A111D3 Dflb3Mfl

NATL INST OF STANDARDS^&TECH R. .C.

A1 11 03086348

Fuhr J R/Blblloaraphy on atomic line s QC100.U57 NO 366 SljPPL.3, 197 C.1 NBS-P NBS SPECIAL PUBLICATION 366

SUPPLEMENTS

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

QC1C0

U57

HO ,366

SUPPL.3

1978
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards 1 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's technical work is performed by the National Measurement Laboratory, the National Engineering Laboratory,

and the Institute for Computer Sciences and Technology.

THE NATIONAL MEASUREMENT LABORATORY provides the national system of

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

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

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

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

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

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

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

calibration services. The Laboratory consists of the following centers:

Absolute Physical Quantities2 — Radiation Research — Thermodynamics and

Molecular Science — Analytical Chemistry — Materials Science.

THE NATIONAL ENGINEERING LABORATORY provides technology and technical

services to users in the public and private sectors to address national needs and to solve national problems in the public interest; conducts research in engineering and applied science

in support of objectives in these efforts; builds and maintains competence in the necessary

disciplines required to carry out this research and technical service; develops engineering data and measurement capabilities; provides engineering measurement traceability services; develops test methods and proposes engineering standards and code changes; develops and

proposes new engineering practices; and develops and improves mechanisms to transfer

results of its research to the utlimate user. The Laboratory consists of the following centers:

Applied Mathematics — Electronics and Electrical Engineering2 — Mechanical

Engineering and Process Technology2 — Building Technology — Fire Research —

Consumer Product Technology — Field Methods.

THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts

research and provides scientific and technical services to aid Federal Agencies in the selection, acquisition, application, and use of computer technology to improve effectiveness and

economy in Government operations in accordance with Public Law 89-306 (40 U.S.C. 759), relevant Executive Orders, and other directives; carries out this mission by managing the Federal Information Processing Standards Program, developing Federal ADP standards

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

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

The Institute consists of the following divisions:

Systems and Software — Computer Systems Engineering — Information Technology.

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

! Some divisions within the center are located at Boulder, Colorado, 80303.

The National Bureau of Standards was reorganized, effective April 9, 1978.
Watiooat Bureau o? Skun&im

JAN 2 1979

AOA A cc -O- fC->

Bibliography on ocd

Atomic Line Shapes and Shifts

(June 1975 through June 1978)

no, -ikk

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

National Measurement Laboratory

National Bureau of Standards

Washington, D.C. 20234

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

Dr. Sidney Harman, Under Secretary

Jordan J. Baruch, Assistant Secretary for Science and Technology

NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

Issued December 1978
Library of Congress Catalog Card Number: 72-600147

National Bureau of Standards Special Publication 366 Supplement 3

Nat. Bur. Stand. (U.S.), Spec. Publ. 366 Suppl. 3, 83 pages (Dec. 1978) CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1978

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

Stock No. 0O3-0O3-02007-9 Price $2.75

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

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

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

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

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

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

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

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

task. Bibliographies derived from these files are published when they appear to be of value to research workers and others interested in the particular technical area.

Further information on NSRDS and the publications which form the primary output of the program may be obtained by writing to the Office of Standard Reference Data, National Bureau of Standards, Washington, DC 20234.

David R. Lide, Jr., Chief

Office of Standard Reference Data

iii

Contents

Page Foreword iii

A. INTRODUCTION vii

Table of Code Letters and Abbreviations vii

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; Asymmetries of hydrogenic lines; Microfield distributions; Magnetic fields; Turbulent plasmas; Ion dynamics of hydrogenic lines; Plasma polarization shifts; Stark effect on

states above the ionization threshold ; Small field limit, fine structure; Relativistic effects] 1 1.1.2. van der Waals broadening 2

1.1.2.1. Satellite bands 2

1.1.2.2. Polarization effects 3

1.1.2.3. Fine structure; hyperfine structure 3

1.1.3. Resonance broadening 3

1.2. Basic articles on Doppler and natural line shapes 3

1.2.1. Doppler broadening and shifts 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 tech- niques for determining line shapes 3

1.3.2. Deconvolution 3

1.3.3. Superposition of broadening mechanisms 3

1.3.4. Two-photon and saturation methods 4

1.4. Important line broadening applications 4

1.4.1. Laser & maser applications 4

1.4.2. Astrophysical applications 4

1.4.3. Plasma diagnostics 4

1.4.4. Other applications 4

v
Page 1.5. Other topics involving line shapes and shifts 4

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

transfer 4

1.5.2. Broadening of scattered radiation 4

1.5.3. Some important papers on molecular line broadening 5

1.5.4. Miscellaneous topics: [Broadening of x-ray lines; Light shifts, relaxation; Zeeman broadening; New anomalous redshifts] 5

1.6. Review articles 5

1.6.1. General line broadening reviews 5

1.6.2. Reviews on pressure broadening 5

1.6.2.1. Reviews on Stark broadening 5

1.6.2.2. Reviews on foreign gas broadening 5

1.7. References on line broadening tables and bibliographies 5

1.7.1. General line broadening tables 5

1.7.2. Pressure broadening tables 5

1.7.2.1. Special Stark broadening tables 5

1.7.2.2. Special foreign gas broadening tables 5

1.7.3. Doppler and natural line broadening tables 5

1.7.4. Tables of Voigt functions 5

1.7.5. Line broadening bibliographies 5

2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA 6

3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES 15

4. LIST OF AUTHORS 62

5. ERRATA 76

vi
BIBLIOGRAPHY ON ATOMIC LINE SHAPES

AND SHIFTS

(June 1975 through June 1978)

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

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

Line Shapes and Shifts (1889 through March 1972). It contains about 600 references and covers

the literature from June 1975 through June 1978. 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 preceding 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 by year of publication and alphabetically by authors' names within the

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

corrections or additions to the second supplement to the original bibliography.

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 (July 1973 through

May 1975),x which is the second supplement to our

original bibliography,2 the number of articles containing numerical data, reviews, or comments of general interest has again increased sufficiently as to warrant a new supplement. The arrangement of the preceding bibliographies is generally retained. This

third supplement, containing about 600 references,

includes all new papers that were received in the

1 Fuhr, J. R., Martin, G. A., and Specht, B. J., Bibliography on Atomic

Line Shapes and Shifts (July 1973 through May 1975), Nat. Bur. Stand. (U.S.), Spec. Publ. 366, Suppl. 2, 75 pages (Nov. 1975).

2 Fuhr, J. R., Wiese, 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).

NBS library before June 30, 1978. A few recently

collected articles, which were published prior to 1975,

are listed in Part 3 under the year of publication.

Since we feel that our collection of articles for the year 1975 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 previous supplements, we have provided an

errata section, consisting of corrections and additions

to Supplement 2 to the original bibliography. Refer- ences to English translations of previously cited Russian articles are also listed in this final section. We would like to express our sincere thanks to Dr. D. E. Kelleher, who helped in the selection and

classification of the articles.

TABLE OF CODE LETTERS AND ABBREVIATIONS

A. Description B- Language

1. T—theoretical method 1- Czech —Czech

2. E—experimental method 2. Fr.—French

3. C—comment 3 - f^T" 4. Pol.—Polish

5. Russ.—Russian

vii

B. BIBLIOGRAPHICAL MATERIAL

1. LITERATURE REFERENCES OF GENERAL INTEREST

1 .0. GENERAL ARTICLES ON LINE SHAPES AND SHIFTS (GENERAL THEORIES AND COMMENTS , ETC.)

Theoretical paper: 2551

1.1. PRESSURE BROADENING

Comment: 2527

Theoretical papers: 2526,2528,2587,2626,2642,2664,2665,2721 ,2728,2780,2842,

2900,2910,2957,2965,3000,3013

1.1.1. Stark broadening and shifts

Comments: 2757,2758,2759,2849

Theoretical papers: 2540,2541 ,2542,2548,2587,2626,2668,2725,2726,

2744 , 2896 , 2936 ,2947 ,2992 ,3069 ,3080

Combined theoretical -comment: 2659

1.1.1.1. Hydrogen and hydrogen- like (overlapping) lines

Comment: 3077

Experimental paper: 2847

Theoretical papers: 2478,2539,2572,2574,2575,2606,2620,2836,

2856 ,2883 ,291 3 ,2920 ,2984 ,2987 ,3065

1.1.1.2. Isolated lines of neutral spectra

Experimental paper: 2596

Theoretical papers: 2533,3061

1.1.1.3. Isolated lines of ionic spectra

Comments: 2468,2736

1.1.1.4. Topics of particular interest

A . Line wings

Comment: 2881

Experimental papers: 2670,2953

Theoretical paper: 2572

B . Effects of collective electric fields

Comment: 2649

1
Experimental papers: 2567,2738,2811

Theoretical papers: 2635,2673,2819,3072

C . Asymmetries of hydrogenic lines

Experimental papers: 2718,2994

Theoretical papers: 2851,2878

D. Microfield distributions

Theoretical papers: 2473,2540,2560,2631,2646,2656,2725,

2734,2790,2813,2841 ,2883,2936,2967,

3007,3008,3015

E. Magnetic fields

Theoretical paper: 2772

F. Turbulent plasmas

Experimental paper: 2809

Combined theoretical-comment: 2659

6. Ion dynamics of hydrogenic lines

Experimental paper: 3056

Theoretical papers: 2766,2913,2967

Combined theoretical -comment : 3070

H. Plasma polarization shifts

Comment: 3080

Experimental paper: 2847

I . Stark effect on states above the ionization threshold

Theoretical paper: 2775

J. Small field limit; fine structure

Experimental papers: 2582,3063

K. Relativistic effects

Theoretical paper: 2794

1.1.2. van der Haals broadening

Comments: 2545,2586

Theoretical papers: 2472,2546,2547,2579,2638,2773,2780,2816,2886,2888,

2993,3074

Combined theoretical-comment: 2814

1.1.2.1. Satellite bands

Experimental papers: 2593,2613,2667,2706,2935,3016

2
Theoretical papers: 2579,2665,2815,2840,3047,3066,3074

1.1.2.2. Polarization effects

Theoretical papers: 2812,2980,3001

1.1.2.3. Fine structure; hyperfine structure

Theoretical papers: 2519,2520,2822,2887

1.1.3. Resonance broadening

Comment: 2562

Theoretical papers: 2482,2544,2647,2648,2660,2681 ,2833,2834,2876,2965,

2976,3024

1.2. BASIC ARTICLES ON DOPPLER AND NATURAL LINE SHAPES

1.2.1. Doppler broadening and shifts

Comment: 2637

Experimental paper: 2749

Theoretical papers: 2524,2597,2616,2634,2654,2747,2777,2911 ,2938

1.2.2. Natural line broadening

No papers in this category.

1.2.3. Radiation induced broadening

Experimental papers: 2535,2675,2676,2740,2783,2793,2904,2918

Theoretical papers: 2474,2534,2606,2607,2617,2876,2877,2955

Combined theoretical-experimental: 3057

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: 2118,2471 ,2477,2589,2592,2739,2787,2825,2903

Theoretical papers: 2465,2639,2722,2741 ,2765,2781 ,2835,2898,2962,3071

Combined theoretical-experimental: 1245,2114

1.3.2. Deconvolution

Theoretical papers: 2674,2741 ,2786,2797,2806,2824,2831 ,2839,2891 ,2898,

2962,3011 ,3060,3081

Combined theoretical-experimental: 2591,2961

1.3.3. Superposition of broadening mechanisms

Theoretical papers: 2544,2563,2597,2640,2641 ,2683,2732,2742,2747,2761 , 281 8,2843 ,2877 ,2906 ,291 1 ,2927 ,2946 ,2970 ,2985 ,2988

,

3048,3054,3067

3
1.3.4. Two-photon and saturation methods

Experimental paper: 2582

Theoretical papers: 2598,2720,2721

1 .4. IMPORTANT LINE BROADENING APPLICATIONS

1.4.1. Laser S maser applications

Experimental papers: 2513,2535,2675,2676,2705,2738,2740,2783,2793,

2819,2828,2904,2918,2968,2998,3073

Theoretical papers : 2530 ,2534,2576 ,2606 ,2877 ,2887 ,2907 ,2955 ,2956

,

2957,3014,3069

Combined theoretical-experimental : 2707,2717,2826,2850,2897,3057

1.4.2. Astrophysical applications

Comment: 2986

Experimental paper: 2743

Theoretical papers: 2577,2612,2621 ,2638,2808,2827,2831 ,2880,3012,3048,

3054

Combined theoretical-comments: 2708,3006

Combined theoretical-experimental: 2792

1.4.3. Plasma diagnostics

Experimental papers: 2305,2316,2317,2319,2464,2610,2611 ,2627,2662,

2670,2711 ,2713,2714,2718,2745,2752,2846,2902,

2912,2974,2995,2998,3021 ,3023,3059

Theoretical papers: 2600,2709,2751,2884

Combined theoretical-experimental: 2466,2717,2769,2832

1.4.4. Other applications

Combined theoretical-comment: 2557

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

Theoretical papers: 2506,2524,2590,2625,2671,2843,2844

Combined theoretical-experimental: 2583,2949,2961

1.5.2. Broadening of scattered radiation

Experimental paper: 2555

Theoretical papers: 2524,2981

Combined theoretical-experimental: 2897

\ 4
1.5.3. Some important papers on molecular line broadening

Theoretical papers: 2485,2568,2724,2728,2764,2829,2900,2921 ,2926,2932,

2946,2964,2971 ,3010,3052,3060

1.5.4. Miscellaneous topics

A. Broadening of x-ray lines

Experimental paper: 2853

B . Light shifts; relaxation

Experimental papers: 2511,2605,2918,3023

Theoretical papers: 2508,2554,2558,2905,2979

Combined theoretical-experimental: 2463,2509

C . Zeeman broadening

Experimental paper: 2937

Theoretical paper: 2577

D. New anomalous redshifts

Theoretical paper: 2799

1 .6. REVIEW ARTICLES

1.6.1. General line broadening reviews : 2826

1.6.2. Reviews on pressure broadening : 2119,2306,2470,2528

1.6.2.1. Reviews on Stark broadening : 2480,2484,2578,2784,2785,2967

1.6.2.2. Reviews on foreign gas broadening : 2644

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 : 2515,2784,2785,2992

1.7.2.2. Special foreign gas broadening tables : 2733

1.7.3. Doppler and natural line broadening tables : 2911

1.7.4. Tables of Voiqt functions : 2911,2927

1.7.5. Line broadening bibliographies : 2564

5
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

van der Waals, T,E

2899 by Ar 2899 by He 2899 by Ne 2899 by N

2 2674 by air-C

2

H

2

Al (Aluminum]

Al I Stark, E Stark, T van der Waals, E

Stark, E Stark, T,E

Al II

2316,2923,3049

3050

2609 by C

2

H

2 -N

2 0

2923

2510

Stark, E Stark, T

Al XIII

Ar (Argon)

Ar I

3058

2778,3077

resonance, E resonance, T,E

Stark, E

2704,2730

3018

2596,2958

Description

Stark, T,E

van der Waals, E

van der Waals, T,E

Stark-Doppler-natural

,

Stark, E

Stark, E Stark, T

Stark, E Stark, T

Stark, T

Ar II

Ar III

Ar IV

Reference No.*

2754,2805

2603,2704

by Ar

2731 by He 3018 by Ar

2968

2881 ,2929

2479,2630,2881

2941

2479,2630

2941

2841 ,3077

Ar XVIII

B (Boron)

