshal, D. K. Datta, & S. Sengupta, Oscillator Strengths of the Allowed

np-n'd and nd-n'f Transitions in the Helium Isoelectronic Sequence, Indian J.

Phys. B 52, 8.

3395. R. Glass & A. Hibbert, The Use of the Breit Interaction: the '^P^ ^ ^Sq

Intercombi nation Line in Beryl 1 ium- Like Systems, J. Phys. B 1J_, 2413.

3396. A. Goly, Determination of Absolute Oscillator Strengths for Doubly-Ionized

Vanadium, Astron. Astrophys. 68, 79.

|

3397. P. F. Gruzdev & N. V. Afanaseva, Oscillator Strengths of the Lines and Lifetimes

of the Levels of Aluminum, Gallium, Indium, and Thallium, Opt. Spectrosc. (USSR)

44, 614.

3398. P. F. Gruzdev & N. V. Afanaseva, Isoelectronic Series of Sodium. Radiative

Lifetimes. 1: Na I-S VI, Opt. Spectrosc. (USSR) 45, 611.

3399. P. F. Gruzdev & A. V. Loginov, Refined Values of Radiation Lifetimes of Levels

of the Ne I Atom and Na II and Mg III Ions, Opt. Spectrosc. (USSR) 45, 846.

3400. P. F. Gruzdev & A. V. Loginov, Probabilities of 2p^np-2p^ms (n = 3,4; m = 3,4,5)

Transitions in the Spectrum of Doubly Ionized Magnesium, Opt. Spectrosc. (USSR)

44, 353.

m

3401. Y. Guern, J. Lotrian, A. Bideau-Mehu, & A. Johannin-Gilles, Experimental Transits

Probabilities of Bi I in the 195-600 nm Spectral Range, J. Phys. B 1J_, 3821.

m

3402. L. A. Hackel & M. C. Rushford, Lifetime, Branching Ratio, and Absolute Transition

Probability of the 6395.42 8 Transition of ^"^^U I, J. Opt. Soc. Am. 68, 1084

3403. P. Hafner & W. H. E. Schwarz, Atomic Transition Probabilities from the Relativist

Pseudopotential Approach, J. Phys. B 21, 2975.

3404. J. Hamel & J. -P. Barrat, Study of a Method for Measuring Lifetimes of Ionic

Excited Levels in a Penning Collision Using Transfer Orientation, J. Phys.

(Paris) 39, 500. (Fr.)

3405. P. Hannaford & D. C. McDonald, Determination of Relative Oscillator Strengths

of the Copper Resonance Lines by Atomic Absorption Spectroscopy, J. Phys. B VI_,

1177.

3406. J. E. Hansen, Re-evaluation of the Oscillator Strength for the Resonance

Transition in Neutral Strontium (Sr I), J. Phys. B Vl_, L579.

1 978 64
3407. H. Harima, T. Yoshida, & Y. Urano, Measurement of Oscillator Strength of Several

Lines of Ba I, J. Phys. Soc. Jpn. 45^, 357.

3408. V. Helbig, Study of Transition Probabilities of the Noble Gases Neon, Argon,

Krypton, and Xenon, Thesis, Kiel University. (Ger.)

3409. A. Hibbert, Atomic Structure Theory, "Progress in Atomic Spectroscopy," Part A,

Ch. 1, 1-65 (Eds., W. Hanle & H. Kleinpoppen, Plenum Press, New York).

3410. E. A. Hinds, J. E. Clendenin, & R. Novick, Decay Rate of the 2 ^Sy2 State of

Singly Ionized Helium, Phys. Rev. A 1_7, 670.

3411. R. Hotop & J. Marek, Lifetime Measurements of Some Excited Dy I States, Z. Phys.

A 287, 15.

3412. M. Hugon, F. Gounand, & P. R. Fournier, Radiative Lifetimes of Highly Excited F States in Rubidium, J. Phys. B ]]_, L605.

3413. K. Ishii, E. Alvarez, R. Hallin, J. Lindskog, A. Marelius, J. Pihl, R. Sjodin,

B. Denne, L. Engstrbm, S. Huldt, & I. Martinson, Lifetime Measurements for Some

An = 0 Transitions in CI XI 1

1 -CI XV, Phys. Scr, 18, 57.

3414. K. Ishii & M. Tomita, Lifetime Measurement of Doubly Excited States in Helium

Atom by Beam- Foil Technique, J. Phys. Soc. Jpn. 45, 230.

3415. D. Kaiser, P. Kulina, A. E. Livingston, H.-H. Radloff, & S. Tudorache, Lifetime

Measurements of Rydberg States in the 6snd ^D2-Series of Ba I, Z. Phys. A 285 , 111

3416. S. 0. Kastner, M. Swartz, A. K. Bhatia, & J. Lapides, Observations of n = 3 ^

n' = 4 Transitions in the Mg I and Si I Sequences for Elements Chromium through

Zinc, J. Opt. Soc. Am. 68, 1558.

3417. S. A. Kazantsev & V. I. Eiduk, Hanle Effect on Highly Excited Atomic Levels of

Inert Gases in a Discharge, Opt. Spectrosc. (USSR) 45, 735.

3418. S. A. Kazantsev, E. D. Mishchenko, P. K. Telbizov, & M. P. Chaika, Decay Constant

of the "^P-i of Neon, Opt. Spectrosc. (USSR) 45, 711.

3419. F. M. Kelly & M. S. Mathur, The Density Dependence of the Hanle Effect in the

Resonance Line of Atomic Magnesium, Can. J. Phys. 56, 1422.

3420. F. M. Kelly & M. S. Mathur, 6p ^P Levels of Ionized Barium: Lifetimes and

Depolarization Cross Sections, Phys. Rev. A 18, 2135.

65 1 978
3421. G. A. Khayrallah, Determination of the 4 V and 5 V Lifetimes of He I, Phys.

Lett. A 65, 207.

3422. G. A. Khayrallah & S. J. Smith, Radiative Lifetime Measurement of the 3 ^S, 3 ^D,

4 ^D, 4 V, and 5 V Excited States of Helium, Phys. Rev. A 18, 559; 19^, 1808 (1979).

3423. Y.-K. Kim & K.-T. Cheng, Transition Probabilities for the Resonance Transitions of

Na-Like Ions, J. Opt. Soc. Am. 68, 836.

3424. D. B. King & C. E. Head, Experimental Lifetimes of Some Laser Levels of Cl^, Phys.

Rev. A V7, 243.

3425. M. Klapisch, A. Bar-Shalom, J. L. Schwob, B. S. Fraenkel , C. Breton, C. de Michelis,

M. Finkenthal, & M. Mattioli, Identification of Magnetic Quadrupole Lines of

Highly Ionized Ni , Cr, Fe in the TFR600 Tokamak Plasma, Phys. Lett. A 69, 34.

3426. M. Klapisch, J. L. Schwob, M. Finkenthal, B. S. Fraenkel, S. Egert, A. Bar-Shalom,

C. Breton, C. de Michelis, & M. Mattioli, Identification of Forbidden Lines in

the Soft X-Ray Spectrum of the TFR Tokamak, Phys. Rev. Lett. 41, 403.

3427. V. M. Klimkin, V. E. Prokopev, & L. V. Fadin, Measurement of Transition Probabilities:

in the First Europium Ion, Opt. Spectrosc. (USSR) 44, 345.

I

3428. J. Z. Klose, Measurement of Mean Lives in Atomic Uranium, "12th Informal Conference

on Photochemistry," Nat. Bur. Stand. (U.S.), Spec. Publ . 526, 45-48 (Eds.,

M. J. Kurylo & W. Braun, U.S. Government Printing Office, Washington, D.C.).

3 3429. P. B. Kramer & F. M. Pipkin, New Measurement of the Fine Structure in the 3 P State of ^He, Phys. Rev. A 18, 212.

3430. M. Kuhne, K. Danzmann, & M. Kock, Oscillator Strengths of Ti I from Hook and

Emission Measurements, Astron. Astrophys. 64, 111.

3431. P. Kuske, N. Kirchner, W. Wittmann, H. J. Andra, & D. Kaiser, Lifetime Measurements ij

by Pulsed Laser Excitation of Fast Ion Beams, Phys. Lett. A 6£, 377.

3432. D. L. Lambert & R. E. Luck, The Abundances of the Elements in the Solar

Photospheres--IX: Na to Ca, Mon. Not. R. Astron. Soc. 183, 79.

3433. C. J. Latimer, Radiative Lifetimes and Transition Probabilities of Xenon Atoms

in Highly Excited States, J. Chem. Phys. 69, 1314.
3434. C. Laugh! in, 2 ^P°-l ^Sq and 3 "^P^-l ^Sq Intercombination Line Transitions

in Helium-Like Ions, J. Phys. B 11, L391

.

3435. C. Laughlin, E. R. Constantiriides , & G. A. Victor, Two-Valence-Electron ModelPotential Studies of the Be I Isoelectronic Sequence, J. Phys, B Vl_, 2243.

3436. C. D. Lin, C. Laughlin, & G. A. Victor, Magnetic Quadrupole Transitions of the

Beryllium and Magnesium Isoelectronic Sequences, Astrophys. J. 220 , 734.

3437. D. L. Lin, Velocity and Length Forms of Oscillator Strengths and Unitary

Transformations of Quantum Electrodynamics, Phys. Rev. A 17, 1939.

3438. D. L. Lin, W. Fielder, Jr., & L. Armstrong, Jr., Multiconfiguration Hartree-Fock

Calculation of Magnetic Quadrupole Transitions of Be Isoelectronic Sequence,

Astrophys. J. 219 , 1093.

3439. A. E. Livingston & H. G. Berry, Fine Structure of the Is2s2p ^P° and ls2p^ ^P

Doubly Excited States in Lithium-Like Carbon, Nitrogen, and Oxygen, Phys. Rev.

A U, 1966.

3440. A. V. Loginov & P. F. Gruzdev, Semiempirical Calculation of the Transition

Probabilities and Lifetimes of Levels in the Spectra of Ne II and Ar II Ions:

2: Transition Probabilities and Lifetimes in the Spectrum of the Neon Ion Ne II,

Opt. Spectrosc. (USSR) 44, 123.

3441. A. V. Loginov & P. F. Gruzdev, Semiempirical Calculation of Transition Probabilities

and Lifetimes of Levels in the Spectra of Ne II and Ar II Ions: 3: Transition

Probabilities and Lifetimes in the Spectrum of the Argon Ar II Ion, Opt.

Spectrosc. (USSR) 44, 500.

3442. A. V. Loginov & P. F. Gruzdev, Probabilities of 2p^, 2p^np-2p^ms (n = 3,4; m = 3,

4,5) Transitions and Radiation Lifetimes of Levels in the Spectrum of the Al IV

Ion, Opt. Spectrosc. (USSR) 45, 725.

3443. C.-J. Lorenzen & K. Niemax, Oscillator Strengths of Some Higher Cs Principal

Series Lines, J. Phys. B 11, L723.

3444. J. Lotrian, J. Cariou, Y. Guern, & A. Johannin-Gilles, Determination of the Transition

Probabilities of the 4p^-4p5s and 4p^-4p4d Systems of Ge I in the 1900-4700 8

Spectral Range, J. Phys. B Jl, 2273. (Fr.)

3445.

2 T. Lubowiecka, T. Dohnalik, & L. Frasinski, Measurement of the 6 Sy2 State

Lifetime of In I by the Hanle Effect, Acta Phys. Pol. A 54, 369.

67 1 978
3447.

I

3446. P. M. Lugger, D. G. York, T. Blanchard, & D. C. Morton, New Oscillator Strengths

for 18 Resonance Lines of N I and the Interstellar Abundance of Nitrogen, Astrophys

J. 224, 1059.

3 M. Lukaszewski & D. Lecler, Laser Excitation of 6s6d 6 Level of Mercury:

Transition Probabilities and Collisional Excitation Transfer, Opt. Commun. 25,

189.

3448. T. M. Luke, Low-Energy Singly and Doubly Excited Resonances in Neon: Behavior

of the Complex Photoionization Amplitudes at the Resonances, J. Phys. B 11_, 2457.

3449. Yu. I. Malakhov, Lifetimes of Cu I Levels, Opt. Spectrosc. (USSR) 44, 125.

3450. P. J. Malloy & S. J. Czyzak, Some f-Values for Transitions in Zr II, Zr III, and

Sr I, Astrophys. Space Sci . 58, 365.

3451. M. W. D. Mansfield, N. J. Peacock, C. C. Smith, M. G. Hobby, & R. D. Cowan, The

XUV Spectra of Highly Ionized Molybdenum, J. Phys. B y\_, 1521.

3452. J. Marek & P. Munster, Lifetime Measurements of Some Levels of Sm I by Use of

Dye Laser Excitation, Astron. Astrophys. 62^, 245.

3453. R. Marrus & P. J. Mohr, Forbidden Transitions in One- and Two-Electron Atoms,

Adv. At. Mol. Phys. U, 181.

3454. P. Martin & J. Campos, Transition Probabilities of Lines with Origin in the

3d' (5/2)2, 3d' (5/2)3 3d' (3/2)^ Levels of Ne(I), J. Quant. Spectrosc. Radiat.

Transfer 19, 109.

3455. I. Martinson, Experimental Studies of Atomic and Molecular Lifetimes, "Excited

States in Quantum Chemistry," 1-34 (Eds., C. A. Ni col aides & D. R. Beck, D. Rei

Publishing Co., Dordrecht, Holland).

3456. H. E. Mason & A. K. Bhatia, Theoretical Intensity Ratios for the UV Lines of

Mg VII, Si IX, and S XI, Mon. Not. R. Astron. Soc. 184, 423.

3457. L. C. Mclntyre, Jr., D. J. Donahue, & E. M. Bernstein, Mean Lives in Ne V, Mg VII,

and Al VIII, Phys. Scr. U, 5.

3458. J. Migdalek, Relativistic Oscillator Strengths for Some Transitions in Cu(I),

Ag(I), and Au(I), J. Quant. Spectrosc. Radiat. Transfer 20, 81.

1 978 68
J. Migdalek, Relativistic and Cancellation Effects in the Line Strength Ratios

of the Aluminum Group Elements Spectra, Acta Phys. Pol. A 54, 253.

J. Migdalek & W. E. Baylis, Influence of Atomic Core Polarization on Oscillator

2 2 2 2 Strengths for S-j^^- P1/2

3/2 '^1/2 3/2" ^3/2 5/2 Transitions in Cu I, Ag I,

and Au I Spectra, J. Phys. B lj_, L497.

J. Moity, Oscillator Strengths for Some Ni II Lines in the Near-Ultraviolet from

Wall-Stabil ized Arc Measurements, Astron. Astrophys. 6£, 165.

E. R. Mosburg, Jr. & M. D. Wilke, Some New Transition Probabilities for Mercury I,

J. Quant. Spectrosc. Radiat. Transfer 1_9, 69.

P. K. Mukherjee & R. K. Moitra, Coupled Hartree-Fock Calculation of the Dynamic

Polarizabilities of the Beryllium Sequence, J. Phys. B y\_, 2813.

J. Musielok, Values of Transition Probabilities for the Two Argon (Ar II) Spectral

Lines X 6114.929 % and X 6172.290 8, Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu,

Fiz. No. 20, Ser. A, 7. (Pol.)

W. Nagourney, W. Happer, & A. Lurio, Level Crossing Study of the Hyperfine

Structure of Lithium, Phys. Rev. A ]7_, 1394.

C. A. Nicolaides & D. R. Beck, Transfer of Oscillator Strength in Regions of

(Avoided) Crossings. The Two-State Approximation, Chem. Phys. Lett. 53^, 87.

2 2 C. A. Nicolaides & D. R. Beck, Comment on the Lifetime of the Li ls2p P State:

How Probable is Radiative Autoionization? , Phys. Rev. A '\7_, 2116.

C. A. Nicolaides & D. R. Beck, Comment on the Luken-Sinanogl u Paper "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 18, 1307.

C. A. Nicolaides & D. R. Beck, Time Dependence, Complex Scaling, and the Calculation

of Resonances in Many-Electron Systems, Int. J. Quantum Chem. 1_4, 457.

