A111D3 fib33D

NA-TL INST OF STANDARDS & TECH R.I.C.

A1 11 03086330

"/Bibliography on atomic line s

, QC100.U57 N0.366, SUPPL.2, 197 C 1 NBS-P

V) J

NBS SPECIAL PUBLICATION 366

SUPPLEMENT 2

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

Bibliography on

Atomic Line Shapes and Shifts

(July 1973 through May 1975).
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards^ was established by an act of Congress 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 consists of the Institute for Basic Standards, the Institute for Materials Research, the Institute for Applied Technology,

the Institute for Computer Sciences and Technology, and the Office for Information Programs.

THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United

States of a complete and consistent system of physical measurement; coordinates that system

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Applied Mathematics — Electricity — Mechanics — Heat — Optical Physics — Center

for Radiation Research: Nuclear Sciences; Applied Radiation — Laboratory Astrophysics ^ — Cryogenics " — Electromagnetics " — Time and Frequency

THE INSTITUTE FOR MATERIALS RESEARCH conducts materials research leading to improved methods of measurement, standards, and data on the properties of well-characterized materials needed by industry, commerce, educational institutions, and Government; provides

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distributes standard reference materials. The Institute consists of the Office of Standard Reference Materials, the Office of Air and Water Measurement, and the following divisions:

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Radiation — Physical Chemistry.

THE INSTITUTE FOR APPLIED TECHNOLOGY provides technical services to promote

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THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts research and provides technical services designed to aid Government agencies in improving cost effec- tiveness in the conduct of their programs through the selection, acquisition, and effective utilization of automatic data processing equipment; and serves as the principal focus within

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equipment, techniques, and computer languages. The Institute consists of the following

divisions: Computer Services — Systems and Software — Computer Systems Engineering — Information Technology.

THE OFFICE FOR INFORMATION PROGRAMS promotes optimum dissemination and

accessibility of scientific information generated within NBS and other agencies of the Federal Government; promotes the development of the National Standard Reference Data System and

a system of information analysis centers dealing with the broader aspects of the National Measurement System; provides appropriate services to ensure that the NBS staff has optimum

accessibility to the scientific information of the world. The Office consists of the following

organizational units: Office of Standard Reference Data — Office of Information Activities — Office of Technical

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^ Headquarters and Laboratories at Gaithersburg, Maryland, unless otherwise noted; mailing address Washington, D.C. 20234.

2 Located at Boulder, Colorado 80302.
O* STANBAHCS

LIBBA3T

NOV 6 1975

Bibliography on

/ 4 Tied-.

Atomic Line Sliapes and Siiifts

(July 1973 through May 1975)

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

Institute for Basic Standards

National Bureau of Standards

Washington, D.C. 20234

U.S. DEPARTMENT OF COMMERCE, Rogers C. B. Morton, Secretary

James A. Baker, ill, Under Secreiary

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

> NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Acting Director

Issued November 1975
Library of Congress Catalog Card Number: 72-600147

National Bureau of Standards Special Publication 366 Supplement 2

Nat. Bur. Stand. (U.S.), Spec. Publ. 366 Suppl. 2, 75 pages (Nov. 1975) CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1975

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

The National Standard Reference Data System was established in 1963 for the purpose of proj moting the critical evaluation and dissemination of numerical data of the physical sciences. The pro1 gram is coordinated by the OflSce of Standard Reference Data of the National Bureau of Standards

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

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

j appropriate channels.

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

1 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

j 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 vii

Table of Code Letters and Abbreviations viii

B. BIBLIOGRAPHICAL MATERIAL . 1

1. LITERATURE REFERENCES OF GENERAL INTEREST 1

1.0. General articles on line shapes and shifts (general theories and comments, etc.) . 1

1.1. Pressure broadening 1

1.1.1. Stark broadening and shifts 1 1.1.1.1. Hydrogen and hydrogen-like (overlapping) lines 1

1.1.1.2. Isolated lines of neutral spectra 1 1.1.1.3. Isolated lines of ionic spectra 1 1.1.1.4. Topics of particular interest: [Line wings; Effects of collective electric

fields (plasma polarization shift, plasma oscillations with satellite bands) ; Asymmetries of H-lines; Microfield distributions; Magnetic

fields; Turbulent plasmas] 2

1.1.2. Broadening in foreign gases (Van der Waals broadening) 2

1.1.2.1. Satellite bands 2

1.1.3. Resonance broadening 3

1.2. Basic articles on Doppler and natural line shapes 3

1.2.1. Doppler broadening 3

1.2.2. Natural line broadening 3

1.2.3. Radiation induced broadening 3

1.3. Basic papers on instrumental broadening, deconvolution, superposition of two or more

simultaneously acting broadening mechanisms 3

1.3.1. Determination of instrumental line profiles; experimental techniques for de- termining line shapes 3

1.3.2. Deconvolution 4

1.3.3. Superposition of broadening mechanisms 4

1.4. Important line broadening applications 4

1.4.1. Laser applications 4

1.4.2. Astrophysical applications 4

1.4.3. Plasma diagnostics 4

1.4.4. Other applications 5

1.5. Other topics involving line shapes and shifts 5

1.5.1. The line shape in the presence of self-absorption; effects of radiative transfer _ 5

1.5.2. Broadening of scattered radiation 5

1.5.3. Some important papers on molecular line broadening 5

1.5.4. Miscellaneous topics 5

V
Page

1.6. Review articles . 6

1.6.1. General line broadening reviews 6

1.6.2. Reviews on pressure broadening , 6

1.6.2.1. Reviews on Stark broadening 6

1.6.2.2. Reviews on foreign' gas broadening . 6

1.6.2.3. Reviews on resonance broadening 6

1.7. References on line broadening tables and bibliographies 6

1.7.1. General line broadening tables 6

1.7.2. Pressure broadening tables ., 6

1.7.2.1. Special Stark broadening tables 6

1.7.3. Doppler and natural line broadening tables 7

1.7.4. Tables of Voigt functions 7

1.7.5. Line broadening bibliographies 7

2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA 8

3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES 16

4. LIST OF AUTHORS 50

5. ERRATA 65

VI
BIBLIOGRAPHY ON ATOMIC LINE SHAPES AND SHIFTS

(July 1973 through May 1975)

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

This is the second supplement to the NBS Special Publication 366, "Bibliography on Atomic

Line Shapes and Shifts (1889 through March 1972)." It contains about ,400 references and covers

the literature from July 1973 through May 1975. As before, the bibliography contains five major

parts: (1) All general interest papers are catalogued according to the broadening mechanisms

(and, further, according to special topics under several of the mechanisms) and as to whether

the work is a general theory, a general review, a table of profiles or parameters, a comment on

existing work, a study of general experimental measurement techniques, or an experimental effort of general importance. Also included are selected papers on important applications of line broadening and on miscellaneous topics relating to atomic spectral line shapes and shifts. (2) In Part 2,

all papers containing numerical data are ordered as to element, ionization stage, and broadening

mechanism (in the case of foreign gas broadening the perturbing species are listed), and it is indicated whether the data are experimentally or theoretically derived. (3) While in the, two pre- ceding parts of the bibliography the references are listed for brevity by identification numbers

only, in Part 3 all references are listed completely by journal, authors, and title and are generally

arranged chronologically and alphabetically within each year according to the principal author.

(4) This section contains a list of all authors and their papers. (5) A final section provides

corrections or additions to the first bibliography and supplement.

Key words: Atomic; instrumental broadening; line shapes; line shifts; pressure broadening;

resonance broadening; Stark broadening; Van der Waals broadening.

A. INTRODUCTION

Since the publication of our latest "Bibliography on

Atomic Line Shapes and Shifts (April 1972 through

June 1973),"^ which is the first supplement to our

original bibliography,^ the number of articles containing either numerical data, reviews, or comments of general interest has again increased sufficiently as to warrant a new supplement. This second supplement,

containing about 400 references, includes all new

papers (and a few older papers that were missed before) that were received in the NBS library before

May 31, 1975. In addition, we have incorporated

English translations of previously cited Russian articles into this bibliography.

The arrangement of the preceding bibliographies is generally retained. Thus, recently discovered articles published prior to 1973 are listed in Section 3 under

the year of publication with a number immediately

following the last number cited for that year in either the original bibliography or the first supplement. These

^ Fuhr, J. R., Roazman, L. J., and Wiese, W. L., Bibliography on Atomic

Line Shapes and Shifts (April 1972 through June 1973). Nat. Bur. Stand. (U.S.), Spec. Publ. 366, Suppl. 1, 73 pages (Jan. 1974).

^ Fuhr, J. R., Wieae, W, L., and Roszman, L. J., Bibliography on Atomic

Line Shapes and Shifts (1889 through March 1972), Nat. Bur. Stand. (U.S.),

Spec. Publ. 366, 165 pages (Sept. 1972).

new numbers do not overlap with those of the following year as several "open" numbers were left at the end

of each year for such additions. Unfortunately, we

ran out of "open" numbers between the years 1970

and 1971. Hence, for these years the references are not listed in strict numerical order. Since we feel that our collection of articles for the year 1973 is now reasonably complete, all references

for that year have been renumbered for this supplement

and are listed here with the new numbers. As in the

first supplement, we have provided an errata section. This section consists of corrections and additions to Supplement 1, as well as to the original bibliography,

not already noted in Supplement 1. Finally, in this

last section, we provide references to English transla- tions of previously cited Russian articles.

We gratefully acknowledge the many helpful comments and suggestions of Dr. W. L. Wiese. We would

also like to express our sincere thanks to Dr. L. J. Roszman, who helped in the selection and classification of the articles.

VII
TABLE OF CODE LETTERS AND ABBREVIATIONS

Description

1. T—theoretical' method

2. E—experimental method

3. C—comment

B. Language

1. Dut.—Dutch

2. Fr.—French

3. Ger.—German

4. Ital.—Italian

5. Lith.—Lithuanian

6. Pol.—Polish

7. Russ.—Russian

VIII
B. BIBLIOGRAPHICAL MATERIAL

1. LITERATURE REFERENCES OF GENERAL INTEREST

1.0. GENERAL ARTICLES ON LINE SHAPES AND SHIFTS (GENERAL THEORIES

AND COMMENTS. ETC.)

Theoretical papers: 2288, 2327

1.1. PRESSURE BROADENING

Theoretical papers: 1368, 2092, 2093, 2160, 2253, 2263, 2276,

2285, 2332, 2336, 2342, 2343, 2346, 2359,

2413, 2434, 2487, 2508, 2513

1.1.1. Stark broadening and shifts

Theoretical papers: 1372, 2143, 2232, 2270, 2274, 2283,

2285, 2328, 2329, 2382, 2420, 2436,

2440, 2460, 2508

1.1.1.1. Hydrogen and hydrogen-like (overlapping) lines

Comments: 2196

Theoretical papers: 1368, 1371, 1879, 2153,

2187, 2216, 2281, 2282,

2286, 2300, 2420, 2423,

2453

1.1.1.2. Isolated lines of neutral spectra

Comments: 2104

Theoretical papers: 2174, 2349

1.1.1.3. Isolated lines of ionic spectra

Comments: 2104

1
1.1.1.4. Topics of particular interest

A. Line wings

Theoretical papers: 2281

B. Effects of collective electric fields

Experimental papers: 2188, 2189, 2191,

2256, 2269, 2368,

2424, 2492

Theoretical papers: 1892, 2449, 2510

C. Asymmetries of H-lines

Theoretical papers: 2146, 2281

D. Microfield distributions

Experimental papers: 2269

Theoretical papers: 2187, 2220, 2275,

2431 , 2440, 2443,

2517

E. Magnetic fields

Theoretical papers: 2391

F. Turbulent plasmas

Theoretical papers: 1892

1.1.2. Broadening in foreign gases (van der Waals broadening)

Theoretical papers: 2106, 2137, 2157, 2165, 2184, 2199,

2236, 2249, 2337, 2372, 2402, 2434,

2511

1 .1 .2.1 . Satellite bands

Comments: 2171

Experimental papers: 2338, 2375, 2392

2
Theoretical papers: 2141, 2144, 2168, 2195,

2279, 2437

Combined theoretical -experimental : 2404

1.1.3. Resonance broadening

Comments: 2099

Theoretical papers: 738, 1020, 2169, 2185, 2200, 2234,

2255, 2385, 2520, 2522

1.2. BASIC ARTICLES ON DOPPLER AND NATURAL LINE SHAPES

1.2.1. Doppler broadening

Experimental papers: 2287

Theoretical papers: 2175, 2181, 2199, 2364, 2418, 2486,

2497

1.2.2. Natural line broadening

No papers in this category.