B I van der Waal s-Doppl er , 2762 by He

E 2762 by Ne 2762 by Ar

2762 by Kr 2762 by Xe

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

6
Description

Stark, E

B II

Ba (Barium)

Ba I

Reference No.* Description

2975 Stark, E

Reference No.*

C IV

Ca (Calcium)

Ca I

2998

van der Waals, E

van der Waals, T,E

Ba II Stark, E van der Waals, E

2609,2951 by

air-C

2 H

2 2509 by C

2 H2 -N

2 0 3068 by Kr 3068 by Xe

2922

2672 by Ar

2672 by He 2672 by Kr 2672 by Ne 2672 by Xe

Be (Beryllium)

Be III Stark, T 3004

(see also reference on He sequence)

Be IV Stark, E Stark, T Stark, T,E

2610

2851,3004

3017

Doppler, E instrumental , E line broadening, E Stark, E van der Waals, E

van der Waals , T

Stark-van der Waals,

Ca II Doppler, E instrumental , E line broadening, E Stark, E

van der Waals, E

van der Waals , T

Stark-van der Waals,

2817

2817

2817

2817

2609 by air-C

2 H2 2609 by C

2 H

2 -N2 0 2723,2743 by He 2723 by Ne 2972 by He 2972 by Ne 2817 by Na

2817

2817

2817

2522,2817,2885,

2922

2885 by Ar

2581 by He 2814 by H 2570 by He 2817 by Na

Stark, E

C (Carbon)

c I 2753,2807,2982

Cd (Cadmium)

Cd I van der Waals, T 2814 by H resonance, E 2584

van der Waals, E 2669 by Ar

C V 2802 by He Stark, T 2627 2669 by NH

3 (see also reference on He sequence)

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

7
Description

Cd II van der Waals, T,E

Reference No.*

2850 by He

CI (Chlorine)

Cl III Stark, E Stark, T

Cr (Chromium;

Cr I van der Waals, E

Cs (Cesium)

Cs I resonance, E resonance, T Stark, E van der Waals, E

2990

2939

2609 by C

2

H

2 -N

2 0 2314 by He

2959,2978,3016

2976

2801 2529,2658,2667,

2716,2804,2837,

2838,2890,2977

by Ar

2716 by CF

4 2618,3016 by Cs 2716 by D

2 2529,2667,2716,

2804,2890,3076

by He 2716 by H

2 2667,2804,2838

by Kr 2529,2658,2667,

2716,2804,2837,

2890 by Ne 2716 by N

2 2593,2658,2667,

2798,2804,2838,

2908 by Xe

Descri ption

van der Waals, T

van der Waal s , T ,E

Reference No.*

2716 by hydrocarbo

1905,2309,2755,

2779,2823,3074

by Ar

2925 by Cs 1905,2779 by He 1905,2755,2779,

2823 by Kr 1905,2779 by Ne 1905,2755,2779,

2780,2823,2925,

3047 by Xe 2969 by Xe

Cu (Copper)

Cu I Stark, E van der Waals , E

van der Waals, T,E

Cu II Stark, E

2316

2623 by Ar

2623 by Ne 2674 by air-C

2 H2

2316

F (Fluorine

Stark, E

Stark, E Stark, T

F I

F II

2997

2990

2939

Fe (Iron)

Fe I line broadening, T,E resonance, E Stark, E van der Waal s , E

2683

2663

2615,2663

2623 by Ar

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

8
Description

van der Waals, T

Reference No.*

2663 by CO 2663 by H 2917 by He 2623 by Ne 2561,2814 by H

Ga (Gallium)

Ga I van der Waals, E 2609 by C

2 H

2 -N2 0

H (Hydrogen)

H I Stark, E

Stark, T

Stark, T,C

Stark, T,E

van der Waals, C van der Waals, E

van der Waals, T

2307,2308,2408,

2466,2483,2565,

2567,2585,2678,

2718,2768,2809,

2821,2934,2974,

2983,2994,2995,

-3056,3063

2478,2481,2539,

2549,2550,2571

,

2580,2620,2635,

2643,2661 ,2734,

2746,2813,2827,

2842,2856,2878,

2883,2884,2916,

2920,2936,2947,

2984,3007,3008,

3022,3065

2573,3070

2318,2651,2810

1903 by He 3009 by Ar

3009 by He 2636 by Ar

2928 by D 1902,2116,2519,

2520,2636,2712

by He

Description

van der Waals, T,E

Stark-Zeeman, T

Reference No.*

2594 by Ar

2594 by He 2594 by Ne 2772

He (Helium)

He I resonance, E resonance, T Stark, C Stark, E

Stark, T

van der Waals, E Doppler-resonance, T Stark-Doppler, E

2730

3024

2650,2933

2514,2516

2553,2567

2735,2745

2819,2845

2889,2902

2954,3005

2515,2517

2612,2653

2726,2882

2730,2895

2732

2953

,2552,

,2585,

,2752,

,2854,

,2914,

,3025

,2518,

,2710,

,3072

by He

He II line broadening, T,E

Stark, E

Stark, T

2960

2567,2745,2752,

2811 ,2847,2848,

2879,2952

2575,2673,2756

He (Helium) Sequence

Stark, T 2548

Hg (Mercury)

Hg I resonance, T,E

Stark, E

2569

2909

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

9
Description Reference No.* Description Reference No.*

van der Waals, E 2538,2894,3051

by Ar In (Indium)

2682 by Cd 2525,2531 ,2894

by He

In I van der Waals, E 2543 by Ar

2719,2894,2935 2543 by He

by Kr 2682 by Mg

2525,2531 ,2894

|< (Potassium)

by Ne

2310 by Hg

2525 by N

2 2525,2719,2894

by Xe 2682 by Zn van der Waals, T 2115 by Ar

van der Waals, C 2748 by Ar

K I resonance, E 2619 resonance, T 2976

Stark, E 2633,2820,2996

2579 by Kr van der Waals, T,E 2628 by Hg

van der Waals, E 2507,2523,2556,

2715 by Ar

2670 by CH

4 -air

2609 by C

2 H2 -N

2 0 (Iodine) 2523,2556,2715

I I van der Waals, E 2624,2750,3073

by Ar

2750 by CF

2 C1 2

by He 2523,2556,2715

by Ne 2507,2523,2715

2750 by CF.Br

by N

2 van der Waals, T 2645,2779,3002

by Ar 2599,2645,2779,

2750 by (CF

3

) 2 C0 van der Waals, T,E 2707 by Ar

2750 by CO 2624,2750 by C0

2 2750 by C.F7

I 2624 by He 3002 by He

2624 by Kr 2779 ' 3002 by Kr

2624 by Ne 2779 ' 3002 by Ne

2624,2750 by N

£ 2779 ' 3002 by Xe

2750 by SF

g 2624 by xe Kr (Krypton)

Kr I resonance, T 3024 resonance, T,E 2601 Stark, E 2596,2958,3064

van der Waals, T 2638 by Ar

2707 by CF3I

2707 by C0

2 2707 by C

3 F

?

I 2707 by SFfi 2707 by Xe 2638 by He

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

10
Description

van der Waals, T,E

Reference No.*

3053 by Ar

3053 by He

Li (Lithium)

Li I Stark, E Stark, T van der Waals, E

van der Waals, T

van der Waals-Doppler,

E

2243,2408,2996

2726,3019

2566,2655,3062

by Ar 2566,2655,2830,

3062 by He 2566,2655 by Kr 2566,2655 by Ne 2566,2655 by Xe 2779,3066 by Ar 2519,2536,2779

2972,3066 by He 2779 by Kr 2779,3066 by Ne 2779 by Xe 2973 by He 2973 by Xe

Mg (Magnesium)

Mg I resonance, E Stark, E Stark, T van der Waals, E

van der Waals, T

Stark, E van der Waals, E

Mg II

2855

2791 2726

2919,3026 by Ar

2791 by H 2919,3026 by He 3026 by Kr 2855,3026 by Ne 2919,3026 by Xe 2537 by He

2791 ,2922

2791 by H

Description

van der Waals, T

Reference No.*

2537 by He

Doppler, E 2713

(see also reference on He sequence!

Mg XII Stark, E 2713,2714

Mo (Molybdenum)

Mo I van der Waals, E 2609 by C

2 H

2 -N

2 0

N (Nitrogen]

N I resonance, E Stark, E Stark, T van der Waals , C van der Waals, E

van der Waals, T

N II Stark, E Stark, T

Stark, E Stark, T

2999

2763

2512,2737,3061

1903 by He 1906 by He 1906 by Ne 1906 by N

2 1246,1901 by He

2632

2767,2942

N III 2632

2767

Na (Sodium)

Na I resonance, E resonance, T Stark, E

2619

2976

2312,2633,2760,

2820,2885,2996

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

11
Description

van der Waals, E

Reference No.* Description

van der Waals, T

van der Waals, T,E

in | lion I

Ne I

2523,2595,2680,

2715,2800,2885

by Ar 2523,2559,2595,

2680,2715,2729,

2800 by He 2915,2945 by

H

2 -02 -Ar 2945 by H2 -0

2 -N

2 2588,2595,2680,

2771,2800,3078

by Kr 2523,2532,2595,

2680,2715,2800

by Ne 2523,2715,2800

by N

2 2595,2680,2800,

3078 by Xe 2638,2779,2796,

3066 by Ar 2638,2644,2652

by H 2311 ,2519,2536,

2599,2638,2645,

2679,2779,2796,

3066 by He 2779 by Kr 2779,2796,3066

by Ne 2779,2796 by Xe 2893 by Ar

2893 by He 2893,3079 by Kr 2893 by Ne 2893,3079 by Xe

Stark, T,E

van der Waals, E

van der Waals , T van der Waals-Doppler,

E

Stark, E

Stark, T

Ne II

Ne X

Reference No.*

2770

2513,2731 ,2782,

3075 by He 1904,2730,2782,

2852,3075 by Ne 2814 by H 2705 by He

2991

2841 ,2851 ,3077

0 (Oxygen)

o I resonance, E Stark, T van der Waals, T

Stark, E Stark, T

0 II

2999

2726

2814 by H

2316,2629

2943

0 III Stark, E Stark, T

2629

2943

P (Phosphorus)

p i Stark, E 3020

Rb (Rubidium)

Rb I

resonance, E 2730,2783

line broadening, T,E resonance, E resonance, T2961 2619,2677,2706

2944,2976

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

12
Description Reference No.* Description Reference No.*

resonance, T,E 2362 van der Waals, T,E 2931 by Xe Stark, E 2963,2996

van der Waals, E 2117,2309,2469,

2 52,, 252 3,2608, 81 (Silicon)

2622,2666,2667, Si I 2715,2788,2795, van der Waals, T 2814 by H 2804 by Ar

2521 by CH

4 Si II 2469,2523,2608, Stark, E 2604,2966

2622,2667,2715, Stark, T 2940

2788,2795,2804

by He Si III 2117,2309,2469, Stark, E 2989

2521 ,2608,2622,

2666,2667,2776, Si IV 2795,2804,2838, Stark, E 2989

2948 by Kr 2117,2469,2521 , 2523,2608,2622, Sr (Strontium)

2666,2667,2715, Sr I 2795,2804 by Ne van der Waals, E 2609,2951 by

2521,2523,2715, air-C

2

H

2 2788,2789 by N

2 2950 by Ar 2117,2309,2467, 2945 by C0-N

2 0 2469,2608,2622, 2609 by C

2

H

2 -N2 0 2667,2795,2804, 2950 by H

2 0 2838 by Xe van der Waals, T,E 2949 by air-C

2

H

2 van der Waals, T 1905,2638,2755, 2897 by Ar 2773,2779,2823,

2944,3003 by Ar Sr II 1905,2638,2645, Stark, E 2922

2773,2779,3003 van der Waals, T 2814 by H

by He 2570 by He 1905,2755,2779,

2823,3003 by Kr 1905,2602,2657,

2755,2773,2779, Ti I 3003 by Ne van der Waals, E 2609 by C

2 H2 -N

2 0 1905,2755,2779,

2823,2892,3003

by Xe

Ti (Titanium)

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

13
Description Reference No.*

T! (Thallium)

Tl I Doppler, E 2787 resonance, E 2613

van der Waals, E 2901 by Ar

2901 by He 2310 by Hg

2901 by Kr 2901 by Ne 2857 by Tl 2613,2803,2901

by Xe

Xe (Xenon)

Xe I resonance, T,E 2601 Stark, E 2596,2958

Stark, T 2930 van der Waals, E 2774 by He 2727,2774 by Xe van der Waals, T 2930 by Xe van der Waals, T,E 3055 by Xe

Zn (Zinc)

Zn I resonance, C 2614

van der Waals, E 2476 by He 2476 by Xe

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

14
3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES

1967

1245. V. Kapicka, Influence of the Apparatus Function on the Determination of the

Width of a Spectral Line, Publ . Fac. Sci . Univ. J. E. Purkyne, Brno,

Tchecoslovaquie 48£, 289. (Czech.)

1968

1246. J. D. Lyons, S. Ray, & T. P. Das, Hyperfine Pressure Shift and van der Waals

Interaction. II. Nitrogen-Helium System, Phys. Rev. 174, 112; 181_, 465 (1969).

1901. S. Ray & T. P. Das, Short-Range Effects on the Pressure Shift for a Nitrogen

Atom in a Rare-Gas Atmosphere, Phys. Rev. 174, 32; 181_, 465 (1969).

1902. S. Ray, J. D. Lyons, & T. P. Das, Hyperfine Pressure Shift and van der Waals

Interactions. I. Hydrogen-Helium System, Phys. Rev. 174, 104; 181_, 465 (1969).

1969

1903. B. K. Rao & T. P. Das, Hyperfine Pressure Shift and van der Waals Interaction.

III. Temperature Dependence, Phys. Rev. 185, 95.

1970

1904. A. P. Makarov, Measurement of the Broadening of Neon Spectral Lines by the

Absorption Method, "Voprosy Fiziki Nizkotemperaturnoi Plazmy," 95-98

("Nauka i Tekhnika," Minsk). (Russ.)

1967-1970

15
1905. A. I. Okunevich & V. I. Perel' , Relaxation in the Sublevel System of the Excited

State of Alkali Metal Atoms Colliding with Noble Gas Atoms, Sov. Phys.--JETP 31_, 356.

1906. R. E. Weiss, R. H. Lambert, & L. C. Balling, Temperature Dependence of Hyperfine Pressure Shifts. II. Nitrogen in Helium, Neon, and Molecular Nitrogen, Phys.

Rev. A 2, 1745.

1971

2114. V. Kapicka & L. Pencikova, Determination of the Apparatus Function of a Fabry- Perot Interferometer, Scr. Fac. Sci . Nat. Univ. Purkynianae Brun. 1_, 33. (Czech.)

1972

2115. W. Behmenburg, A New Optical Method for the Determination of Interatomic

Potentials, Z. Naturforsch. , Teil A 27 , 31.

2116. W. D. Davison & Y. C. Liew, A Calculation of the Interaction Potential and

Hyperfine Shift in HeH, J. Phys. B 5_, 309.

87 2117. H. Fukuyo, K. Iga, & N. Kuramochi , Spectral Characteristics of Rb Lamps

Containing Different Carrier Gases, Bull. Tokyo Inst. Technol . No. 113, 67.

2118. V. Kapicka & Z. Vosicky, Influence of Doppler Broadening on the Accuracy for

Determining the Apparatus Function of Fabry-Perot 1 s Interferometer, Scr. Fac. Sci. Nat. Univ. Purkynianae Brun. 2, 95.

2119. H. van Regemorter, Spectral Line Broadening, "Atoms and Molecules in Astrophysics,"

85-119 (Eds., T. R. Carson & M. J. Roberts, Academic Press, London).