C. A. Nicolaides & D. R. Beck, Many-Body Theory of Photoabsorption in Atoms and

Molecules, "Excited States in Quantum Chemistry," 143-182 (Eds., C. A. Nicolaides

& D. R. Beck, D. Reidel Publishing Co., Dordrecht, Holland).

69 1978
3472.

3473.

J. Nilsen & J. Marling, Oscillator Strengths of the First Forbidden Lines of

Rubidium, J. Quant. Spectrosc. Radiat. Transfer 20, 327.

G. Nowak, W. L. Borst, & J. Fricke, Lifetime Determination of the 0(^S°)

Metastable State Via 1356 8 Radiation Using a Time-of-Fl ight Technique, Phys.

Rev. A 17, 1921.

3474. H. Nussbaumer & P. J. Storey, The C III Transition Probabilities, Astron. Astrophys.

64, 139.

3475. H. Nussbaumer & P. J. Storey, [Fe VI] Emission Under Nebular Conditions, Astron.

Astrophys. 70, 37.

3476. G. V. Oppen, W.-D. Perschmann, & D. Szostak, Cascade-Free Lifetime Measurements

on the Is3d-Levels of He I, Z. Phys. A 286, 243.

3477. A. L. Osherovich & V. V. Tezikov, Radiative Lifetimes of Excited States of the

Bismuth Atom and Ion, Opt. Spectrosc. (USSR) 44, 128.

||

3478. A. L. Osherovich & V. V. Tezikov, Lifetime of 5p"^ 6p np ^D^ (n = 7,8),

6p "^S^, 7p ^P^, 6p "^D^, 5d "^P^ 2' 6d Levels of the Antimony Ion, Opt.

Spectrosc. (USSR) 44, 711.

3479. W. H. Parkinson & F. S. Tomkins, The gf Value of the Intercombi nation Line of

Barium, Ba I, J. Opt. Soc. Am. 68, 535.

3480. D. J. Pegg, P. M. Griffin, G. D. Alton, S. B. Elston, J. P. Forester, M. Suter,

R. S. Thoe, C. R. Vane, & B. M. Johnson, Radiative Lifetimes and Oscillator

Strengths for Allowed Transitions in Li-Like and Be-Like Si, Phys. Scr. 18^, 18.

3481. D. J. Pegg, P. M. Griffin, B. M. Johnson, K. W. Jones, & T. H. Kruse, A

Measurement of Oscillator Strengths for Solar XUV Falre Lines in Ni XVIII,

Astrophys. J. 224, 1056.

I

3482. E. H. Pinnington, K. E. Donnelly, J. A. Kernahan, & D. J. G. Irwin, Beam-Foil

Spectroscopy of Oxygen in the Wavelength Region from 270 to 490 8, Can. J.

Phys. 56, 508.

3483. E. H. Pinnington, D. J. G. Irwin, A. E. Livingston, J. A. Kernahan, R. N. Gosselin,

& H. G. Berry, Mean-Life Measurements for Some Fluorine Transitions in the Quartz

Region, Can. J. Phys. 56, 517.

1978 70
3484. E. H. Pinnington, P. Weinberg, W. Verfuss, H. 0. Lutz, & R. Hippler, An

Investigation of the Beam-Foil Spectrum of Argon Between 3250 8 and 3750 8,

Phys. Lett A. 65, 287.

209

3485. 0. Poulsen & J. L. Hall, Spectroscopic Investigations in Bi I Using Tunable

CW-Dye-Laser Spectroscopy, Phys. Rev. A 18^, 1089.

3486. R. C. Preston & C. Brookes, The Study of the Axial Temperature Distribution in

an Argon Wall -Stabilized Arc, "Contributed Papers of the IX Summer School and

Symposium on the Physics of Ionized Gases," 269-272 (Ed., R. K. Janev, Institute

of Physics, Beograd, Yugoslavia).

3487. J. M. Raimond, M. Gross, C. Fabre, S. Haroche, & H. H. Stroke, Laser Measurement

of Intensity Ratio Anomalies in Principal Series Doublets of Cesium Rydberg

States: Does the D^ Line Vanish?, J. Phys. B ]±, L765.

3488. P. S. Ramanujam & T. Andersen, Lifetimes of Excited States in Pt I and Ir I Measured by the Beam-Sputtering Technique, Astrophys. J. 226 , 1171.

3489. I. Reif, V. A. Fassel , R. N. Kniseley, & D. J. Kalnicky, Spectroscopic Flame

Temperature Measurements and Their Physical Significance—V. Experimental

Determination of Relative Transition Probabilities for 43 Fe I Lines in the

3450-3950 8 Wavelength Region, Spectrochim. Acta, Part B 33, 807.

3490. R. A. Rosenberg, M. G. White, E. D. Poliakoff, G. Thornton, & D. A. Shirley,

Lifetime of the Xe II 5s5p^ ^^]/2 ^^^^e, J. Phys. B L719.

3491. L). I. Safronova, Equivalency of Approaches to the Calculation of Oscillator

Strengths in the Length and Velocity Forms, Opt. Spectrosc. (USSR) 45, 609.

3492. U. I. Safronova & V. S. Senashenko, Autoionizing States of Three-Electron Atomic

Systems, J. Phys. B V\_, 2623.

3493. U. I. Safronova, V. S. Senashenko, & S. V. Khristenko, Calculation of Matrix

Elements of Dipole K-L23 Transitions, Opt. Spectrosc. (USSR) 45, 723.

3494. K. P. Selter & H.-J. Kunze, Radiative Lifetimes of Resonance Levels of Al I and

Ag I by Dye Laser Excitation, Astrophys. J. 221_, 713.

3495. I. V. Semenova & Yu. M. Smirnov, Determination of Excitation Cross Sections and

Transition Probabilities of Hg II, Opt. Spectrosc. (USSR) 44, 245.

71 1978
3496. D. A. Shaw, G. C. King, & A. Adams, Measured Lifetimes in Zinc I and Zinc II Using the Electron-Photon Delayed-Coincidence Technique, J. Phys. B 11_, 239.

3497. P. Shorer, Effects of 3d Subshells on Resonance Oscillator Strengths for the . Zinc Isoelectronic Sequence, Phys. Rev. A 18^, 1060.

|

3498. A. M. Shukhtin, G. A, Plekhotkin, & V. G. Mishakov, Observation of the Dissociation

of the WClg Molecule in a Pulsed Discharge and Measurement of the Relative

Oscillator Strengths of W I Lines, Opt. Spectrosc. (USSR) 45, 247.

11

f

3499. P. L. Smith & M. Ktihne, Oscillator Strengths of Neutral Titanium from Hook Method

3 Measurements in a Furnace. I. Lines from the a 3 and 4

'-^^^''^ ^' 0'021,

and 0.048 eV, Proc. R. Soc. London, Ser. A 362, 263.

3500. W. H. Smith, Radiative Lifetimes for Selected Astrophysical ly Important Resonance

Transitions of F I , Si II , S I , II , III , P II , and CO, Phys. Scr. IT^, 513.

3501. J. Sucher, Magnetic Dipole Transitions in Atomic and Particle Physics: Ions and

Psions, Rep. Prog. Phys. 41_, 1781.

3502. M. Szulkin & J. Karwowski, The Effect of Core Polarization on Oscillator Strengths

and On the Locations of Energy Levels in Sodium, Acta Phys. Pol. A 54, 231.

2 3503. U. Teppner & P. Zimmermann, Lifetime Measurements of the Lowest D-States in

K I and Rb I Using Electric Quadrupole Excitation, Astron. Astrophys. 64, 215.

3504. V. V. Tezikov, Lifetimes of the Excited States ^D Sb I and ^P, Sb II, Opt.

Spectrosc. (USSR) 44, 121.

3505. T. W. Tunnel! & C. P. Bhalla, Theoretical Lifetimes and Line Fluorescence Yields

of ls2p^ ^P Levels, Phys. Lett. A 67, 119.

3506. L. A. Vainshtein & U. I. Safronova, Wavelengths and Transition Probabilities of

Satellites to Resonance Lines of H- and He-Like Ions, At. Data Nucl . Data Tables 21^,

49.

3507. L. A. Vainshtein, A. V. Vinogradov, U. I. Safronova, & I. Yu. Skobelev,

Stimulated Emission in Far Ultraviolet Due to Transitions in Multiply Charged

Meon-Like Ions, Sov. J. Quantum Electron. 8, 239.

3508. A. V. Vinogradov, G. V. Peregudov, E. N. Ragozin, I. Yu. Skobelev, & E. A. Yukov,

Dependence of the Spectrum of Hydrogen-Like Ions on the Electron Density in a

Laser Plasma, Sov. J. Quantum Electron. 8, 615.

1 978 72

^1
3509. W. L. Wiese & G. A. Martin, Atomic Transition Probabilities, "CRC Handbook of

Chemistry and Physics," 59th Edition, DI12-D140 (Eds., R. C. Weast & M. J. Astle,

CRC Press, Inc., Florida).

3510. S. M. Younger, J. R. Fuhr, G. A. Martin, & W. L. Wiese, Atomic Transition

Probabilities for Vanadium, Chromium, and Manganese (A Critical Data Compilation

of Allowed Lines), J. Phys. Chem. Ref. Data 7, 495.

3511. S. M. Younger & W. L. Wiese, Systematic Trends for the Oscillator Strengths of

Resonance Transitions in the Cu and Zn Isoelectronic Sequence, Phys, Rev. A 18,

2366.

3512. S. M. Younger & W. L. Wiese, Theoretical Simulation of Beam-Foil Decay Curves

for Resonance Transitions of Heavy Ions, Phys. Rev. A V7, 1944.

2 1 3513. S. A. Zapryagaev, V. G. Palchikov, & U. I. Safronova, Probability of Is Sqls2p ^P^ and Is^ ^Sq-1s2s ^S^ Radiative Transitions for Ions with Z = 2 to 137,

Opt. Spectrosc. (USSR) 45, 239.

3514. J. Bromander, N. Duric, P. Erman, & M. Larsson, Lifetimes of Some Levels in Neutral

Carbon, Nitrogen, and Oxygen, Phys. Scr. V7, 119.

3515. D. W. Boyer, W. H. Wurster, A. L. Russo, & C. E. Treanor, Relative Transition

Probability and Pressure Broadening Parameters of Copper Atomic Lines, Technical

Report AFFDL-TR-78-82 (U.S. Air Force, Wright-Patterson Air Force Base, Ohio).

3516. W. L, Luken & 0. Sinanoglu, Reply to "Comment on 'Theory of Atomic Structures

Including Electron Correlation. V.'", Phys. Rev. A 18, 1313.

1979

3534. T. Andersen, P. Eriksen, 0. Poulsen, & P. S. Ramanujam, Measurements of 4s4p V

Lifetimes in the Zn I Isoelectronic Sequence: Ga II, Ge III, As IV, Phys. Rev,

A 20, 2621

.

3535. J. W. Andrews, P. B. Coates, D. E. Blackwell, A, D. Petford, & M, J. Shallis,

Precision Measurement of Relative Oscillator $trengths--V, Comparison of

Oscillator Strengths of Fe I Transitions from Levels a (0,86-1.01 eV)

and Those From a ^Dq_^ (0.00-0.12 eV), Mon. Not. R. Astron. Soc. 186 , 651.

73 1978-1979
3536. I. A. Armour, S. Bashkin, N. A. Jelley, R. O'Brien, J. D. Silver, & E. Trabert,

3 A Measurement of the ls2p P-j Lifetime in Helium-Like Silicon, J. Phys. (Paris),

Colloq. CI, Suppl. 2, 40, 211.

3537. J. A. Armstrong, J. J. Wynne, & P. Esherick, Bound, Odd-Parity J = 1 Spectra of the"

Alkaline Earths: Ca, Sr, and Ba, J. Opt. Soc. Am. 69, 211.

3538. P. Baessler, H.-U. Obbarius, & E. Schulz-Gulde, Experimental Investigation of

Krypton Spectra, Physica C (Amsterdam) 96, 147.

3539. J. M. Baronnet, J. Rakowitz, J. F. Coudert, E. Bourdin, P. Fauchais, Erchov, &

E. Pavlov, Spectroscopic Diagnostics of A.D.C. Nitrogen Plasma Jet, J. Phys. (Paris)

Colloq. C7, Suppl. 7, 40, 247.

I

3540. S. Bashkin, Comments on Beam-Foil Spectroscopy, J. Phys. (Paris), Colloq. CI,

Suppl. 2, 40, 125.

1

3541. S. Bashkin, G. Astner, S. Mannervik, P. S. Ramanujam, M. Scofield, S. Huldt, &

:j

I. Martinson, Lifetimes for Excited Levels in Si I, University of Lund, Atomic ) Spectroscopy, Annual Report, 28-29. i

3542. Y. Baudinet-Robinet, P. D. Dumont, H. P. Garnir, E. Biemont, & N. Grevesse, BeamFoil Study of Al II-VI Between 1100 and 1900 8, J. Phys. (Paris), Colloq. CI,

Suppl. 2, 40, 175.

3543. F. Bely-Dubau, A. H. Gabriel, & S. Volonte, Dielectronic Satellite Spectra for

Highly Charged Helium-Like Ions--III. Calculations of n = 3 Solar Flare Iron

Lines, Mon. Not. R. Astron. Soc. 186, 405.

||

3544. F. Bely-Dubau, A. H. Gabriel, & S. Volonte, Dielectronic Satellite Spectra for

Highly Charged Helium-Like Ions--V. Effect of Total Satellite Contribution on

the Solar Flare lorn Spectra, Mon. Not. R. Astron. Soc. 189 , 801.

3545. A. K. Bhatia, G. A. Doschek, & U. Feldman, New Atomic Data for O'*'^, Astron.

Astrophys. 76, 359.

3546. A. K. Bhatia, U. Feldman, & G. A. Doschek, New Atomic Data for Si"^^, s"^^ and Ar'^^°

Astron. Astrophys. 80, 22.

3547. D. E. Blackwell, P. A. Ibbetson, A. D. Petford, & M. J. Shallis, Precision

Measurement of Relative Oscillator Strengths--IV. Attainment of 0.5 Percent

Accuracy. Fe I Transitions From Levels a Dq_^ (0.00-0.12 eV), Mon. Not. R.

Astron. Soc. 186, 633.
3548. D. E. Blackwell, A. D. Petford, & M. J. Shallis, Precision Measurement of

Relative Oscillator Strengths--VI . Measures of Fe I Transitions From Levels

a ^Fi_5 (0.86-1.01 eV) With an Accuracy of 0.5 Percent, Mon. Not. R. Astron.

Soc. 186, 657.

3549. D. E. Blackwell & M. J. Shallis, Precision Measurement of Relative Oscillator

Strengths--VII . Comparison Between Measured Lifetimes of Excited Fe I Levels

and Values Calculated From Precise Oscillator Strengths, Mon, Not. R. Astron.

Soc. 186, 669.

3550. v. A. Boiko, S. A. Pikuz, A. S. Safronova, A. Ya. Faenov, P. 0. Bogdanovicius

,

G. V. Merkelis, Z. B. Rudzikas, & S. D. Sadziuviene, Identification of Spectral

Lines of Ions Belonging to the F I Isoelectronic Sequence With Nuclear Charge

Z = 26-30, 32, and 34 From Laser-Produced Plasmas, J. Phys. B 12^, 1927.

3551. E. N. Borisov, A. L. Osherovich, & V. N. Yakovlev, Measurement of the Lifetimes of

6D Mercury Levels Excited by a Dye Laser, Opt. Spectrosc. (USSR) 47, 109.

3552. R. J. Brown & M. L. Parsons, Relative Atomic Transition Probabilities for Na, Sc,

Ti, Cr, Fe, Co, and Ni Using Flame Atomic Absorption Spectroscopy, J. Quant.

Spectrosc. Radiat. Transfer 21_, 553.

2 3553. C. F. Bunge, Accurate Calculations for the Even-Parity Core-Excited P States of

Neutral Li, Phys. Rev. A 19 , 936.

3554. L. A. Bureeva & U. I. Safronova, Calculated Lifetimes in the Neon Isoelectronic

Sequence, Phys. Scr. 20, 81.

P. G. Burke & K. T. Taylor, Photoionization of Carbon Atoms, J. Phys. B IZ, 2971.

P. G. Burkhalter, L. Cohen, R. D. Cowan, & U. Feldman, L-Series Satellite Spectra

in Ti XII and Fe XVI, J. Opt. Soc. Am. 69, 1133.