1.2.3. Radiation induced broadening

Experimental papers: 1995, 2178

Theoretical papers: 738, 2011, 2147, 2159, 2194, 2199,

2388, 2394, 2462

Combined theoretical -experimental : 2290

1.3. BASIC PAPERS ON INSTRUMENTAL BROADENING, DECONVOLUTION , SUPERPOSITION OF TWO OR MORE SIMULTANEOUSLY ACTING BROADENING

MECHANISMS

1.3.1. Determination of instrumental line profiles ; experimental

techniques for determining line shapes

Experimental papers: 1690, 1691, 2287, 2297, 2356, 2357,

2444

Theoretical papers: 1839, 1840, 1868, 1887, 1894, 1897,

1940, 1996, 1999, 2024, 2192, 2215,

2226, 2235, 2250, 2262, 2295, 2414,

2429

3
1.3.2. Deconvol ution

Experimental papers:, 2230

Theoretical papers: 293, 802, 1243, 1244, 1374, 1868,

1889, 1996, 2024, 2167, 2227, 2235,

2242, 2264, 2289, 2303, 2378, 2383,

2390, 2410, 2430, 2447, 2455, 2459

1.3.3. Superposition of broadening mechanisms

Theoretical papers: 1899, 2096, 2105, 2175, 2192, 2199,

2201, 2209, 2215, 2262, 2339, 2364,

2381, 2396, 2430, 2448, 2455, 2456,

2457, 2497, 2512, 2514

1.4. IMPORTANT LINE BROADENING APPLICATIONS

1.4.1. Laser applications

Experimental papers: 1126, 1789, 1995, 2155, 2178, 2213,

2225, 2252, 2277, 2299, 2334

Theoretical papers: 2181, 2223, 2263, 2336, 2344, 2345,

2405, 2493

Combined theoretical -experimental : 2369

1.4.2. Astrophysical applications

Theoretical papers: 2182, 2201, 2210, 2254, 2266, 2298,

2348, 2371, 2384, 2430, 2504, 2506,

2511

Combined theoretical -experimental : 2284

1.4.3. Plasma diagnostics

Comments: 2251 , 2296

Experimental papers: 1878, 1890, 1893, 1900, 2110, 2193,

2219, 2221, 2265, 2273, 2304, 2408,

2417, 2428, 2503

Theoretical papers: 1888, 1892, 2175, 2181, 2197, 2248,

2351 , 2371 , 2451 , 2499

4
Combined theoretical -experimental : 1019, 1689, 2094,

2152, 2330, 2438

1.4.4., Other applications

Experimental papers: 942, 2190

Theoretical papers: 1895, 2261, 2292, 2346

Combined theoretical -experimental : 2290, 2291, 2330,

2353

1.5. OTHER TOPICS INVOLVING LINE SHAPES AND SHIFTS

1.5.1. The line shape in the presence of self-absorption ; effects

of radiative transfer

Comments: 2074

Experimental papers: 2297

Theoretical papers: 2112, 2177, 2210, 2301, 2398, 2419,

2486

Broadening of scattered radiation

Comments: 2074

Experimental papers: 2136, 2393

Theoretical papers: 2106, 2302, 2486

Some important papers on molecular line broadening

Reviews: 2222, 2427

Theoretical papers: 2137, 2149, 2183, 2184, 2255, 2293,

2363

1.5.4. Miscellaneous topics

A. Broadening of- x-ray lines

Theoretical papers: 2333, 2399, 2405

B. Light shifts

Experimental papers: 2502

5

1.5.2.

1.5.3.
Theoretical papers: 1375, 2355,-2377, 2401, 2490

Combined theoretical -experimental : 2156

C. Zeeman broadening

Theoretical papers: 2098, 2253

D. Spin-exchange broadening

Theoretical papers: 2200

1.6. REVIEW ARTICLES

1.6.1. General line broadening reviews

2111

1.6.2. Reviews on pressure broadening

2108, 2109, 2439, 2487

1.6.2.1. Reviews on Stark broadening

2371

1.6.2.2. Reviews on foreign gas broadening

2516

1.6.2.3. Reviews on resonance broadening

1373, 2185

1 .7. REFERENCES ON LINE BROADENING TABLES AND BIBLIOGRAPHIES

1.7.1. General line broadening tables

No papers in this category.

1.7.2. Pressure broadening tables

No papers in this category,.

1.7.2.1. Special Stark broadening tables

2212, 2294, 2371, 2484
1.7.3. Doppler and natural line broadening tables

No papers in this category.

1.7.4. Tables of Voigt functions

No papers in this category.

1.7.5. Line broadening bibliographies

2361

7
2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA

( References on individual elements and stages of ionization , classified according to broadening mechanism )

Description Reference No.

Ag (Silver)

Ag I Van der Waals, E

Al (Aluminum)

A1 I Stark, E Van der Waals, E Doppler-Van der Waals,

T,E

Al II Stark, E Stark, T,E

Ar (Argon)

Ar I Resonance, E Stark, E Stark, T Stark, T,E

Van der Waals, E Van der Waals, T Van der Waal s, T,E

Stark-DopplerInstrumental , E

2455 by

Air-C2H2

1898 by H2-02-Ar

2458

2454 by C2H2-N2O

2297 by C2H2-N2O

2202

2483

2193,2341

2023,2148,2428

1775

1372

2341 ,2501 by Ar

1775 by Ar

2096 by Ar

1893

Description

Stark, E

Stark, T

Stark, E

Stark, E

Ar II

Ar III

Ar IV

Reference No.*

2148,2221 ,2230,

2395

2211

2509

2509

Ba (Barium)

Ba I Van der Waals, E

Van der Waals, T

Ba II Stark, E Van der Waals, E

1369,2162 by Ar 1369,2162 by He 1369 by Kr 1369 by Ne

2441 by Ar

2441 by He

2441 by Kr

2441 by Ne

2441 by Xe

2198

2134,2135,2163,

2380, 2446 by.Ar

2134,2135,2163,

2380,2446 by He 2446 by Kr 2446 by Ne 2446 by Xe

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

8
Description

Van der Waals, T

Be (Beryllium)

stark, E Stark, T Stark, T,E

Stark, E

Be II

Be IV

C (Carbon)

c I Stark, E Stark, T Stark, T,E

Van der Waals, T

Stark, E Stark, T Stark-Natural , T

Stark, E

Stark-Natural , T

Stark, T

Stark, T,E

Stark, T Stark, T,E

C II

C III

C IV

C V

C VI

Ca (Calcium)

Ca I Resonance, E Stark, E

Reference No.*

2272 by-Ar

2384 by H 2272 by He

2198

2211 2278

2503

2247 2348

2100

2348 by H-He

2233

2211 2038

2233

2038

2423

2208

2423

2208

2406

2206

Description

Van der Waal s, E

Van der Waals, T

Doppler-Van

T,E

Stark, E Stark, T Van der Waal

der Waals,

Ca II

s, E

Van der Waals, T

Doppler-Van

T,E

der Waals,

Reference No.*

2217,2218,2455

by Air-C2H2

1369,2162,2206

by Ar

2406 by Ca 2454 by C^H^-N^O

1369,2162 by He 2140 by H2-Ar

2140 by H2-N2

1369 by Kr 1369 by Ne 2217,2218 by

N2O-C2H2

2441 by Ar

2441 by He

2441 by Kr 2441 by Ne 2441 by Xe

2297 by C2H2-N2O

2101,2198,2206

2211 ,2449

2163,2206 by Ar 2163,2494 by He 2372 by Ar

2372 by He 2372 by Kr 2372 by Ne 2372 fay Xe

2297 by C2H2-N2O

Cd (Cadmium)

Cd I Resonance, E Van der Waals, E

2495

2154 by Ne

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

9
Description Reference No.* Description Reference No.*

CI (Chlorine) Cu (Copper)

Cl II Cu I Stark, T 2211 Doppler, E 1896 Instrumental , E 1896 Cr fChromium) Line, E 1896 Resonance, T 1019

Cr I Stark, E 1896 Doppler-Van der Waals, Stark, T 2331 T,E 2297 by C,H,-N,0 Stark, T,E 1019

Van der Waal s , E 2455 by Ai Cs (Cesium) 2422 by Ar

2422 by N

c Cs I Van der Waals, T 1019 by H Resonance, T,E 2411 ,2412 1019 by 0 Stark, E 2110

Van der Waals, E 2161 ,2176,2352, D (Deuterium ) 2409,2446 by Ar 2409,2446 by He D I 2446 by Kr Stark, E 2382

2409,2446 by Ne Stark, E,C 2214

2446 by Xe Van der Waals, E 2245 by Ar

Van der Waals, T 2144,2195,2272,

2332,2343,2437 Eo (Europiom I by Ar 2195,2272,2332, Eu I 2433 by He Resonance, E 2260

2195 by Hg Van der Waal s , T,E 2421 by Ar

2195 by Kr 2421 by He 2195 by Ne 2421 by Kr 2144,2195,2325, 2421 by Ne 2326 by Xe 2421 by Xe Van der Waals, T,E 2411 by Cs Resonance-Van der Waals, F (Fluorine)

E 2416 by Ar Resonance-Zeeman, E 2200 F II Stark, E 2233

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

10
Descri pti on Reference No, * Descri pti on Reference No.*

Stark, E 2094,2142,2186,

re tiion) 999Q 999Q 99'3'5 CL-LO ,LLL^ ^LLOi t

O'i.fsK 9'5R7 9'5C:R

re I 9'?R9 LoOL ^LHUO 9AnR 9il9fi ,^4iiD , Van aer waa i s » t 2365 by Ar 9Z19f! 9dQ9

21 70 by He oLdrK , 1 91R7 991fi 99'?!

Van dor Waals, T 2491 by H 9989 99Q'? 990^; CCOC. ^CCOO ^LCOU , re AAiv 97Zin 97^7 9'?c;i

C 4- a ^1/ T 2453 9ZL9n 9ziKn 9c;in

Fe XXV 2515,2521

otarK, 1 2453 oiarK, t,L

Stark, T,E

991/1

2203

\JO (Rnlliiim) lUCIIIIUIIBf Van Qer Waa I S J t

Vail Uc r Viad I b 5 1

ii^'tD Dy Hr

Dy Mr

f^a T ba 1 9 1 C7 h\/ Hq <i 1 0 / Dy ne 2257 by Ar 2157 hv Kr 2454 by

2 2 M n 91^7 c 1 0 / huuy MoiNc 2257 by He \/ a n A^iv Ufa a 1 c T F Vail Utri Wdaibj 'sC. L"rvKi Dy Mr

2257 by Kr ic'tyo Dy ne 2257 by Ne 9/iqc kw Mo 2257 by Xe oLdrK-UUpp 1 CI 5 L

9Z19fi

Van aer waaiSj ijC. 2258 by Ar 0 Lai K UUpp 1 CI ~ 2258 by He instrunenta 1 , t 2258 by Kr Stark-Zeernan , E 2258 by Ne otarK-/.eeinan , i 2258 by Xe Doppler-Van der Waals, He (Helium)

2297 by -IN2U He I l^o 1 1^ o r mo n 1 1 1 fin 1 Uc \UcriIlaniUITIf Resonance, E ocarK, t

91 cQ 9/inn 1Q7Q 99/in 9'5'3C^ Pq t be 1 9'?i;n 9'5c;A 9'57Q

c 1- a r otarK, t 2389 9^09 9/in'5 9/19A

Ge II 2485,2492

btark , 1 ,

L

2389 Stark , T 9177 99'30 9990

2349,2397,2407, n \nyurogenj 9AAr\ 9AQZ1 9C;nZl

9c;i Q

n i 0 uarK , 1 ,

L

99'^S 99ilfi 9'?7n Resonance, T 2279 Van der Waa I s , T 2179 by He Stark, C 2296

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

11
Description

Doppler, T,E

Stark, E

Stark, T

He II

Hg (Mercury)

Hg I Doppler, E Resonance, E Stark, E Van der Waals, E

Van der Waals, T

I (iodine)

I I Van der Waal s, E

Reference No.*

2280

1878,2188,2189,

2367,2368,2492

2415

Description Reference No.*

1691 2445

2095

2166,2236,2337,

2392,2445 by Ar

2151 ,2445 by He 2236,2244 by Hg

2445 by H^ 2337,2374,2375,

2392 by Kr

2151 ,2337 by Ne 2337,2392 by Xe 1838 by

hydrocarbons

2195 by Ar

2195 by He 2195,2373 by Kr 2195 by Ne

2461 ,2507 by Ar

2113 by Ar-C3F7l

2507 by CO2 2461,2507 by He 2461,2507 by Kr

2461 ,2507 by Ne 2507 by N2 2461,2507 by Xe

In (Indium)

In I Van der Waals, E

Van der Waals, T

Van der Waals, T,E

Doppler-Van der Waals,

T,E

K (Potassium)

2257,2489 by Ar

2454 by C2H2-N2O

2257,2489 by He ^2257 by Kr 2257 by Ne 2257 by Xe 2195 by Ar

2195 by Ne 2258 by Ar

2258 by He 2258 by Kr 2258 by Ne 2258 by Xe

2297 by C2H2-N2O

K I Resonance, E Stark, E Stark, T Stark, T,E

Van der Waals, E

2505

2164

1895

2291 2138,2139

by Ar 2138,2139

2138,2139

2136,2393

2138,2139

2138,2139

2138,2139

2138,2139

2360

by He by H2 by K by Kr by Ne by N2 by Xe

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

12
Description Reference No.* Description Reference No, Van der Waals, T 2195 by Ar Van der Waal s , E c 1 (Jc hi/ Hr 2195,2498 by He Van der Waal s , T

9 '579 cole. oy Wv

21 95 by Kr 9 '579 col c oy ne 2195 by Ne 9 "579 cole oy Vv

2195 by Xe by Ne Van der Waals, T,E 2404 huuy \(r Nr 2372 by Xe Doppler-Van der Waals,

T,E 2297 bv C H -N 0 Mn (Manganese)

i\i \i\rypitiri/ Mn I Van der Waals, E 2267 oy Mr

Kr I 2454 oy r u

^2112

'

-N, Resonance, E 2207 2267 oy Ho

Van der Waa Is, E 2366 by Ar 2267 Dy u"2 2366 by He 2267 Dy MN2 Van der Waals, T 2195,,2511 by Ar Doppler-Van der Waals,

2195,2511 by He T,E 2297 oy 4^2 -N, 2195 by Kr 2195 by Ne Mo (Molybdenum)

2195 by Xe Mo I

1 i M ithiiim

i

Doppler-Van der Waals,

T,E 2297 t>y r H -H.