1973

2243. V. G. Mikhalev, S. N. Ogorodnikov, & V. G. Pankratov, Some Characteristics of

Widening of Spectral Lines of Lithium, J. Appl . Spectrosc. (USSR) 1_8, 103.

2305. V. A. Abramov, R. P. Vasil'eva, & M. I. Pergament, Spectroscopic Measurements of Plasma Parameters in a Coaxial Injector, "Diagnostika Plazmy," No. 3, 27-31

(Atomizdat Moskva). (Russ.)

1970-1973

16
2306. W. Behmenburg, On the Determination of Interatomic Forces from the Profiles of Pressure Broadened Spectral Lines, Ann. Univ. Sarav., Math .-Naturwiss . Fak.

No. 10, 11-208. (Ger.)

2307. K. Behringer & W. R. Ott, Measurement of the Ly-a Stark Profile in a Pure Hydrogen Arc, Contrib. Pap. --Int. Conf. Phenom. Ioniz. Gases, 11 , 396 (Ed.,

I. Stoll, Czech. Acad. Sci., Inst. Phys., Prague, Czech.).

2308. I. A. Bez'yazychnyi , E. V. Lifshii, A. K. Berezin, A. M. Artamoshkin, & A. V. Petukhov, Use of a Double Electron-Optical Transducer for Studying a Pulsed Plasma-Beam Discharge, "Diagnostika Plazmy," No. 3, 59-63 (Atomizdat

Moskva). (Russ.)

2309. C. G. Carrington, D. Drummond, A. Gallagher, & A. V. Phelps, Oscillations in

Continuum Molecular Spectra of Al kal i-Metal--Noble-Gas Molecules, Chem. Phys. Lett. 22, 511.

2310. W. Funk & H.-G. Kloss, Broadening of Thallium and Indium Resonance Lines by

Mercury, Contrib. Pap. --Int. Conf. Phenom. Ioniz. Gases, 11 th

, 400 (Ed.,

I. Stoll, Czech. Acad. Sci., Inst. Phys., Prague, Czech.).

2311. S. A. Kandela, On the Spectral Line Broadening by High Temperature Neutral

Perturbers, Bull. Coll. Sci., Univ. Baghdad T4, 31.

2312. D. Leteinturier, J.-C. Valognes, & P. Mergault, Spectrographical Analysis of the

Light Emitted by the Anodic Plasma During Anode Effect in Molten Cryolite

Electrolysis, Electrochim. Acta ]_8, 995.

2314. G. Pujol & S. Weniger, Collision Broadening and Shift in the Chromium Multiplet

(a

7 S - y7 P°), Contrib. Pap. --Int. Conf. Phenom. Ioniz. Gases, 11 th

, 399 (Ed.,

I. Stoll, Czech. Acad. Sci., Inst. Phys., Prague, Czech.).

2315. G. V. Sholin, V. S. Lisitsa, & V. I. Kogan, Effect of the Thermal Movement of

Ions on the Stark Broadening of Spectral Lines in Plasma, "Diagnostika Plazmy,"

No. 3, 32-40 (Atomizdat Moskva). (Russ.)

2316. M. A. Sultanov & V. A. Ageev, Determination of Dense-Plasma Temperature

According to the Shift of Spectral Lines, Dokl . Akad. Nauk Tadzh. SSR 16,

No. 7, 26. (Russ.)

1973

17
2317. V. A. Vershkov, Ya. R. Rakhimbabaev , 0. A. Zinov'ev, V. D. Rusanov, &

A. V. Titov, Experimental Determination of Turbulent-Plasma Parameters According to the Stark Broadening of Spectral Lines, "Diagnostika Plazmy,"

No. 3, 55-59 (Atomizdat Moskva). (Russ.)

2318. S. P. Zagorodnikov, G. E. Smolkin, E. A. Striganova, & G. V. Sholin,

Measurement of the Turbulence Level of Electrostatic Vibrations in a Coll isionl ess Plasma According to the Stark Broadening of Spectral Hydrogen

Lines by a High-Speed Electron Optical Spectrochronographic Method,

"Diagnostika Plazmy," No. 3, 45-55 (Atomizdat Moskva). (Russ.)

2319. E. K. Zavoiskii, Yu. G. Kalinin, D. N. Lin, V. D. Ryutov, V. A. Skoryupin,

& V. V. Shapkin, Measurement of Electric Fields in a Turbulent Plasma by

Stark Broadening of Hydrogen Lines, "Diagnostika Plazmy," No. 3, 41-44

(Atomizdat Moskva) . (Russ.)

1974

2362. A. Gallagher & E. L. Lewis, Resonance Broadening of Hanle-Effect Signals in Rubidium, Phys. Rev. A ]_0, 231; 16, 1337 (1977).

2408. V. G. Mikhalev, S. N. Ogorodnikov, & V. G. Pankratov, Determination of Electron

Density from the Intensity of Forbidden Transitions in Lithium Plasmas, J. Appl. Spectrosc. (USSR) 20, 673.

2463. E. I. Alekseyev, E. N. Bazarov, & V. P. Gubin, Light Shifts in a Frequency

Standard with a Rubidium Cell in the Presence of Spatial Separation of the

Optical Pumping and Interaction with the Microwave Field, Radio Eng. Electron.

Phys. (USSR) T_9, 58.

2464. S. V. Antipov, M. V. Nezlin, E. N. Snezhkin, A. S. Trubnikov, & I. F. Khanov,

A Ten-Channel Polychromator for Studying the Shape of the Spectral Lines of

a Nonstationary Plasma, Instrum. Exp. Tech. (USSR) 1_7, Part 2, 852.

2465. V. M. Arkhipov & V. A. Rozuvanova, Calculation of the Apparatus Functions of

S.I.S.A.M. Spectrometers for Finite Values of the Entrance Apertures, Sov

J. Opt. Technol . 41_> 269 -

2466. M. V. Babykin, A. I. Zhuzhunashvi 1 i , E. A. Oks , V. V. Shapkin, & G. V. Sholin,

Polarization Spectroscopic Analysis of Noise Produced in a Turbulent Plasma

Upon Annihilation of Oppositely Moving Magnetic Fields, Sov. Phys.--JETP 38, 86

1973-1974

18
2467. C. G. Carrington & A. Gallagher, Teratomic Recombination of Excited RbXe, J. Chem. Phys. 60, 3436.

2468. M. S. Dimitri jevic, P. Grujic, & N. Konjevic, On the Stark Broadening Theory

of Singly Ionized Atoms, "Physics of Ionized Gases 1974: Contributed Papers,"

249-252 (Rovinj, Yugoslavia).

2469. D. L. Drummond & A. Gallagher, Potentials and Continuum Spectra of Rb-Noble

Gas Molecules, J. Chem. Phys. 60, 3426.

2470. W. R. Hindmarsh, Line Width and Line Broadening, "Atoms, Molecules and Lasers,"

133-173 (International Atomic Energy Agency, Vienna).

2471. V. Kapicka, Measuring the Broadening of Spectral Lines Using the Fabry-Perot

Interferometer, Prac. Konf. Cesk. Fyz., [Pr.], 3 rd

, 1973 (Pub. 1974), 135-136

(Ed., M. Matyas, Academia: Prague, Czech.). (Czech.)

2472. A. P. Kazantsev, Collision of Highly Excited Atoms, Opt. Spectrosc. (USSR) 37,

589.

2473. G. A. Koval'skaya & V. G. Sevast'yanenko, Effect of Statistical Microfields in

Plasma on the Photoionization of Hydrogen Atoms, Aerofiz. Issled. No. 3, 7. (Russ.

)

2474. V. S. Lisitsa & S. I. Yakovlenko, Optical and Radiative Collisions, Sov. Phys.-- JETP 39, 759.

2476. A. A. Misiunas & V. K. Morkunas, A Linear Absorption Study of the Width of the

3075.9 8 Line of

64 Zn, Sov. Phys .—Col 1 ect. 1_4, No. 5, 45.

2477. A. M. Nemets, G. I. Nikolaev, & V. G. Flisyuk, Calculation of Some Parameters of Spectral Lines in Measurement of Broadening and Optical Density of Metal

Vapors by the Atomic Absorption Method, J. Appl . Spectrosc. (USSR) 21_, 1003.

2478. E. A. Oks & G. V. Sholin, Stark Profiles of Hydrogen Balmer Lines from an Isotropic Spectrum of Low Frequency Electrostatic Noise in a Turbulent Plasma,

Ordena Lenina Institut Atomnoi Energii im. I. V. Kurchatova IAE 2391. (Russ.)

2479. M. Platisa, M. Popovic, M. Dimitri jevic, & N. Konjevic, Stark Broadening of Ar III and Ar IV Lines, "Physics of Ionized Gases 1974: Contributed Papers,"

245-248 (Rovinj, Yugoslavia).

1974

19
2480. J. Puric, Lj. Cirkovic, & J. Labat, Regularities in Stark Broadening Parameters,

Fizika (Zagreb) 6, 211

2481. V. V. Rozhkov, Frequency Shift of Hydrogen Spectral Lines Emitted by a Dense

Plasma, Tr. Metrol . Inst. SSSR No. 164, 37. (Russ.)

2482. M. L. Strekalov, Resonant Excitation Transfer in Collisions of Identical Atoms,

Sov. Phys.—Dokl. ]_9, 767.

2483. G. L. Weissler, Vacuum UV Spectroscopy with Plasma Arcs, "Vacuum Ultraviolet

Radiation Physics," 59-61 (Eds., E.-E. Koch, R. Haensel , & C. Kunz, PergamonVieweg, Braunschweig, West Germany).

2484. W. L. Wiese, Experimental Progress on Plasma Broadening of Hydrogen Balmer Lines,

"Physics of Ionized Gases 1974," 637-673 (Ed., V. Vujnovic, Institute of Physics,

University of Zagreb, Zagreb, Yugoslavia).

2485. V. E. Zuev, S. D. Tvorogov, & V. V. Fomin, Theory of the Broadening of Spectral

Lines and Formation of the Absorption Band Contour, Prikl. Spektrosk., Sb. Obz.

Dokl. Vses. S'ezda Spektrosk., 17 th

, 1971, 41-66 (Ed., A. A. Yankovskii, Akad.

Nauk Beloruss. SSR, Inst. Fiz., Minsk, USSR). (Russ.)

1975

2506. R. Abjean & M. Leriche, On the Shape of Absorption Lines in a Divergent Atomic

Beam, Opt. Commun. 1_5, 121.

2507. E. B. Aleksandrov, S. L. Izotova, A. B. Mamyrin, & M. S. Frish, Shaping Line

Contours for Optical Pumping of the Resonance Lines of Potassium, Opt. Spectrosc.

(USSR) 38, 466.

2508. E. I. Alekseev & E. N. Bazarov, Light- Induced Shifts of a Quantum Frequency

Standard with Optical Pulse Pumping and Optical Display of a Ramsey Line with

Suppressed Side Maxima, Sov. J. Quantum Electron. 5_, 563.

2509. E. I. Alekseev, E. N. Bazarov, & G. I. Telegin, Light Shifts in a Quantum

Frequency Standard with Pulsed Optical Pumping and Optical Indication of the

87 Ramsey Structure of the 0-0 Transition Line of Rb Atoms, Radio Eng. Electron.

Phys. (USSR) 20, No. 4, 73.

1974-1975

20
2510. A. W. Allen, M. Blaha, W. W. Jones, A. Sanchez, & H. R. Griem, Stark-Broadening

Measurement and Calculations for a Singly Ionized Aluminum Line, Phys . Rev. A 11

,

477.

2511. M. Arditi & J.-L. Picque, Precision Measurements of Light Shifts Induced by a

1 33 Narrowband GaAs Laser in the 0-0 Cs Hyperfine Transition, J. Phys. B 8, L331

2512. L. A. Babenya, Absorption Coefficients of Spectral Lines of Nitrogen in an Air

Plasma, J. Appl . Spectrosc. (USSR) 22_, 158.

2513. V. A. Balakin, I. P. Konovalov, & E. D. Protsenko, Measurement of the Spectral

Characteristics of the 3.3912 u (3s

2 -3p2 Ne) Line, Sov. J. Quantum Electron. 5_, 581

2514. G. Baravian, J. Bretagne, J. Godart, & G. Sultan, Study of the 4471 8 and

4922 8 Lines in the Afterglow of a Helium Plasma Produced by Laser, Z. Phys.

B 20, 255.

2515. A. J. Barnard, J. Cooper, & E. W. Smith, Stark Broadening Tables for He I

X 4922 8, J. Quant. Spectrosc. Radiat. Transfer 1_5, 429.

2516. A. J. Barnard & D. C. Stevenson, Measurement of the He I 4471 8 Profile at an

1 5 -3 Electron Density of 10 cm , J. Quant. Spectrosc. Radiat. Transfer j_5, 123.

2517. J. M. Bassalo & M. Cattani, Quantum Mechanical Calculations for the Electron

Impact Broadening and Shift of Some Lines of Neutral Helium in a Hot Plasma,

Can. J. Phys. 53, 2285.

2518. J. M. Bassalo, Y. Yamamoto, & M. Cattani, Quantum Mechanical Calculations for

3 3 the Electron Impact Broadening and Shift of the Line 4 s * 2 p of Helium in

a Hot Plasma, Can. J. Phys. 53, 683.

2519. VI. V. Batygin, Vit. V. Batygin, Yu. G. Guzhva, & A. N. Ivanov, Theory of Shifts

and Broadening of Hyperfine Transition Lines of an Atom in a Medium of Buffer

Gases, Tr. Leningr. Politekh. Inst. No. 344, 105. (Russ.)

2520. VI. V. Batygin, N. A. Lapuk, & B. G. Matisov, Theoretical Study of a Line Shift

in the Hyperfine Structure of Hydrogen Atoms in a Helium Atmosphere, Tr. Leningr.

Politekh. Inst. No. 344, 99. (Russ.)

2521. VI. V. Batygin & V. S. Zholnerov, Temperature Dependence of the Hyperfine

87 Transition Frequency of the Ground State of Rb in a Buffer Medium, Opt.

Spectrosc. (USSR) 39_, 254.

1975

21
2522. J. F. Baur & J. Cooper, A Measurement at Low Temperature of the Stark Broadened

3968 K Line of Ionized Calcium, Phys. Lett. A 54, 457.

2523. B. L. Bean & R. H. Lambert, Temperature Dependence of Hyperfine Density Shifts.

III. 23Na, 39

K, and

85 Rb in He, Ne, Ar, and N

2

, Phys. Rev. A 1_2, 1498.

2524. Y. Ben-Aryeh & M. Mayseless, Resonant Propagation of Coherent Pulses in a Gas with Doppler Broadening, J. Quant. Spectrosc. Radiat. Transfer 15^, 411.

2525. Z. Ben-Lakhdar-Akrout, J. Butaux, & R. Lennuier, Experimental Study of the

Mercury 4047 ft Line (6

3 Pq - 7

3

S-j ) Absorption Profile in the Presence of

Foreign Gases, J. Phys. (Paris) 36_, 625.

2526. A. Ben-Reuven, Spectral Line Shapes in Gases in the Binary-Collision Approximation,

"Advances in Chemical Physics," Vol. 33, 235-293 (Eds., I. Prigogine & S. A. Rice,

John Wiley and Sons, New York).

2527. P. R. Berman, Effects of Phase- Interrupti ng and Velocity-Changing Collisions on Spectral Line Formation, Comments At. Mol . Phys. 5_, 19.