3557. P. G. Burkhalter, J. Shiloh, A. Fisher, & R. D. Cowan, X-Ray Spectra from a GasPuff Z-Pinch Device, J. Appl . Phys. 50, 4532.

3558. E. Caliebe & K. Niemax, Oscillator Strengths of the Principal Series Lines of Rb,

J. Phys. B 12, L45.

3559. B. L. Cardon, P. L. Smith, & W. Whaling, New Method for Determining Relative

Oscillator Strengths of Atoms Through Combined Absorption and Emission Measurements:

Application to Titanium (Ti I), Phys. Rev. A 20 , 2411.

75 1979
4 0

3560. A. Catherinot, & A. Sy, Quenching of the 3p S Atomic Nitrogen State in a LowPressure Nitrogen Glow Discharge, Phys. Rev. A 20, 1511.

3561. P. Ceyzeriat, J. -P. Buchet, M.-C. Buchet-Poul izac , J. Desesquel les , & M. Druetta,

Measurement and Calculation of the Lifetimes of the n = 3 and 4 Levels in Al IV,

J. Phys. (Paris), Colloq. CI, Suppl . 2, 40, 171. (Fr.)

3562. P. Ceyzeriat, A. Denis, J. Desesquelles, & M. Druetta, Second-Order Calculation

and Beam-Foil Measurement of Atomic Lifetimes in Ne-Like Al IV, Phys. Lett. A 7£,

407.

3563. K.-T. Cheng & Y.-K. Kim, Excitation Energies and Oscillator Strengths in the Silver

Isoelectronic Sequence, J. Opt. Soc. Am. 69, 125.

3564. B. Cheron, J. Jarosz, & P. Vervisch, Measurement of the Transition Probabilities

of the 5 ^D2, 6 ^Dg, 7 ^D^ •> 5 Cadmium Lines, J. Phys. (Paris), Colloq. C7,

Suppl. 7, 40, 847. (Fr.)

3565. F. J. Coetzer & P. Van der Westhuizen, Beam-Foil Lifetime Measurements on Energy

Levels of Singly Ionized Xenon, Z. Phys. A 292 , 369.

3566. M. Cohen & R. P. McEachran, The Polarized Frozen-Core Approximation: Application

to Ionization Energies and Oscillator Strengths for Beryllium, J. Quant. Spectrosc.

Radiat. Transfer 21_, 1.

3567. C. H. Corliss, Oscillator Strengths for Lines of Ionized Thorium (Th II), Mon.

Not. R. Astron, Soc. 189 , 607.

3568. D. Cotter, The Measurement of Atomic Oscillator Strengths Using the SERS Polarization

Flip Method, J. Phys. D 12^, L9.

3569. L. J. Curtis, Use of Hydrogenic Transition Probabilities for Non-Penetrating

Rydberg States with Core Polarization, J. Phys. B 1_2, L509.

3570. L. J. Curtis, Recent Progress in Lifetime Measurements, J. Phys. (Paris), Colloq.

CI, Suppl. 2, 40, 139.

3571. L. J. Curtis, Studies of Lifetime and Intensity Anomalies Near Cancellations as a

Probe of Small Effects in the Transition Operator, University of Lund, Atomic

Spectroscopy, Annual Report, 35-39.

1979 76
3572. S. J. Czyzak & T. K. Krueger, Transition Probabilities for N IV, 0 V, and 0 VI,

Astrophys. Space Sci. 60, 99.

3573. B. Denne, J. 0. Ekberg, L. Engstrom, S. Huldt, C. Jupen, P. Kaijser, U. Litzen,

3 3

I. Martinson, & T. M. Weng, The 2s S-j - 2p Pg

l 2

''"'^^'"sitions in 0 VII and

F VIII, University of Lund, Atomic Spectroscopy, Annual Report, 16-19.

3574. B. Denne, S. Huldt, J. Pihl, & R. Hallin, Radiative Lifetimes and Hyperfine Induced

3 3

Decay of the ls2p P2 and Pq Levels in Al XII, University of Lund, Atomic

Spectroscopy, Annual Report, 23-27.

3575. B. Denne, U, Litzen, & L. J. Curtis, Energies and Lifetimes of the 4s4d ^D and

4p^ ^D in Ga II, Phys. Lett. A 71, 35.

3576. B. Denne, D. J. Pegg, K. Ishii, E. Alvarez, R. Hallin, J. Pihl, & R. Sjodin,

Radiative Lifetimes of Highly Ionized and Foil-Excited Al , J. Phys. (Paris),

Colloq. CI, Suppl. 2, 40, 183.

3577. K. P. Dere, H. E. Mason, K. G. Widing, & A. K. Bhatia, XUV Electron Density

Diagnostics for Solar Flares, Astrophys. J., Suppl. Ser. 4£, 341.

3578. J. P. Desclaux, Relativistic Effects in the Calculation of Oscillator Strengths:

"Ab Initio" Methods, J. Phys. (Paris), Colloq. CI, Suppl. 2, 40, 109.

3579. D. D. Dietrich & J. A. Leavitt, Mean Lives in N V, J. Phys. (Paris), Colloq. CI,

Suppl. 2, 40, 169.

3580. D. D. Dietrich & J. A. Leavitt, Wavelengths and Oscillator Strengths of Transitions

in Kr XXXIII and Kr XXXIV, J. Phys. (Paris), Colloq. CI, Suppl. 2, 40, 215.

3 4

3582. H.-D. Dohmann & R. Mann, Measurement of the Lifetime of the P, and Pr/o States

in Ar'*' and Ar'^ , Z. Phys. A 291. 15.

3583. A. Dohnalik, T. Dohnalik, & M. Szynarowska, Measurement of the Absolute Oscillator

Strengths of the Spectral Lines of Erbium, Phys. Scr. 20, 39.

3584. J. S. Dolby, R. W. P. McWhirter, & C. J. Sofield, The Measurement of Fe II and

Fe III Lifetimes by Beam-Foil Spectroscopy in the Vacuum Ultraviolet, J. Phys.

B 12, 187.

3585. G. W. F. Drake, Unified Relativistic Theory for ls2p ^P^-ls^ ^Sq and ls2p V^-

Is^ ^Sq Frequencies and Transition Rates in Helium-Like Ions, Phys. Rev. A 19,

1387.

77 1979
3586. H. W. Drawin, Atomic and Molecular Structure and Collision Data with Application

to Fusion Research, "Physics of Ionized Gases 1978: Invited Lectures and Progress

Reports," 633-659 (Ed., R. K. Janev, Institute of Physics, Beograd, Yugoslavia).

3587. P. D. Dumont, Y. Baudinet-Robinet, H. P. Garnir, E. Biemont, & N. Grevesse,

Beam-Foil Lifetime Measurements in Fe V and Fe VI, Phys. Rev. A 20^, 1347.

3588. A. R. Edmonds, J. Picart, N. Iran Minh, & R. Pullen, Tables for the Computation of

Radial Integrals in the Coulomb Approximation, J. Phys. B 12^, 2781.

3589. L. Engstrom, B. Denne, S. Huldt, J. 0. Ekberg, L. J. Curtis, E. Veje, &

I. Martinson, Experimental Transition Probabilities for Intercombination Lines in

N IV, 0 V, and F VI, Phys. Scr. 20, 88.

3590. L. Engstrom, B. Denne, S. Huldt, K. Ishii, S. Bashkin, D. J. Pegg, E. Veje,

L. J. Curtis, & I. Martinson, Energy Levels and Lifetimes in Multiply Ionized

Fluorine, University of Lund, Atomic Spectroscopy, Annual Report, 19-23.

3591. D. W. Fahey, W. F. Parks, & L. D. Schearer, Hanle Lifetime Measurements of Sr I

and Ca I V-j Levels Excited by a Neutral Beam of 1 ^Sq Helium Atoms, Phys.

Lett. A 74, 405.

3592. D. W. Fahey, W. F. Parks, & L. D. Schearer, The Hanle Effect in Penning-Excited

Ions, J. Phys. B VZ, L619.

3593. B. C. Fawcett, G. E. Bromage, & R. W. Hayes, Observed Spectra Due to n = 3 to 4

Transitions in Fe XVII and Isoelectronic Spectra, Mon. Not. R. Astron. Soc. 186 ,

113.

3594. B. C. Fawcett, A. Ridgeley, & T. P. Hughes, Line Classifications for Ni XXV and

XXVI and New Observations of Fe XXIII and XXIV in Laser-Produced Spectra, Mon.

Not. R. Astron. Soc. 188, 365.

3595. W. Fielder, Jr., D. L. Lin, & D. Ton-That, El and M2 Transitions in the Neon

Isoelectronic Sequence, Phys. Rev. A 19, 741; 20, 1738.

3596. C. F. Fischer, Oscillator Strengths for Some D-F Transitions in the Mg Sequence,

J. Opt. Soc. Am. 69, 118.

3597. C. F. Fischer, The Mul ticonf iguration Hartree-Fock Method for Atomic Energy Levels

and Transition Probabilities, "Proceedings of the Sixth International Conference

on Atomic Physics," 77-91 (Ed., R. Hamburg, Publishing House Zinatne, Riga, Latvian SSR)

1979 78 I
3598. C. F. Fischer & J. E. Hansen, 4s4d ^D-4p^ Interaction in the Zn I Isoelectronic

Sequence, Phys. Rev. A 19, 1819.

5 3599. V. Fonseca & J. Campos, Experimental Lifetimes of Levels Belonging to the 4p nd

(n = 4,5,6,7) Configurations of Kr I, J. Opt. Soc. Am. 69, 1618.

3600. V. Fonseca & J. Campos, Experimental Transition Probabilities of Some p-s Lines

of Kr I, Phys. Rev. A 20, 1563.

3601. V. Fonseca & J. Campos, Absolute Transition Probabilities of Some Kr I Lines,

Physica C (Amsterdam) 97, 312.

3602. T. Fujimoto, K. Ueda, & K. Fukuda, Observations of the Collision-Induced Dipole

Transitions and of a Quadrupole Transition for Barium in Krypton, J. Quant.

Spectrosc. Radiat. Transfer 21_, 89.

3603. T. F. Gallagher & W. E. Cooke, Interactions of Blackbody Radiation with Atoms,

Phys. Rev. Lett. 42, 835.

3604. T. F. Gallagher & W. E. Cooke, The Detection of 300°K Blackbody Radiation with

Rydberg Atoms, Appl . Phys. Lett. 34, 369.

3605. T. F. Gallagher & W. E. Cooke, Radiative Lifetimes of s and d States of Potassium,

Phys. Rev. A 20, 670.

3606. P. S. Ganas, Optical Oscillator Strengths for Carbon, Physica C (Amsterdam) 98,

140.

3607. P. S. Ganas, Optical Oscillator Strengths for Be II and B III, Z. Phys. A 292 , 107.

3608. P. S. Ganas, Optical Oscillator Strengths for N III, J. Chem. Phys. 71_, 1981.

3609. P. S. Ganas, Optical Oscillator Strengths for N II, J. Opt. Soc. Am. 69, 1140.

3610. P. S. Ganas & A. E. S. Green, Electron- Impact Excitation of the Beryllium

Isoelectronic Sequence, Phys. Rev. A 1£, 2197.

3611. H. P. Garnir, Addition to the Beam-Foil Study of S VII in the Vacuum Ultraviolet,

J. Opt. Soc. Am. 69, 916.

3612. R. H. Garstang, Predicted Forbidden Transitions in Fe VIII, Bull. Am. Astron.

Soc. U, 641.

79 1979
3613. W. Gawlik, J. Kowalski, R. Neumann, H. B. Wiegemann, & K. Winkler, A New Method

For Measuring Oscillator Strengths Using the Resonant Faraday Effect in Monochromatic

Light, J. Phys. B VZ, 3873.

3614. J. Geiger, The Oscillator Strength Density of the 4s^-4snp, 3dnp, "^P-i Series

of Calcium as a Two-Channel Case in Quantum Defect Theory, J. Phys. B 22, 2277.

3615. K. Giles, A. R. G. Jackson, & A. K. Pradhan, Electron Impact Excitation of Ne^^ and

Energy Levels of Ne"^"^, J. Phys. B 12, 3415.

3616. R. Glass, Wavefunctions. Oscillator Strengths and Transition Probabilities for

Transitions in S IV, J. Phys. B 1_2, 2953.

3617. R. Glass, Wavefunctions and Oscillator Strengths for Mg IX, Si XI, Ar XV, Ca XVII,

and Fe XXIII, Z. Phys. A 292, 363.

3618. R. Glass, Excited States of Be-Like Ions: Wavefunctions and Oscillator Strengths

of Transitions for C III, N IV, 0 V and Ne VII, J. Phys. B 12, 1633.

3620. R. Glass, The 2s2p(^P°) ^ 2s^(^Sq) Intercombination in Beryllium-Like Mg IX, Si XI,

Ar XV, Ca XVII, and Fe XXIII, J. Phys. B ]2, 697.

3621. H. Gordon, M. G. Hobby, N. J. Peacock, & R. D. Cowan, Classification of X-Ray

Spectra of 2-3 Transitions in the Ne-Like and Na-Like Isoelectronic Sequences

of the Elements from Krypton to Molybdenum, J. Phys. B 12, 881.

3622. F. Gounand, Calculation of Radial Matrix Elements and Radiative Lifetimes for

Highly Excited States of Alkali Atoms Using the Coulomb Approximation, J. Phys.

(Paris) 40, 457.

3623. T. R. Greenlee & W. Whaling, Mn(I) Transition Probabilities and the Manganese Solar

Abundance, J. Quant. Spectrosc. Radiat. Transfer 21, 55.

3624. P. F. Gruzdev & A. V. Loginov, Transition Probabilities and Radiative Lifetimes of

Levels in the Spectrum of the Si V Ion, Opt. Spectrosc. (USSR) 46, 129.

3625. P. F. Gruzdev & A. I. Sherstyuk, Relativistic Generalization of the Effective ^1

Orbital Quantum Number Method, Opt. Spectrosc. (USSR) 46^, 353.

the 2s2p^-2s2p^3s Transition Array of Mg^"^, Al^"*", and Si^"*" Ions, J. Phys. B 12,

3626. H. Guennou, A. Sureau, A. Carillon, & G. Jamelot, New Spectroscopic Results in

the 2s2p^-2s2p

1657; 12, 3295.

1 979 80
3627. M. Gustavsson, H. Lundberg, L. Nilsson, & S. Svanberg, Lifetime Measurements for

Excited States of Rare-Earth Atoms Using Pulse Modulation of a CW Dye-Laser Beam,

J. Opt. Soc. Am. 69, 984.

3628. J. E. Hansen & W. Persson, The Influence of Relativistic Effects on the Lifetime

of the 5s5p^ ^^M2 ^^^^^ °^ ^ i^' "--^^^ •

3629. M. A. Hayes, Calculation of Oscillator Strengths and Electron Impact Excitation

Collision Strengths for Fe XXIV, Mon. Not. R. Astron. Soc. 189 , 55P.

3630. D. W. 0. Heddle, The Bethe Approximation: Where to Draw the Line, J. Phys. B 12^, 489.

3631. J. Heldt & G. Leuchs, Lifetime Measurements of Lithium D-States, Z. Phys. A 291 , n.

3632. A. Hibbert, C.I. Calculations in the Silicon Sequence, J. Phys. (Paris), Colloq. CI,

Suppl. 2, 40, 122.

3 2 1 3633. A. Hibbert, The 2s3p Pi-2s Sq Intercombination Line in the Beryllium Sequence,

J. Phys. B 12^, L661

.

3634. P. E. Jessop & F. M. Pipkin, Measurement of the Lifetime of the 5d6p State of

Barium, Phys. Rev. A 20, 269.

3635. B. M. Johnson, Use of Spectra from Foil-Excited Heavy-Ion Beams to Interpret

Radiation from Plasmas, IEEE Trans. Nucl . Sci . NS-26 , 1312.