Li I Stark, E 2145,2243,2304, N (Nitrogen)

2408

Stark, T 1895,2274,2292 N I Stark, T,E 2291 ,2330 Stark, E 2442

Van der Waals, E 2163 by Ar Stark, T,E 2150

2163 by He N II Van der Waal s , T 2271 by He Stark, T 2211 Stark-Natural , T 2038

ivi g \ ivi d g n e s 1 u m / Na (Sodium)

Mg I Stark, E 2102 Na I Van der Waals, E 2102 by Ar Resonance, E 2505

1898 by H2-02-Ar Resonance, T 1888

Mg II Resonance, T,E 2112

Stark, E 2102 ,2198 Stark, E 2219

Stark, T 2211

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

13
Description

Van der Waals, E

Van der Waals, T

Van der Waals, T,E

Ne (Neon)

Ne I Pressure, E Resonance, E Stark, E

^

Stark, T Van der Waal s , E

Van der Waals, T

0 (Oxygen)

0 I Stark, T Stark, T,E

Van der Waals, E

Van der Waals, T

Pb (Lead)

Pb I

Reference No.*

2163,2180 by Ar

2163,2180 by He 2180 by Kr 2180,2488 by Ne 2180 by Xe 2195,2511 by Ar

2298,2432,2511,

2516,2518 by H 2097,2195,2348,

2498,2511 by He 2195 by Kr 2195 by Ne 2195 by Xe 2173 by He

Description Reference No.*

1789

2213,2239

2386,2387

1775

2252 by He 2225,2435 by He-Ne

2252,2386 by Ne 1775 by Ne

2348

1370

2205 by Ar

2205 by Kr 2205 by Xe 2348 by H-He

Rb (Rubidium!

Rb I Resonance, E Resonance, T,E

Van der Waals, E

Van der Waals, T

Resonance-Zeeman , E

2190,2224,2505

2362

1891 ,2103,2176,

2237,2338,2450

by Ar

2450 by He 2338 by Kr

1891 ,2338,2450

by Ne

1891 ,2450 by N2

2224 by Rb

1891,2338 by Xe 2195,2372,2511

by Ar

2195,2372,2433,

2511 by He 2195,2372 by Kr 2195,2372,2500

by Ne 2195,2372 by Xe 2200

S (Sulfur)

S II Stark, T

Si (Silicon)

Si I

Resonance, T,E 2376

Stark, E Stark, T Van der Waals, T

Stark, E Stark, T Stark-Natural , T

Si II

2211

2268,2425

2348

2348 by H-He

2268,2425

2211 2038

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

1A
Description Reference No.* Description Reference No.*

Si III Van der Waals, E 2257 by Ar

Stark, E 2268,242$ 2257 by He Stark-Natural , T ,2038 2257 by Kr

Si IV 2251 by Ne Stark-Natural , T 2038 by Xe Van der Waals, T 2195 by Ar Sr (Strontium) 2 195 by He

21 95 by Kr Sr-I 21 95 by Ne Van der Waals, E 1369,2162 by Ar 21 95 by Xe 2204 by CO-N2O Van der Waals, T,E 2258 by Ar

2204 by C0-02-Ar 0 0 c 0 2258 by He

,1369,2162 by He 2258 by Kr 1369 by Kr 2258 by Ne 1369 by Ne 2258 by Xe Van der Waals, T 2441 by Ar

2441 by He Xe (Xenon)

2441 by Kr

2441 by Ne Xe I 2441 by Xe Stark, E 2023

Sr II Van der Waal s , 'E 2366 by Ar

Stark, E 2198 2366 by He

Van der Waals, E 2163 by Ar 2155 by Kr 2163 by He Van der Waals, T L. \ yo by nv

2 195 by He T (Tritium) 2195 by Kr

2 1 y5 by Ne T I 2195 by Xe Van der Waals, E 2245 by Ar Van der Waals, T,E Dy Mr

2452 by He

Ti (Titanium) O/I CO by Kr 2452 by Ne

Ti I 2452 by Xe Doppler-Van der Waals,

T,E 2297 by C2H2-N2O

TI (Thallium)

Tl I Resonance, E 2259

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

15
3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES

1941

293. H. C. van de Hulst, The Determination of the True Profile of a Spectral Line, Bull. Astron. Inst. Neth. 9, 225.

1961

738. J. P. Barrat & C. Cohen-Tannoudj i , Broadening and Shift of Magnetic Resonance Lines

Caused by an Optical Excitation, J. Phys. Radium 22^, 443. (Fr.)

1962

802. A. L. Khidir & J. C. Decius, Numerical Methods for the Correction of Apparent Band

Shapes Due to Finite Slit Width, Spectrochim. Acta 18_, 1629.

1964 ^ ;

942. M. A. Uman S R. E. Orville, Electron Density Measurement in Lightning from StarkBroadening of H^, J. Geophys . Res. 69^, 5151.

1965 .

1019. G. I. Bakanovich & L. I. Grechikhin, Use of the Emission Spectrum of Copper Atoms in Plasma Diagnostics, High Temp. (USSR) 3^, 475.

1020. M. I. D'yakonov & V. I. Perel ' , Coherence Relaxation of Excited Atoms in Collisions,

Sov. Phys.--JETP 2}_, 227.

1941-1965

16
1966

1126. B. Decomps & M. Dumont, Broadening of Neon Levels by Laser Radiation, C. R. H. Acad.

Sci ., Ser. B 262, 1004. (Fr.)

1967

1243. R. N. Jones, R. Venkataraghavan , & J. W. Hopkins, The Control of Errors in Infrared

Spectrophotometry--II The Residual Shape Distortion in "Pseudo-Deconvoluted"

Spectra, Spectrochim. Acta, Part A 2_3, 941.

1244. R. N. Jones, R. Venkataraghavan, & J. W. Hopkins, The Control of Errors in Infrared

Spectrophotometry--I The Reduction of Finite Spectral Slit Distortion by the Method

of "Pseudo-Deconvolution" , Spectrochim. Acta, Part A 23_, 925.

1968

1368. L. Herman, 1. Shape of Atomic Lines... 2. Width and Shift of Atomic Lines, "Lectures Given at Summer School on the Physics of Ionized Gases," 201-238 (Ed. Perovic, B.,

Federal Nuclear Energy Commission of Yugoslavia, Beograd).

1369. N. P. Penkin & L. N. Shabanova, Broadening of the Resonance Lines of Ca I, Sr I, and

Ba I by Inert Gases, Opt. Spectrosc. (USSR) 25, 446.

1969

1370. A. Goly, B. Grabowski , & M. Stelmasik, The Profiles of Spectral Lines III. The

Broadening Effects of Oxygen Lines in an Arc Plasma, Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu, Fiz. Problem. Spektrosk. No. 10, 45. (Pol.)

1371. B. Grabowski, The Profiles of Spectral Lines I. Some Remarks on the Theoretical

Profiles of Hydrogen Lines, Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu, Fiz. Problem.

Spektrosk. No. 10, 11 . (Pol .)

1372. B. Grabowski & T. Wujec, The Profiles of Spectral Lines II. The Theoretical and Experimental Profiles of Argon Lines, Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu, Fiz. Problem. Spektrosk. No. 10, 27. (Pol.)

1966-1969

17
1373. H. G. Kuhn & E. L. Lewis, Resonance Broadening of Spectral Lines, "Polarisation,

Matiere et Rayonnement ," 341 -356 (Presses Universitaires de France, Paris).

1374. V. I. Lagutin, Use of a Trigonometric Approximation of the Contour of a Spectral Line

for Determining Its Distortion by a Simple RC Filter, Sov. J. Opt. Technol . 36, 382.

1375. J. Vanier, Optical Pumping As a Relaxation Process, Can. J. Phys. 47, 1451.

1970

1689. V. G. Dyatlov & N. I. Mitina, The Error in Deriving Line Broadening from the Ratio

of Integral Intensity to Maximum Intensity, J. Appl . Spectrosc. (USSR) ]3_, 1269.

1690. H. F. van Heek, Emission Profile of the Mg Resonance Line by Zeeman Scanning,

Spectrochim. Acta, Part B 25^, 107.

3 3 1691. M. Henry, A Study of the Width of the Triplet Lines 7 S-6 P of Mercury, Ann. Cent. Enseign. Super. Brazzavi 1 1 e 6^, 95. (Fr.)

1887. G. Hernandez, Analytical Description of a Fabry-Perot Photoelectric Spectrometer.

2: Numerical Results, Appl. Opt. 9, 1591. •

, - ,

1888. J. Licki & S. Suckewer, Analysis of the Effect of the Self-Reversal of Spectral Lines

on the Measurement of Plasma (or Flame) Temperature, High Temp. (USSR) 8^, 472.

1889. H. Schrijver, Unfolding of Spectra by Fourier Transformation and The Application of

a Numerical Filter, Physica (Utrecht) 49, 135.

1971

1775. S. I. Krylova, L. A. Laizova, V. A. Solyanikova, & A. D. Khakhaev, Stark and van der

Waals Interaction Constants for Excited States of Ar and Ne, J. Appl. Spectrosc.

(USSR) ]±, 676.

1789. M. I. Molchanov, Influence of Col 1 i sions^on the Linewidth of A = 0.63 p in Neon, J. Appl. Spectrosc. (USSR) 14_, 51.

1838. G. I. Zav'yalov, A. Yu. Zav'yalova, & N. A. Prilezhaeva, Investigation of the

Asymmetry of the Mercury Line \ 2537 8, Sov. Phys. J. 1_4^, 1137.

1969-1971

18
1839. I. I. Antipova-Karataeva & N. N. Kazanova, The Mathematical Deconvol ution of Complex

Spectral Contours into Components witli Partially Known Parameters, J. Appl

.

Spectrosc. (USSR) U, 803.

1840. V. M. Arkhipov & V. A. Rozuvanova, Some Features of the Theoretical Apparatus

Function for a Fabry-Perot Spectrometer Combined with a f^rating, J. AppT. Spectrosc.

(USSR) 15_, 1642.

1868. I. D. Molodenkova & I. F. Kovalev, Machine Algorithm for Separating the Overlapping

Contours of Spectral Lines, Sov. Phys. J. J_4, 568.

1878. N. A. Razmadze, Z. D. Chkuaseli, & G. V. Sholin, Investigation of Some Properties of

a Dense Helium Plasma in the Recombination Stage, J. Appl. Spectrosc. (USSR) 21.

1879. V. V. Rozhkov, Stark-Component Intensities of the Hydrogen Atom in a Coulombic Field,

J. Appl. Spectrosc. (USSR) 15, 1360.

1890. A. A. Besshaposhnikov, I. Kh. Kuchuberiya, N. A. Razmadze, & N. V. Simonova,

Recording Helium-Plasma Spectral -Li ne Contours in the Afterglow of a e Pinch, J. Appl.

Spectrosc. (USSR) 15^, 1087.

1891. N. M. Eremina, G. A. Mishakov, A. I. Pikhtelev, & N. K. Rudnevskii, Method and Results

of Measurement of the Lorentz Shift and Broadening of the Hvperfine Components of the Principal Doublet of Rubidium Due to a Buffer Gas, 7th Ural. Konf. Spektrosk. No. 1,

139-141. (Russ.) ..V ,

' - ^

1892. G. Kalman & P. Bakshi , Polarization Properties of Stark-Shifted Lines Emitted By a Turbulent Plasma - I, Air Force Cambridge Research Laboratories Report No. AFCRL71-0468.

1893. A. I. Kasakov, Determination of Parameters of a Low-Pressure Argon Arc Plasma

According to Spectral Line Shapes, Uch. Zap., Leningrad. Gos. Pedagog. Inst. im.

A. I. Gertsena 466 , 4. (Russ.)

1894. V. I. Lagutin, The Dynamic Errors of Recording Systems During the Tracing of an Individual Spectral Line (or Band), Sov. J. Opt. Technol . 38, 260.

1895. P. Mergault & J.-C. Valognes, Spectrometric Analysis of the Light Emitted from the Anode During the Anode Effect in Molten KCl-LiCl, J. Phys. (Paris), Colloq. 32,

C5b-43. (Fr.)

1971

19
1896. I. Miyachi & K. JayaRam, Kinetic Temperature, Distribution Temperature and Electron

Density in a Stabilized Copper Vapour Arc in Air, "Tenth Irtternational Conference on Phenomena in Ionized Gases, Contributed Papers," 180 (Donald Parsons & Co., Ltd.,

Oxford)

.