2528. P. R. Berman, Theory of Collision Effects on Atomic and Molecular Line Shapes,

Appl. Phys. 6, 283.

2529. E. Bernabeu & F. Garcia-Peral ta , Pressure Effects of Helium, Neon, and Argon

on the Hyperfine Structure of the First Doublet of Cesium, "Seventh EGAS Conference—Summaries of Contributions," No. 67 (Grenoble, France).

2530. R. E. Beverly III, Pressure-Broadened Iodine-Laser-Amplifier Kinetics and a Comparison of Diluent Effectiveness, Opt. Commun. T_5, 204.

2531. K. A. Bikmukhametov, V. M. Klement'ev, & V. P. Chebotaev, Experimental

Investigation of the Dependences of the Collision Broadening and Shift of the

Emission Line of a Mercury Laser on He and Ne Pressures, Sov. J. Quantum

Electron. 5, 278.

2532. F. Biraben, B. Cagnac, & G. Grynberg, Shift and Broadening of the 3S-4D Two-Photon

Transition in the Sodium Atom by Collision with Neon Atoms, J. Phys. Lett. (Paris) 36, L-41 . (Fr.)

2533. V. I. Boiko, Electron Broadening of Overlapping Spectral Lines, Sov. Phys.--JETP

4J_, 425.

1975

22
2534. L. T. Bolotskikh & A. K. Popov, Spectral Line Profile of an Inhomogeneously

Broadened Transition in the Presence of a Strong Field that Homogeneously

Broadens an Adjacent Transition, Opt. Spectrosc. (USSR) 38, 329.

2535. M . P. Bondareva, Yu. M. Kirin, S. G. Rautian, V. P. Safonov, & B. M . Chernobrod,

Radiative Perturbation of the 4P, 4S Levels of Potassium Atoms in a Strong

Field, Opt. Spectrosc. (USSR) 38, 121.

2536. C. Bottcher, T. E. Cravens, & A. Dalgarno, Collision Broadening and Relaxation

of the Resonance Lines of Lithium and Sodium in Helium Gas, Proc. R . Soc

London, Ser. A 346 , 157.

2537. C. Bottcher, K. K. Docken, & A. Dalgarno, Collision Broadening of Mg

+ and Mg

by He, J. Phys. B 8, 1756.

2538. C. Bousquet, N. Bras, & R. Lennuier, Broadening and Shift of the Mercury

1849 8 Absorption Line in the Presence of Argon, J. Phys. (Paris), Lett. 36_, L-233. (Fr.)

2539. M. Caby-Eyraud, G. Coulaud, & Nguyen-Hoe, Contribution of Strong Interactions

to the Wings of Hydrogen Lines Broadened by the Charged Particles in Plasmas,

J. Quant. Spectrosc. Radiat. Transfer 15_, 593.

2540. H. Capes & D. Voslamber, Ion-Electron Correlations in Stark Broadening,

"Proceedings of the Twelfth International Conference on Phenomena in Ionized

Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 260 (Eds.,

J. G. A. Hblscher & D. C. Schram, North-Holland, Amsterdam).

2541. H. Capes & D. Voslamber, Plasma Correlation Effects on Stark Broadening, Z. Naturforsch. , Teil A 30, 913.

2542. M. Cattani, Overlapping Lines. Quantum Mechanical Treatment for the Electron

Collisions, Phys. Lett. A 54, 483.

2543. 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 1_5, 341.

2544. J. Cooper & D. N. Stacey, Correlations Between Doppler and Pressure Broadening

for the Resonance Interaction, Phys. Rev. A 12_, 2438.

2545. G. Das, Variational Principle Applied to Hyperfine Pressure Shifts, Phys.

Rev. A 12_, 335.

1975

23
2546. E. I. Dashevskaya & E. A. Kobzeva, Approximate Calculation of Cross Sections for

Spectral Line Broadening and Shift, Opt. Spectrosc. (USSR) 39, 350.

2547. R. W. Davies, Many-Body Treatment of Pressure Shifts Associated with Collisional

Broadening, Phys. Rev. A 1_2, 927.

2548. J. Davis & V. L. Jacobs, Effects of Plasma Microfields on Radiative Transitions

from Atomic Levels Above the Ionization Threshold, Phys. Rev. A ]_2, 2017.

2549. A. V. Demura, V. S. Lisitsa, & G. V. Sholin, On the Ion Motion Effect in Stark

Profiles of Hydrogen Lines in a Plasma, "Proceedings of the Twelfth International

Conference on Phenomena in Ionized Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 37 (Eds., J. G. A. Hb'lscher & D. C. Schram, North-Holland,

Amsterdam)

2550. A. V. Demura & G. V. Sholin, Theory of the Asymmetry of Stark Profiles of

Hydrogen Lines in a Dense Plasma, J. Quant. Spectrosc. Radiat. Transfer 1_5, 881.

(Russ.)

2551. M. W. C. Dharma-wardana , The Absorption of Light by Hydrogenic Plasmas I., J. Phys. B 8, 2728.

2552. C. S. Diatta, A. Czernichowski , & J. Chapelle, Measurement of Stark Broadening

and Shift of the Helium I Line A = 4471.5 ft and Its Forbidden Component

A = 4470 ft for Electron Densities 7 • 10

14 £ N g [cm

-3

] £ 3 • 10

16

, Z. Naturforsch

Teil A 30, 900.

2553. C. S. Diatta, A. Czernichowski, & J. Chapelle, Measurement of Stark Broadening

and Shift of the Helium I Line A = 4922 ft and Its Forbidden Components,

"Proceedings of the Twelfth International Conference on Phenomena in Ionized

Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 367 (Eds.,

J. G. A. Hb'lscher & D. C. Schram, North-Holland, Amsterdam).

2554. A. Di Giacomo & F. Feo, Radiative and Relaxation Effects on Line Shape, Nuovo Cimento Soc. Ital . Fis. B 25, 730.

2555. H. F. Db'bele & K. Hirsch, Scattering of Laser Light from Excited Hydrogen Atoms

in a Plasma, Phys. Lett. A 54, 267.

2556. K. Dorenburg, M. Gladisch, & G. zu Putlitz, Potassium Hyperfine Density Shifts

at High Noble Gas Pressures, "Seventh EGAS Conference—Summaries of Contributions

No. 65 (Grenoble, France).

1975

24
2557. B. E. Douda & R. J. Exton, Optically Thick Line Widths in Pyrotechnic Flares,

J. Quant. Spectrosc. Radiat. Transfer 1_5, 615.

2558. B. Dubreuil, Comments on the Calculation of Laser Induced Hydrogenic Light

Shifts, Phys. Lett. A 5]_s 377.

2559. M. J. Eckart, The Shape of the Sodium D Lines in a High-Temperature Helium

Atmosphere, J. Phys. B 8, 852.

2560. G. H. Ecker & A. Schumacher, Dynamic Screening Model of the Electric Microfield

Distribution, Z. Naturforsch . , Teil A 30, 413.

2561. M. G. Edmunds, On the Broadening of Iron Lines by Neutral Hydrogen, Astron. Astrophys. 38, 137; 41_, 119.

2562. R. J. Exton, Comment on Resonance Broadening, J. Quant. Spectrosc. Radiat.

Transfer J_5, 1141

2563. B. W. Fowler & C. C. Sung, Doppler and Collision-Broadening Effects in the

Profile of Spectral Lines, J. Opt. Soc. Am. 65, 949.

2564. J. R. Fuhr, G. A. Martin, & B. J. Specht, "Bibliography on Atomic Line Shapes

and Shifts (July 1973 through May 1975)," Nat. Bur. Stand. (U.S.), Spec. Publ . 366,

Suppl. 2 (U.S. Government Printing Office, Washington, D.C.).

2565. G. Fussmann, Measurement of Stark Broadened Lyman Lines, J. Quant. Spectrosc.

Radiat. Transfer 15_, 791.

2566. A. Gallagher, Noble Gas Broadening of the Li Resonance Line, Phys. Rev. A 12

,

133.

2567. C. C. Gallagher & M. A. Levine, Observation of Hydrogen and Helium Satellites

in a Turbulent Plasma, J. Quant. Spectrosc. Radiat. Transfer 15_, 275.

2568. A. P. Gal'tsev, Theory of the Line Profile Caused by Molecular Interaction,

Sov. J. Opt. Technol. 42_, 53.

2569. D. Gebhard & W. Behmenburg, Resonance Broadening and Oscillator Strength of

the Mercury Absorption Line 1850 ft, Z. Naturforsch., Teil A 30, 445.

2570. A. Giusti-Suzor & E. Roueff, Depolarization, Broadening, and Shift of Sr II and Ca II Lines by Helium Atoms, J. Phys. B 8, 2708.

1975

25
2571. B. Grabowski & J. Halenka, On Red Shifts and Asymmetries of Hydrogen Spectral

Lines, Astron. Astrophys. 45, 159.

2572. R. L. Greene & J. Cooper, A Unified Theory of Stark Broadening for Hydrogenic

Ions—II. Line Wings, J. Quant. Spectrosc. Radiat. Transfer 1_5, 1037.

2573. R. L. Greene & J. Cooper, On the Effect of Time-Ordering for Lyman-a, J. Quant. Spectrosc. Radiat. Transfer J_5, 991.

2574. R. L. Greene, J. Cooper, & E. W. Smith, A Unified Theory of Stark Broadening

for Hydrogenic Ions--I. A General Theory (Including Time-Ordering), J. Quant.

Spectrosc. Radiat. Transfer 1_5, 1025.

2575. R. L. Greene & J. Cooper, A Unified Theory of Stark Broadening for Hydrogenic

Ions--III. Results for He II Lyman-a, J. Quant. Spectrosc. Radiat. Transfer 15 , 1045.

2576. H. Greenstein & C. W. Bates, Jr., Line Width and Tuning Effects in Resonant Excitation, J. Opt. Soc. Am. (55, 33.

2577. A. Greve, The Zeeman Broadening of High n Solar Recombination Lines, Sol.

Phys. 44, 371.

2578. H. R. Griem, Stark Broadening, "Advances in Atomic and Molecular Physics,"

Vol. 11, 331-359 (Eds., D. R. Bates & B. Bederson, Academic Press, Inc., New York).

2579. T. Grycuk & J. Wierzbicka, The Problem of Satellites of Spectral Lines in the

Jablonski Theory, Opt. Commun. 1_4, 348.

2580. V. Ts. Gurovich, L. K. Merenkova, & V. S. Engel'sht, Calculation of the Spectrum

of a Hydrogen Plasma Near a Series Limit, Sov. Phys.--Dokl. 20, 200.

2581. G. L. Hammond, The Broadening of Calcium II H and K Lines by Helium,, Astrophys.

J. 196, 291.

2582. K. C. Harvey, R. T. Hawkins, G. Meisel, & A. L. Schawlow, Measurement of the

Stark Effect in Sodium by Two-Photon Spectroscopy, Phys. Rev. Lett. 34, 1073.

2583. W. Heering, Diffuse Reflection and Radiative Transfer of Pressure Broadened

Resonance Lines, Z. Phys. A 27*1, 91.

1975

26
2584. W. Heering, Regular Reflection of Pressure Broadened Resonance Lines, Z. Phys. B 20 , 69.

2585. J. D. Hey & H. R. Griem, Central Structure of Low-n Balmer Lines in Dense Plasmas, Phys. Rev. A 1_2, 169.

2586. D. Hofsass, van der Waals Broadening for Heavy Elements, J. Quant. Spectrosc.

Radiat. Transfer 1_5, 901.

2587. T. Hussey, J. W. Dufty, & C. F. Hooper, Kinetic Theory of Spectral Line

Broadening, Phys. Rev. A 1_2, 1084.

2588. N. Ioli & M. Meucci, Broadening and Shift of the D, Line of Na Perturbed by

Kr at Low Pressure, "Seventh EGAS Conference—Summaries of Contributions,"

No. 81 (Grenoble, France).

2589. S. Iordanescu & Th. Ionescu-Bujor, An Experimental Set-Up for Obtaining

Time-Resolved Spectral Line Profiles, Rev. Roum. Phys. 20_, 11.

2590. F. E. Irons, Radiative Transfer Across Expanding Laser-Produced Plasmas

I. Line Profiles, J. Phys. B 8, 3044.

2591. S. L. Izotova, N. G. Preobrazhenskii , B. Z. Tambovtsev, & M. S. Frish, Methods

for the Correct Treatment of Spectral Line Profiles, Opt. Spectrosc. (USSR) 38 , 482.

2592. V. Kapicka, On the Problem of Spectrum Line Width Determination at High

Frequency Discharges, Folia Fac. Sci. Nat. Univ. Purkynianae Brun. 16^

No. 4, 5.

2593. J. F. Kielkopf, Excitation Transfer, Lifetimes, and Satellite Bands in

Cs (7p)-Xe Collisions, J. Chem. Phys. 62, 4809.

2594. J. F. Kielkopf, Impact Broadening and Shift of the Ha

Line by Helium, Neon,

and Argon, J. Chem. Phys. 62, 3784.

2595. J. F. Kielkopf & R. B. Knollenberg, Broadening and Shift of the Sodium Diffuse

Series by Noble Gas, Phys. Rev. A 1_2, 559.

2596. P. Klein, Stark Widths and Shifts, Thesis, Universitat Dusseldorf. (Ger.)

2597. D. Kiihlke, A Formulation of the Saturation of Absorption Lines, Which Are Partially

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

1975

27
2598. D. Klihlke & E. Dopel , Influence of Collision Processes on Saturated Absorption

Line Shapes, Czech. J. Phys., Sect. B 25, 1084.

2599. 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.

2600. L. N. Kurochka, The Last Resolvable Line in the Hydrogen Spectrum, Sov. Astron.—AJ 18, 526.

2601. P. Laporte, N. Damany, & H. Damany, High-Density Resonant Shift of Atomic Lines

of Krypton and Xenon in the Wavelength Range 113-150 nm, Phys. Rev. A 1_2, 1944.

2602. E. Leboucher & F. Schuller, Moment Analysis of Absorption Profiles in Terms of

Anisotropic Interatomic Potentials, J. Quant. Spectrosc. Radiat. Transfer 15 , 217.

2603. C. S. Lee, D. M. Camm, & G. H. Copley, van der Waals Broadening of Argon

Absorption Lines, J. Quant. Spectrosc. Radiat. Transfer 15, 211.

2604. A. Lesage & M. Miller, Experimental Widths and Shifts for Ionized Silicon Lines,

C. R. Acad. Sci., Ser. B 280., 645. (Fr.)

2605. P. F. Liao & J. E. Bjorkholm, Direct Observation of Atomic Energy Level Shifts

in Two-Photon Absorption, Phys. Rev. Lett. 34, 1 ; 34 , 1540.

2606. V. S. Lisitsa, Hydrogen Line Contour Deformation Induced in a Plasma by a Strong

Electromagnetic Field, Sov. Phys.--JETP 42_, 101.

2607. V. S. Lisitsa & S. I. Yakovlenko, A Nonlinear Theory of Broadening and a Generalization of the Karplus-Schwinger Formula, Sov. Phys.--JETP 4J_, 233.

2 87 2608. M. Lukaszewski, Broadening of Level Crossing Signals in 5 P- /9 State of Rb

85 ' and Rb by Collisions with Noble-Gas Atoms, Phys. Lett. A 5J_, 481.

2609. B. V. L'vov, L. K. Polzik, D. A. Katskov, & L. P. Kruglikova, Interferometric

Measurement of the Shift of Lines in Flames as Related to the Interpretation

of Resonance Line Absorption in Atomic Absorption Spectroscopy, J. Appl

Spectrosc. (USSR) 22, 591

2610. A. M. Malvezzi, E. Jannitti, & G. Tondello, Observations of Stark Broadening

of Resonance Lines in a Beryllium, Laser Produced Plasma, Opt. Commun. 1_3, 307.