3636. K. W. Jones, Beam- Foil Spectroscopy of Heavy Ions at Energies from 20 to 238 MeV,

J. Phys. (Paris), Colloq. CI, Suppl. 2, 40, 197.

3637. S. 0. Kastner & A. K. Bhatia, Level Structure and Predicted Intercombination Lines

in Magnesium-Like V XII, Cr XIII, Mn XIV, and Co XVI, J. Opt. Soc. Am. 69, 1391.

3638. S. A. Kazantsev, V. P. Markov, S. L. Morozova, & M. P. Chaika, Alignment of Xenon

Atoms in a Gas Discharge, Opt. Spectrosc. (USSR) 46, 619.

3639. F. M. Kelly & M. S. Mathur, Lifetime of the 5p^ ^D2 Level of Neutral Strontium,

Can. J. Phys. 57^, 657.

3640. F. M. Kelly & M. S. Mathur, Density Dependence of the Hanle Effect of the 3s4p V°

Level of Neutral Magnesium, Can. J. Phys. 57, 838.

81 1979
3641. J. A. Kernahan, E. H. Pinnington, K. E. Donnelly, J. A. O'Neill, & R. L. Brooks,

Beam-Foil Spectroscopy of Aluminum Below 2000 8, J. Phys. (Paris), Colloq. CI,

Suppl. 2, 40, 180.

3642. J. A. Kernahan, E. H. Pinnington, J. A. O'Neill, R. L. Brooks, & K. E. Donnelly,

Radiative Lifetime Measurements in Al II-VII, Phys. Scr. 19^, 267.

3643. J. Z. Klose, Mean Life of the 4s ^S^^2 Resonance Level in Al I, Phys. Rev. A ^9,

678.

3644. E. J. Knystautas, M.-C. Buchet-Poul izac, J. P. Buchet, & M. Druetta, Beam-Foil

Study of Fluorine in the Far UV, J. Opt. Soc. Am. 69, 474.

3645. E. J. Knystautas, R. Drouin, & M. Druetta, New Identifications and Lifetime

Measurements of Highly Ionized Argon, J. Phys. (Paris), Colloq. CI, Suppl. 2,

40, 186. (Fr.)

3646. D. H. Kobe, Gauge-Invariant Resolution of the Controversy Over Length Versus Velocity

Forms of the Interaction with Electric Dipole Radiation, Phys. Rev. A 19^, 205.

3647. W. Kolyniak, T. Kornalewski, & R. Steudner, Intensity Ratio of Two Multipole Lines

in Pb I, Phys. Scr. 19^, 16.

3648. A. Kono & S. Hattori, Radiative Lifetime Measurements for I I and I II, J. Opt.

Soc. Am. 69, 253.

3649. P. Laporte & H. Damany, High Density Self-Broadening of the First Xenon and Krypton

Resonance Line, J. Phys. (Paris) 40, 9.

3650. C. Laughlin & G. A. Victor, Intercombination Line Oscillator Strengths for the

Mg I Isoelectronic Sequence, Astrophys. J. 234 , 407.

3 3651. J. E. Lawler, J. W. Parker, L. W. Anderson, & W. A. Fitzsimmons, Helium 3 S Decay

Rates in a High Pressure Afterglow, Phys. Rev. A 19^, 156.

3652. V. R. Lazovskaya & G. K. Tumakaev, Shock-Tube Measurements of the Oscillator

Strengths and Stark Constants for s-p Transitions in Atomic Xenon, Sov. Phys. --Tech.

Phys. 24, 328.

3653. G. G. Lombardi, P. L. Smith, & W. H. Parkinson, High Current Hollow Cathode Tube

as a Source of Metastable Atoms, J. Opt. Soc. Am. 69, 1289.

1979 82
J. Lotrian, Y. Guern, J. Cariou, & A. Johannin-Gil les , Experimentally Determined

2 Transition Probabilities of the Systems 6p 6p6d, 5p7s, 6p8s of Neutral Lead,

J. Quant. Spectrosc. Radiat. Transfer 21_, 143.

E. Luc-Koenig, Relativistic Effects in the Central Field Approximation: The

Relativistic Parametric Potential Method, J. Phys. (Paris), Colloq. CI, Suppl . 2,

40, 115.

W. L. Luken, Rydberg-Valence Mixing in Atoms and Molecules, Chem. Phys. Lett. 6]_,

162.

H. Lundberg & S. Svanberg, Determination of Natural Radiative Lifetimes and Lande

Factors for Highly Excited F States in Cesium, Z. Phys. A 290 , 127.

E. L. Maceda & G. H. Miley, An Atomic Model for Neutral and Singly Ionized Uranium,

Nucl. Sci. Eng. 70, 82.

J. Marek, J. Richter, & H.-J. Stahnke, Radiative Lifetimes of Some Fe I Levels,

Phys. Scr. 19^. 325.

J. Marek & M. Ryschka, Lifetime Measurements of F-Levels of Cs Using Partially

Superradiant Population, Phys. Lett. A 74, 51.

P. Martin & J. Campos, Transition Probabilities of Some Lines of Ne I, J. Quant.

Spectrosc. Radiat. Transfer 22^, 183.

I. Martinson, L. J. Curtis, S. Huldt, U. Litzen, L. Liljeby, S. Mannervik, &

B. Jelenkovic, Lifetimes for Low-Lying Levels in Zn I and Zn II, Phys. Scr. 1£,

17.

H. E. Mason, G. A. Doschek, U. Feldman, & A. K. Bhatia, Fe XXI as an Electron

Density Diagnostic in Solar Flares, Astron. Astrophys. 73^, 74.

E. J. McGuire, Photoionization of the (np)^ ^Sq Level of the Group VI Atoms Via

Autoionizing Levels, Phys. Rev. A 19^, 1978.

E. J. McGuire, Configuration Interaction Effects on the Odd Parity Levels of S I,

J. Opt. Soc. Am. 69, 525.

G. V. Merkelis, Yu. M. Kanyauskas, & Z. B. Rudzikas, Study of the Dependence of

Oscillator Strengths of Electric Dipole Transitions from Calibrations, Konf. Teor.

Atom. Mol., Pt. 1, 37 (Vilnius, Lithuania). (Russ.)

83 1979
2 3668. J. Migdalek, Relativistic Oscillator Strengths for np ^ np(n + l)s Transition

Array of Sn I and Pb I Spectra in jj and Intermediate Coupling, Can. J. Phys. 57,

147.

3669. J. Migdalek & W. E. Baylis, Influence of Core Polarization on Oscillator Strengths

Along the Copper Isoelectronic Sequence, J. Phys. B 12^, 1113.

3670. J. Migdalek & W. E. Baylis, Relativistic Hartree-Fock Oscillator Strengths for

2 2 2 2 Lowest np ^-^12 3/2

"*"("''" Si^2 ^nd np 2/2 ^ ^3/2 5/2 ^''^'"sitions

in Ga I, In I, and Tl I with Allowance for Core Polarization, J. Phys. B 12^, 2595.

3671. J. Migdalek & W. E. Baylis, Relativistic Hartree-Fock Oscillator Strengths for

the Lowest s p and p

->- d Transitions in the First Few Members of the Ag I and

Au I Isoelectronic Sequences, with Allowance for Core Polarization, J. Quant.

Spectrosc. Radiat. Transfer 22, 113,

3672. J. Migdalek & W. E. Baylis, Relativistic Hartree-Fock Oscillator Strengths for

the Lowest s ^ p Transitions in the First Few Members of the Rb I and Cs I Isoelectronic Sequences, with Allowance for Core Polarization, J. Quant. Spectrosc.

Radiat. Transfer 22, 127.

3673. J. Migdalek & W. E. Baylis, Relativistic Hartree-Fock and Model -Potential Ionization

Energies and Oscillator Strengths for Transitions in the Principal, Sharp, and

Diffuse Series of Neutral Rubidium and Silver with Allowance for Core Polarization,

Can. J. Phys. 57, 1708.

3674. M. H. Miller, R. D. Bengtson, S J. M. Lindsay, Transition Probabilities and Stark

Broadening Parameters of Neutral and Singly Ionized Lead, Phys. Rev. A 2£, 1997.

3675. M. H. Miller, R. A. Roig, & R. D. Bengtson, Experimental Transition Probabilities

and Stark Broadening Parameters of Neutral and Singly Ionized Tin, Phys. Rev. A 20 , 499.

3676. E. Miron, R. David, G. Erez, S. Lavi, & L. A. Levin, Laser Spectroscopy of U I

Using Stepwise Excitation and Fluorescence Detection, J. Opt. Soc. Am. 62, 256.

3677. J. Mitroy, K. Amos, & I. Morrison, An m-Representation Approach to Atomic Structure:

Application to C I , N II , 0 III , F IV, and Ne V, J. Phys. B 12, 1081.

3678. K. A. Mohamed & G. C. King, Measured Lifetimes of Excited Levels in Krypton II,

Xenon II, and Molecular Hydrogen by the Photon-Photon Delayed-Coincidence Technique,

J. Phys. B 12^, 2809.

1979 84
3679. J. Moity, Experimental Determination of Fe II gf-V.alues, J. Phys. (Paris), Colloq. C7,

Suppl. 7, 40, 709.

3680. R. A. Moore, J. D. Reid, W. T. Hyde, & C. F. Liu, Core Charge Polarization Effects

in Atomic Lithium, J. Phys. B 12, 1103.

3681. J. R. Mowat, K. W. Jones, & B. M. Johnson, Observation of a Spin-Orbit-Induced

Forbidden X-Ray Transition in Lithium-Like Magnesium, Phys. Rev. A 20, 1972.

3682. V. G. Muradov, Determination of the Relative Oscillator Strengths of Sn I Lines

and Evaluation of the Hyperfine Splitting of 5 ^D° and 6 ^9° Levels Using Line

Absorption Measurements, Opt. Spectrosc. (USSR) 46, 476.

3683. J. Musielok & T. Wujec, Transition Probabilities for Singly Ionized Chromium Lines,

Astron. Astrophys., Suppl. Ser. 38, 119.

3684. J. H. M. Neijzen & A. Dbnszelmann, Hyperfine Structure and Lifetime Measurements

2 of the 8p P2^2

i/2

'^''"^ Structure Levels of Indium 115, Physica C (Amsterdam) 98^, 143.

3685. W. Nitsche, E. Trabert, & P. H. Heckmann, Relative Initial Populations of HydrogenLike Ions After Foil Excitation, J. Phys. (Paris), Colloq. CI, Suppl. 2, 40, 266.

3686. H. Nussbaumer, Oscillator Strengths of Astrophysical Interest, J. Phys. (Paris),

Colloq. CI, Suppl. 2, 40, 102.

3687. H. Nussbaumer & C. Rusca, Forbidden Transitions in the C I Sequence, Astron.

Astrophys. 72, 129.

3688. H. Nussbaumer & P. J. Storey, N III Lines for Solar Diagnostics, Astron. Astrophys.

21, L5.

3689. H. Nussbaumer & P. J. Storey, Transition Probabilities for N IV, 0 V, F VI, Ne VII,

and F V, Astron. Astrophys. 74, 244.

3690. H. Nussbaumer & P. J. Storey, Transition Probabilities for Ca XVII, Fe XXIII,

Kr XXXIII, and Mo XXXIX, J. Phys. B. 12^, 1647.

3691. J, A. O'Neill, E. H. Pinnington, K. E. Donnelly, & R. L. Brooks, A Study of the

Beam-Foil Spectrum of Iodine from 400 to 1300 8, Phys. Scr. 20, 60.

3692. A. L. Osherovich & A. Ya. Nikolaich, Radiation Lifetimes of Excited States of the

Cesium Ion, Opt. Spectrosc. (USSR) 46, 359.

85 1979
3693. A. L. Osherovich, Ya. F. Verolainen, & V. I. Privalov, Determination of Radiation i Lifetimes for Excited States of Zn I and Zn II, Opt. Spectrosc. (USSR) 46, 617.

3694. A. L. Osherovich, Ya. F. Verolainen, S. A. Pulkin, V. I. Privalov, & S. M. Lupekhin.i

Investigation of the Radiative Lifetimes of the Excited States of Sr I and Sr II,

| Opt. Spectrosc. (USSR) 46, 134. [

3695. D. J. Pegg, J. P. Forester, P. M. Griffin, G. D. Alton, S. B. Elston, B. M. Johnson,'

M. Suter, R. S. Thoe, & C. R. Vane, Oscillator Strength Determinations for An = 0

Transitions in Be-Like Ions of the Third Period Elements, J. Phys. (Paris), Colloq.

Suppl. 2, 40, 205.

3696. N. P. Penkin, Experimental Determination of Electronic Transition Probabilities

and the Lifetimes of the Excited Atomic and Ionic States, "Proceedings of the Sixth

International Conference on Atomic Physics," 33-64 (Ed., R. Damburg, Publishing

House Zinatne, Riga, Latvian SSR)

.

3697. M. M. Phillips, A Compilation of Oscillator Strengths for Selected Fe II Transitions

Astrophys. J., Suppl. Ser. 39, 377.

3698. E. H. Pinnington & R. N. Gosselin, Can the ANDC Method Really Overcome the Cascading

Problem in B.F.S. Lifetime Measurements?, J. Phys. (Paris), Colloq. CI, Suppl. 2,

40, 149.

3699. E. H. Pinnington, R. N. Gosselin, D. J. G. Irwin, & J. A. O'Neill, Beam-Foil

3 Lifetime Measurements for Some 2p nl Terms of Singly Ionized Fluorine, Can. J.

Phys. 57, 1046.

\

I

3700. E. H. Pinnington, R. N. Gosselin, J. A. O'Neill, J. A. Kernahan, K. E. Donnelly, &

R. L. Brooks, Beam-Foil Lifetime Measurements Using ANDC Analysis for the Resonance

Doublet in Ar VIII, Kr VIII, and Xe VIII, Phys. Scr. 20, 151.

3701. D. Popescu, R. C. Bobulescu, A. Surmeian, N. Ceausescu, & I. -I. Popescu, Tunable

Laser Quantitative Absorption Spectroscopy of Sputtered Uranium Atoms in the

Hollow Cathode Glow Discharge, Rev. Roum. Phys. 24^, 773.

3702. A. K. Pradhan, Close-Coupling Calculations for Photoionization Cross Sections

of Neon Ions: Ne II, Ne III, and Ne IV, J. Phys. B 12^, 3317.

3703. S. G. Prakash & C. Park, Shock-Tube Studies of Atomic Silicon Emission in the

Spectral Range 180 to 300 nm. Prog. Astronaut. Aeronaut. 64, 245.

1979 86
3704. T. K. Rebane, A. I. Razgonov, A. G. Petrashen, & M. N. Adamov, Oscillator

Strengths in Nonlocal Potentials, Opt. Spectrosc. (USSR) 46^, 613.

3705. H. van Regemorter, D. Hoang Binh, & M. Prud ' homme , Radial Transition Integrals

Involving Low or High Effective Quantum Numbers in the Coulomb Approximation,

J. Phys. B l^, 1053; Astrophys. J. 230, LI 27.

3706. Z. B. Rudzikas, Peculiarities of the Theoretical Investigation of the Spectra of

Many-Electron Atoms and Multiple-Charged Ions, "Proceedings of the Sixth International

Conference on Atomic Physics," 92-110 (Ed., R. Damburg, Publishing House Zinatne,

Riga, Latvian SSR)

.

3707. N. S. Ryazanov, Measurement of Anomalous Dispersion by a Four-Beam Rozhdestvenskii

Interferometer, Opt. Spectrosc. (USSR) 47, 206.

3708. L. Saffman & W. Whaling, Transition Probabilities in Sm II and the Solar Abundance

of Samarium, J. Quant. Spectrosc. Radiat. Transfer 21_, 93.

3709. U. I. Safronova & A. S. Safronova, Different Coupling Schemes in Calculations of

Two-Electron Systems, Opt. Spectrosc. (USSR) 46, 469.

3710. E. G. Savichyus & Z. B. Rudzikas, Study of Electric Dipole Transitions in the

Relativistic Approximation, Konf. Teor. Atom, Mol . , Pt. 1, 38 (Vilnius, Lithuania).

(Russ.)

3711. R. Schneider & G. Werth, Ion Storage Technique for Very Long Living States: The

Decay Rate of the 5 03^2 ^^^^^ °^ ^- P^^^- ^

3712. L. N. Shabanova, Yu. N. Monakov, & A. N. Khlyustalov, Oscillator Strengths of Lines

in the Principal Series of Cesium, Opt. Spectrosc. (USSR) 47^, 1.