1897. V. P. Nayyar S R. N. Kapoor, Line Broadening Effects on Multislit Diffraction

Patterns, Opt. Pura Apl . 4, 73.

1898. W. P. Townsend, D. S. Smyly, P. J. T. Zeegers , V. Svoboda, & J. D. Winefordner, Measurements of Damping Constants of Atoms in Flames by Atomic Fluorescence

Flame Spectrometry with a Continuum Source, Spectrochim. Acta, Part B 26^, 595.

1899. A. G. Velichko, M. L. Kats, & V. I. Tsoi , Optimization of the Parameters of a Fabry-Perot Interferometer, Opt. Spectrosc. (USSR) 30, 511.

1900. S. P. Zagorodni kov , G. E. Smolkin, & G. V. Sholin, Measurement of the Density of

Nonstationary Plasmas by Means of the Stark Broadening of the H Balmer Line,

p "Recent Advances in Plasma Diagnostic^," Vol. 1, Optical Techniques, 117-124 (Ed.

Tolok, V. T., Consultants Bureau, New York)'.

1972

1940, M. R. Cherkasov, Effect of Contour Asymmetry on the Intensity and the Half-Width

Determined by Integral Absorption Measurements, J. Appl . Spectrosc. (USSR) 1^, 642.

1995. F. A. Korolev, S. S. Kartaleva, A. I. Odintsov, & E. A. Dmitrieva, Effect of Laser

Field on Adjacent-Transition Amplification-Line Profile in Argon Laser, J. Appl.

Spectrosc. (USSR) 17^, 1545.

1996. I. I. Klykov ST. N. Popova, Overlap and Nonoverlap Criteria of Spectral Lines, Sov. Phys. J. 15, 667.

1999. V. I. Lagutin, Line Shape Distortion and the Operating Conditions of Recording

Systems, J. Appl. Spectrosc. (USSR) 16^, 17.

2011. Yu. V. Lisyuk, Broadening and Narrowing by Amplifying the Natural Emission Line Shape

of a Monokinetic Atomic Beam, Sov. Phys. J. 1_5, 416.

2023. R. V. Mitin, A. V. Zvyagintsev, & K. K. Pryadkin, Broadening of Argon and Xenon

.Spectral Lines in Plasma of High-Pressure Electrodeless Discharges, J. Appl. Spectrosc.

(USSR) 16, 401.

1971-1972

20
2024. I. D. Molodenkova S I. F. Kovalev, Correctness of the Formulation of the Problem of

Separating Overlapping Spectral -Line Contours, Sov. Phys. J. 1_5, 451.

2038. E. Peytremann, Theoretical Effect of Various Broadening Parameters on Ultraviolet Line

Profiles, Astron. Astrophys. ]]_, 76; 30, 482 (1974).

2074. E. S. Vorobeichi kov , B. N. Poizner, L. N. Popov, & V. D. Fomin, Peculiarities of

the Dispersion in a Gas Medium with a Broadened Spectral Radiation Line, Sov. Phys.

J. 15, 610.

2092. J. Albers & I. Oppenheim, Logarithmic Term in the Density Expansion of Quantum

Transport Coefficients and Other Response Functions, Physica (Utrecht) 59^, 187.

2093. J. Albers & I. Oppenheim, Density Expansion of Quantum Transport Coefficients and Other Response Functions, Physica (Utrecht) 59, 161.

2094. A. B. Berezin, L. V. Dubovoi , B. V. Lyublin, & D. G. Yakovlev, Spectroscopic

Investigation of Turbulent Plasma Parameters, Sov. Phys. --Tech. Phys. 2Z' ''5^-

2095. G. G. Bratescu, F. Gruzsniczki , & A. Seucan, On the Shape of Spectral Lines Obtained

by a Hg Vapor Discharge at High Pressure, An. Univ. Bucur. Fiz. (Rumania) 21_, 29. (Fr.)

2096. D. M. Camm & F. L. Curzon, The Resonant Faraday Effect, Can. J. Phys. 50, 2866.

2097. T. E. Cravens, Pressure Broadening of the Sodium D Lines in Helium Gas, "Third

International Conference on Atomic Physics--Abstracts of Papers," 43-46.

2098. J. C. Gay & A. Omont, Theory of Pressure Broadening of Zeeman Components of Atomic

Lines in Strong Magnetic Fields, "Third International Conference on Atomic Physics--

Abstracts of Papers," 87-89.

2099. Yu. B. Golubovskii, Yu. M. Kagan, & L. L. Komarova, Concentration of Excited Argon

Atoms at the 3p 4s Levels in the Positive Column of a Discharge at Medium Pressures, v

Opt. Spectrosc. (USSR) 33^, 440.

2100. B. Grabowski & A. Goly, Profiles of Spectral Lines IV. Interpretation of Profiles

of Selected Lines and Multiplets of Neutral Carbon, Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu, Fiz. Problem. Spektrosk. No. 13, 133. (Pol.)

21

1972
2101. D. Hadziomerspahic , N. Konjevic, M. Platisa, & M. Popovic, Stark Broadening and

Shift of Calcium Ion Lines, "Sixth Yugoslav Symp. Phys. Ionized Gases, Split,

Yugoslavia," 221-224 (Institute of Physics, Belgrade).

2102. V. Helbig & H. J. Kusch, Broadening and Shift of Magnesium Lines by van der Waals

Interaction with Argon Atoms and by Microfields, Astron. Astrophys. 20_, 299.

2103. S. L. Izotova & M. S. Frish, Shift of the Radiation Frequency of Rubidium Resonance

Lines in Gas-Filled Electrodeless Tubes, Opt. Spectrosc. (USSR) 33, 441.

2104. N. Konjevic, On the Electron-Impact Broadening of Isolated Spectral Lines of Heavy

Elements in Plasma, "Sixth Yugoslav Symp. Phys. Ionized Gases, Split, Yugoslavia,"

217-220 (Institute of Physics, Belgrade).

2105. V. S. Matveev, Approximate Representations of Absorption Coefficient and Equivalent

Widths of Lines with Voigt Profile, J. Appl . Spectrosc. (USSR) 16^, 168.

2106. A. 0. Melikyan, Incoherent Resonance Scattering of an Intense Light Wave by an Atom

with a Uniformly Broadened Absorption Line, Dokl . Akad. Nauk Arm, SSR 55^, 163. (Russ.)

2108. H. Van Regemorter, Spectral Line Broadening, At. Mol . Astrophys., Proc. Scot. Univ. Summer Sch. Phys., 12th 1971, 85-119.

2109. H. Van Regemorter, Collisional Broadening of Spectral Lines, "The Physics of Electronic

and Atomic Collisions," 373-380 (Ed. Govers, T. R. & Heer, F. J. de, North-Holland,

Amsterdam)

.

2110. B. Sayer & J.-C. Jeannet, Measurement of the Electron Density in an Ionized Cesium

Vapor, from a Mixture of Lines of the Fundamental Series, C. R. H. Acad. Sci., Ser. B 274 . 1016. (Fr.)

2111. I. I. Sobel'man, Broadening of Spectral Lines, "An Introduction to the Theory of Atomic

Spectra," Ch. 10, 377-465 (Ed. Woodgate, G. K., Pergamon Press, New York).

2112. I. A. Vasileva, L. V. Deputatova, V. V. Kirillov, & A. P. Nefedov, Effect of Plasma

Inhomogenei ty on Spectral Line Profile and Reversal Temperature, Opt. Spectrosc. (USSR)

33, 456.

2113. V. S. Zuev, V. A. Katulin, V. Yu. Nosach,'& 0. Yu. Nosach, Investigation of the

2 2 Luminescence Spectrum of Atomic Iodine ( P^y2" ''3/2 ^^^^^ Transition), Sov. Phys.--

JETP 35, 870.

1972

22
1973

2134. H. Ackermann, G. zu Putlitz, J. Schleusener, F. v. Sichart, J. Vetter, E. W. Weber,

& S. Winnik, Hyperfine Pressure Shift of ^^'^Ba^ Ions in Noble Gas Buffers, "Fifth

Conference on Atomic Spectroscopy," No. 55 (University of Lund, Lund, Sweden).

2135. H. Ackermann, G. zu Putlitz, J. Schleusener, F. v. Sichart, J. Vetter, E. W. Weber,

& S. Winnik, Hyperfine Pressure Shift of ^'^^Ba^Ions in Noble Gas Buffers, Phys. ; Lett. A 44, 515.

2136. A. A. Afanas'ev, V. S. Burakov, & S. V. Nechaev, Resonance Interaction of Laser Radiation with Potassium Plasma, Dokl . Akad. Nauk Beloruss. SSR ]7_, 702. (Russ.)

2137. J. Albers & J. M. Deutch, On the Rate Equation Description of Spectral Lines, Chem.

Phys. 1, 89. . .

2138. E. B. Aleksandrov, A. B. Mamyrin, & A. P. Sokolov, Optical Pumping of Hyperfine Sublevels

of the 4^S^^2 State of Potassium, Opt. Spectrosc. (USSR) 34_, 707.

2139. E. B. Aleksandrov, A. B. Mamyrin, & A. P. Sokolov, Frequency Shifts in a Hyperfine

Transition in Potassium Produced by Various Buffer Gases, Opt. Spectrosc. (USSR) 35^, 93.

2140. D. Alger, G. F. Kirkbright, & 0. E. Troccoli, Absorption Half-Widths for the 422.67 nm Calcium Line in Hydrogen-Nitrogen and Hydrogen-Argon Diffusion Flames, Appl . Spectrosc.

27, 177.

2141. E. A. Andreev, Determination of the Potential of Interatomic Interaction from the Parameters of Satellite Bands of Spectral Lines, Opt. Spectrosc. (USSR) 34, 346.

2142. V. I. Arkhipenko, V. N. Budnikov, & V. I. Varfolomeev, Determination of Field Strength

in a Microwave-Plasma Interaction by Means of the Stark Effect, Sov. Phys.— Tech.

Phys. U, 1311.

2143. E. A. Asmaryan & Yu. L. Kl imontovich , Theory of Spectral Line Broadening by Electrons

in a Nonequi 1 i bri um Plasma, Opt. Spectrosc. (USSR) 34^' 1^-

2144. A. K. Atakan & H. C. Jacobson, Theory of Satellite Structures on Spectral-Line Profiles,

Phys. Rev. A 7, 1452.

2145. G. V. Babkin, V. G. Mikhalev, E. P. Morozov, S. N. Ogorodnikov, & V. G. Pankratov, Measurement of the Electron Concentration in Lithium Plasma Flux, Zh. Prikl. Spektrosk.

19, 916. (Russ.)

1973

23
2146. M. E. Bacon, Calculation of the Lyman-a Asymmetry in a Dense, Partially-Ionized

Hydrogen Plasma, J. Quant. Spectrosc. Radiat. Transfer 1_3, 1161.

2147. J. Bakos, A. Kiss, L. Szabo, & M. Tendler, Measu'rement of the Perturbation of Atomic

Levels by Intense Light Using the Process of Resonant Multiphoton Ionization, JETP

Lett. 18_, 237. .-if

2148. U. H. Bauder & D. L. Bartelheimer , Spectroscopic Studies of High Pressure Argon Plasmas,

IEEE Trans. Plasma Sci. ]_, 23.

2149. Y. Ben-Aryeh, Broadening and Shifts of Molecular Spectral Lines by Predissociation,

J. Quant. Spectrosc. Radiat. Transfer 1_3, 1441.

2150. F. Beretta , A. D'Alessio, M. Diana, & G. Raso, Spectrometric Techniques for the Study

of Argon and Nitrogen Plasmas, Produced in Wal 1 -Stabi 1 ized Arcs, Termotecnica 27^, 430. (Ital.) . •

2151. K. A. Bi kmi khametov , V. M. Klementev, & V. P. Chebotaev, Collision Broadening of the 1.53 ym Line of Mercury in an Hg-He, Hg-Ne Mixture, Opt. Spectrosc. (USSR) 34_, 616. V

2152. K. W. Billman & J. R. Stallcop, Measurement of Density and Temperature of a Hydrogen

Plasma Using an Argon Laser, Appl . Phys. Lett. 22^, 565.

2153. C. Bottcher, A Unified Calculation on the Stark Broadened Profile of Lyman-Alpha,

J. Phys. B 6, L54.

2154. K. K. Boyarskii & E. N. Kotlikov, Effect of Cascade Transitions on the Crossing Signal

from the 6 S-j Cadmium Level, Opt. Spectrosc. (USSR) 34^, 592. >'

2155. J. Brochard, D. Reymann, & R. Vetter, On Particular Aspects of the Competition Between Stimulated Emission and Absorption in the 3*36 m Xenon Line Profile, J. Phys. B 6^, L145.

87

2156. G. Busca , M. Tetu, & J. Vanier, Light Shift and Light Broadening in the Rb Maser,

Can. J. Phys. 51, 1379.

2157. F. W. Byron, Jr. & J. I-. Gersten, Collisional Quenching of Metastable Hydrogen Atoms

by Rare Gases, Phys. Rev. Lett. 3^, 115.

2158. D. M. Camm ^ G. H. Copley, Resonance Broadening in the Singlet Spectrum of He,

J. Quant. Spectrosc. Radiat. Transfer 1_3, 1251.

1973

24
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Spectroscopic Data Containing a Random Noise, Jap. J. Appl . Phys. ]Z_, 379.