1975

28
2611. J. M. Mermet, Comparison of Temperatures and Electron Densities Measured on Plasma Gas and On Excited Elements in a High Frequency Plasma, Spectrochim.

Acta, Part B 30, 383. (Fr.

)

2612. 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. 197, 139.

2613. A. A. Misiunas & N. A. Stulpiniene, Influence of the Intrinsic Tl Vapor Pressure

on the Shape of the A 258 nm Spectral Line, Sov. Phys. --Collect. 1_5, No. 5, 95.

2614. A. Misiunas & V. K. Norkunas, Effects of Temperature on the Self-Broadened

Zn 3075.9 ft Line, Sov. Phys.— Collect. 1_5, No. 1, 82.

2615. J. Moity, P. E. Pieri, & J. Richou, Experimental Stark Constants for Some Fe I Lines, Astron. Astrophys. 45, 417. (Fr.)

2616. F. J. Morgan, A. Marcuzzi, & C. H. Dugan, Shapes of Optical Emission Lines from

Atoms Excited by Fast Ion Impact: I. Calculated Profiles, Can. J. Phys. 53_, 2525.

2617. A. Zh. Muradyan, Stark Broadening of Spectral Lines in the Field of Opposite

Waves, Izv. Akad. Nauk Arm. SSR, Fiz. 1_0, 361. (Russ.)

2618. K. Niemax & G. Pichler, Determination of van der Waals Constants from the Red

Wings of Self-Broadened Cs Principal Series Lines, J. Phys. B 8, 2718.

2619. K. Niemax & G. Pichler, New Aspects in the Self-Broadening of Alkali Resonance

Lines, J. Phys. B 8, 179.

2620. E. A. Oks & G. V. Sholin, Stark Profiles of Hydrogen Spectral Lines in a Plasma

with Langmuir Turbulence, Sov. Phys.--JETP 41_, 482.

2621. E. C. Olson, Hydrogen Profiles, Helium Line Strengths, and Surface Gravities of

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

2622. Ch. Ottinger, R. Scheps, G. W. York, & A. Gallagher, Broadening of the Rb

Resonance Lines by the Noble Gases, Phys. Rev. A 1J_, 1815.

2623. Y. Pacheva, D. Zechev, & R . Dyulgerova, Intensity and Width of Spectral Lines

from Copper and Iron Hollow Cathode Lamps, Bulg. J. Phys. 2_, 585.

1975

29
2624. T. D. Padn'ck & R. E. Palmer, Pressure Broadening of the Atomic Iodine

5

2 P1/2

" 5 2p

3/2 Transition » J - Chem - Phys - 62» 335°-

2625. M. Pavlov, V. Radujkov, M. Platisa, & M. Popovic, Influence of Boundary

Layer on Ha and Line Shape, "Proceedings of the Twelfth International

Conference on Phenomena in Ionized Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 372 (Eds., J. G. A. Hb'lscher & D. C. Schram, NorthHolland, Amsterdam)

2626. G. Peach, The Width of Spectral Lines, Contemp. Phys. 1_6, 17.

2627. N. J. Peacock & B. A. Norton, Measurement of Megagauss Magnetic Fields in a Plasma Focus Device, Phys. Rev. A ]_]_, 2142.

2628. D. Perrin-Lagarde & R. Lennuier, Experimental Study of the Effect of Hg-Hg

Interactions on the Shape of the 2537 8 Mercury Line, J. Phys. (Paris) 36,

357. (Fr.)

2629. M. Platisa, M. V. Popovic, & N. Konjevic, Stark Broadening of 0 II and 0 III Lines, Astron. Astrophys. 45, 325.

2630. M. Platisa, M. Popovic, M. Dimi tri jevic , & N. Konjevic, Stark Broadening of

Ar III and Ar IV Lines, Z. Naturforsch. , Teil A 30, 212.

2631. L. I. Podlubny & S. A. Trigger, Distribution of Microfields in Non-Ideal Plasma,

"Proceedings of the Twelfth International Conference on Phenomena in Ionized

Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 259 (Eds.,

J. G. A. Hb'lscher & D. C. Schram, North-Holland, Amsterdam).

2632. M. V. Popovic, M. Platisa, & N. Konjevic, Stark Broadening of N II and N III Lines, Astron. Astrophys. 4J_, 463.

2633. J. Puric, J. Labat, S. Djenize, & Lj. Cirkovic, Stark Broadening and Shift Parameters of Sodium and Potassium Resonant Lines, "Proceedings of the Twelfth

International Conference on Phenomena in Ionized Gases, Eindhoven, The

Netherlands, Part 1: Contributed Papers," 368 (Eds., J. G. A. Hb'lscher &

D. C. Schram, North-Holland, Amsterdam).

2634. V. I. Rakhovskii & V. M. Shustryakov, Profile of the Absorption Line of Atoms

in Metastable States Excited by Electron Impact in an Atomic Beam, Opt.

Spectrosc. (USSR) 38, 603.

1975

30
2635. L. Q. Rang & D. Voslamber, Contribution of Ion Perturbers to the Far Wings of

Lyman-a, J. Phys. B 8, 331.

2636. S. Ray, Molecular Theory of Hyperfine Pressure Shifts in H Caused by Ar and He Buffers, Phys. Rev. A J_2, 2031 .

2637. F. H. Read, Doppler and Other Broadening Effects in Electron Scattering

Experiments, J. Phys. B 8, 1034.

2638. W. van Rensbergen, E. de Doncker, & G. Deridder, On the Broadening and Shift of

Spectral Lines, Sol. Phys. 40, 303.

2639. 0. Rish & M. P. Chaika, Possibility of Measuring Spectral Line Broadening by

Magnetic Scanning, Opt. Spectrosc. (USSR) 38^, 598.

2640. P. L. Roney, A Theory of Doppler and Binary Collision Broadening by Foreign

Gases--II. Isolated Spectral Line Structure, J. Quant. Spectrosc. Radiat.

Transfer j_5, 181 ; 1_5, 706.

2641. P. L. Roney, A Theory of Doppler and Binary Collision Broadening by Foreign

Gases —I. Formal Theory, J. Quant. Spectrosc. Radiat. Transfer j_5, 361;

1_5, 706.

2642. P. L. Roney, Approximation of Off-Shell Scattering Operators for Non-Lorentzian

Line Shape Calculations, J. Quant. Spectrosc. Radiat. Transfer 1_5, 301.

2643. L. J. Roszman, Effects of Time Ordering on Plasma Broadened Hydrogen Profiles,

Phys. Rev. Lett. 34, 785.

2644. E. Roueff, Broadening of Some Solar Na I Lines by Atomic Hydrogen, Astron. Astrophys. 38, 41; 46, 149 (1976).

2645. E. Roueff, Calculations on Recent High Temperature Experiments Involving

Alkali-Rare-Gas Collisions, J. Phys. B 8, L429.

2646. K. M. Roussel & R. F. 0'Connell, A Comparison Between Debye-Hu'ckel Screening

and the Stark Effect on the Determination of the Last Observable Spectral

Line from a Hydrogen-Like Plasma, Phys. Lett. A 5]_, 244.

2647. A. Royer, Theory of Self-Broadening of Spectral Lines, Can. J. Phys. 53, 2470.

31

1975
2648. A. Royer, Theory of Self-Broadening in an Adiabatic Representation, Can. J. Phys. 53, 2477.

2649. B. F. Rozsnyai, Screening Effects Upon Spectral Lines in Hot Matter, J. Quant.

Spectrosc. Radiat. Transfer J_5, 695.

2650. W. R. Rutgers, On the Deduction of Turbulent Field Parameters from the Profile

of Forbidden Helium Spectral Lines, "Proceedings of the Twelfth International

Conference on Phenomena in Ionized Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 371 (Eds., J. G. A. Holscher & D. C. Schram, North-Holland,

Amsterdam)

.

2651. W. R. Rutgers & H. W. Kalfsbeek, Calculations and Measurements of the Dynamic

Stark Effect in Hydrogen, Z. Naturforsch. , Teil A 30, 739.

2652. E. S. Sachs & J. Hinze, Calculation of the Far-Wing Line Broadening of the

Sodium D Line Induced by Collisions with Hydrogen Atoms, J. Chem. Phys. 62

,

3389.

2653. 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.

2654. E. Schatzman & C. Magnan, Shifts and Asymmetries of Lines Formed in a Thermally

Driven Turbulent Medium, Astron. Astrophys. 38, 373.

2655. R. Scheps, Ch. Ottinger, G. York, & A. Gallagher, Continuum Spectra and Potentials

of Li-Noble Gas Molecules, J. Chem. Phys. 63, 2581.

2656. A. Schumacher, The Microfield Distribution Evaluated from the Dynamic Screening

Model, "Proceedings of the Twelfth International Conference on Phenomena in

Ionized Gases, Eindhoven, The Netherlands, Part 1: Contributed Papers," 258

(Eds., J. G. A. Holscher & D. C. Schram, North-Holland, Amsterdam).

2657. Y. Shimoni & A. D. Wilson, Quantal Studies of Alkali Metal-Rare Gas Collisions.

IV. Depolarization, Broadening, and Shift of Rb D Lines by Ne, Chem. Phys. 11 , 289.

2658. G. Smith, Collision Broadening and Shift in the 6s-7p Doublet of Cesium, J. Phys. B 8, 2273.

2659. D. S. Spicer & J. Davis, The Stark Broadening Mechanism in an Unstable Plasma,

Sol. Phys. 107.

1975

32
2660. R. P. Srivastava & H. R. Zaidi, Complete Line Shape for the Impact, Static, and

the Intermediate Regions, Can. J. Phys. 53_, 84.

2661. R. Stamm & D. Voslamber, Plasma Spectroscopy--Analysis of the Line Profiles of

the Balmer Series, C. R. Acad. Sci . , Ser. B 280 , 223. (Fr.)

2662. H. J. Stupp & Th. Overhoff, Atomic Emission Spectroscopy, By Laser Excitation,

on Graphite Under Elevated Pressure--II . Characteristics and Special Features of the Emission Spectra, Spectrochim. Acta, Part B 30, 89. (Ger.)

2663. K. G. P. Sulzmann, G. E. Parks, & S. S. Penner, Line Intensities, Shifts, and

Broadenings of Fe I Lines in Shock-Heated Gas Mixtures, "Modern Developments

in Shock Tube Research," 648-659 (Ed., G. Kaminoto, Kyoto, Japan).

2664. J. Szudy, Density Expansion of the Shape of Pressure-Broadened Spectral Lines,

Bull. Acad. Pol. Sci., Ser. Sci., Math., Astron. Phys. 23, 629.

2665. J. Szudy & W. E. Baylis, Unified Franck-Condon Treatment of Pressure Broadening

of Spectral Lines, J. Quant. Spectrosc. Radiat. Transfer 1_5, 641; V7_, 269 (1977).

2666. T. Tako, Y. Koga, & I. Hirano, Spectral Profiles of Rb-D Lines, Jpn. J. Appl

Phys. 14, 591 ; 14_, 1261

2667. A. Tarn, G. Moe, W. Park, & W. Happer, Strong New Emission Bands in Alkali-NobleGas Systems, Phys. Rev. Lett. 35, 85.

2668. N. Tran Minh, N. Feautrier, & H. van Regemorter, A Quantum Unified Theory of

Stark Broadening in the Wings of Spectral Lines, J. Phys. B 8, 1810.

2669. H. Umemoto, S. Yamamoto, & S. Sato, The Pressure Broadening of the CadmiumResonance Line at 326.1 nm in Ammonia and Argon, Bull. Chem. Soc. Jpn. 48_, 2760.

2670. I. A. Vasileva, L. V. Deputatova, & A. P. Nefedov, Experimental Study of

Absorptance in the Wings of the Potassium and Sodium Resonance Doublets, Opt.

Spectrosc. (USSR) 39^ 8.

2671. B. A. Veklenko & G. B. Tkachuk, Transfer of Resonance Radiation in a Narrow Spectral

Line, Opt. Spectrosc. (USSR) 38, 653.

137 + 2672. J. Vetter, M. Stuke, & E. W. Weber, Hyperfine Density Shifts of Ba Ions in Noble Gas Buffers, Z. Phys. A 273, 129.

1975

33
2673. S. Volonte, Improved Quantum Mechanical Treatment of Plasma Polarization Shift

of Ion Lines, J. Phys. B 8_, 1170; Plasma Polarization Shift: An Improved

Quantum-Mechanical Treatment, Astrophys. Space Sci . 38, 377.

2674. H. C. Wagenaar & L. de Galan, The Influence of Line Profiles Upon Analytical

Curves for Copper and Silver in Atomic Absorption Spectroscopy, Spectrochim.

Acta, Part B 30, 361

2675. C. C. Wang & L. I. Davis, Jr., Saturation of Resonant Two-Photon Transitions

in Thallium Vapor, Phys. Rev. Lett. 35_, 650.

2676. J. F. Ward & A. V. Smith, Saturation of Two-Photon-Resonant Optical Processes

in Cesium Vapor, Phys. Rev. Lett. 35_, 653.

2677. K. Wendt & H. J. Kusch, Self-Broadening of Principal Series Lines of Rubidium

at High Number Densities and Oscillator Strengths, Z. Phys. A 275 , 111.

2678. W. L. Wiese, D. E. Kelleher, & V. Helbig, Variations in Balmer-Line Stark

Profiles with Atom- Ion Reduced Mass, Phys. Rev. A 11_, 1854.

2679. A. D. Wilson & Y. Shimoni , Quantal Studies of Al kal i-Metal -Rare-Gas Collisions.

III. Broadening of Na D Lines by He, J. Phys. B 8, 2415.

2680. G. York, R. Scheps, & A. Gallagher, Continuum Radiation and Potentials of Na- Noble Gas Molecules, J. Chem. Phys. 63_, 1052.

2681. H. R. Zaidi, Theory of Resonance Broadening Including the Duration of Collision

Effects, Can. J. Phys. 53, 76.

2682. A. Yu. Zav'yalova, G. I. Zav'yalov, & N. A. Prilezhaeva, Broadening of the

Hg 2537 ft Line as a Function of the Density of Hg Atoms in the Presence of

Several Metals, Sov. Phys. J. 18, 258.

2683. D. Zechev, R. Dyulgerova, & Y. Pacheva, The Profile of the Fe 372*00 nm Line

Excited in a Hollow Cathode Discharge, J. Quant. Spectrosc. Radiat. Transfer 1_5, 941

1976

2704. D. P. Aeschliman, R. A. Hill, & D. L. Evans, Collisional Broadening and Shift

of Neutral Argon Spectral Lines, Phys. Rev. A 1_4, 1421.

1975-1976

34
2705. K. Ando, T. Akahane, & T. Tako, A New Method for Determination of Line Shape Parameters of High Gain Laser Transition, Jpn. J. Appl . Phys. 1_5, 663.

2706. M. S. Awan & E. L. Lewis, Collision-Induced Features in the Spectrum of Rubidium,

J. Phys. B 9, L551

2707. H. J. Baker & T. A. King, Line Broadening and Saturation Parameters for ShortPulse High-Pressure Iodine Photodissociation Laser Systems, J. Phys. D 9^, 2433.

2708. P. Bakshi & G. Kalman, Possible Spectral Diagnostics for Turbulent Electric

Fields in Solar Flares, Sol. Phys. 4_7, 307.