3713. P. Shorer, Application of the Relativistic Random-Phase Approximation to Atoms of

the Neon Isoelectronic Sequence, Phys. Rev. A 20, 642.

3714. T. Shuttleworth, D. E. Burgess, M. A. Hender, & A. C. H. Smith, Inelastic Scattering

of Electrons by Lithium Atoms, J. Phys. B 12^, 3967.

3715. A. Sieradzan, W. Jastrzebski, & J. Krasinski, Natural and Effective Lifetime

Measurements for 10 P States of Cesium, Opt. Commun. 28, 73.

? 2 3716. R. L. Simons, H. P. Kelly, & R. Bruch, Decay Rates of Li 2s 2p and ls2s , Phys.

Rev. A 19, 682.

87 1979
3717. Yu. M. Smirnov & M. B. Shapochkin, Transition Probabilities and Cross Sections

for Direct Excitation of Several Levels of the Singly Charged Potassium Ion,

Opt. Spectrosc. (USSR) 47, 6.

3718. G. S0rensen, Beam- Foil Measurements of Atomic Lifetimes in Co I and Co II, J. Phys.

(Paris), Colloq. CI, Suppl . 2, 40, 190.

3719. G. S0rensen, Spectroscopy in the Grazing-Incidence Spectral Region, J. Phys,

(Paris), Colloq. CI, Suppl. 2, 40, 157.

3720. E. Trabert, I. A. Armour, S. Bashkin, N. A. Jelley, R. O'Brien, & J. D. Silver,

The X-Ray Spectra of H-Like, He-Like, and Li-Like Silicon Ions After Foil Excitation)

J. Phys. B l^, 1665. f

3721. E. Trabert & B. C. Fawcett, Identification of Satellite Lines in the X-Ray Spectrum

of Foil-Excited Silicon, J. Phys. B 12, L441

.

3722. E, Trabert, P. H. Heckmann, & H. v. Buttlar, Highly Resolved EUV Beam-Foil Spectra

of Silicon, Z. Phys. A 290, 7.

^

3723. T. W. Tunnell & C. P. Bhalla, Contribution of the Magnetic Dipole Transition in

the Be Isoelectronic Sequence, Phys. Lett. A 72, 19.

3724. T. W. Tunnell, C. Can, & C. P. Bhalla, Role of Relativistic Effects and Configuratic

Mixin

1121.

Mixing on the Is2s3p ^P (J = 5/2) State of Argon, IEEE Trans. Nucl. Sci. NS-26 .

3725. T. W. Tunnell, C. Can, & C. P. Bhalla, Theoretical Lifetimes and Fluorescence

Yields for Multiply-Ionized Fluorine, IEEE Trans. Nucl. Sci. NS-26 , 1124.

3726. W. L. van Wyngaarden, K. Bhadra, & R. J. W. Henry, Excitation of Helium-Like Ions

by Electron Impact, Phys. Rev. A 20, 1409.

3727. Ya. F. Verolinen & V. I. Privalov, Radiative Lifetimes of the Excited States of

Cd I, Opt. Spectrosc. (USSR) 46, 131.

3728. W. B. Westerveld, Th. F. A. Mulder, & J. van Eck, Determination of Oscillator

Strengths from the Self-Absorption of Resonance Radiation in Rare Gases— II.

Neon and Argon, J. Quant. Spectrosc. Radiat. Transfer 2J_, 533. I

3729. W. Wieme & M. Vanmarcke, Radiation Imprisonment of the Is^ Resonance Line in Xenon,

Phys. Lett. A 72, 215.

1979 88
3730. W. Wieme, M. Vanmarcke, & W. Bruynooghe, Radiative and Collisional De-excitation

1 3 of and Resonance States in Xenon, J. Phys. (Paris), Colloq. C7, Suppl . 7,

40, 3.

3731. W. L. Wiese, Atomic Processes for Magnetic Fusion Research and Their Data Status,

"Physics of Ionized Gases 1978: Invited Lectures and Progress Reports," 661-696

(Ed., R. K. Janev, Institute of Physics, Beograd, Yugoslavia).

3732. W. L. Wiese, Atomic Transition Probabilities and Lifetimes, "Progress in Atomic

Spectroscopy," Part B, Ch. 25, 1101-1155 (Eds., W. Hanle & H. Kleinpoppen, Plenum

Press, New York).

3733. W. L. Wiese & S. M. Younger, Theoretical Simulation of Beam Foil Decay Curves for

Resonance Transitions of Heavy Ions, J. Phys. (Paris), Colloq. CI, Suppl. 2, 40,

146.

3734. A. Wolf, 6. v. Oppen, W.-D. Perschmann, & D. Szostak, Cascade Fluorescence Spectroscopy

on Impact-Excited He Atoms Using Level Crossing Techniques, Z. Phys. A 292 , 319.

3735. E. F. Worden & J. G. Conway, Laser Spectroscopy of Neptunium; First Ionization

Potential, Lifetimes, and New High-Lying Energy Levels of Np I, J. Opt. Soc. Am. 69 , 733.

3736. I. C. Wu & K. J. Miller, Atomic Energy Levels and Oscillator Strengths Calculated

with a Screened Potential, Int. J. Quantum Chem. 1_5, 83.

3737. S. M. Younger, Diagrammatic Many-Body Perturbation Theory Applied to Highly Ionized

Atoms of the Copper Isoelectronic Sequence, Phys. Rev. A 20^, 951.

3738. S. A. Zapryagaev, N. L. Manakov, & V. G. Palychikov, Application of the Relativistic

Green's Coulomb Function to the Calculation of Correlation Effects in Multiply

3 1 Charged Ions. Probability of the Radiative 2 S^ - 1 Sq Transition in He-Like

Ions, Opt. Spectrosc. (USSR) 46, 119.

3739. E. C. Zipf, R. W. McLaughlin, & M. R. Gorman, A Study of the Excitation and Radiative

Decay of the 3s' ^D° and 3d ^D° Levels of Atomic Oxygen, Planet. Space Sci. 27, 719.

3740. M. Melibaev, Parity Nonconservation Effects for Highly Excited States of Multiply

Charged Ions, Opt. Spectrosc. (USSR) 47, 236.

3741. K. Mori, M. Otsuka, & T. Kato, Grotrian Diagrams for Highly Ionized Iron Fe VIII -

Fe XXVI, At. Data Nucl . Data Tables 23, 195.

89 1979
H. L. Shipman & L. H. Auer, A Non-LTE Treatment of Beryllium Lines: Misidentif icatio;

of the Solar Be I Feature at 2650 8, Astron. J. 84, 1756.

Yu. M. Smirnov & M. B. Shapochkin, Transition Probabilities and Cross Sections for

Direct Excitation of Some Levels of the Singly Charged Rubidium Ion, Opt. Spectrosc.

(USSR) 47^, 243.

L. Wosinski & L. Lis, Mechanism of Developing of Population Inversion Between

Levels of Configurations 3d and 4p, Acta Phys. Pol. A 56^, 425.

1980

E. Alvarez, A. Arnesen, A. Bengtsson, J. Campos, R. Hallin, C. Nordling, T. Noreland,.

& 0. Staaf, Hyperfine Structure and Lifetimes of Some Excited Levels in Cs^, Phys.

Rev. A 21_, 710.

K. L. Baluja, P. G. Burke, & A. E. Kingston, Electron Impact Excitation of SemiForbidden Transitions in 0 III, J. Phys. B 13^, 829.

I. L. Beigman & B. N. Chichkov, Dielectronic Recombination Through the Forbidden

Levels, J. Phys. B l^. 565.

A. K. Bhatia & H. E. Mason, Theoretical Atomic Structure and Electron Scattering

Data for Ions in the Nitrogen Isoelectronic Sequence: Mg VI, Si VIII, S X, Ar XII

and Ca XIV, Mon. Not. R. Astron. Soc. 190, 925.

|-

D. E. Blackwell, M. J. Shall is, & G. J. Simmons, Oscillator Strengths of Fe II Lines

Derived From the Solar Spectrum: Choice of Solar Model Atmosphere, Astron. Astrophys

81, 340.

C. Bousquet & N. Bras, Profile of the Mercury 1849 8 Line by Pressure Broadening.

Determination of Hg-Hg Interaction Potentials, J. Phys. (Paris) 41_, 19. (Fr.)

H. Brand, K.-H. Drake, W. Lange, & J. Flynek, Level Crossing in Forward Scattering

by Laser Polarization Spectroscopy, Phys. Lett. A 75^, 345. i

A. Catherinot, B. Dubreuil, & G. Gousset, Excitation Transfers Within the Fine

3 Structure of the 3 D Helium Level in a Helium Glow Discharge, Phys. Rev. A 2]_, 618.

F. J. Coetzer & P. Van der Westhuizen, Radiative Lifetimes of Some Energy Levels

of Doubly Ionized Xenon, Z. Phys. A 294, 199.
3769. W. E. Cooke & T. F. Gallagher, Effects of Blackbody Radiation on Highly Excited

Atoms, Phys. Rev. A 21, 588.

3770. R. L. Day & R. J. Anderson, Radiative Decay Constants of the 4p ^'^P Levels of

Atomic Oxygen, Bull. Am. Phys. Soc. 25^, 13.

3771. J. Dubau, M Loulergue, & L. Steenman-Clark, Calculations of the Atomic Parameters

for the Dielectronic Satellite Lines of the Mg XII Resonance Line, Mon. Not. R. Astron. Soc. 190, 125.

3772. B. Dubreuil & A. Catherinot, Quenching and Excitation Transfer in the n = 3 Helium

Sublevels in a Low Pressure Glow Discharge, Phys. Rev. A 2j[, 188.

3773. R. J. Fonck & D. H. Tracy, Use of Semiclassical Wavefunctions for Calculation of

Radial Integrals in the Coulomb Approximation, J. Phys. B 13^, LI 01.

3774. V. Fonseca & J. Campos, Transition Probabilities of Lines Belonging to the 5p-nd

(n = 4,5,6,7) Transition Arrays of Kr I, J. Quant. Spectrosc. Radiat. Transfer 23^,

57.

3775. P. S. Ganas, Optical Oscillator Strengths for C IV and N V, J. Opt. Soc. Am. 70,

250.

3776. F. Gounand, M. Hugon, & P. R. Fournier, Radiative Lifetimes of Highly Excited States

in Rubidium, J. Phys. (Paris) 41_, 119.

3777. A. D. Gurchumeliya & U. I. Safronova, S-Matrix Approach to the Relativistic

Calculation of Level Lifetimes for Multiply Charged Ions, J. Phys. B 12» 663.

3778. R. J. Hutcheon, G. E. Bromage, R. L. Cooke, M. H. Key, & C. L. S. Lewis, The 2p-4d

and 2p-4s Transition Arrays in Fluorine-Like Copper XXI to Arsenic XXV Spectra,

J. Phys. B 13, 673.

3779. V. L. Jacobs & M. Blaha, Effects of Angular-Momentum-Changing Collisions on

Dielectronic Satellite Spectra, Phys. Rev. A 21, 525.

3780. K. Katsonis & H. W. Drawin, Transition Probabilities for Argon I, J. Quant.

Spectrosc. Radiat. Transfer 22, 1.

3 + 3781. R. D. Knight & M. H. Prior, Radiative Lifetime of Metastable 2 S-j Li , Phys. Rev.

A 21, 179.

91 1980
3782. M. Kwiatkowski, U. Teppner, & P. Zimmermann, Lifetime Measurements in the Triplet

System of Mg I, Z. Phys. A 294, 109.

3783. H. S. Kwong & R. M. Measures, Lifetime Measurements on Atoms in Compounds Embedded

in Matrices Using Laser Selective Excitation and Ablation Dynamics, Appl . Opt. 19 , 1025.

3784. C. Laughlin, Radiative Decay of the 2 ^Pq Level of Beryllium-Like Ions, Phys.

Lett. A 7^, 199.

3785. A. E. Livingston, L. J. Curtis, R. M. Schectman, & H. G. Berry, Energies and

Lifetimes of Excited States in Copper-Like Kr VIII, Phys. Rev, A 21_, 771.

3786. J. Lotrian, Y. Guern, & J. Cariou, Experimentally Determined Transition Probabilities

of the System 4p^ 4p^5s of Neutral Arsenic, J. Phys. B 13, 685.

3787. M. H. Miller & R. D. Bengtson, Oscillator Strength Trends in Group IV Homologous

Ions, Astrophys. J. 235 , 294.

3788. D. Ohebsian, N. Sadeghi , C. Trassy, & J. M. Mermet, Kinetic Reactions Involving

the Titanium Atoms in an Argon-Titanium Hollow Cathode Afterglow, Opt. Commun. 32^,

81.

I

3789. J. D. Perez & G. L. Payne, X-Ray Line Radiation from a Cylindrical Aluminum Plasma,

Phys. Rev. A 21_, 968.

3790. R. C. Preston, Spectral Line Blending Study of Highly Excited Atomic Levels in

High Density Argon Plasmas, J. Phys. B 12, 689.

3791. S. Suckewer, R. Fonck, & E. Hinnov, Observed Magnetic Dipole Transitions in the

Ground State Terms of Ti XIV, Ti XV, and Ti XVII, Phys. Rev. A 21, 924.

3792. C. E. Theodosiou, Minima in the Emission Oscillator Strengths of Alkali Rydberg

States, J. Phys. B 13, LI

.

3793. T. W. Tunnell, C. P. Bhalla, & C. Can, Theoretical Lifetimes and Fluorescence

Yields for ls2p "^P Levels, Phys. Lett. A 75, 195.

3794. A. Zigler, H. Zmora, N. Spector, M. Klapisch, J. L. Schwob, & A. Bar-Shalom,

Identification of the Spectra of Hf XLV, Ta XLVI, W XLVII, and Re XLVIII

Isoelectronic to Ni I in Laser Produced Plasmas, J. Opt. Soc. Am. 70, 129.

1 980 92

m
A. Zigler, H. Zmora, N. Spector, M. Klapisch, J. L. Schwob, & A. Bar-Shalom,

Nickel-Like Spectrum of Platinum Emitted from a Laser Produced Plasma, Phys.

Lett. A 75, 343.

93 1980
4. LIST OF AUTHORS

Author Reference No.* Author

Abbott, D. C. 3322 Azencot, J.

Abramov, V. A. 3112 Bach, T.

Adamov, M. N. 3704 Baessler, P.

Adams, A. 3496 Bahr, K.

Afanaseva, N. V. 3397,3398 Balling, L. C.

Aglitskii, E. V. 2624 Baluja, K. L.

Aleksandrov, E. B. 3323 Baranov, A. V.

Alessandretti , G. 3113 Baronnet, J. M.

Alipieva, E. A. 3114,3115,3324 Barrat, J. -P.

Alton, G. D. 3385,3480,3695 Bar-Shalom, A.

Alvarez, E.

Amos, K.

3413,3576,3760

3677

Bashkin, S.

Andersen, T. 3116,3117,3325,

3488,3534

Baudinet-Robinet

Anderson, E. K.

Anderson, E. M.

Anderson, L. W.

Anderson, R. J.

2839,2840

2839,2840

3651

3770

Baum, G.

Baumann, M.

Bay! is, W. E.

Andra, H. J. 3431 Beck, D. R.

Andrews, J. W. 3535

Armour, I. A. 3536,3720 Becker, U.

Armstrong, J. A. 3537 Beigman, I. L.

Armstrong, L. , Jr. 3223,3224,3438 Bely-Dubau, F.

Arnesen, A. 3118,3119,3760 Bengtson, R.

Astner, G. 3541 Bengtsson, A.

Atkinson, J. B. 3120 Berger, J. J.

Auer, L. H. 3742 Bernstein, E. M.

Augustyniak, L. 3121 Berry, H. G.

Aymar, M. 3122,3326

Bhadra, K.