2304. V. A. Zhirnov & Yu. A. Tetyukhin, On Spectroscopic Determination of Electron Density

in Lithium Plasma, J. Appl. Spectrosc. (USSR) 18, 438.

1974

2325. N. F. Allard, S. Sahal -Brechot , & Y. G. Biraud, Unified Theory of Collisional Line

Profiles: Study of the D Lines of Caesium Perturbed by Xenon: Width, Shift, Asymmetry

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2326. N. Allard & S. Sahal-Brechot, Unified Theory of Collisional Line Profiles: Shift,

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2328. A. J. Barnard, J. Cooper, & E. W. Smith, The Broadening of He I Lines Including Ion Dynamic Corrections, with Application to A4471 8, J. Quant. Spectrosc. Radiat. Transfer

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2329. J. M. Bassalo & M. Cattani , Broadening and Shift of Atomic Lines Produced by Electron

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2330. T. Biaz, J. C. Valognes, & P. Mergault, Spectroscopic Study of the Anode Effect, J. Quant. Spectrosc. Radiat. Transfer M, 27. (Fr.)

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2332. A. Bielski, J. Szudy, & J. Wolnikowski, The WKB Approximation in the Moment Analysis

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2333. J. S. Briggs, Collision Broadening and Molecular Orbital X-Rays, J. Phys. B I, 47.

2334. J. Brochard & R. Vetter, Analysis of Line-Profiles By Use of a Monomode Laser, J. Phys.

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1973-1974

36
2335. C. F. Burrell , Application of a Tunable Dye Laser to Plasma Diagnostics in a Helium

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2336. A. I. Burshtein & G. I. Smirnov, Colli si onal Averaging of the Stark and Zeeman Spectrum

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2337. J. Butaux, F. Schuller, & R. Lennuier, Comparative Study of the Cross Sections for

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2338. C. G. Carrington & A. Gallagher, Blue Satellite Bands of Rb Broadened by Noble

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2339. H. K. Chen & S. S. Penner, Velocity Distortions of Spectral Lines with Combined Doppler

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2340. J. Cooper, E. W. Smith, & C. R. Vidal , Influence of Ion Dynamics on Ha and Hg at Low Densities, J. Phys. B 7_, LlOl.

2341. G. H. Copley & D. M. Camm, Pressure Broadening and Shift of Argon Emission Lines, J. Quant. Spectrosc. Radiat. Trans-'^er 1_4, 899.

2342. E. Czuchaj , The Effect of Ternary Collisions in the Pressure Broadening Theory of Spectral Lines of Atoms I. An Expansion of Relaxation Matrix Into Powers of Gas Density

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2343. E. Czuchaj, The Effect of Ternary Collisions in the Pressure Broadening Theory of

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2344. J. J. Degnan, Phenomenological Approach to the Design of Highly Tunable Pressure- Broadened Gas Lasers, J. Appl . Phys. 45, 257.

2345. H. Dekker, Theory of Self-Locking Phenomena in the Pressure Broadened Three-Mode He-Ne

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2346. A. v. Demura & V. S. Lisitsa, Similarity Rule for the Spectral Line Profile and the

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2347. A. V. Demura & G. V. Sholin, Nature of the Red Shift of Hydrogen Lines in a Dense

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1974

37
2348. G. Deridder & W. Van Rensbergen, Line Broadening Calculations for Some Infrared Solar

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2349. C. Deutsch, M. Sassi , & G. Coulaud, Stark Broadening of the Overlapping 4471.48 8 He I Line, in a Plasma, Ann. Phys. (N.Y.) 83, 1.

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2351. A. Z. Dolginov & D. G. Yakovlev, Influence of Plasma Electric Fields on Hydrogen Spectral

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2353. B. E. Douda & E. J. Bair, Radiative Transfer Model of a Pyrotechnic Flame, J. Quant.

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2354. H. W. Drawin & J. Ramette, Experimental Study of Stark Broadening of the Allowed and

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2355. B. Dubreuil & J. Chapelle, Light-Shifts Caused By a CO2 Laser on Hydrogen Atoms: Influence of the Highly Excited Bound and Free States, Phys. Lett. A 46^, 451.

2356. M. D. Duong & S. C. Baker, The Effect of Slit Width on Spectrgm Line Contour, J. Phys.

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2357. H. Ehrich & H. J. Kusch, A Rapid-Scan Device for the Determination of Spectral Line

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2358. D. L. Evans, D. P. Aeschliman, & R. A. Hill, Comparison of H^ Theory and Experiment at Electron Densities near 10^^ cm'"^, Phys. Rev. A XO, 2430; ]J_, 1772 (1975).

2359. J. Fiutak, On the Theory of Pressure and Doppler Broadening of the Atomic Lines in 'the Dilute Gases, "Fourth International Conference on Atomic Physics, Abstracts of Contributed

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1974

38
2361, J. R. Fuhr, L. J. Roszman, & W. L. Wiese, "Bibliography on Atomic Line Shapes and

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2362, A. Gallagher & E. L. Lewis, Resonance Broadening of Hanle-Effect Signals in Rubidium,

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2363, A. P. Galtsev, Determination of a Correlation Function for Frequency Fluctuations from

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2364, D, Gerbal & M. Prud'Homme, Some Remarks About Relativistic Line Profiles, J. Quant.

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2365, A, Gilbert, K. G. P. "Sulzmann, & S. S. Penner, Measurements of gf-Values for Fe I Lines, J. Quant. Spectrosc. Radiat. Transfer 1^, 455.

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2367, T. Goto & D. D. Burgess, Stark Profile for the 304 8 Resonance Line of Ionized

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( 2368, T. Goto & D, D. Burgess, Plasma Polarization Shifts of He II Resonance Lines, J. Phys.

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2369, F. Graubner, G. Hermann, & A, Scharmann, Effect of Collisions on the Mode Crossing

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2370, J, R, Greig, L. A. Jones, & R. W. Lee, High-Density Stark Profiles of Two Neutral

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2372, B, Grosswendt & W, Witschel, Calculation of Line Broadening Cross Sections for Level Crossing Experiments in Alkali -Rare Gas Systems, Z. Naturforsch. A 29, 605.

2373, T, Grycuk, Application of the Jablonski Theory to the Calculation of the Shape of

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2374, T. Grycuk, Shape of the Hg 2537 8 Resonance Line Perturbed by Krypton at Low Pressures,

Acta Phys. Pol . A 45^, 539,

1974

39
2375. T. Grycuk & W. Krasnowi ecki , Satellite Bands in the Red Wing of the Hg 2537 8 Resonance

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2376. J. B. Halpern, A. Baghdadi , & E. B. Saloman, Breakdown of the Impact Approximation as"

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2377. W. Happer & S. Svanberg, Rower-Series Analysis of Light Shifts in Optical Pumping

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2378. A. den Harder & L; de Galan, Evaluation of a Method for Real-Time Deconvolution, Anal.

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2379. R. J. Hawryluk, G. Bekef i , & E. V. George, Experimental Study of Forbidden Optical

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2380. P. K. Henry, S. Y. Ch'en, & N. Sidell, Pressure Effects of Argon and Helium on the First Diffuse Series Doublet of Singly Ionized Barium, J. Quant. Spectrosc. Radiat.

Transfer U_, 405.

2381. F. Herbert, Spectrum Line Profiles: A Generalized Voigt Function Including Collisional

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2382. J. D. Hey, Central Structure of Stark-Broadened Balmer Lines H^ and H^, University

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2383. I. R. Hill & D. Steele, Rayleigh (Strutt) Method of Making an Approximate Correction

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2384. H. Holweger & E. A. Muller, The Photospheric Barium Spectrum: Solar Abundance and

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2385. F. Hynne, Quasistatic Theory of Optical Absorption Lines, J. Quant. Spectrosc. Radiat.

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2386. T.-D. Im, A. P. Kazantsev, S. G. Rautian, E. G. Saprykin, & A. M. Shalagin, Shift of the A = 0.63 \j Neon Line Due to Collisions with Neon Atoms and Discharge Electrons,

Sov. J. Quantum Electron. 4^, 234.

1974

40
2387. T.-D. Im, V. P. Kochanov, S. G. Rautian, E. G. Saprykin, and A. M. Shalagin, Broadening

and Shift of the 0.63-pm Neon Line Under the Action of the Discharge Current, Opt.

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2388. R. Jodoin & L. Mandel , Superradiance in an Inhomogeneously Broadened Atomic System,

Phys. Rev. A 9, 873.

2389. W. W. Jones & M. H. Miller, Stark Broadening of Germanium, Phys. Rev. A W, 1803.

2390. K. Kaminishi & S. Nawata, An Optimum Deconvolution Technique for a Fabry-Perot

Interferometer to Determine True Spectral Profiles and Precise Atomic Density, Jap.

J. Appl. Phys. U, 1640.

2391. S. B. Kemic, Wavelengths and Strengths of Hydrogen and Helium Transitions in Large

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2392. J. F. Kielkopf & R. A. Miller, Satellite Bands in the Spectrum of Mercury in the Presence

of Argon, Krypton, and Xenon, J. Chem. Phys. 61^, 3304.

2393. Yu. M. Kirin, Yu. N. Popov, S. G. Rautian, V. P. Safonov, & B. M. Chernobrod, Profiles

of Infrared Lines of Potassium Vapor Under Multiphoton Resonance Excitation Conditions,

Sov. J. Quantum Electron. 4, 244.

2394. L. Klein, M. Giraud, & A. Ben-Reuven, Effect of Strong Electromagnetic Fields on Dilute-Gas Spectra: The Three-Level System, Phys. Rev. A 1_0, 682.

2395. J. Labat, S. Djenize, Lj . Cirkovic, & J. Puric, Stark Shifts of Singly Ionized Argon

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2396. J.-S. Lee, Monte Carlo Simulation of Voigt Distribution in Photon Diffusion Problems,

Astrophys. J. 187 , 159.

2397. R. W. Lee, Corrections to Stark Profiles of Allowed and Forbidden Transitions in a Moderately Dense Helium Plasma, J. Phys. B 7_, 307.

2398. J. Licki & S. Suckewer, Contours of the Spectral Lines of an Inhomogeneous Plasma

with an Apparent Increase in Optical Thickness, High Temp. (USSR) 1_2, 620.

2399. J. H. Macek & J. S. Briggs, Collision Broadening and Molecular Orbital X Rays II,

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1974

41
2400. A. R. Malvern, J. L. Nicol , & D. N. Stacey, The Effects of Excitation Mechanisms on Spectral Profiles in Helium, J. Phys. B L518.

2401. A. Maquet, On The Light-Shift of Hydrogenic States, Phys. Lett. A 48, 199.

2402. V. K. Matskevich, Depolarizing Collisions of Atoms and the Broadening of Spectral

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2403. M. A. Mazing, V. A. Slemzin, A. P. Shevel'ko, & M. A. Larina, Determination of the Impact Velocity of the 2 ^S - 2 V Transition in He by the Broadening of the 2058 nm

He I Line in a Plasma, Kratk. Soobshch. Fiz. No. 5, 29. (Russ.)

2404. D. G. McCartan, J. M. Farr, & W. R. Hindmarsh, The Temperature Dependence of the Red Satellite Band in the Potassium Line at A4047 8 Perturbed by Krypton, J. Phys. B 7_, 208.

2405. R. A. McCorkle & J. M. Joyce, Threshold Conditions for Amplified Spontaneous Emission

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2406. T. J. Mcllrath, Perturbation of the Calcium Principal Series by Metastable Calcium

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2407. D. Mihalas, A. J. Barnard, J. Cooper, & E. W. Smith, He I A4471 Profiles in B Stars: Calculations with an Improved Line-Broadening Theory, Astrophys. J. 1 90 , 315.

2408. V. G. Mikhalev, S. N. Ogorodni kov , S V. G. Pankratov, On Special Methods of Determining

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2409. T. Minemoto, T. Goto, & T. Kanda, Collisional Broadening of Level Crossing Signals in 5^P3^2 and

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2410. I. D. Molodenkova & I. F. Kovalev, Use of the Regularization Method for Determining the True Profiles of Spectral Lines, Opt. Spectrosc. (USSR) 36, 166.

2411. K. Niemax and G. Pichler, Asymmetric Self-Broadening of Cs Principal Lines, J. Phys.

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2412. K. Niemax & G. Pichler, Asymmetric Self-Broadening of Cs Resonance Lines, J. Phys.

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1974

42
2413. G. Nienhuis, Quasistatic and Impact Theory of Multiplet Spectra in the Classical Limit,

Physica (Utrecht) 74, 157.

2414. I. A. Novikov & V. R. Saulit, Analytical Description of the Instrumental Line Shape

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I 2415. J. T. O'Brien & C. F. Hooper, Jr., A Relaxation Theory of Plasma-Broadened He II

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I 2416. M. H. F. van Ooyen & J. W. M. A. Houben, Determination of the Electron Temperature

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2417. G. v. Ostrovskaya & N. A. Pobedonostseva , Investigation of Spatial Distributions in

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2418. H. Paul, Theoretical Aspects of High Resolution Spectroscopy in the Presence of

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2419. M. G. Payne, J. E. Talmage, G. S. Hurst, & E. B. Wagner, Effect of Correlations

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2420. M. Penicaud, Broadening of Atomic Absorption Lines in a Plasma, Thesis, University

of Pari s . (Fr .