2709. I. D. Baranova & N. S. Tskhai, Determination of Kinetic Temperature of a Gas from Spectral Line Shape, J. Appl. Spectrosc. (USSR) 2A_, 681.

2710. J. M. Bassalo & M. Cattani, Stark Broadening of Neutral Helium Lines in a Plasma:

Quantum-Mechanical Calculations for the Electron Impact Effects, J. Phys. B 9_,

LI 81.

2711. F. Bastien, B. Fertil, & E. Marode, H^ and H^ Broadening Emitted by Minute

Concentrations of Hydrogen in Oxygen Corona Discharges, J. Phys. D 9, L155.

2712. VI. V. Batygin & B. G. Matisov, Shift of the Hydrogen Hyperfine Line in a Helium

Buffer by Exchange Perturbation Theory, Sov. Phys. --Tech. Phys. 21_, 125.

2713. V. P. Bayanov, S. S. Gulidov, A. A. Mak, G. V. Peregudov, I. I. Sobel'man,

A. D. Starikov, & V. A. Chirkov, X-Ray Spectroscopic Investigation of the

Spatial Distribution of the Parameters of a Laser Plasma Heated by 10" 10 sec Pulses, Sov. J. Quantum. Electron. 6, 1226.

2714. V. P. Bayanov, S. S. Gulidov, A. A. Mak, G. V. Peregudov, I. I. Sobel'man,

A. D. Starikov, & V. A. Chirkov, Measurement of the Spatial Profile of the

Electron Density in a Magnesium Laser Plasma by Determining the Stark

Broadening in the X-Ray Region of the Spectrum, JETP Lett. 23_, 183.

2715. B. L. Bean & R. H. Lambert, Temperature Dependence of Hyperfine Density Shifts.

IV. 23 Na,

39

K, and

85

Rb in He, Ne, Ar, and N

2 at Low Temperatures, Phys. Rev. A

13, 492.

1 33 2716. C. W. Beer & R. A. Bernheim, Hyperfine Pressure Shift of Cs Atoms in Noble

and Molecular Buffer Gases, Phys. Rev. A 13., 1052.

35

1976
2717. G. Bekefi , C. Deutsch, & B. Yaakobi, Spectroscopic Diagnostics of Laser Plasmas,

"Principles of Laser Plasmas," Ch. 13, 549-669 (Ed., G. Bekefi, John Wiley & Sons, New York)

2718. R. D. Bengtson & G. R. Chester, Stark Broadening of Balmer Lines in the Density

Range (2-8) * 10 14 cm"

3

, Phys. Rev. A 13, 1762.

2719. Z. Ben Lakhdar, D. Perrin, & R. Lennuier, Experimental Study of the Wings of

the 2537 K Line of Mercury, Perturbed by Krypton and Xenon, J. Phys. (Paris) 37_, 831. (Fr.)

2720. A. Ben-Reuven, J. Jortner, L. Klein, & S. Mukamel , Collision Broadening in Two-Photon Spectroscopy, Phys. Rev. A 1_3, 1402.

2721. P. R. Berman, Theory of Collision Effects in Doppler-Free Spectroscopy, Phys. Rev. A 13, 2191

2722. E. Bernabeu & F. Garcia-Peral ta , On the Influence of the Instrumental Function

of a Fabry-Perot Spectrometer on the Spectral Profiles, Opt. Pura Apl . 9_, 101

2723. D. G. Bevan & G. F. Kirkbright, The Influence of Operating Parameters on the

Profile of the Calcium 422.67 nm Resonance Line Emitted by a Demountable Hollow

Cathode Lamp, Appl . Spectrosc. 30, 162.

2724. G. Birnbaum & E. R. Cohen, Theory of Line Shape in Pressure-Induced Absorption,

Can. J. Phys. 54, 593.

2725. A. Brissaud, C. Goldbach, J . Leorat, A. Mazure, & G. Nollez, On the Validity of

the Model Microfield Method As Applied to Stark Broadening of Neutral Lines,

J. Phys. B 9, 1129.

2726. A. Brissaud, C. Goldbach, J. Leorat, A. Mazure, & G. Nollez, Application of the

Model Microfield Method to Stark Profiles of Overlapping and Isolated Neutral

Lines, J. Phys. B 9, 1147.

2727. Ph. Cahuzac, 0. Robaux, & R. Vetter, Pressure-Broadening Studies of the 3*51 urn Line of Xenon by Saturated Amplification Techniques, J. Phys. B 9_, 3165.

2728. M. R. Cherkasov, Pressure Broadening of the Overlapping Spectral Lines. 1: Calculation of the Matrix Elements of the Relaxation Operator, Opt. Spectrosc.

(USSR) 40, 3.

1976

36
2729. G. H. Copley, Measurement of the Broadening of the Sodium Resonance Lines by

Helium, Can. J. Phys. 54, 619.

2730. G. H. Copley, A Comparison of Self-Broadening and Shift of Helium, Neon, and

Argon Emission Lines, J. Quant. Spectrosc. Radiat. Transfer 16, 553.

2731. G. H. Copley, A Comparison of Foreign Gas Broadening and Shift of Neon and

Argon Emission Lines, J. Quant. Spectrosc. Radiat. Transfer 16, 377.

2732. E. Czuchaj, The Influence of the Motion of a Radiating Atom on the Line Width

in the Doppler Limit, Z. Phys. A 276 , 85.

2733. G. Deridder & W. van Rensbergen, Tables of Damping Constants of Spectral

Lines Broadened by H and He, Astron. Astrophys., Suppl . Ser. 23 , 147.

2734. C. Deutsch & G. Bekefi, Stark Broadening Calculations of the Lyman-a Line in A Turbulent Plasma, Phys. Rev. A 14_, 854.

2735. C. S. Diatta, A. Czernichowski , & J. Chapelle, Experimental Study of Stark

Broadening and Shift of the He I Line 4

] D-2] P (A = 4921 8) and Its Forbidden

Component 4 V-2 ] P (X = 4920.35 8) for Electron Densities 7 x 10

14 £

N £ [cm

-3

] £ 3 x 10

16

, Physica C (Amsterdam) 84, 425.

2736. M. Dimitri jevic, Threshold Effects in Stark Broadening, "Physics of Ionized

Gases 1976: Contributions," 424-426 (J. Stefan Institute, Ljubljana,

Yugoslavia)

2737. M. Dimitrijevic & P. Grujic, On the Influence of the Polarization Potential on Stark Broadening, "Physics of Ionized Gases 1976: Contributions," 427-430

(J. Stefan Institute, Ljubljana, Yugoslavia).

2738. H. F. Dobele & K. Hirsch, Evidence for Laser-Induced Effects in Laser Scattering

Diagnostics, Phys. Lett. A 58, 189.

2739. H. F. Dobele & J. H . Massig, Application of a Fabry-Perot Spectrometer to the

Measurement of Spectral Line Shifts Much Smaller than Line Width, Appl . Opt. 15 , 69.

2740. A. Db'nszelmann & J. Neijzen, Line Profiles in Dependence of Optical Pumping,

Relaxation, and Saturation, Opt. Commun. ]_8, 230.

37

1976
2741. Yu. P. Dontsov & Yu. A. Zavenyagin, Intensity Distribution in a Real Fabry- Perot Interference Pattern and Determination of Broadening Factors by Harmonic

Analysis of Experimental Profiles, J. Appl . Spectrosc. (USSR) 24_, 631.

2742. S. R. Drayson, Rapid Computation of the Voigt Profile, J. Quant. Spectrosc.

Radiat. Transfer 1_6, 611.

2743. R. D. Driver & J. L. Snider, The Broadening of the Calcium Resonance Line in a High-Temperature Helium Atmosphere, Astrophys. J. 208, 518.

2744. J. W. Dufty & D. B. Boercker, Correlations in the Quantum Theory of Plasma Line

Broadening, J. Quant. Spectrosc. Radiat. Transfer 16^, 1065.

2745. D. Einfeld & G. Sauerbrey, Determination of the Electron Density in a Helium

Plasma, Z. Naturforsch. , Tell A 31_, 310. (Ger.)

2746. N. Feautrier, N. Tran Minh, & H. van Regemorter, The Quantum Unified Theory

Applied to the Lyman-a Profile Calculation, J. Phys. B 9_, 1871.

2747. J. Fiutak & E. Paul, The Effect of the Velocity Changing Collision on the Atomic

Line Shape, Acta Phys. Pol. A 49, 773.

2748. R. R. Freeman, D. E. Pritchard, & D. Kleppner, Argon-Induced Hyperfine Frequency

Shift in Potassium, Phys. Rev. A 1_3, 907.

2749. R. S. Freund, J. A. Schiavone, & D. F. Brader, Dissociative Excitation of H2: Spectral Line Shapes and Electron Impact Cross Sections of the Balmer Lines,

J. Chem. Phys. 64, 1122.

2750. W. Fuss & K. Hohla, Pressure Broadening of the 1.3 ym Iodine Laser Line,

Z. Naturforsch., Teil A 31_, 569.

2751. I. F. Garapova, N. G. Zalyalov, R. Kh. Ismagilov, & R. S. Tukhvatullin,

Determination of the Optical Characteristics of an Oscillating Arc Plasma from

the H Spectral Line Profile, J. Appl. Spectrosc. (USSR) 25, 1307.

2752. E. F. Gippius, B. I. Ilyukhin, V. N. Kolesnikov, & L. I. Shumskaya, Measurement

of the N g (r,t) Distribution in a Pulsed Discharge Column from Spectral Line Width,

J. Appl. Spectrosc. (USSR) 24, 280.

2753. A. Goly & B. Grabowski, Comparison of Theoretical and Experimental Profiles of

Neutral Carbon Multiplet in Various Physical Conditions, Zesz. Nauk. Wyzsz.

Szk. Pedagog. Opolu, Fiz. No. 17, 93. (Pol.)

1976

38
2754. M. Gorecka & J. Musielok, Comparison of Theoretical and Experimental Profiles

of Certain Ar I Lines Emitted by Argon Plasma at Pressures Higher Than

Atmospheric, Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu, Fiz. No. 17, 103. (Pol.)

2755. R. Granier, J. Granier, & F. Schuller, Calculations of Impact Broadening and

Shift of Spectral Lines for Realistic Interatomic Potentials, J. Quant. Spectrosc.

Radiat. Transfer 1£, 143.

2756. R. L. Greene, Stark Broadening of the 1640- and 4686-8 Lines of Ionized Helium,

Phys. Rev. A 14, 1447.

2757. H. R. Griem, Stark Broadening in Turbulent Plasmas, "Physics of Ionized Gases 1976," 711-718 (Ed., B. Navinsek, University of Ljubljana, J. Stefan Institute,

Ljubljana, Yugoslavia).

2758. H. R. Griem, Stark Broadening in Thermal Plasmas, "Physics of Ionized Gases 1976," 699-710 (Ed., B. Navinsek, University of Ljubljana, J. Stefan Institute,

Ljubljana, Yugoslavia).

2759. H. R. Griem & J. D. Hey, Reply to "Upper-Lower State Interference Term in Stark

Broadening", Phys. Rev. A 14., 1906.

2760. J. Grumberg, G. Coulaud, & Nguyen-Hoe, Stark Broadening of Sodium Lines Emitted

By a Sodium Argon Mixture Plasma, Phys. Lett. A 57., 227.

2761. T. V. Gvaladze, B. M. Grechushnikov, & I. N. Kalinkina, Analysis of Voigt

Profiles, J. Appl . Spectrosc. (USSR) 25, 1591.

2762. P. Hannaford & R. M. Lowe, Abnormal Broadening of Boron Emission Lines in Glow Discharge Lamps: Evidence for Excitation in Low Energy B-Ar (Kr or Xe)

Collisions, J. Phys. B 9, 2595.

2763. V. Helbig, D. E. Kelleher, & W. L. Wiese, Stark Broadening Study of Neutral

Nitrogen Lines, Phys. Rev. A 1_4, 1082.

2764. P. L. Hewitt, Calculations of Pressure Induced Widths and Shifts in Microwave

Spectra, J. Quant. Spectrosc. Radiat. Transfer 16, 499.

2765. J. D. Hey, Line Intensity Fluctuations from Dense Plasmas, J. Quant. Spectrosc.

Radiat. Transfer 1_6, 373.

2766. J. D. Hey, A Generalization of Some Functions of Holtsmark and Chandrasekhar

and Von Neumann, J. Quant. Spectrosc. Radiat. Transfer 16., 947.

1976

39
2767. J. D. Hey, Estimates of Stark Broadening of Nitrogen Ion Lines, J. Quant.

Spectrosc. Radiat. Transfer T6, 575.

2768. G. Himmel , Plasma Effects in the Spectrum of High Balmer Lines, J. Quant.

Spectrosc. Radiat. Transfer 1_6, 529.

2769. Yu. F. Igonin, Possibility of Determining the Parameters of a Plasma with an

12 14 -3 Electron Density of 10 -10 cm by Comparing the Contours of the Hydrogen

Isotope Lines, J. Appl . Spectrosc. (USSR) 25, 906.

2770. T.-D. Im, V. P. Kochanov, S. G. Rautian, E. G. Saprykin, & A. M. Shalagin,

Influence of Collisions on Nonlinear Absorption Spectrum in the Region of

the 3s2~2p

4 Transition in Neon, Sov. J. Quantum Electron. 6_, 283.

2771. N. Ioli & M. Meucci, An Investigation of the Long-Range Interatomic Potential Na-Kr by Observing Broadening and Shift on the Na D.| Line, Lett. Nuovo Cimento J_6, 143.

2772. R. C. Isler, Profiles and Polarizations of the Balmer-a Line from HighTemperature Hydrogen Atoms in Strong Magnetic Fields, Phys. Rev. A 1_4, 1015.

2773. G. K. Ivanov, Calculation of the Spectral Characteristics of a Highly Excited

Atom in a Foreign Gas, Opt. Spectrosc. (USSR) 40, 554.

2774. D. A. Jackson, Pressure Shifts and Broadenings in the Arc Spectrum of Xenon,

J. Opt. Soc. Am. 66, 1014.

2775. V. L. Jacobs, J. Davis, & P. C. Kepple, Enhancement of Dielectronic Recombination

by Plasma Electric Microfields, Phys. Rev. Lett. 37, 1390.

2776. N. I. Kal iteevskii , 0. M. Rish, & M. P. Chaika, Measurement of the Broadening

and Shift of the D-j Line of Rubidium 87 Due to Collision with Atomic Krypton,

Opt. Spectrosc. (USSR) 41_, 293.

2777. M. Kent & E. L. Schucking, Doppler Broadening at All Temperatures, Ann. Phys.

(N.Y.) 100, 457.

2778. P. C. Kepple & H. R. Griem, Stark Profile Calculations for the Lines of the

Al XIII Lyman Series Emitted in Dense Plasmas, NRL Memorandum Report 3382.

2779. J. F. Kielkopf, Predicted Alkali Collision Broadening by Noble Gases Based on Semi-Empirical Potentials, J. Phys. B 9_, L547.

1976

40
2780. J. F. Kielkopf, On the Precise Evaluation of the Complete Semi-Classical Spectral

Line Shape for Pressure-Broadened Atomic Spectral Lines, J. Phys . B 9_, 1601.

2781. L. G. Kiseleva & N. S. Terpugova, Influence of the Apparatus Function on the

Accuracy of Measuring Parameters of the Unreabsorbed Spectrum Line Contour,

Sov. Phys. J. 19, 1480.

2782. J. W. Knutson, Jr. & W. R. Bennett, Jr., Line Broadening of the 3s

2 -2p

n Laser Transitions of Neon, Phys. Rev. A 1_3, 318; j_4, 534.