Reference No.*

3425,3426,3794,

3795

3367,3536,3540,

3541,3590,3720

3177,3178,3372,

3373,3391 ,3542,

3587

2188

3329 H

3460,3669,3670,

3671 ,3672,3673

3123,3251 ,3330,

3331 ,3467,3468,

3469,3470,3471

3124,3125,3208

3762

3543,3544

3674,3675,3787

3118,3119,3760

3181

3457 41

3126,3332,3439,

3483,3785

3726

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

94
Author Reference No.* Author Reference No.*

Bhalla, C. P. 3505,3723,3724, Brink, J. A. 3346

Bromage, G. E. 3138,3139,3140,

DflCLLICl) M* K* "^dlfi Td^fi ^141 ^14? '^Id'^ 3545,3546,3577, 3347,3348,3380,

3637,3664,3763 3593,3778

Bideau-Mehu, A. 3401 Bromander, J. 3514

Biemont, E. 3117,3127,3128, Brookes, C. 3486

^1?Q ^17R ^P^?

3333,3334,3335, Brooks, N. H. 3144

3372,3542,3587

Brooks, R. L. 3641 ,3642,3691 , Bieniewski, T. 3336 3700

Blackwell, D. E. 3535,3547,3548, Brown, C. G. 3299

3549,3764

Brown, R. J. 3349,3552

Blagoev, K. B. 3130,3131,3132,

3337,3338,3339, Bruch, R. 3716

3340

Bruynooghe, W. 3730

U 1 U 1 iCt ) 1 1 • "^Ifi? 3341 ?77Q

Brzezowska, J. 3350

Blanchard, T. 3446

Buchet, J. -P. 3145,3351,3561,

Bobulescu, R. C. 3701 3644

Bodashko, P. G. 3133 Buchet-Poul izac, M.-C. 3145,3351 ,3561 , (also Poulizac, M.-C.) 3644

Bogdanovicius, P. 3134,3135,3342,

3550 Bucka, H. 3125

Boiko, V. A. 2624,3136,3137, Bukow, H. H. 3146

3343,3344,3550

Bulos, B. R. 3352

Bolotinas, A. 3272

Bunge, A. V. 3353

Borisov, E. N. 3551

Bunge, C. F. 3353,3553

Borst, W. L. 3473

Bureeva, L. A. 3554

Bourdin, E. 3539

Burgess, D. E. 3714

Bousquet, C. 3765

Burgmans, A. L. J. 3147

tj\j u V 1 c 1 , r\ • 3?dZl Burke, P. G. 3555,3761

Rn vfl "i k 1^ 3114

Burkhalter, P. G. 3148,3149,3354,

Rfiv/ov* n IaI DUjf C 1 J u . 1TM

.

^Rl R oocc QKKfi TRfi?

Di aiiu ) n • o / DO DurbnLciris n. l.

Brand, W. 3278 Buttlar, H. v. 3288,3289,3722

Bras, N. 3765 Caliebe, E. 3558

Breton, C. 3345,3425,3426 Campani , E. 3356

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

95
Author Reference No.* Author Reference No.*

Campos, J.

Can, C.

Cardon, B. L.

Carillon, A.

Cariou, J.

Carlson, L. R.

Carre, M.

Catherinot, A.

Ceausescu, N.

Cecchi, J.

Ceyzeriat, P.

Chaika, M. P.

Chang, M.-W.

Chang, R. S. F.

Chantepie, M.

Chapelle, J.

Cheng, K.-T.

Cherepkov, N. A.

Chernysheva, L. V.

Cheron, B.

Cheval eyre, J.

Chiarini, F.

Chichkov, B. N.

Christensen, A. B.

Chugunov, A. Yu.

Clendenin, J. E.

Clyne, M. A. A.

Coates, P. B.

3234,3235,3236,

3384,3454,3599,

3600,3601,3662,

3760,3774

3724,3725,3793

3559

3626

3444,3654,3786

3089,3150

3151

3560,3767,3772

3701

3261

3561 ,3562

3199,3418,3638

3152

3357

3216,3218

3291

3153,3154,3332,

3358,3359,3423,

3563

3155,3156

3155,3156

3564

3244

3113

3762

3360

3343

3410

3157,3158

3535

Cocke, C. L.

Coetzer, F. J.

Cohen, L.

Cohen, M.

Commins, E. D.

Constantinides, E.

Conway, J. G.

Cooke, R. L.

Cooke, W. E.

Corcoran, C. T.

Corliss, C. H.

Corney, A.

Cotter, D.

Coudert, J. F.

Coulombe, M.

Couturaud, J. C.

Cowan, R. D.

Crossley, R. J. S.

Cunningham, A. J.

Curnutte, B.

Curtis, L. J.

Czernichowski , A.

Czyzak, S. J.

Dalgarno, A.

Damany, H.

3390

3346,3565,3768

3201 ,3556

3159,3361 ,3362,

3363,3566

3248,3249

3435

3367,3735

3778

3387,3603,3604,

3605,3769

3217

3567

3364

3568

3539

3326

3160

2445,2446,3138,

3139,3143,3148,

3149,3161 ,3347,

3348,3354,3355,

3451,3556,3557,

3621

1002

3360

3390

3162,3237,3365,

3569,3570,3571

,

3575,3589,3590,

3663,3785

3163

3450,3572

1002,3175,3220,

3221 ,3282

3649

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

96
Author Reference No.* Author Reference No.*

Darnel incourt, J. J. 3164 Drake, G. W. F. 3585

Dankwort, W. 3165,3166,3366 Drake, K.-H. 3766

Danzmann, K. 3430 Drawin, H. W. 3586,3780

Datta. D K. 3394 Drpwpl 1 . N 3239

Oa V i d D 3218 rimiii n - R 3209 .3645

David. R 3676 Dnipff^i M 3351 .3561 .3562.

3644 .3645

Da V i s , J

.

3167,3341

Duhaij. L/ U U U il 9 \J * 3771

Davis, W. A. 3168

HiihrPii "i 1 R 3767 3772

Da V 0 W 3169

Diirlnv M 2625

Dav. R. L. 3770

Dumont. P. D. 3177,3178,3372,

nppch i] S 3170 3373 3391 3542.

3587

3356

Dunajski, K. 3121

Dpmtrnripr W 3278

Durir. N 3514

Dp n i <^ . A 3562

Dvnpfor^ . R T 3374

npnnp. L/C 1 1 1 1 C 9 RU • 3413.3573 3574

3575 3576 3589. Frk. il van 3296 3728

3590

Fdpl ^fpi n . S A 3176.3387 ^ 1 / \j ^ \J yj\j 1 Dere, K. P. 3577

Edlen, B. 3162,3375

npcrlaiiy LyCOW 1 QUA 5

il(J • Pr • 3578

Edmonds, A. R. 3588

npcpcnijpl 1 ,1 3332.3561 .3562

Fnprt. S. 3426

Dietrich D D 3367 3579 3580

Eidelsberg, M. 3391

Don ^7pT man n A 3684

Eiduk. V I 3417

Dnhmflnn H -D 3368 3369 3582

3573 3589

Dohnalik, A. 3583

Ellis, D. G. 3365

Dohnalik T 3445 3583

Fl<;tQn S B 3259.3260.3385.

Dolby, J. S. 3584 3480.3695

Dnna UVJIICLllUC.) hiip DU » il\J • 3370 3457 3413.3573.3589.

3590

Donnellv K F 3204.3262 3371

3482,3541,3642, Erchov 3539

3691 ,3700

Erdevdi , N. M. 3281

Doschek, G. A. 2445,3148,3545,

3546,3664 Erez, G. 3676

Dozier, C. M. 3354,3355 Eriksen, P. 3534

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

97
Author Reference No.* Author Reference No.*

Eriksonas, K. M. 3376 Frasinski , L. 3445

Erman, P. 3171,3377,3514 Freiberg, R. J. 1118

Ernst, W. E. 3378 Fricke, J. 3473

Esherick, P.

Fabre, C.

Fadin, L. V.

Faenov, A. Ya.

3537

3487

3427

3136,3137,3343,

3344,3550

Froese, C. (also Fischer, C. F.)

Fuhr, J. R.

Fujimoto, T.

Fukuda, K.

3172,3381 ,3382,

3596,3597,3598

3386,3510

3602

3602

Fahey, D. W. 3591 ,3592 Gabriel , A. H. 3543,3544

Fassel, V. A. 3489 Gail lard, M. 3151 ,3298

Fauchais, P.

Fawcett, B. C.

Feldman, U.

Fielder, W. R.

3539

2446,3138,3139,

3140,3141,3142,

3143,3347,3348,

3379,3380,3593,

3594,3721

3148,3545,3546,

3556,3664

3224,3438,3595

Gallagher, T. F.

Ganas, P. S.

Gardner, R. K.

Garni r, H.

3176,3387,3603,

3604,3605,3769

3388,3389,3606,

3607,3608,3609,

3610,3775

1 3364.3390 I

3177,3178,3372,

3373.3391 ,3542,

3587,3611

Finkenthal , M. 3425,3426 Garpman, S. 3286

Fischer, C. F. (al so Froese, C.

)

Fisher, A.

Fitzsimmons, W. A.

Flambaum, V. V.

Flower, D. R.

Fogel, N. I.

Fonck, R.

3172,3381,3382,

3596,3597,3598

3557

3651

3383

3173,3174

3242

3773,3791

Garstang, R. H.

Gavrila, M.

Gawlik, W.

Geiger, J.

Ghoshal, S. K.

Giles, K.

Glass, R.

3179,3392,3612

3393

3613

3180,3614

3394

3615

3395,3616,3617,

3618,3620

Fonseca, M. V.

Forester, J. P.

3384,3599,3600,

3601 ,3774

3259,3260,3385,

3480,3695

Glassman, A. J.

Godefroid, M.

Gbbel, L. H.

3352

3181

3208 !

Fournier. P. R. 341 2.3776 Golv. A. 3396 J

Fox, J. L. 3175 Gordon, H. 3139,3621

Fraenkel , B. S. 3425,3426 Gorini, G. 3113,3356

*The numbers refer to paper identification numbers of Section 3,

t
Author Reference No.* Author Reference No.*

Gorman, M. R. 3739 Hansen, J. E. 3187,3188,3382,

3393,3406,3598,

Gornik, W. 3182 3628

Gosselin, R. N. 3483,3698,3699, Happer, W. 3466

3700

Harde, H. 3278

Gough, W. 3183

Harima, H. 3407

Gould, H. 3184,3367,3580

Haroche, S. 3487

Gounand, F. 3412,3622,3776

Hattori, S. 3648

Gousset, G. 3767

Havey, M. D. 3189,3190,3191

Goutte, R. 3327

Hayden, H. C. 3385

Green, A. E. S. 3610

Hayes, M. A. 3629

G^ppnl ap T D 3623

Hayes, R. W. 3593

Grevesse, N. 3129,3178,3372,

3542,3587 Head, C. E. 3424

Griffin, P. M. 3259,3260,3261, Heckmann, P. H. 3288,3289,3685,

3385,3480,3481

,

3722

3695

Heddle, D. W. 0. 3630

Griffiths, S. B. 3183

Heine, G. 3146

Groeneveld, K.-O. 3259,3260

Helbig, V. 3408

Gross, M. 3487

Heldt, J. 3631

Gruzdev, P. F. 3397,3398,3399,

3400,3440,3441, Hender, M. A. 3714

3442,3624,3625

Henley, E. M. 3192

Guennou, H. 3626

Henry, R. J. W. 3726

Guern, Y. 3444,3654,3786

Herbet, P. 3164

Gupta, R. 3352

hpv .1 n 31 93

Gurchumeliya, A. D. 2841,3777

Hihbprt A 3086.3194.3395

Gustavsson, M. 3185,3627 3409,3632,3633

Hackel , L. A. 3402 Hill, R. M. 3176

Hafner, P. 3403 Hinds, E. A. 3410

Hall, J. L. 3485 Hinnov, E. 3791

Hallin, R. 3118,3119,3413, Hippler, R. 3484

3574.3576.3760

Hoang Binh, D. 3705

Hamel , J. 3404

(also Hamel -Garcia, J.) Hobby, M. G. 3139,3451 ,3621

Hannaford, P. 3405 Hofmann, W. 1533

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

99
Author Reference No.* Author Reference No.*

Holin, I. v. 3343 Jones, K. W. 3261 ,3481 ,3636,

3681

Holys, A. 3163

Jones, M. 2627

Hotop, R. 341

1

Jupen, C, 3573

Huber, M. 3195,3196

Kaijser, P. 3573

Hughes, T. P. 3594

Kaiser, D. 3415,3431

Hugon, M. 3412,3776

Kal iteevski i , N. I. 3199

Huldt, S. 3377,3413,3541 , 3573,3574,3589, Kalnicky, D. J. 3489

3590,3663

Kancerevicius, A. I. 3084

Husain, D. 3197

Kanyauskas, Yu. M. 3667

Hutcheon, R. J. 3778

Karabourniotis, D. 3164

Hyde, W. T. 3680

Karlov, N. V. 3200

Ibbetson, P. A. 3547

Karwowski, J. 3502

Imhof, R. E. 3198

Kastner, S. 0. 3201 ,3416,3637

Irwin, D. J. G. 3482,3483,3699

Kato, T. 3741

Ishii, K. 3413,3414,3576,

3590 Katsonis, K. 3780

Ivanova, T. G. 3343 Kazantsev, S. A. 3417,3418,3638

Jackson, A. R. G. 3615 Kelly, F. M. 3202,3419,3420,

3639,3640

Jacobs, V. L. 3779

Kelly, H. P. 3716

Janin, J. 3244

Kelsey, E. J. 2742,3203

Jarosz, J. 3564

Kepple, P. C. 3167

Jastrzebski, W. 3715

Kernahan, J. A. 3204,3262,3371 , Jelenkovic, B. 3663 3482 ,3483 ,3641 , 3642,3700

Jelley, N. A. 3536,3720

Key, M. H. 3778

Jessop, P. E. 3634

Khayrallah, G. A. 3421 ,3422

Johannin-Gilles, A. 3401 ,3444,3654

Khlyustalov, A. N. 3712

Johnson, B. M. 3261,3367,3480,

3481 ,3635,3681

,

Khristenko, S. V. 3088,3205,3270,

3695 3271 ,3493

Johnson, S. A. 3089,31 50 Kim, H. H. 1818

Johnson, w. R.

'5Tro '5Tir/i ooin 31 53 ,31 54 ,32 1 9, Kim, Y.-K. TOCQ "JQCQ "J/IOO 3220,3221,3284 3563

Jones, H. W. 3247 King, D. B. 3424

*The numbers refer to paper identification numbers of Section 3.
Author Reference No.* Author Reference No.*

King, D. L. 3206 Kupliauskene, A. V. 3214

King, G. C. 3243,3496,3678 Kupliauskis, Z. I. 3212,3213,3214

Kingston, A. E. 3761 Kuske, P. 3431

Kirchner, N. 3431 Kuzmickyte, L. 3215

Klapisch, M. 3192,3425,3426, Kwiatkowski, M. 3782

3794,3795

Kwong, H. S. 3239

Klimkin, V. M. 3427

Kyckinas, I. 3134

Klose, J. Z. 3207,3428,3643

Labzovskii, L. N. 2841

Klotz, W. D. 3208

Lambert, D. 3432

Knight, R. D. 3781

Lan, V. K. 3086

Kniseley, R. N. 3489

Landais, J. 3216,3218

Knystautas, E. J. 3209,3644,3645

Lange, W. 3766

Kobe, D. H. 3646

Langhoff, P. W. 3217

Keck, M. 3210,3430

Laniepce, B. 3216,3218

Kohsiek, W. 3211

Lapides, J. 3416

Kolyniak, W. 3647

Laporte, P. 3649

Komarovskii, V. A. 3130,3131,3132,

3337,3338,3339, Larson, E. G. 3169

3340

Larsson, M. 3514

Kono, A. 3648

Latimer, C. J. 3433

Kornalewski, T. 3647

Laughlin, C. 3434,3435,3436,

Kotlikov, E. 3114,3115,3199, 3650,3784

3324

Lavi , S. 3676

Kowalski, J. 3613

Lawler, J. E. 3651

Kramer, P. B. 3429

Lazovskaya, V. R. 3652

Krasinski, J. 3715

Leavitt, J. A. 3367,3579,3580

Krueger, T. K. 3572

Lecler, D. 3447

Kruse, T. H. 3261,3481

Le Dourneuf, M. 3086

Krynetskii, B. B. 3200

Leuchs, G. 3631

Kuhne, M. 3210,3430,3499

Levin, L. A. 3676

Kulina, P. 3415

Lewis, C. L. S. 3778

Kulyasov, V. N. 3323

Liening, H. 3329

Kunze, H.-J. 3494

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

101
Author Reference No.* Author Reference No.*

Liesen, D.