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2421. N. P. Penkin & L. N. Shabanova, Broadening by Inert Gases of Europium Lines Due to

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2422. G. Perarnau & C. Triche, Study of the Spectra of Exploding Wires. Relation Between

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2423. A. Poquerusse, Stark Broadening of Hydrogenic Lines Between Highly Excited Levels of

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2424. D. Prosnitz & E. V. George, Emission Profiles of Laser-Induced Optical Satellite Lines

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2425. J. Puric, S. Djenize, J. Labat, & Lj . Cirkovic, Stark Broadening Parameters of Si I,

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1974

43
2426. J.-L. Queffelec & M. Girault, Experimental Localization of a Satellite Line on the

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2430. C. D. Rodgers & A. P. Williams, Integrated Absorption of a Spectral Line with the Voigt

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2432. E. Roueff, Broadening of the Sodium D Lines by Atomic Hydrogen. An Analysis in Terms

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2433. E. Roueff & A. Suzor, Broadening, Shift and Depolarization of Broad Fine Structure

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2435. B. V. Rybakov & A. I. Yakushev, Investigation of the Collisional Broadening of the

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2436. S. Sahal-Brechot, Stark Broadening of Isolated Lines in the Impact Approximation:

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1974

44
2440. E. R. A. Segre & D. Voslamber, Approximate Treatment of Ion Dynamics in Stark Broadening

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2443. K.-H. Spatschek, Collective Contributions to the Electric Microfield Distribution in a

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2444. D. N. Stacey , V. Stacey, & A. R. Malvern, A Method for Finding the Instrumental Profile

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2445. G. Stanzel , Level- and Line-Crossing Experiments in Selective Reflection from Mercury

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2447. K. Taylor, A New Iterative Technique for the Deconvolution of Real Data, Astrophys.

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2451. I. A. Vasileva, B. Ya. Shumyatskii , & D. N. Yundev, Possibility of Determining the Parameters of an Optically Dense Inhomogeneous Low-Temperature Plasma Using the Integral

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2452. R. Vetter & D. Reymann, Pressure Broadening and Shifts in the 3.36 pm Line of Xenon,

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1974

45
2453. A. V. Vinogradov, I. I. Sobel'man, & E. A. Yukov, Spectroscopic Methods for Diagnostics

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2454. H. C. Wagenaar, I. Novotny, & L. de Galan, The Influence of Hollow-Cathode Lamp Line

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2455. H. C. Wagenaar, C. J. Pickford, & L. de Galan, The Interferometric Measurement of Atomic

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2456. J. Ward, J. Cooper, & E. W. Smith, Comment on the Classical Limit of Spectral Line

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2^57. J. Ward, J. Cooper, & E. W. Smith, Correlation Effects in the Theory of Combined

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2458. P. S. P. Wei, K. T. Tang, & R. B. Hall, Forbidden Transitions in the Emission Spectrum

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1975

2483. A. W. Allen, M. Blaha, W. W. Jones, A. Sanchez, & H. R. Griem, Stark-Broadening Measure- ment and Calculations for a Singly Ionized Aluminum Line, Phys. Rev. A 1J_, 477.

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1974-1975

46
2485. A. J. Barnard & D. C. Stevenson, Measurement of the He I 4471 8 Profile at an Electron

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2489. S. Y. Ch'en & W. H. Frandsen, Pressure Broadening and Shift of the First Diffuse Series

Doublet of Indium Due to the Presence of Helium and Argon, J. Quant. Spectrosc. Radiat.

Transfer 15 , 341

.

2490. B. Dubreuil, Comments on the Calculation of Laser Induced Hydrogenic Light-Shifts,

Phys. Lett. A 51, 377.

2491. M. G. Edmunds, On the Broadening of Iron Lines by Neutral Hydrogen, Astron. Astrophys.

38, 137.

2492. C. C. Gallagher & M. A. Levine, Observation of Hydrogen and Helium Satellites in a Turbulent Plasma, J. Quant. Spectrosc. Radiat. Transfer 1^, 275.

2493. H. Greenstein & C. W. Bates, Jr., Line-Width and Tuning Effects in Resonant Excitation,

J. Opt. Soc. Amer. 65^, 33.

2494. G. L. Hammond, The Broadening of Calcium II H and K Lines by Helium, Astrophys. J. 196 , 291.

2495. W. Heering, Regular Reflection of Pressure Broadened Resonance Lines, Z. Phys. B 20,

69.

2496. J. F. Kielkopf , Impact Broadening and Shift of the Ha Line by Helium, Neon, and Argon,

J. Chem. Phys. 62, 3784.

2497. D. Kuhlke, A Formulation of the Saturation of Absorption Lines, Which Are Partially

Homogeneous Broadened by Collision Processes, Czech. J. Phys., Sect. B 25, 355.

1975

47
2498. D. Kunth', F. Masnou-Seeuws , F. Rostas, & E. Roueff, Broadening of Na 3p-3s and K 5p-4s Lines by Helium: A Discussion of Experimental and Theoretical Results, J. Phys. B 8, :203.

2499. L. N. Kurochka, The Last Resolvable Line in the Hydrogen Spectrum, Sov. Astron.--AJ

18, 526.

2500. E. Leboucher & F. Schuller, Moment Analysis of Absorption Profiles in Terms of Anisotropic

Interatomic Potentials, J. Quant. Spectrosc. Radiat. Transfer 1_5, 217.

2501. C. S. Lee, D. M. Camm, & G. H. Copley, van der Waals Broadening of Argon Absorption

'Lines, J. Quant. Spectrosc. Radiat. Transfer 1_5, 211.

2502. P. F. Liao & J. E. Bjorkholm, Direct Observation of Atomic Energy Level Shifts in Two- Photon Absorption, Phys. Rev. Lett. 3±, 1 ; 34_, 1540. ,

2503. A. M. Malvezzi, E. Jannitti, & G. Tondello, Observations of Stark Broadening of Resonance Lines in a Beryllium, Laser Produced Plasma, Opt. Comm. ]3_, 307.

2504. D. Mihalas, A. J, Barnard, J. Cooper, & E. W. Smith, He I A4922 Profiles in B Stars: Calculations with an Improved Line Broadening Theory, Astrophys. J. 1 97 , 139.

2505. K. Niemax & G. Pichler, New Aspects in the Self-Broadening of Alkali Resonance Lines,

J. Phys. B 8, 179.

2506. E. C. Olson, Hydrogen Profiles, Helium Line Strengths, and Surface Gravities of

Eclipsing Binary Stars, Astrophys. J., Suppl . Ser. 29^, No. 274, 43.

2 2 2507. T. D. Padrick & R. E. Palmer, Pressure Broadening of the Atomic Iodine 5 Py2~^ ^3/2

Transition, J. Chem. Phys. 62, 3350.

2508. G. Peach, The Width of Spectral Lines, Contemp. Phys. 1_6, 17.

2509. M. Platisa, M. Popovic, M. Dimitri jevic, & N. Konjevic, Stark Broadening of A III and

A IV Lines, Z. Naturforsch. A 30, 212.

2510. L.-Q. Rang & D. Voslamber, Contribution of Ion Perturbers to the Far Wings of Lyman-a,

J. Phys. B 8, 331 .

2511. W. Van Rensbergen, E. de Doncker, & G. Deridder, On the Broadening and Shift of Spectral

Lines, Solar Phys. 40, 303.

1975

48
2512. P. L. Roney, A Theory of Doppler and Binary Collision Broadening by Foreign Gases--II.

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2513. P. L. Roney, Approximation of Off-Shell Scattering Operators for Non-Lorentzian Line

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2514. P. L. Roney, A Theory of Doppler and Binary Collision Broadening by Foreign Gases--I.

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2515. L. J. Roszman, Effects of Time Ordering on Plasma-Broadened Hydrogen Profiles, Phys.

Rev. Lett. 34, 785.

2516. E. Roueff, Broadening of Some Solar Na I Lines by Atomic Hydrogen, Astron. Astrophys.

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2518. E. S. Sachs, J. Hinze, & N. H. Sabelli, Calculation of the Far-Wing Line Broadening of

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2519. M. Sassi, C. Deutsch, & G. Coulaud, Stark Broadening of the Overlapping 4471.48 8 He I Line in a Plasma. II. Nonmarkovian and Ion Dynamic Effects, Ann. Phys. (N.Y.) 89^, 274.

2520. R. P. Srivastava & H. R. Zaidi, Complete Line Shape for the Impact, Static, and the

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2522. H. R. Zaidi, Theory of Resonance Broadening Including the Duration of Collision. Effects,

Can. J. Phys. 53, 76.

49

1975
4. LIST OF AUTHORS

Author Ref. No.* Author Ref. No.*

Ackermann, H,

Aeschliman, D. P.

Afanas'ev, A. A.

Albers, J.

2134,2135,

2446

2358

2136

2092,2093,

2137

Baker, S. C.

Bakos, J.

Bakshi , P.

Barnard, A. J.

2356

2147

1892

2328,2407,

2484,2485,

2504

Aleksandrov, E. B. 2138,2139 Barrat, J. P. 738

Alekseeva, Zh. M, 2230 Bartel heimer , D. L. 2148

Alger, D. 2140 Bassalo, J. M. 2329

Allard, N. 2325,2326 Bates , C . W. , Jr

.

2493

Allen, A. W. 2483 Bauder, U. H. 2148

Andreev, E. A. 2141 Behmenbura. W. 2236,2439

Anenkov, V'. V. 2265 Bekef i , G. 2379

Anti pova-Karataeva , I . I. 1839 Ben-Aryeh, Y. 2149,2486

Arkhipenko, V. I. 2142 Ben-Reuven, A. 2255,2394

Arkhipov, V. M. 1840 Beretta , F. 2150

Asmaryan, E. A. 2143,2327 Berezin, A. B. 2094

Atakan, A. K. 2144 Berman, P. R. 2487

Babkin, G. V. 2145 Besshaposhni kov , A. A. 1890

Bacon, M. E. 2146 Biaz, T. 2292,2330

Ran hrl a A Dagnaaui , n

.

2376 Bielski , A. C.JJ 1 , L.JOC.

Bair, E. J. 2353 Bi kmi khametov , K. A, 2151

Bakanovich, G. I. 1019 Billman, K. W. 2152

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

50
Author Ref. No.* Author Ref. No.*

Biraben, F. 2488 Cagnac, B. 2488

Biraud, Y. G. 2325 Camm, D. M. 2096,2158,

9170 9^/11

Bjorkholm, J. E. 2502 2501

Blaha, M. 2278,2483 Carrington, C. G. 2159,2338

Bottcher, C. 2153 Cattahi , M. 2160,2329

Boul anger, J.-S. 2450 Chapelle, J. 2178,2350,

2355,2428

Boyarski i , K. K. 2154

Chebotaev, V. P. 2151 ,2239

Brannen, E. 2223

Chen, C. L. 2161

Bratescu, G. G. 2095

Chen, H. K. 2261 ,2262,

Brechot, S. (also 2325,2326, 2339

Sahal , S. or 2350,2436

Sahal -Brechot, S.) Ch'en, S. Y. 2162,2163,

2380,2489

Briggs, J. S. 2333,2399

Cherkasov, M. R. 1940

Brochard, J. 2155,2334

Chernenko, L. A. 2164

Buchanan, D. N. E. 2459

Chernobrod, B M. 2393

Budnikov, V. N. 2142

Chkuasel i, Z. D. 1878, 2273

Burakov, V. S. 2136

Choudhury, M. H. 2165

Burgess , u. u

.

LLoQ ,£0D/ , 2368 Chuang, S.-S. 2192

Burrel 1

, C. F. 2335 Church, D. A. 2166

Burshtein, A. I. 2336 Cirkovic, Lj

.

2268,2395,

2425

Busca, G. 2156

Cohen-Tannoudji , C. 738

Butaux, J. 2337

Comer, J. ?1 67

Butler, M. A. 2459

Byron, F. W. , Jr. 2157

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

51
Author Ref. No.* Author Ref. No.*

Cooper, J. 2168,2169, Deutch, J. M. 2137

2246,2285,

2286,2294, Deutsch, C. 2174.2349,

2328,2340,, 2519

2407,2456,

2457,2484, Diana, M. 2150

2504

Diatta, C. 2350

Pnnl oop o\/ C l-l

1 ey , u , n

.

C 1 DO , ^ 1 / u , 2341 ,2501 Dimi trijevic, M. 2509

Corney, A. 2159 Djenize, S. 2268,2395,

2425 ( Coulaud, G. 2349,2519 1 Dmitri eva, E. A. 1995 ; Cravens, T. E. 2097 1

1 Dolginov, A. Z. 2351 ! Crosley, D. R. 2461

Doncker, E. de 2511

Curzon, F. L. 2096 1 Dontsov, Yu. P. 2175 j Czuchaj , E. 2342,2343 1 Dorenburg, K. 2176,2352

D'Alessio, A. 2150 \ / Douda, B. E. 2353

Dalgarno, A. 2171

Drawin, H. W. 2177,2248,

Das, T. P. 2179,2271 , 2354

2274

Dubovoi , L. V. 2094

Decius, J. C. 802

Hi I Kv^Qi 111 R 917R P'^RR

Decomps, B. 1126 2490

Degnan, J. J. 2344 Dugan, C. H. 2205

Dekker, H. 2345 Dumont, M. 1126

Deleage, J. P. 2173 Dunning-Davies . J. 2165

Demura, A. V. 2281 .2282, Duong, M. D. 2356

2346,2347

Dutta, C. M. 2179

Deputatova, L. V. 2112 • Dutta, N. C. 2179

Deridder, G. 2348.2511

*The numbers refer to paper identification numbers of Part 3.
Author Ref. No.* Author Ref. No.*

D'yakonov, M. I. 1020 Friedberg, R. 2185

Dyatlov, V. G. 1689 Frish, M. S. 2103

Edmunds , M. G.