2783. V. P. Kochanov, S. G. Rautian, E. G. Saprykin, & A. M. Shalagin, Experimental

Investigation of Spontaneous Emission by Neon in the Presence of a Strong

Monochromatic Field, Sov. Phys. —JETP 43!, 1082.

2784. N. Konjevic & J. R. Roberts, A Critical Review of the Stark Widths and Shifts

of Spectral Lines from Non-Hydrogenic Atoms, J. Phys. Chem. Ref. Data 5_, 209.

2785. N. Konjevic & W. L. Wiese, Experimental Stark Widths and Shifts for Non- Hydrogenic Spectral Lines of Ionized Atoms (A Critical Review and Tabulation

of Selected Data), J. Phys. Chem. Ref. Data 5_, 259.

2786. M. E. Korobkov, Improving Spectral Resolution by Mathematical Methods, J. Appl

Spectrosc. (USSR) 25, 920.

2787. E. K. Kraulinya, S. Ya. Liepa, & A. Ya. Skudra, Spectral Line Shapes of Thallium

in Sensitized Fluorescence of Mercury-Thallium Vapor Mixture, Opt. Spectrosc.

(USSR) 40, 440.

87 2788. N. Kuramochi, H. Fukuyo, I. Matsuda, & N. Shiomi, Spectral Profiles of the Rb

Pumping Light Source, Jpn. J. Appl. Phys. 1_5, 949.

2789. N. Kuramochi, I. Matsuda, S. Naru.se, K. Iga, & H. Fukuyo, Measurement of the

87 85 Frequency Displacement of the Rb Pumping Light Passed Through the Rb Filter

Cell, Bull. Res. Lab. Precis. Mach. Electron. No. 38, 47.

2790. Yu. K. Kurilenkov & V. S. Filinov, Theory of the Microfield in a Nonideal

Plasma, High Temp. (USSR) 14, 783.

2791. H. J. Kusch & H. Schwiecker, Broadening and Shift of Magnesium Lines by van der Waals Interaction with Hydrogen Atoms and by Electron Impacts, Astron. Astrophys. _5_3, 59.

41

1976
2792. K. R. Lang & S. D. Lord, Limits to the Broadening of Radio Recombination Lines

by Electron Collisions, Mon. Not. R. Astron. Soc. 175 , 217.

2793. P. F. Liao & J. E. Bjorkholm, Optically-Induced Energy Level Shifts for

Intermediate Intensities, Opt. Commun. 1_6, 392.

2794. E. R. Lubenets, Differential and Integral Description of the Variation of

Emission Line Profiles, Opt. Spectrosc. (USSR) 40, 364.

2795. M. Lukaszewski, Collisional Broadening of Level Crossing Signal in Rubidium, Acta Phys. Pol . A 4£, 93.

2796. N. Lwin, D. G. McCartan, & E. L. Lewis, Semi-Classical Collision Calculations

for the Broadening and Shift of the Sodium D Lines by Noble Gases, J. Phys.

B 9, LI 61

2797. H. H. Madden & J. E. Houston, Correction of Distortions in Spectral Line Profiles:

Applications to Electron Spectroscopies, J. Appl . Phys. 47, 3071 .

2798. J. Marek & K. Niemax, Emission Bands of the Cs-Xe Molecular System, Phys. Lett.

A 57, 414.

2799. Z. Marie, M. Moles, & J. P. Vigier, Possible Measurable Consequences of the

Existence of a New Anomalous Redshift Cause on the Shape of Symmetrical Spectral

Lines, Astron. Astrophys. 53_, 191.

2800. D. G. McCartan & J. M. Farr, Collision Broadening of the Sodium Resonance

Lines by Noble Gases, J. Phys. B 9, 985.

2801. V. G. Mikhalev, S. N. Ogorodnikov, R. V. Orlov, & G. F. Smirnova, Spectroscopic

Studies of a Low-Pressure Cesium Plasma, J. Appl. Spectrosc. (USSR) 24, 99.

2802. A. A. Misiunas, V. K. Norkunas, & N. A. Stulpiniene, Effects of Temperature

114

and He Concentration on Collisional Effects for the 326.1 nm Line of Cd, Sov. Phys.— Collect. 1_6, No. 3, 60.

2803. A. A. Misiunas & N. A. Stulpiniene, Effect of the Interaction Between Thallium

and Xenon on the Shape of the 377.5 nm Line, Sov. Phys .--Collect. 1_6, No. 2, 84.

2804. G. Moe, A. C. Tarn, & W. Happer, Absorption Studies of Excimer Transitions in Cs-Noble-Gas and Rb-Noble-Gas Molecules, Phys. Rev. A 14_, 349.

1976
2805. B. Musielok, J. Musielok, & T. Wujec, Comparison of Theoretical and Experimental

Profiles and Half Widths of Selected Ar I Lines in Various Physical Conditions,

Zesz. Nauk. Wyzsz. Szk. Pedagog. Opolu, Fiz. No. 17, 63. (Pol.)

2806. J. Musielok, B. Musielok, & T. Wujec, Defining the Continuous Spectrum Level at Determination of a Spectral Line Profile, Zesz. Nauk. Wyzsz. Szk. Pedagog.

Opolu, Fiz. No. 17, 23. (Pol.)

2807. I. S. K. Mwana Umbela, Stark Broadening of Carbon Lines in an Arc Plasma, Astron. Astrophys. 53^, 243.

2808. D. I. Nagirnev & V. G. Vedmich, Spectral Line Broadening by Electron Scattering.

I. Calculation Methods, Astrophys. (USSR) ]2_, 287.

2809. T.-J. A. Nee, Measurement of Hydrogen n-ct Stark Profiles in a Turbulent Plasma,

University of Maryland Technical Report No. TR 76-033.

2810. T.-J. A. Nee & H. R. Griem, Measurement of Hydrogen n-a Line Stark Profiles in

a Turbulent Plasma, Phys. Rev. A 1_4, 1853.

2811. M. Neiger & H. R. Griem, Experimental Investigation of Stark Broadening and

Plasma Polarization Shift of Ionized Helium Resonance Lines, Phys. Rev. A 14_, 291

2812. G. Nienhuis, Frequency Dependence of the Polarization of Radiation Emitted by

Polarized Atoms, Physica C (Amsterdam) 81_, 381.

2813. E. A. Oks & G. V. Sholin, Stark Profiles of Hydrogen Lines in a Plasma with

Low-Frequency Turbulence, Sov. Phys. --Tech. Phys. 21_, 144.

2814. B. J. 0'Mara, Comments on the Broadening of Spectral Lines by Collisions with

Atomic Hydrogen, Mon. Not. R. Astron. Soc. 177, 551.

2815. V. I. Osherov & Yu. I. Polyakov, Adiabatic Satellites of Atomic Lines, Opt.

Spectrosc. (USSR) 4J_, 401.

2816. I. I. Ostroukhova & G. V. Shlyapnikov, Statistical Profile of a Spectral Line,

Opt. Spectrosc. (USSR) 41_, 12.

2817. G. V. Ovechkin & L. E. Sandrigailo, Broadening of Calcium Spectral Lines in an Arc Plasma, J. Appl . Spectrosc. (USSR) 24, 152.

43

1976
2818. P. Pinson & J. Dupre-Maquaire, Equivalent Widths of Superfl uorescent Lines

with Combined Doppler and Collision Broadening, J. Quant. Spectrosc. Radiat.

Transfer 16, 101

2819. D. Prosnitz, D. W. Wildman, & E. V. George, Laser-Induced Optical Satellite

Line Profiles in a Helium Plasma, Phys. Rev. A ]_3, 891.

2820. J. Puric, J. Labat, S. Djenize, Lj. Cirkovic, & I. Lakicevic, Experimental

Measurements of Stark Shifts and Widths of Na I and K I Resonance Lines, Phys. Lett. A 56, 83.

2821. J. Ramette & H. W. Drawin, Structure of Stark Broadened Lines at Low Electron

Densities, Z. Naturforsch. , Teil A 31_, 401.

2822. V. N. Rebane, Possibility of Nonuniform Collisional Broadening and Shift of

the Hyperfine Components of a Spectral Line, Opt. Spectrosc. (USSR) 41_, 214.

2823. V. N. Rebane, Calculation of the Broadening and Shift of Hyperfine Components

of Rubidium and Cesium D-j Lines in Collisions with Atoms of Heavy Inert Gases,

Opt. Spectrosc. (USSR) 41_, 526.

2824. P. P. Schmidt, A Method for the Convolution of Line Shapes Which Involve the Lorentz Distribution, J. Phys. B £, 2331.

2825. H. Schwiecker, Evaluation of Photometric Spectral Line Profiles by Digital

Computer Methods, J. Quant. Spectrosc. Radiat. Transfer ]_6, 623.

2826. K. Shimoda, Line Broadening and Narrowing Effects, "Topics in Applied Physics:

High-Resolution Laser Spectroscopy," Vol. 13, Ch. 2, 11-49 (Ed., K. Shimoda,

Springer-Verlag, New York).

2827. H. L. Shipman & R. G. Mehan, The Unimportance of Pressure Shifts in the

Measurement of Gravitational Redshifts in White Dwarfs, Astrophys. J. 209 , 205.

2828. A. Sikorska, K. Werel , & J. Heldt, Interferometric Analysis of the Spectral

+ Lines from the He-Cd Laser Plasma, Bull. Acad. Pol. Sci . , Ser. Sci . , Math., Astron. Phys. 24, 661

2829. E. W. Smith, M. Giraud, & J. Cooper, A Semi-Classical Theory for Spectral Line

Broadening in Molecules, J. Chem. Phys. 65, 1256; 66_, 376.

1976

44
2830. G. Smith & B. S. Collins, Collision Broadening and Shift of the Lithium

Resonance Line by Helium, J. Phys. B £, L117.

2831. M. A. Smith & D. F. Gray, Fourier Analysis of Spectral Line Profiles: A New Tool for an Old Art, Publ . Astron. Soc. Pac. 88, 809.

2832. V. A. Solyanikova, Method of Determining Plasma Parameters from Self-Reversed

Spectral Line Profiles, Opt. Spectrosc. (USSR) 40, 128.

2833. R. P. Srivastava & H. R. Zaidi, Lorentz-Lorenz Shift in Gases, J. Quant.

Spectrosc. Radiat. Transfer 16, 301.

2834. M. L. Strekalov & A. I. Burshtein, Quasiresonant Spectral Line Broadening in

the Impact Approximation, Sov. Phys.— JETP 43, 448.

2835. K. G. P. Sulzmann, G. E. Parks, & S. S. Penner, Observations of Lorentzian

Lines with Slits of Finite Widths, J. Quant. Spectrosc. Radiat. Transfer 1_6, 97.

2836. J. Szudy & W. E. Baylis, Quasimolecular Treatment of Stark Broadening in

Hydrogen, Can. J. Phys. 54, 2287.

2837. T. Tako, Y. Koga, & I. Hirano, Spectral Profiles of Cs-D Lines, Jpn. J. Appl

Phys. 15., 373.

2838. A. C. Tarn & G. W. Moe, Emission Bands from Discharge-Excited Alkal 1 -Noble-Gas

Systems, Phys. Rev. A 14, 528.

2839. B. Z. Tambovtsev & V. I. Drobyshevich, Reconstruction of the True Contour of

a Spectral Line from Actual Measurements, J. Appl. Spectrosc. (USSR) 24,

214.

2840. G. V. Telegin & V. V. Fomin, The Lennard- Jones 12-6 Potential in Intensity

Calculation for the Long Wave Flank of a Spectral Line, J. Appl. Spectrosc.

(USSR) 24, 781.

2841. R. J. Tighe & C. F. Hooper, Jr., Stark Broadening in Hot, Dense Laser- Produced

Plasmas, Phys. Rev. A 1_4 , 1514.

2842. N. Tran Minh, N. Feautrler, & H. van Regemorter, On Simple Quantum Theories of

Pressure Broadening: The Exact Resonance Approximation Applied to Lyman Alpha,

J. Quant. Spectrosc. Radiat. Transfer 16, 849.

1976

45
2843. C. van Trigt, Analytically Solvable Problems in Radiative Transfer. IV, Phys. Rev. A 13, 726.

2844. C. van Trigt, Complete Redistribution in the Transfer of Resonance Radiation,

Phys. Rev. A 1_3, 734.

2845. J. J. Turechek, Departures from Theory of the Experimental Line Profile of

Helium I 4471 .5 8, J. Quant. Spectrosc. Radiat. Transfer 1_6, 1133.

2846. S. Vacquie, H. Kafrouni, & A. Gleizes, Influence of Hydrogen on the Electron

Density in an Argon Plasma, Phys. Lett. A 56, 197. (Fr.)

2847. J. R. Van Zandt, Shift Measurements of the Stark-Broadened Ionized Helium

Lines at 1640 and 1215 8, University of Maryland Technical Report No. 76-077,

Physics Publication No. 76-134.

2848. J. R. Van Zandt, J. C. Adcock, Jr., & H. R. Griem, Shift and Width Measurements

of the Stark-Broadened Ionized Helium Line at 1215 8, Phys. Rev. A ]±, 2126.

2849. D. Voslamber, Upper-Lower State Interference Term in Stark-Broadening Theory:

Comment on a Paper by J. D. Hey and H. R. Griem, Phys. Rev. A 1£, 1903.

2850. S. Watanabe, Line Width Measurement and Population Calculation of a He-Cd Laser,

J. Appl. Phys. 47_, 4887.

2851. J. C. Weisheit & B. F. Rozsnyai, On the Asymmetry of Lines Emitted by One-Electron

Ions in Very Dense Plasmas, J. Phys. B L63.

2852. J. Wolnikowski, Self-Broadening of Neon Spectral Lines, Bull. Acad. Pol. Sci .

,

Ser. Sci., Math., Astron. Phys. 24, 815.

2853. B. Yaakobi & A. Nee, Spatially Resolved and Stark-Broadened X-Ray Lines from Laser- Imploded Targets, Phys. Rev. Lett. 36, 1077.

2854. D. Z. Zechev, Profile of the emission Line of Helium in a Hollow Cathode,

Opt. Spectrosc. (USSR) 4]_, 187.

2855. G. V. Zhuvikin, N. P. Penkin, & L. N. Shabanova, Resonance Broadening and

Lifetime of 3

] P° Level of Mg I, Opt. Spectrosc. (USSR) 41_, 425.

2856. A. V. Demura, V. S. Lisitsa, & G. V. Sholin, Theory of Thermal Corrections

to Stark Profiles of Hydrogen Lines, Ordena Lenina Institut Atomnoi Energii

im. I. V. Kurchatova Report IAE 2672. (Russ.)

1976

46
2857. A. Flusberg, T. Mossberg, & S. R. Hartmann, Hyperfine Structure, Isotopic Level

2 Shifts, and Pressure Self-Broadening of the 7 P States of Natural Thallium by

Doppler-Free Two-Photon Absorption, Phys. Rev. A 14_, 2146; 15^, 2130 (1977).

1977

2876. S. P. Andreev & V. S. Lisitsa, Resonance Broadening in a Strong Light Field,

Sov. Phys.-JETP 45, 38.

2877. J. P. Apruzese, J. Davis, & K. G. Whitney, Some Effects of Radiative and

Collisional Broadening on Line Emission in a Spherical , Laser-Heated Plasma,

J. Quant. Spectrosc. Radiat. Transfer 1_7, 557.

2878. M. E. Bacon, The Asymmetry of Ly-a and Ly-8, J. Quant. Spectrosc. Radiat.

Transfer 1_7, 501

2879. M. E. Bacon, A. J. Barnard, & F. L. Curzon, Measurement of Stark Broadened

Profile of He II 4686 ft, J. Quant. Spectrosc. Radiat. Transfer 18, 399.