Liljeby, L.

Lin, C. D.

Lin, D. L.

Lindel, H.

Lindgard, A.

Lindsay, J. M.

Lindskog, J.

Lis, L.

Litzen, U.

Livingston, A. E.

Loginov, A. V.

Lombard i, G. G.

Lombardi, M.

Lorenzen, C.-J.

Lotrian, J.

Loulergue, M.

Lu, K. T.

Lubell, S.

Lubowiecka, T.

Luck, R. E.

Luc-Koenig, E.

Lugger, P. M.

Lukaszewski, M.

Luke, T. M.

Luken, W.

Lundberg, H.

Lupascu, Al . I.

3368

3663

3219,3220,3221

,

3283,3284,3436

3222,3223,3224,

3437,3438,3595

3329,3783

3116,3162,3225

3674

3118,3413

2448,3226,3744

3573,3575,3663

Lupekhin, S. M.

Lurio, A.

Lutz, H. 0.

Luypaert, R.

MacDonald, D.

Maceda, E. L.

Maier, R. S.

Malakhov, Yu. I,

Malloy, P. J.

Manakov, N. L.

Mann, R.

3178,3415,3439, Mannervik, S. 3483,3785

3399,3400,3440,

3441 ,3442,3624

3653

3151

3443

3401,3444,3654,

3786

3771

3227

2188

3445

3432

3122,3655

3446

3447

3448

3516,3656

3185,3627,3658

3228

Mansfield, M. W. D.

Marantz, H.

Marek, J.

Marelius, A.

Markov, V.

Marling, J.

Marrus, R.

Martin, G. A.

Martin, P.

Martinson, I.

Mason, H. E.

Mathur, M. S.

Mattioli, M.

I

May, C. A.

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

102

3694

3466

3263,3484

3170

3367

3659

3229

3449

3450

3738

3582

3541 ,3663

3451

1818

3230,3231 ,3232,,

3411 ,3452,3660,,

3661

3413

3638

3472

3168,3184,3233,

3367,3453,3580

3386,3509,3510

3234,3235,3236,

3454,3662

3162,3237,3374,

3413,3455,3541,

3573,3589,3590,

3663

3238,3456,3577,

3664,3763

3202,3419,3420,

3639,3640

3345,3401 ,3425,,

3426

3089,3150
Author Reference No.* Author Reference No.*

McDonald, D. C. 3405 Monakov, Yu. N. 3712

McEachran, R. P. 3361,3362,3566 Monteil , A. 3244

McGuire, E. J. 3665,3666 Moore, R. A. 3680

Mclntyre, L. C. , Jr. 3370,3457 Mori, K. 3741

McLaughlin, R. W. 3739 Morozova, S. L. 3638

McMurray, W. R. 3346 Morrison, I. 3677

McWhirter, R. W. P. 3584 Morton, D. C. 3301 ,3446

Measures, R. M. 3239,3783 Mosburg, E. R., Jr. 3462

Meekins, J. F. 2445 Mowat, J. R. 3681

Melibaev, M. 3740 Muhlethaler, H. P. 3245

Merkelis, G. V.

Mermet, J. M.

Mewe, R.

Michelis, C. de

Migdalek, J.

3134,3135,3342,

3550,3667

3788

3125,3240

3345,3425,3426

3241,3458,3459,

3460,3668,3669,

3670,3671,3672,

3673

Munster, P.

Mukherjee, P. K.

Mulder, Th. F. A.

Muradov, V. G.

Musielok, B.

Musi el ok, J.

Nagourney, W.

3452

3463

3728

3246,3682

3091

3091 ,3465,3683

3466

Mi ley, G. H. 3659 Neijzen, J. H. M. 3684

Miller, B. J. 3386 Nesbet, R. K. 3247

Miller, K. J. 3736 Neuffer, D. V. 3248,3249

Miller, M. 3674,3675,3787 Neumann, R. 3613

Miron, E.

Mishakov, V. G.

Mishchenko, E. D.

Mi troy, J.

Mlynek, J.

3676

3242,3498

3418

3677

3766

Nicolaides, C.

Nielsen, S. E.

Niemax, K.

3123,3250,3251

,

3330,3331 ,3467,

3468,3469,3470,

3471

3162,3225

3252,3253,3443,

3558

Moe, G. W. 3352 Nikolaich, A. Ya. 3692

Mohamed, K. A. 3243,3678 Nil sen, J. 3472

Mohr P .1 Nil c cnn 1 3627

Moitra, R. K. 3463 Nip, W. S. 3157,3158

Moity, J. 3461,3679 Nitsche, W. 3685

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

103
Author Reference No.*

Norcross, D. W. 2385

Nordling, C. 3118,3760

Noreland, T. 3118,3119,3760

Novick, R. 3410

Nowak, G. 3473

Nubbemeyer, H. 3254

Nussbaumer, H. 1973,3087,3238,

3255,3474,3475,

3686,3687,3688,

3689,3690

Obbarius, H.-U. 3538

O'Brien, R. 3536,3720

Oginets, 0. V. 3256

Ohebsian, D. 3788

Olivier, J. H. I. 3346

O'Neill, J. A. 3641 ,3642,3691

,

3699,3700

Oppen, G. von 3476,3734

Osherovich, A. L. 3257,3258,3337,

3477,3478,3551

,

3692,3693,3694

Otsuku, M. 3741

Paisner, J. A. 3089,3150

PaTchikov, V. G. 3294,3513,3738

Park, C. 3703

Parker, J. W. 3651

Parkinson, J. H. 2842

Parkinson, W. H. 3479,3653

Parks, W. F. 3591 ,3592

Parsons, M. L. 3349,3552

Pavlov, E. 3539

Payne, G. L. 3789

Peacock, N. J. 3139,3451,3621

Author Reference No.*

Pegg, D. J. 3259,3260,3261 , 3367,3385,3480,

3481 ,3576,3590,

3695

Pendrill, L. R. 3170

Penkin, N. P. 3132,3337,3338,

3339,3696

Peregudov, G. V. 3508

Perez, J. D. 3789

Perschmann, W.-D. 3476,3734

Persson, W. 3188,3628

Petersen, P. 3117

Peterson, R. S. 3259,3260

Petford, A. D. 3535,3547,3548

Petrashen, A. G. 3704

Petrucci , F. 3113

Pfeng, H. 3368,3369

Phillips, M. M. 3697

Picart, J. 3588

Pihl, J. 3413,3574,3576

Pikuz, S. A. 3136,3137,3343,

3344,3550

Pinnington, E. H. 3204,3262,3263,

3371 ,3482,3483,

3484,3641 ,3642,

3691 ,3698,3699,

3700

Piokin. F. M. 3429,3634

Plekhotkin, G. A. 3498

Poliakoff, E. D. 3490

Popescu, D. 3701

Popescu, I. -I. 3701

Popescu, I. M. 3228

Poulizac, M.-C. 3145,3351 ,3561

,

(also Buchet-Poulizac, M.-C.) 3644

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

104
Author Reference No.* Ai jt hnr Rp'fprpnrp Mn *

Poulsen, 0. 3485,3534 Rifinplpv A 31 39 3348 3380

3594

Pradhan, A. K. 3264,3615,3702

Robb, W. D. 339?

Prakash, S. G. 3703

31 fi? Preston, R. C. 3266.3486.3790

Rodriguez, J. M. Pretorius, R. 3346

Rohrl ich, D. 3144

Prior, M. H. 3781

Rnin R A 3fi7R

Privalov. V. 3693.3694.3727

Rn^pnhprn R A 3490

Prokopev, V. E. 3427

Rnuntrpp ^ P 3?fiR 339?

Prud ' hommp M 3705

Rijrl7 1 kfl ^ 7 Pul ' kin. S. A. 3257.3694 ^•^4? ^RRfl ?fifi7 3706 3710

Pullen, R. 3588

Rijcra ^ P 3687

Radloff, H.-H. 3415

Rushford. 1 \ M .J 1 1 1 V 1 U , M.11* C.\./ * 3402

Radziemski , L. J., Jr. 3089

Russo, A. L. 351

5

Raaozin. E. N. 3508

Rvazanov. N. S. 3707

RaiiDond, J. M. 3487

Rvschka. 1 \ V ^ ^ 1 1 l\ U , M.II* 3661

Raith, W. 2188

Sabbaah. ^ kJ \J V* Ml'? J.w • 3269.3302

Rakowitz, J. 3539

Sadpohi N 3269 3302 3788

Ramanujam, P. S. 3267,3325.3488.

3534 3541 S(^d7i[j\/ipnp ^ D 3134 3135 3342

3550 -J^ \J\J Ramonas, A. 3084

Saffman, L. 3708

Ranson. P. 3291

^flfmnnvri OullUIIUVQ) r\A » ^O* 3088 3270 ??71

Rathmann P 3370 3550 3709

Razaonov. A. T

.

3704 Safronnva .11 T 2841 3088 3136

3137 3271 3272

Read. F. H. 3198.3243 3273.3274 3275

3290 3292 3293

Reader, J. 3149 3342,3343,3344,

3491 3492 3493

Rebane T K 3704 3506 3507 3513

3554,3709,3777

Reaetnorter. 1 >H Vrf 1 1 1 V 1 w V_ 1 A H.1 1 * van V vl 1 1 3705

^andpman . R . J 3196

Reid. J. D. 3680

Saraph, H. E. 3264

Reif, I. 3489

Savichyus, E. G. 3710

Reinke, M. 3146

Say lor, T. K. 3390

Richter, J. 3660

Scalo, J. M. 3297

*The numbers refer to paper identification numbers of Section 3.
Author Reference No.* Author Reference Mo.*

Schearer, L. D. 3591 ,3592 Shimon, L. L. 3281

Schectman, R. M. 3332,3785 Shipman, H. L. 3742

Scheibner, H. 3276 Shirley, D. A. 3490

Schneider, R.

Schrijver, J.

Schul ze-Hagenest, D.

Schulz-Gulde, E.

Schwarz, W. H. E.

Schwob, J. L.

3355,3711

3277

3278

3378,3538

3403

3425,3426,3794,

3795

Shorer, P.

Shukhtin, A. M.

Shuttleworth, T.

Sieradzan, A.

Silver, J. D.

Simmons, G. J.

3282,3283,3284,

3497,3713

3498

3714

371

5

3536,3720

3764

Scoarnec, L. 3164 Simons, R. L. 3716

Scofield, M. 3541 Sims, J. S. 3217

Seaton, M. J. 3301 Sinanoglu, 0. 3516

Sellin, I. A. 3259,3260 Sivtsev, V. I. 3134

Selter, K. P. 3494 Sjodin, R. 3413,3576

Semenov, R. I. 3376 Skobelev, I. Yu. 3507,3508

Semenova, I. V. 3279,3495 Slater, N. K. H. 3197

Senashenko, V. S.

Sengupta, S.

Series, G. W.

3274,3275,3492,

3493

3394

3170

Smirnov, V. B.

Smirnov, V. V.

Smirnov, Yu. M.

3256

3285

3279,3495,3717,

3743

Setser, D. W. 3206,3357 Smith, A. C. H. 3714

Shabanova, L. N. 3712 Smith, C. C. 3451

Shallis, M. J. 3535,3547,3548,

3549,3764

Smith, P. L. 3237,3499,3559,

3653

Shapochkin, M. B. 3717,3743 Smith, S. J. 3422

Shavtval ishvil i

, I. A. 3275 Smith, W. H. 3144,3500

Shaw, D. A. 3496 Sofield, C. J. 3584

Shearer-Izumi , W. 3280 Solarz, R. W. 3089,3150

Sherstyuk, A. 3625 Sorensen, G. 3718,3719

Shiloh, J. 3557 Spector, N. 3286,3794,3795

Shimoda, K. 3287 Staaf, 0. 3760

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

1 06

III
Author Reference No.*

Stahnke, H.-J. 3660

Stailings, C.

o o r" /I 3354

Steenman-CI ark, L. 3771

Stel makh, 0. M. 3200

Steudner, R. 3647

Stewart, A. L. 3090

Stewart, R. F. 2843

Storey, P. J. 3474,3475,3688,

3589, 3690

stroke, H. H.

H /I O "7 3487

Sucher, J. ^:74<:,3bOI

Suckewer, S. 3791

Suennou, H. 3626

Surmeian, A.

O "7 T 3701

Sushkov, 0. P. 3383

Suter, M. 3480, 369b

Suzuki, T. 3287

Svanberg, S. OTOC OCO"? ^^CO 3185,36^/ ,35bo

Swartz, M. 341

6

Sy, A. 3560

Szostak, D. 3476,3/34

Szulkin, M. JbUil

Szynarowska, M. 3583

laylor, K. T. od55

lelbizov, P. K. 3418

Teppner, U. 3503,3782

Testerman, L. 3297

Tezikov, V. V. 3258,3477,3478,

3504

Theodosiou, C. E. 3792

Thoe, R. S. 3259,3260,3385,

3480,3695

*The numbers refer to paper identification

Author Reference No.*

Thornton, G. 3490

Tolmachev, Yu. A. 3256

Tomita, M. 3414

Tomkins, F. S. 3479

Ton-That, D. 3595

Tracy, D. H. 3773

Trabert, E. 3288,3289,3536,

3685,3720,3721 , 61 LL

Tran Minh, N. 3588

Trassy, C.

o "7 rt 3788

Treanor, C. E. one o5 1

5

Trefftz, E. 2628,3166,3366

Tsygir, 0. D. 3285

Tudorache, St. 3228,3415

Tumakaev, G. K. 3652

Tunnell , T. W. 3505,3723,3724,

3725,3793

Ueda, K. 3602

1 1 ...» A \J Urano, Y. 3407

Urnov, A. M. 3343

Uspalis, K. 3084

Vainshtein, L. A. 3290,3343,3506,

3507

Vallee, 0. 3291

Valters, A. K. 3340

Van der Westhuizen, P. 3346,3565,3768

Vane, C. R. 3259,3260,3385,

3480,3695

Vanmarcke, M. 3729 ,3730

van Wyngaarden, W. L. 3726

Veje, E. 3589,3590

Verfuss, W. 3263,3484

of Section 3.
Author Reference No.* Author

Verhaegen, G. 3181 Wolf, A.

Verolainen, Ya. F.

Vervisch, P.

Victor, G. A.

Viktorov, D. S.

3337,3693,3694,

3727

3564

3435,3436,3650

3292,3293,3294

Worden, E. F.

Wort, D. J. H.

Wosinski, L.

Wright, J. J.

Vinogradov, A. V. 2624,3507,3508 Wu, I. C.

Vogt, K. 3232 Wujec, T.

Voigt, P. A. 3207 Wurster, W. H.

Volonte, S. 3543,3544 Wynne, J. J.

Weaver, L. A. 1118 Yachyauskas, I

Weinberg, P. 3263,3484 Yakovitskii, S

Weiss, A. W. 3295 Yakovlev, V. N

Wende, B. 3254 Yinnon, A. T.

Weng, T. M. 3573 York, D. G.

Weniger, S. 3300 Yoshida, T.

Werth, G. 3711 Younger, S. M.

Westerveld, W.

Whaling, W.

3296,3728

3229,3297,3559,

3623,3708

Yukov, E. A.

Zapryagaev, S.

White, M. G.

Widing, K. G.

Wiegemann, H. B.

Wieme, W.

Wiese, W.

Wiesenfeld, J. R.

3490

3577

3613

3729,3730

3509,3510,3511,

3512,3731,3732,

3733

3197

Zeippen, C. J.

Zhukova, T. I.

Zigler, A.

Zimmermann, P.

Zipf, E. C.

Zmora, H.