1 2491 Fuhr, J. R. 2361

' Ehrich, H. 2357 Fussmann, G. 2186,2187

jElbel, M.

1 2180 Gabriel ,• A. H. 2188,2189

1 Eletskir, A. V. 2181 Galan, L. de 2297,2378,

1 Eliseev, V. V. 2454,2455

2256

2212

Galanti , M.

Emard, F. 2177

uullu^MCi , r\.

I Ensberg, E. S. 2245 2362

Eremina, N. M. 1891 ^. Gallagher, C. C. 2191 ,2492

Evans, D. L. 2358 Galtsev, A. P. 2363

j Farr, J. M. 2404 Gamo, H. 2192

Fischel , D. 2182 Gass, D. M. 2293

1 Fishman, I . S. 2209 Gay, J. C. 2098

Fitz, 'D. E. 2183 George, E. V. 2379,2424

Fiutak, J. 2359 Gerbal , D. 2364

1 Fleurier, C. 2350 Gersten, J.I. 2157

Fomin, V. D. 2074 Gilbert, A. 2365

Fomin, V. V. 2184,2234 Giraud, M. 2394

j Frandsen, W. H. 2489 Girault, M. 2426

Franken, L. P. L. 2204 Gladushchak, V. I. 2366

Freeman, R. R. 2360 Glas, H.-J. 2176,2352

' Freinkman, B. G. 2181 Golubovski i , Yu. B. 2099,2193

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

53
Author Ref. No.* Author Ref. No.*

Goly, A. 1370,2100 Hall , J. L. 2199

Gontier, Y. 2194 Hall, R. B. 2458

Goto, T.

laraDOWSKI , D

.

2367,2368,

2409

1 0/ U , 1 J/ 1 , 1372,2100

Halpern, J. B.

Hammond, G. L.

Happer, W.

2376

2494

2200,2377

Granier, J. 2195 Harder, A. den 2378

Granier, R, 2195 Hartmann, S. • R. 2185

Graubner, F. 2369 Hawryluk, R. J. 2379

Grechikhin, L. I. 1019 Hearn, A. G. 2201

Greenstein, H. 2493 Heek, H. F. van 1690

Greig, J. R. 2370 Heering, W. 2495

Griem, H. R.

Griffin, P. M.

Groot, J, J. De

2196,2229,

2371 ,2483

2207

2197

Helbig, V.

Henry, M.

Henry, r. K.

2102

1691

2380

Grosswendt, B. 2372 Herbert, F. 2381

Gruzdev, V. A. 2265 Herman, L. 1368

Gruzsni czki , F. 2095 Hermann, G, 2369

Grycuk, T. ^

Grynberg, G.

Gyundel ' , T. V.

Hadeishi , T.

Hadziomerspahic, D.

2373,2374,

2375

2488

2230

2166

2101 ,2198

Hernandez, G.

Heuschkel , J.

Hey, J. D.

Hill, I. R.

Hill, R. A.

1887

2202

2382

2383

2358

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

54
Author Ref. No.* Author Ref. No.*

Himmel , G. 2186,2187, Izotova, S. L. 2103

2203

Jack, A. G. 2197

Hindmarsh, W. R. 2404

Jacobson, H. C. 2144

Hinze, J. 2518

Janni tti , E

.

2503

Hobby, M. G. 2256

Jansen, B. J. 2204

Hollander, Tj

.

2204

JayaRam, K. 1896

Holt, J. N. 2201

Jeannet, J.-C. 2110

Holweger, H. 2384

Jodoin, R. 2388

Hooper, C. F. , Jr. 2275,241 5,

2431 ,2460 Jones, L. A. 2370

Hopkins, J. W. 1243,1244 Jones , R, N. 1243,1244

Houben, J. W. M. A, 2416 Jones, W. W. 221 1 ,2278.

2389,2483

Howard, R. S. 2205

Joyce, J. M. 2405

Hsiao, T.-L. 2429

Kagan, Yu. M. 2099,2193

Huhn, R. 2206

Kalman, G. 1892

Hulst, H. C. van de 293

Kaminishi , K. 2390

Hurst, G. S. 2419

Kanda, T. 2409

Hutcherson, J. W. 2207

Kapoor, R. N. 1897

Hynne, F. 2385

Kartaleva, S. S. 1995

Ikenberry, D. 2271

Kasabov, G. A. 2212

Im, T.-D. 2386,2387

Kasakov , A . I .

,

1893

Irons, F. E. 2208

Kats, M. L. 1899,2448

Ivanov, V. N. 2209

Katulin, V. A. 2113

Ivanov, V. V. 2210

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

55
Author Ref. No.* Author Ref. No.*

Kaufman, S. L. 2176,2352 Klinglesmith, D. A. 2182

Kazanova, N. N. 1839 Klykov, I.I. 1996

Kazantsev, A. P. 2386 Kochanov, V. P. 2387

Keil, R. 2213 Kock, L. C. J. M. de 2280

Kelleher, D. E. 2214 Kolganov, A. S. 2265 .

Kemic, S. B. 2391 Komarova, L. L. 2099,2193

Khakhaev, A. D.

Khidir, A. L.

Khromykh, A. M.

Kielkopf, J. F.

Kim, S. H.

Kirillov, V. V.

Kirin, Yu. M.

iNIIMJl tVJIILjiVj* r.

1775,2219

802

2277

2215,2392,

2496

2216

2112

2393

?i4n ??17

2218

Konjevic, N.

Korolev, F. A.

Kotlikov, E. N.

Kovalev, I. F.

Krall, N. A.

Krasnowiecki , W.

Krishnaji

Krylova, S. I.

2101 ,2104,

2198.2509

1995

2154

1868,2024,

2410

2220

2375

2222

1775,2219

Kirpichnikova , L. A. 2219 Kucerovsky, Z. 2223

Kiss, A. 2147 Kuchuberiya, I. Kh. 1890

Klarsfeld, S. 2174 Kuhlke, D. 2225,2497

Klein, H. H. 2220 Kuhn, H. G. 1373

Klein, L. 2221 ,2394 Kulagin, E. V. 2224

Klementev, V. M. 2151 Kunth, D. 2173,2498

Kleppner, D. 2360 Kurochka, L. N. 2499

?143 2327 2102 2202

2206,2357

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

56
Author Ref. No.* Author Ref. No.*

Labat, J.

1 Laguti n , V . I

.

i

i

2268,2395,

2425

1 0/4 , 1 c5y4

,

1999,2226

Lizengevich, A. I.

Lorre, J. J.

Losen, J.

2234

2235 •

2236

Landheer, B. 2227 Luizova, L. A. 1775,2219

Larina, M. A. 2403 Lukaszewski , M. 2237

LaSalle, T. R. 2228,2229 Lyublin, B. V. 2094

Leavitt, J. A. 2287 Macek, J. H. 2399

Lebedeva, V. V. 2230 Mahon, R. 2238

Leboucher, E. 2500 Malakhov, A. M. 2233

Lee, C. S. 2501 Malvern, A. R. 2400,2444

Lee, J.-S. 2396 Malvezzi , A. M. 2503

Lee, R. 2231 ,2232,

223o,23/U,

2397

Mamyrin, A. B.

Manassah, J. T.

2138,2139

2185

Lee, T. 2274 Mandel , L

.

2388

Lennuier, R. 2337 Maquet, A. 2401

, Leskov, L. V. 2233 Marcus, R. A. 2183

Levine, M. A. 2191 ,2492 Masnou-Seeuws , F. 2498

Lewi s , E . L

.

Liao, P. F.

Licki , J.

j Lijnse, P. L.

Lisitsa,'V. S.

Lisyuk, Yu. V.

1373,2190,

2362

, 2502

1888,2398

2204

2282,2346

2011

Matskevich, V. K.

Mattison, E. M.

Matveev, V. S.

Matyugin, Yu. A.

Mayseless, M.

Mazing, M. A.

2402

2360

2105

2239

2486

2240,2403

*The numbers refer to paper identification numbers of Part 3.
Author Ref. No.* Author Ref. No.*

McCartan, D. 6. 2404 Muller, D. 2247

McCorkle, R. A. 2405 Muller, E. A. 2384

Mcllrath, T. J. 2406 Nawata, S. 2390

Melikyan, A. 0. 2106 Nayyar, V. P. 1897

Mendes, M. 2242 Nechaev, S. V. 2136

MergauU, P.

Mihalas, D.

mKnaiev, v. b.

1895,2291

,

2292,2330

2407,2504

OT /I C 09/1

1

2408

Mee, T.-J.

Nefedov, A. P.

Nekrylova, I. M.

Nguyen-Hoe

2229

2112

2219

2248

Miller, M. H. 2389 Nicoghossian, A. G. 2301

Miller, R. A. 2392 Nicol , J. L. 2400

Minami , S.

Minemoto, T.

Mishakov, 6. A.

Misyunas, A.

Mitin, R. V.

Mitina, N. I.

Miyachi, I.

Molchanov, M. I.

Molodenkova, I. D.

2303

2409

1891,2224

2244

2023

1689,2295

1896

1789

lc5Do,<:U24

,

2410

Niemax, K.

Nienhuis, G.

Norkunas, V.

Nosach, 0. Yu.

Nosach, V. Yu.

Novikov, I. A.

Novotny, I.

O'Brien, J. T.

O'Connell , R. F.

2411,2412,

2505

2249,2413

2244

2113

2113

2250,2414

2454

2415

f 2517

Morgan, C. L. 2245 Oda, T. 2251

Morozov, E. P. 2145 Odintsov, A. I. 1995

Morris, R. N. 2246

*The numbers refer to paper identification numbers of Part 3.
Author Ref. No.*

Ogorodni kov , 5. N. 2408

Ohi, M. 2252

Oks, E. A. 2283

Olson, E. C. 2506

Omont, A. 2098,2253

Ooyen, M. H. van 2416

Oppenheim, I. 2092,2093

Orville, R. E. 942

Ostrem, J. S. 2192

Ostrovskaya, G. V. 2417

Padrick, T. D. 2507

Palmer, R. E. 2507

Panagia, N. 2254

Panina, L. E. 2230

Pankratov, V. G.

2408

Pasmanter, R. A. 2255

Paul, H. 2418

Payne, M. G. 2419

Peach, G. 2508

Peacock, N. J. 2256

Peek, J. M. 2286

Penicaud, M. 2420

Penkin, N. P. 1369,2257,

2258,2259,

2260,2421

Author Ref. No.*

D M Q Q rsnner , o . o

.

CCO 1 , CLKiC , 2339,2365

Perarnau, G. 2422

Perel ' , V. I. 1020

Pestov, E. G. . 2263

Peytremann, E. 2038

Phelps, A. V. 2161

richier, b.

2412,2505

Pickford, C. J. 2455

Pikhtelev, A. I. 1891 ,2224

Pinnekamp, F. 2203

riatisa, n. £ 1 u 1 ,^ 1 yo

,

2509

Pobedonostseva , N. A. 2417

Poizner, B. N. 2074

Polignac, C. de 2242

Popov, L. N. 2074

Popov, Yu. N. 2393

Popova, T. N, 1996

Popovic, M.

2509

Poquerusse, A. 2423

Preobrazhenski i

, N. G. 2264

Prilezhaeva, N. A. 1838

Pritchard, D. E. 2360

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

59
Author Ref. No.* Author Ref. No.*

Prokopenko, N. V. 2265 Ray, S. 2272

Prosnitz, D. 2424 Rayborn, G. H, 2429

Provorov, A. S. 2239 Razmadze, N A 1878,1890,

2273

Prud ' Homme

,

M. 2364

Read, F. H. 21 67

Pryadkin, K. K. 2023

Regemorter, H. Van 2108,2109

Ptak, R. L. 2266

Rensbergen

,

W. Van 2348,251

1

Pujol , G. 226/

Reymann, D. 2155,2452

Puric, J. 2268,2395,

2425 Rodgers, C. D. 2430

Putlitz, G. zu 2134,2135, Rodgers, J. E. 2274 . 21 76 ,2352

,

2446 Roney, P. L 2512,2513,

2514

Queffelec, J . -L. 2426

Rostas, F. 21 73 ,2498

Quercy, P. 2267

Roszman, L. J. 2275,2285,

Rabitz, H. 2427 2361 ,2431

,

251 5 Raether, M. 2269

Roueff, E. 2173,2432,

Ragimov, F. Ya. 2233 2433,2498,

2516

Ramette, J. 2354

Roussel 5 K. M. 251 7 Rang 5 L.-Q. 2270 ,251

0

Royer, A. 2276,2434

Ranieri , M. 2254

Rozhkov, V. V. 1879

Ranson, P. 2428

Rozuvanova

,

V. A. 1840

Rao, B. K. 2271

Rudnevskii

,

N. K. 1891 ,2224

Raso, 6. 21 50

Rumbold, D. G. 2223

Rautian, S.

r-b. 2263 ,23o6

,

2387,2393 Ruzov, V. P 2257,2258,

2259

*The numbers refer to paper identification numbers of Part 3.
Author Ref. No.* Author Ref. No.*

Rybakov, B. V. 2277,2435 Seucan, A. 2095

Sabelli, IM. H.

Sachs, E. S.

Safonov, V. P.

Sahal , S. (also

Sahal -Brechot,' S. or

•

Brechot, S.

)

Saloman, E. B.

Sanchez, A.

Odiiuu , IN.

2518

2518

2393

2325,2326,

2350,2436

2376

2278,2483

9171 ??7Q

2437

Shabanova, L. N.

Shalagin, A. M.

Shevel ' ko, A. P.

Sholin, G. V.

Shreider, E. Ya.

Shumaker, J. B. , Jr.

1369,2257,

2258,2259,

2260,2421

,

2441

2386,2387

2403

1878,1900,

2281 ,2282,

2283,2347

2366

2442

Saprykin, E, G. 2386,2387 Shumyatskii , B. Ya. 2451

Sarjeant, W. J. 2223 Sichart, F. v. 2134,2135

Sassi , M. 2349,2519 Sidell, N. 2380

Sato, T. 2280 Sieradzan, A. 2237

Saulit, V. R. 2250,2414 Simard, J.-F. 2450

Sayer, B. 2110 Simonova, N. V. 1890

Schabert, A. 2213 Simpson, J. P. 2284

Scharmann, A. 2369 Skidan, V. V. 2366

Schleusener, J. 2134,2135 Skulachenko, S. S. 2277

Schneider, W. B. 2180 Slemzin, V. A. 2240,2403

Schrijver, H. 1889 Smirnov, G. I. 2336

Schuller, F. C.

Schuller, F.

Segre,/E. R. A.

2438

2337,2439,

2500

2440

Smith, E. W. 2285,2294,

2328,2340,

2407,2456,

2457,2484,

^bU4

*The numbers refer to paper identification numbers of Part 3.
Author Ref. No.*

Smolkin, G. E. 1900

Smyly, D. S. 1898

Sobel man , I . I

.

oil! o o r>o 21 1 1 ,2302,

2453

Sokolov, A. P. 2138,2139

Solyanikova, V. A. 1775,2219

Spatschek, K.-H. 2443

Srivastava, R. P. 2520

Stacey, D. N. 2

1

d9 ,24UU , 2444

Stacey, V. 2444

Stallcop, J. R. 2152

Stamm, R. 2521

Stanzel , G. 2445

Steele, D. 2383

Stelmasik, M. 1370

Stevenson, D. C. 2485

Stewart, J. C. 2286

Stoner, J. 0. , Jr. 2287

Stoner, R. E. 2266

Strandberg, M. W. P. 2288

Stuke, M. 2446

Suckewer, S. 1888,2398

Sulzmann, K. G. P. 2262,2365

*The numbers refer to paper identi

Author Ref. No.*

Suzor, A. 2433

Svanberg, S. 2377

Sventi tskaya , I. N. 2289

Svoboda, V. 1898

Szabo, L. 2147

Szudy, J. 2331 ,2332

Ta Image, J. E. 2419

Tambovtsev, B. Z. 2264

Tang, H. 2200,2290

Tang, K. T. 2458

Taylor, K. 2447

Tendler, M. 2147

Testor, G. 2173

Tetu, M. 2156

Tetyukhin, Yu. A. 2304

Tondello, G. 2503

Toschek, P. 2213

Towns end, W. P. 1898

Trahin, M. 2194

Triche, C. 2422

Trocco n ,0. E. 2140,2217

,

2218

Tsoi, V. I. 1899,2448

i cation numbers of Part 3.

62
Author Ref. No.*

Tsuji , A. 2449

Tvorogov, S. D. 2184

Uman, M. A. 942

Vadla, C. 2247

2292,2330

V all 1 CI 9 u » 1 J / J , c. 1 JU , 2450

Van Kranendonk, J. 2293

Varfolomeev, V. I. 2142

Vasileva, I. A. 2112,2451

Velichko, A. G. 1899,2448

Venkataraghavan, R. 1243,1244

\/o+tov» vc .1 L Uci ) U . C \ OH , ^ 1 J U , 2446

2452

Vetter, S. 2218

Vidal, C. R. 2294,2340

Vinogradov, A. V. 2453

Volkov, Ya. F. 2295

Volonte, S. 2188,2189

Vorobeichi kov, E. S. 2074

Vosi amber, D. 2296,2440,

2510,2521

*The numbers refer to paper identi

Author Ref. No.*

naMwiiucii , II. v. ??Q7 2454

2455

Wagner, E. B. 2419

Ward, J. 2456,2457

Uphpr F Ul 2446

Wei, P. S. P. 2458

Weniger, S. 2267

Wertheim, G. K. 2459

West, K. W. 2459

Whalen, J. E. 2460

Wiese, W. L. 2214,2361

Wilhelm, H. E. 2216

Williams, A. P. 2430

Williams, L. G. 2461

Winefordner, J. D. 1898

Winkel , Th. G. A. 2280

Winnik, S. 2134,2135

Witschel , W. 2372

Wolnikowski , J. 2332

Wormhoudt, J. C. 2279

Worrall , G. 2298

Wujec, T. 1372

Yablonovi tch , E. 2299

fi cation numbers of Part 3.

63
Author Ref. No.*

I a nU V 1 c V J u . u

.

2351

Yakushev, A. I. 2435

Yamada, M. 2269

Yengibarian, N. B. 2301

Yudin, I. I. 2277

Yukov, E. A. 2453

Yundev, D. N. 2451

Zagorodni kov , S. P. 1900

Zaidi, H. R. 2520,2522

Author Ref.

Zavenyagin, Yu. A. 2175

Zav'yalov, G. I. 1838

Zav'yalova, A. Yu. 1838

Zeegers, P. J. Th. 1898

Zel 'dovich, B. Ya. 2302

Zenitani , F. 2303

Zhirnov, V. A. 2304

Zon, B. A. 2462

Zuev, V. S. 2113

Zvyagintsev, A. V. 2023

*The numbers refer to paper identification numbers of Part

64

3.
5. ERRATA

Ref. Corrections or Additions to NBS Special Publication 36^

No.* (Sept. 1972)

569 In Part 1, this reference should be listed under 1.1.2.1.--

Experimental papers.

861 In Part 3, this reference appears in the-original Russian

version. This publication was translated into English in

1972. It is assigned a new number in this suppleinent--21 1 1

.

1466 In Part 2, this reference should not appear under Kr I--

Resonance, T, E, C.

1488 In Part 3, this reference should appear under 1968, not 1969.

It is assigned a new number in this suppl ement--l 369.

1557 In Part 1, this reference should be listed under 1.1.1.4.

Shifts of hydrogen 1 ines--Theoretical papers.

1670 In Part 1, this reference should be listed under 1.1.1.4.

Plasma polarization shift— Comments

.

1693 In Part 1, this reference should be listed under 1.2.3,--

Theoretical papers, instead of 1 .5.1 .--Theoretical papers.

1775 In Part 3, an English translation to the previously cited

Russian work is provided; this translation, found in J. Appl

.

Spectrosc. (USSR) 14, 676 (1971), is also incorporated into

this supplement.

1789 In Part 3, an English translation to the previously cited

Russian work is provided. This translation, found in J. Appl.

Spectrosc. (USSR) 14^, 51 (1971), is also incorporated into

this supplement. In addition, in Part 1, the entry should be

listed under 1 .4.1 .--Experimental papers.

1838 In Part 3, an English translation to the previously cited

Russian work is provided; this translation, found in Sov.

Phys. J. 14^, 1137 (1971 ), is also incorporated into this

supplement.

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

first bibliography.

65
Ref. Corrections or Additions to NBS Special Publication 366,

No'.** Supplement 1 (Ja n. 1974)

1839 In Part 3, an English translation to the previously cited

Russian work is provided; this translation, found in J. Appl

.

Spfectrosc. (USSR) J£, 803 (1971), is also incorporated into

this supplement.

1840 In Part 3, an English translation to the previously cited

Russian work is provided; this translation, found in J. Appl.

Spectrosc. (USSR) 1_5, 1642 (1971 ), is also incorporated into

this supplement.

1868 In Part 3, an English translation to the previously cited

Russian work is provided; this translation, found in Sov.

Phys. J. 14^, 568 (1971 ), is also incorporated into this

supplement.

1878 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in J. Appl.

Spectrosc. (USSR) J£, 21 (1971), is also incorporated into

this supplement.

1879 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in J. Appl.

Spectrosc. (USSR) J_5, 1360 (1971 ), is also incorporated into

this supplement.

1935 In Part 2, this reference should be listed under Hg I (Van der Waals, T) by the following perturbers: He, Ne, Ar,

Kr, and Xe.

1940 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in J. Appl.

Spectrosc. (USSR) J_6, 642 (1972), is also incorporated into

this supplement.

1995 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in J. Appl.

Spectrosc. (USSR) 17_, 1545 (1972), is also incorporated into

this supplement.

1996 In Part 3, an English translation to the previously cited

Russian work is provided; this translation, found in Sov.

Phys. J. 1_5, 667 (1972), is also incorporated into this

supplement. In Supplement 1, the name of the principal author

Is misspelled; the correct spelling is I. I. Klykov, and this

change is incorporated into Parts 3 and 4 of this supplement.

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

Supplement 1

.

66
Ref. Corrections or Additions to NBS Special Publication 366,

No.** Supplement 1 (Jan. 1974)

1999 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in J. Appl

.

Spectrosc. (USSR) J_6, 17 (1972), is also incorporated into

this supplement.

2011 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in Sov.

Phys. J. 1_5, 416 (1.972), is also incorporated into this

supplement.

2023 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in J. Appl.

Spectrosc. (USSR) 26^, 401 (1972), is also incorporated into

this supplement.

2024 In Part 3, an English translation to the previously cited '

' Russian work is provided; this publication, found in Sov.

Phys. J. }5_, 451 (1972), is also incorporated into this

supplement.

2038 In Part 3, add the reference Astron. Astrophys. 30, 482 (1974). :u-lTj

This erratum is incorporated into this supplement. ?^'^|

2074 In Part 3, an English translation to the previously cited

Russian work is provided; this publication, found in Sov.

Phys. J. }S_, 610 (1972), is also incorporated into this

supplement.

The numbers refer to paper identification numbers of Part 3 of

Supplement 1

.

67
NBS-114A (REV. 7-73)

U.S. DEPT. OF COMM. BI&LIOGRAPHIC DATA

SHEET

4. TITLE AND SUBTITLE

1. PUBLICATION OR REPORT NO. NBS SP-366, Supplement 2

2. Gov't Accession

No.

Bibliography on Atomic Line Shapes and Shifts

(July 1973 through May 1975)

7. AUTHOR(S)

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

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

3. Recipient's Accession No.

5. Publication Date November 197 5

6. Performing Organization Code

8. Performing Organ. Report No.

10. Project/Task/Work Unit No. 23?ni71

11. Contract/Grant No.

12. Sponsoring Organization Name and Complete Address (Street, City, State, ZIP)

same as #9

13. Type of Report & Period Covered Interim

.luly 197? - May 1975

14. Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

Library of Congress Catalog Card Number: 72-600147

16. ABSTRACT (A 200-word or less factual summary of most sigpificarit information. It docuipent includes a significant

bibliography or literature survey, mention it here.) This is the second supplement to the NBS Special Publication 366, "Bibliography on Atomic Line Shapes and Shifts (1889 through March 1972)o " It contains about 400

references and covers the literature from July 1973 through May 1975. As before, the

bibliography contains five major parts: (1) All general interest papers are catalogued

according to the broadening mechanisms (and, further, according to special topics

under several of the mechanisms) and as to whether the work is a general theory, a general review, a table of profiles or parameters, a comment on existing work, a stud

of general experimental measurement techniques, or an experimental effort of general

importance. Also included are selected papers on important applications of line broad

ening and on miscellaneous topics relating to atomic spectral line shapes and shifts.

(2) In Part 2, all papers containing numerical data are ordered as to element, ionizatic

stage, and broadening mechanism (in the case of foreign gas broadening the perturbing

species are listed), and it is indicated whether the data are experimentally or theoreti

ally derived. (3) While in the two preceding parts of the bibliography the references

are listed for brevity by identification numbers only, in Part 3 all references are lists

completely by journal, authors, and title and are generally arranged chronologically

and alphabetically within each year according to the principal author. (4) This section

contains a list of all authors and their papers. (5) A final section provides corrections

or additions to the first bibliography and supplement. —

j

I/. KEY WORDS (six to twelve entries; alphabetical order; capitalize only the first letter of the first key word unless a proper name; separated by semicolons) ^^^^ • ^ . instrumental broadening; line shapes; line shifts;

pressure broadening; resonance broadening; Stark broadening; Van der

Waals broadening.

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