Wilets, L. 3192

Wilke, M. D. 3462

Winkler, K. 3613

Winter, H. 3298

Wittmann, W. 3431

Reference No.*

3734

3089,3150,3735

3299

3744

3189,3190,3191,

3385

3736

3091 ,3300,3683

3515

3537

3376

3285

3551

3159,3363

3446

3407

3510,3511 ,3512,

3733,3737

2624,3508

3133,3294,3513,

3738

3301

3112

3794,3795

3503,3782

3739

3794,3795

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

108
5. ERRATA

Ref. No.* Corrections or Additions to NBS Special Publication 505 (1978)

511 In Section 2, the entry should be listed as Sr I and In I (E: absorpt.

hook) instead of Sr I and In I (E: hook).

573 In Section 2, this entry should not be listed under Sc I (T: CA)

.

656 In Section 2, the entry should be listed as Sr I (E: absorpt. hook)

instead of Sr I (E: hook).

726 In Section 2, the entry should be listed as K I (E: absorpt; hook)

instead of K I (E: hook)

.

813 In Section 4, this reference number should be added under the authors

J. Aarts and G. Bosch.

936 In Section 2, the entry should be added under Ni I (compilation).

987 In Section 3, the authors P. A. Rice and D. V. Ragone should be added

to this reference.

1043 In Section 2, the entry should be added under Fe I (E: emiss;

compilation) instead of Fe I (E: emiss. rel . )

.

1074 In Section 2, the entry should be added under He I (E: life).

1100 In Section 2, this entry should be listed under C III (T: quant.)

instead of 0 III (T: quant.)

1161 In Section 2, the entry should be listed under Li II (T: quant.)

instead of Li I (T: quant.).

1164 In Section 2, the entry should be added under Ar I (comment).

1168 In Section 3, this reference should be listed under 1965, not 1967,

and is incorporated into this supplement and given a new number-- 1002 .

*The numbers refer to paper identification numbers in Sections 2, 3, and 4 of the prior

bibliography, NBS Spec. Publ . 505.

109
Ref. No.* Corrections or Additions to NBS Special Publication 505 (1978)

1194 In Section 2, the entry should be added under N III-V (E: life).

1236 In Section 2, the entry should be listed as Ga I and In I (E: absorpt. hook)

instead of Ga I (E: absorpt.) and In I (E: absorpt.; E: hook).

1297 In Section 2, the entry should be listed under Tb I (comment) instead of

Tb I (E: emiss. rel . )

.

1298 In Section 2, the entry should be listed as Fe I (compilation) instead of

Fe I (E: emiss.).

1344 In Section 2, the entry should be listed as Eu I (E: absorpt. hook) instead

of Eu I (E: hook).

1426 In Section 3, the author G. W. Wares should be added to this reference.

1542 In Section 4, it should be noted that H. 0. Knox and H. 0. Dickinson are the

same authors.

1610 In Section 2, the entry should not be listed under Ni IX (T: quant.).

1612 In Section 2, the entry should be added under C II (T: quant.) and B Sequent

(T: interp.). It should also be listed under N III, 0 IV, F V, Na VII,

Mg VIII, Al IX, Si X, and P XI as (T: estim.) instead of (T: interp.).

1694 In Section 2, the entry should be listed under Cu I (compilation) instead

of Cu I (comment)

.

1703 In Section 4, it should be noted that H. 0. Knox and H. 0. Dickinson are

the same authors.

1727 In Section 2, the entry should be added under Lu I (E: emiss.).

1887 In Section 2, the entry should be listed under I I (E: life forb.) instead

of I I (E: life).

t 1913 In Section 2, the entry should be added under Lu I (E: emiss.). ;

2000 In Section 2, the entry should be listed under Fe XXII (T: quant.) instead

of Fe XXI (T: quant.).

*The numbers refer to paper identification numbers in Sections 2, 3, and 4 of the prior

bibliography, NBS Spec. Publ . 505.

110
Ref. No.* Corrections or Additions to NBS Special Publication 505 (1978)

2139 In Section 2, the entry should be added under Ar XVII (E: life).

2171 In Section 2, the entry should be added under Fe XXV (T: quant, forb.).

2385 In Section 3, add the reference Phys. Rev. A 20, 1285 (1979). The entry

should be added under Cs I (T: estim.). This addendum is incorporated

into this supplement.

2436 In Section 4, the author W. Wieme and this reference number should be

added.

2507 In Section 2, the entry should be listed under S XV (E: life) instead

of S XV (E: life forb.).

2532 In Section 2, the entry should be added under Fe XXV (E: life).

2742 In Section 3, add the reference Phys. Rev. A 18, 309 (1978). This

erratum is incorporated into this supplement.

2749 In Section 2, the entry should be added under He Sequence (T: quant,

forb. )

.

2774 In Section 2, the entry should be added under Fe XVII and Ni XIX (T:

quant, forb.).

2909 In Section 2, the entry should be listed under I I (E: life forb.)

instead of I I (E : 1 i fe)

.

2911 In Section 2, this entry should be listed as U II (comment) instead

of U II (compilation)

.

2912 In Section 2, the entry should be listed as U I (comment) instead of

U I (compilation).

2944 In Section 3, this reference should appear under 1977, not 1976. This

reference, incorporated into this supplement, is given a new number-- 3172 .

2991 In Section 2, the entry should be listed under Yb I (E: absorpt.)

instead of Y I (E: absorpt.).

*The numbers refer to paper identification numbers in Sections 2, 3, and 4 of the prior

bibliography, NBS Spec. Publ. 505.

Ill
Ref. No.* Corrections or Additions to NBS Special Publication 505 (1978)

3044 In Section 2, the entry should be added under Ne III, IV, Br VI, VII,

0 I, II, B III, N I, V, C II, IV, F II, III (E: life).

3068 In Section 2, the entry should be added under He Sequence (T:- quant,

forb.).

3142 In Section 2, the entry should be added under Fe XXV (E: life forb.)

and Kr XXXV (E: life forb.). It should also be listed under Ti XXI

(E: life forb.) instead of Ti XXI (E: life) and under V XXII (E: life

forb.) instead of V XXII (E: life). This reference is incorporated

into this supplement and given a new number-- 3184 .

3198 In Section 2, the entry should be listed under He I and Ne I (E: absorpt

instead of He I and Ne I (E: misc.). This reference, incorporated

into this supplement, is given a new number--3296 .

*The numbers refer to paper identification numbers in Sections 2, 3, and 4 of the prior

bibliography, NBS Spec. Publ. 505. :

112 1

* U. S. GOVERNMENT PRINTING OFFICE : 1980 311-046/207 j
14A (REV. 9-7li)

J.S. DEPT. OF COMM.

BLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO.

NBS SP 505/1

TLE AND SUBTITLE

Ibliography on Atomic Transition Probabilities

November 1977 through March 1980)

1.

$

5. Publication Date August 1980

JTHOR(S)

. J. Miller, J. R. Fuhr, & G. A. Martin

8. Performing Organ. Report N6.

:RFORMING ORGANIZATION NAME AND ADDRESS

ATIONAL BUREAU OF STANDARDS 11. Contract/Grant No. EPARTMENT OF COMMERCE

ASHINGTON, DC 20234

PONSORING ORGANIZATION NAME AND COMPLETE ADDRESS rstreet, city. State. ziP) 13. Type of Report & Period Covered

Interim: November 1977-

me as #9 March 1980

UPPLEMENTARY NOTES

ibrary of Congress Catalog Card Number: 80-600119

] Document describes a computer program; SF-185, FIPS Software Summary, is attached. BSTRACT (A 200-vrotd or team tactual aummary of moat atgniticant Intomation. It document inctudea a aignifieant bibliography or

terature aurvey, mention it here.)

his is the first supplement to the NBS Special Publication 505, Bibliography on

tomic Transition Probabilities (1914 through October 1977), and it covers the

i terature on the subject from November 1977 through March 1980. It contains

pproximately 600 references, with each article assigned a number, and is divided intc

ive main sections. The first section contains a listing, by number, of articles

f general interest. The second section lists by number all articles containing

jmferical data; it is arranged by element and stage of ionization and is further

jbdivided according to theoretical and experimental methods, comments, and

)mpilations. The third section contains a listing of all articles, including

Umbers, authors, title, and journal reference; it is arranged hy year of publication

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

-e identified, and their titles are translated into English. The fourth section

}nta1ns a listing of all authors and the numbers of the papers they have authored

co-authored. A final section provides corrections or additions to the preceding

jlbliography.

:Y WORDS Csix to twelve entriea; alphabetical order; capitalize only the tirat letter of the tirat key word unleaa a proper name;

parated by aemlcolona)

ilowed; atomic; discrete; forbidden; intensity; lifetime; line strength; oscillator

i:rength; transition probability.

'AILABILITY [X^ Unlimited

] For Official Distribution. Do Not Release to NTIS

5 Order From Sup. of Doc, U.S. Government Printing Office, Washington, DC

20402.

] Order From National Technical Information Service (NTIS), Springfield, ^ VA. 22161

19. SECURITY CLASS

(THIS REPORT)

UNCLASSIFIED

20. SECURITY CLASS

(THIS PAGE)

UNCLASSIFIED

21. NO. OF

PRINTED PAGES

121

22. Price

$4.50

There's

anew

look

/ y » ^2i>? I X * * monthly

y / j/^ magazine of the Nation-

^^^^^•"/^ l^u'c^u of Standards.

X Still featured are special ar- ^^^^^kY^^/ tides of general interest on ^^^^^^^^ current topics such as consumproduct safety and building ^^^^1 / technology. In addition, new sections are designed to . . . PROVIDE

SCIENTISTS with illustrated discussions

of recent technical developments and

work in progress . . . INFORM INDUSTRIAL

MANAGERS of technology transfer activities in

Federal and private labs. . . DESCRIBE TO MANUFACTURERS advances in the field of voluntary and

mandatory standards. The new DIMENSIONS/NBS also

carries complete listings of upcoming conferences to be

held at NBS and reports on all the latest NBS publications,

with information on how to order. Finally, each issue carries a page of News Briefs, aimed at keeping scientist and consumalike up to date on major developments at the Nation's physical sciences and measurement laboratory.

(please detach here)

UBSCRIPTION ORDER FORM

iter my Subscription To DIMENSIONS/NBS at $11.00. Add $2.75 for foreign mailing. No additional

(Stage is required for mailing within the United States or its possessions. Domestic remittances

ould be made either by postal money order, express money order, or check. Foreign remittances

ould be made either by international money order, draft on an American bank, or by UNESCO

upons.

:nd Subscription to: NAME-FIRST, LAST

|

-I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I

D Remittance Enclosed (Make checks payable

to Superintendent of Documents)

n Charge to nny Deposit Account No.

COMPANY NAME OR ADDITIONAL ADDRESS LINE

I I I I I I I I I I I I II I I II II II I

STREET ADDRESS

J I I I I I I I I 11 I I I I I I I I I I I I I I I I I I

I I I I I Ill

STATE

EASE PRINT

1

ZIP CODE

MAIL ORDER FORM TO:

Superintendent of Documents

Government Printing Office

Washington, D.C. 20402
!

I
NBS TECHNICAL PUBLICATIONS

PERIODICALS

JOURNAL OF RESEARCH—The Journal of Research of the National Bureau of Standards reports NBS research and develop- ment in those disciplines of the physical and engineering sciences in which the Bureau is active. These include physics, chemistry,

engineering, mathematics, and computer sciences. Papers cover a broad range of subjects, with major emphasis on measurement

methodology and the basic technology underlying standardization. Also included from time to time are survey articles on topics

closely related to the Bureau's technical and scientific programs. As a special service to subscribers each issue contains complete

citations to all recent Bureau publications in both NBS and non- NBS media. Issued six limes a year. Annual subscription: domestic

S\?i: foreign $16.25. Single copy, $3 domestic; $3.75 foreign.

NOTE: The Journal was formerly published in two sections: Section A "Physics and Chemistry" and Section B "Mathematical

Sciences." DIMENSIONS/NBS—This monthly magazine is published to in- form scientists, engineers, business and industry leaders, teachers,

students, and consumers of the latest advances in science and

technology, with primary emphasis on work at NBS. The magazine

highlights and reviews such issues as energy research, fire protection, building technology, metric conversion, pollution abatement,

health and safety, and consumer product performance. In addition, it reports the results of Bureau programs in measurement

standards and techniques, properties of matter and materials,

engineering standards and services, instrumentation, and

automatic data processing. Annual subscription: domestic $11;

foreign $13.75.

NONPERIODICALS

Monographs—Major contributions to the technical literature on

various subjects related to the Bureau's scientific and technical activities. Handbooks—Recommended codes of engineering and industrial

practice (including safety codes) developed in cooperation with in- terested industries, professional organizations, and regulatory

bodies.

Special Publications—Include proceedings of conferences spon-

] sored by NBS, NBS annual reports, and other special publications

1 appropriate to this grouping such as wall charts, pocket cards, and

bibliographies.

Applied Mathematics Series—Mathematical tables, manuals, and

studies of special interest to physicists, engineers, chemists,

biologists, mathematicians, computer programmers, and others engaged in scientific and technical work.

National Standard Reference Data Series—Provides quantitative

data on the physical and chemical properties of materials, com1 piled from the world's literature and critically evaluated.

I Developed under a worldwide program coordinated by NBS under

the authority of the National Standard Data Act (Public Law

90-396).

NOTE: The principal publication outlet for the foregoing data is the Journal of Physical and Chemical Reference Data (JPCRD)

published quarterly for NBS by the American Chemical Society

(ACS) and the American Institute of Physics (AlP). Subscriptions,

reprints, and supplements available from ACS, 1 155 Sixteenth St., NW, Washington, DC 20056.

Building Science Series—Disseminates technical information

developed at the Bureau on building materials, components,

systems, and whole structures. The series presents research results,

test methods, and performance criteria related to the structural and

environmental functions and the durability and safety characteristics of building elements and systems.

Technical Notes—Studies or reports which are complete in themselves but restrictive in their treatment of a subject. Analogous to monographs but not so comprehensive in scope or definitive in treatment of the subject area. Often serve as a vehicle for final reports of work performed at NBS under the sponsorship of other government agencies.

Voluntary Product Standards—Developed under procedures

published by the Department of Commerce in Part 10, Title 15, of

the Code of Federal Regulations. The standards establish nationally recognized requirements for products, and provide all concerned interests with a basis for common understanding of the

characteristics of the products. NBS administers this program as a supplement to the activities of the private sector standardizing

organizations.

Consumer Information Series—Practical information, based on NBS research and experience, covering areas of interest to the con- sumer. Easily understandable language and illustrations provide

useful background knowledge for shopping in today's technological marketplace.

Order the above NBS publications from: Superintendent of Documents, Government Printing Office, Washington, DC 20402. Order the following NBS publications—FIPS and NBSIR's—from

the National Technical Information Services, Springfield, VA 22161

.

Federal Information Processing Standards Publications (FIPS

PUB)—Publications in this series collectively constitute the Federal Information Processing Standards Register. The Register

serves as the official source of information in the Federal Government regarding standards issued by NBS pursuant to the Federal Property and Administrative Services Act of 1949 as amended.

Public Law 89-306 (79 Stat. 1127), and as implemented by Executive Order II7I7(3»FR 12315, dated May II, 1973) and Part 6 of Title 15 CFR (Code of Federal Regulations).

NBS Interagency Reports (NBSIR)—A special series of interim or

final reports on work performed by NBS for outside sponsors

(both government and non-government). In general, initial dis- tribution is handled by the sponsor; public distribution is by the National Technical Information Services, Springfield, VA 22161,

in paper copy or microfiche form.

BIBLIOGRAPHIC SUBSCRIPTION SERVICES

The following current-awareness and literature-survey bibliographies

are issued periodically by the Bureau:

Cryogenic Data Center Current Awareness Service. A literature survey issued biweekly. Annual subscription: domestic $35; foreign

$45.

Liquefied Natural Gas. A literature survey issued quarteriy. Annual

subscription: $30.

Superconducting Devices and Materials. A literature survey issued

quarterly. Annual subscription: $45. Please send subscription or- ders and remittances for the preceding bibliographic services to the National Bureau of Standards, Cryogenic Data Center (736)

Boulder, CO 80303.
U.S. DEPARTMENT OF COMMERCE

National Bureau of Standards

Washington. D C, 20234

OFFICIAL BUSINESS

Penalty for Private Use. S300

POSTAGE AND FEES PAID

U.S. DEPARTMENT OF COMMERCE

COM-215

SPECIAL FOURTH-CLASS RATE

BOOK