2880. M. Baeck, P. Dingens, & H. Steyaert, Analysis of the Solar Spectrum Using Voigt

Profiles, Bull. CI. Sci., Acad. R. Belg. 63., 499.

2881. E. A. M. Baker & D. D. Burgess, Observations of Quantum-Mechanical Interference

Effects in the Wings of Electron- Impact-Broadened Lines of Ionized Emitters,

J. Phys. B 1_0, L177.

2882. J. M. Bassalo & M. Cattani, Stark Broadening of the Lines 4121 8 and 4437 8

of Helium in a Plasma: Quantum-Mechanical Calculations . for the Electron Impact

Effects, Can. J. Phys. 55, 240.

2883. F. Bastien & E. Marode, Stark Broadening of Hq

and H^ in Ionized Gases with

Space-Charged Field, J. Quant. Spectrosc. Radiat. Transfer 1_7, 453.

2884. F. Bastien & E. Marode, Direct Measurement of Current Density from Stark

Broadening of Hydrogen Lines in an Ionized Gas with a Quasi-Uniform Macroscopic

Field, Rev. Phys. Appl . 12., 1121. (Fr.)

2885. J. F. Baur & J. Cooper, A Shock Tube Study of Line Broadening in a Temperature

Range of 6100 to 8300 K, J. Quant. Spectrosc. Radiat. Transfer ]]_, 311.

47

1976-1977
2886. W. E. Baylis, Three-Body Al kal i-Nobl e-Gas Interactions and Secondary Satellites,

J. Phys. B 1_0, L477.

2887. E. M. Belenov, M. V. Danileiko, A. P. Nedavnii, & M. T. Shpak, Frequency Shifts

in Stabilized Gas Lasers, Ukr. Fiz. Zh. (Russ. Ed.) 22, 1765. (Russ.)

2888. Y. Ben-Aryeh, E. Weissman, & A. Postan, A Transl ational Heat-Bath Model for

Foreign Gas Broadening of Spectral Lines--I. Variational Methods, J. Quant.

Spectrosc. Radiat. Transfer j_8, 597.

2889. R. D. Bengtson & A. Sanchez, Observations of Plasma Wave States, Proc. Indian

Acad. Sci . , Sect. A 86, 223.

2890. E. Bernabeu, F. Garcia Peralta, & J. M. Alvarez, Pressure Effects of Helium,

Neon, and Argon on the Hyperfine Structure of the First Doublet of Cesium, J. Opt. Soc. Am. 67, 24.

2891 . A. Bi el ski , J. Karwowski, & J. Wolnikowski, A Numerical Method for Separation

of Overlapping Components of a Spectral Line, Opt. Commun. 23_, 362.

2892. R. J. Bieniek, Uniform Semicl assical Methods of Analyzing Undulations in Far- Wing Line Spectra, Phys. Rev. A 1_5, 1513.

2893. F. Biraben, B. Cagnac, E. Giacobino, & G. Grynberg, Broadening and Shift of the

Sodium 3S-4D and 3S-5S Two-Photon Lines Perturbed by Noble Gases, J. Phys. B ]£,

2369.

2894. C. Bousquet & N. Bras, Broadening and Shift of the 1849 8 Absorption Line of

Mercury in the Presence of Rare Gases, J. Phys. (Paris) 38_, 139. (Fr.)

2895. Ph. Cahuzac & R. Damaschini, Pressure Effects in a Saturated Absorption Experiment

on the 587.5 nm Helium Line, Opt. Commun. 20, 111.

2896. H. Capes & D. Voslamber, Spectral Line Profiles in Weakly Turbulent Plasmas,

Phys. Rev. A 1_5 S 1751

2897. J. L. Carlsten, A. Szb'ke, & M. G. Raymer, Collisional Redistribution and

Saturation of Near-Resonance Scattered Light, Phys. Rev. A 1_5, 1029.

2898. Y. S. Chang & J. H. Shaw, A Nonlinear Least Squares Method of Determining Line

Intensities and Halfwidths, Appl . Spectrosc. 31_, 213.

1977

48
2899. W. E. Chase & R. H . Lambert, Hyperfine Density Shifts of Ag in He, Ne, Ar,

and N

2

. V, Phys. Rev. A 15, 1352.

2900. M. R. Cherkasov, Pressure Broadening of Overlapping Spectral Lines. 2: Refinement of the Method. Criteria for Overlapping, Opt. Spectrosc. (USSR) 42,

24.

2901. B. Cheron, R. Scheps, & A. Gallagher, Noble-Gas Broadening of the 6

2 P 1/2

" 7 s i/2

(377.6 nm) 6 2

P3/2

" 7 2s

i/ 2

( 535 nm ) Thallium Lines, Phys. Rev. A 15, 651.

2902. W. T. Chiang, D. P. Murphy, Y. G. Chen, & H. R. Griem, Electron Densities from

Stark Widths of the He I 5016 8 and He I 3889 8 Lines and Helium-Neon Laser Interferometry, Z. Naturforsch. , Teil A 32_, 818.

2903. Yu. I. Chutov & V. A. Zhovtyanski i , Method of Recording Profiles of Spectral

Lines with High Time Resolution, Instrum. Exp. Tech. (USSR) 20_, 1166.

2904. M. L. Citron, H. R. Gray, C. W. Gabel , & C. R. Stroud, Jr., Experimental Study

of Power Broadening in a Two-Level Atom, Phys. Rev. A 16, 1507.

2905. C. Cohen-Tannoudji , Effect of a Non-Resonant Irradiation on Atomic Energy Level s-- Application to Light Shifts in Two-Photon Spectroscopy and to Perturbation of

Rydberg States, Metrologia j_3, 161.

2906. D. A. Coombe & R. F. Snider, Collision Models for Spectral Line Shapes: Explicit

Parity Considerations, Chem. Phys. Lett. 48, 145.

2907. S. B. Crampton, E. C. Fieri, & H. T. M. Wang, Effects of Atomic Resonance Broadening Mechanisms on Atomic Hydrogen Maser Long-Term Frequency Stability,

Metrologia U, 131.

2908. M. Dakhil & J. F. Kielkopf, Observation of Collision-Induced 6s-ns Transitions

in the Absorption Spectrum of Cesium in the Presence of Xenon, J. Opt. Soc

Am. 67, 844.

2909. J. J. Darnel incourt, D. Karabourniotis , L. Scoarnec, & P. Herbet, Determination

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

"Proceedings of the Thirteenth International Conference on Phenomena in Ionized

Gases," 127 (East Berlin).

2910. S. Dattagupta, Effect of Collisions on Spectral Lines in Gases, Pramana 9, 203.

1977

49
2911. C. C. Davis & R. A. McFarlane, Line Shape Effects in Atomic Absorption Spectroscopy,

J. Quant. Spectrosc. Radiat. Transfer 28, 151.

2912. E. 0. Degenkolb & J. E. Griffiths, Electron Density, Temperature, and Local

Thermodynamic Equilibrium in Low-Voltage Low-Current Break Arcs: Magnesium,

J. Opt. Soc. Am. 67, 1235.

2913. A. V. Demura, V. S. Lisitsa, & G. V. Sholin, Effect of Reduced Mass in Stark

Broadening of Hydrogen Lines, Zh. Eksp. Teor. Fiz. 73, 400. (Russ.)

2914. C. S. Diatta, Study of Spectral Line Profiles of the Helium Atom, Broadened

and Shifted by the Stark Effect in an Arc Plasma, Thesis, Universite d'Orleans.

(Fr.)

2915. C. A. van Dijk, Excitation Profiles of the Sodium D-Doublet in an H2~0

2 -Ar Flame, Opt. Commun. 22, 343.

2916. M. S. Dimitrijevic & P. Grujic, Curvilinear Trajectories and Stark Broadening

of Hydrogen Lines, "Proceedings of the Thirteenth International Conference

on Phenomena in Ionized Gases," 131 (East Berlin).

2917. R. D. Driver & G. Lombardi, A Measurement of the Width and Shift of the Fe I 3719.94 8 Line Broadened by Helium, Astron. Astrophys. 59, 299.

2918. B. Dubreuil & J. Chapelle, Shift of the 4

3 S-23

P Line of Helium Atom Irradiated

by a CW C0

2 Laser Beam, Phys. Lett. A 60, 115.

2919. P. Ewart, Pressure Shifts of

] D

2 Rydberg States of Mg I, Phys. Lett. A 6J_, 383.

2920. N. Feautrier & N. Tran Minh, A Simple Quantum Theory of Stark Broadening of

Hydrogen Lines Including Short-Range Interactions. Application to Ly-a, J. Phys. B 1_0, 3427.

2921. J. Fiutak & R. Horodecki, On the Pressure Broadening of the Molecular Spectra.

I. The Liouville Space Methods, Acta Phys. Pol. A 51_, 301.

2922. C. Fleurier, S. Sahal-Brechot, & J. Chapelle, Stark Profiles of Some Ion Lines

of Alkaline Earth Elements, J. Quant. Spectrosc. Radiat. Transfer 1_7, 595.

2923. C. Fleurier, S. Sahal-Brechot, & J. Chapelle, Stark Profiles of Al I and Al II Lines, J. Phys. B ]_0, 3435.

1977

50
2925. A. Gallagher & T. Holstein, Collision-Induced Absorption in Atomic Electronic

Transitions, Phys. Rev. A 16^ 2413.

2926. A. P. Galtsev, Derivation of the Dipole Moment Correlation Function in the Theory

of Spectral Line Broadening by Pressure, Opt. Spectrosc. (USSR) 42_, 151.

2927. S. Ganapathy & V. Parthasarathi , A Revised Tabulation of the Voigt Profile, Indian

J. Pure Appl . Phys. 1_5, 63.

2928. J. C. Gay, Excitation Transfer, Broadening, and Shift of the Lines in Nearly

Resonant Collisions Between Two Isotopes, J. Phys. B 10L> 1269.

2929. D. N. Ghosh Roy, Vacuum Ultraviolet Measurements of the Emission Profiles of

the Argon 1435.93 8 Ar II Line, J. Quant. Spectrosc. Radiat. Transfer 1_7, 701.

2930. V. M. Gradov, A. A. Mak, & A. A. Shcherbakov, Calculation of the Optical Properties

of a Xenon Plasma with Consideration of the Effect of Wall Erosion Products,

Opt. Spectrosc. (USSR) 43, 120.

2931. R. Granier, G. Charton, & J. Granier, Theoretical and Experimental Studies of

the Interatomic Spectrum Induced in the Mixture Rb-Xe, J. Quant. Spectrosc.

Radiat. Transfer j_8, 637.

2932. S. Green, L. Monchick, R. Goldflam, & D. J. Kouri, Computational Tests of Angular

Momentum Decoupling Approximations for Pressure Broadening Cross Sections, J. Chem. Phys. 66, 1409.

2933. H. R. Griem, Close Collision Contributions to the Stark Broadening of Neutral

Helium Lines in a Plasma, J. Phys. B 1_0, L53.

2934. K. Grutzmacher & B. Wende, Discrepancies Between the Stark-Broadening Theories

of Hydrogen and Measurements of Lyman-a Stark Profiles in a Dense Equilibrium

Plasma, Phys. Rev. A 16, 243.

2935. T. Grycuk, Some Remarks on the Interpretation of Satellites of the Mercury

2537 8 Line in the Presence of Noble Gases, Chem. Phys. Lett. 50, 309.

2936. V. Ts. Gurovich & V. S. Engel'sht, Spectrum of Hydrogen Plasma at the Series

Limit, Sov. Phys.—JETP 45, 232.

2937. C. D. Harper & M. D. Levenson, Measurement of the Diamagnetic Zeeman Shift of

Potassium S and D Rydberg States, Opt. Commun. 20, 107.

51

1977
2938. S. Hess & A. Mortel , Doppler Broadened Spectral Functions and Time Correlation

Functions for a Gas in Non-Equil ibrium, Z. Naturforsch. , Teil A 32, 1239.

2939. J. D. Hey, On the Stark Broadening of Isolated Lines of F II and CI III by

Plasmas, J. Quant. Spectrosc. Radiat. Transfer JJ5, 649.

2940. J. D. Hey, Estimates of Stark Broadening of Some Si II Lines, J. Quant. Spectrosc.

Radiat. Transfer 1_8, 425.

2941. J. D. Hey, Estimates of Stark Broadening of Some Ar III and Ar IV Lines, J. Quant. Spectrosc. Radiat. Transfer j_7, 729.

2942. J. D. Hey, The Role of the Oscillator Strength in the Determination of Plasma

Densities, J. Quant. Spectrosc. Radiat. Transfer 1_7, 721.

2943. J. D. Hey & R. J. Bryan, Estimates of Stark Broadening of Oxygen Ion Lines, J. Quant. Spectrosc. Radiat. Transfer 1_7, 221.

2944. I. Hirano, Spectrum of the Rb-D Line in the Case of a Spherical Lamp, Rev. Phys.

Appl. 1_2, 1253. (Fr.)

2945. Tj. Hollander, B. J. Jansen, & C. Th. J. Alkemade, Wing Profile Measurements of

the Resonance Emission Lines of Na (5890.96 8) and Sr (4607 8) in Flames, J. Quant. Spectrosc. Radiat. Transfer 1_7, 657.

2946. B. Huttner & L. Knoll, On the Theory of the Combined Influence of Collision

and Doppler Broadening on the Shape of Spectral Lines, Acta Phys. Pol. A 52, 135.

2947. T. W. Hussey, J. W. Dufty, & C. F. Hooper, Jr., Dynamic Screening Effects in Plasma Line Broadening, Phys. Rev. A 1_6, 1248.

2948. S. L. Izotova, A. I. Kantserov, & M. S. Frish, Measurement of the Shift and

Broadening of STS Components of a Rubidium Line in the Presence of Krypton, Opt.

Spectrosc. (USSR) 42, 120.

2949. B. J. Jansen, Tj. Hollander, & C. Th. J. Alkemade, Dependence of the Spectral

Width of the Sel f-Absorbed Sr 4607.33 8 Resonance Line on Sr Atomic Density in

a Flame, J. Quant. Spectrosc. Radiat. Transfer 1_7, 663.

2950. B. J. Jansen, Tj. Hollander, & C. Th. J. Alkemade, Some Observations on the

Collisional Broadening and Shift of the Sr 4607.33 8 Line in H

2 /02 /Ar Flames,

J. Quant. Spectrosc. Radiat. Transfer 1_7, 187.

1977

52
2951. B. J. Jansen, Tj. Hollander, & C. Th. J. Alkemade, Comparison of Emission and

Absorption Core Profiles of Sr and Ba Resonance Lines in an Air-Acetylene Flame,

J. Quant. Spectrosc. Radiat. Transfer 1_7, 695.

2952. L. A. Jones, E. Kallne, & D. B. Thomson, High Density Measurements of the Stark

Broadened Profile of the He II 4686 ft Line, J. Quant. Spectrosc. Radiat.

Transfer J_7, 175.

2953. K. Kawasaki, Measurements of He I Line Profiles with Forbidden Components Induced

by Fluctuating Fields in a Small Theta Pinch Plasma, J. Phys . Soc . Jpn. 43_, 648.

2954. D. E. Kelleher, Stark Broadening of Neutral Helium Lines in a Plasma, Thesis,

University of Maryland.

2955. S. H. Kim, Effect of High-Frequency Electric Fields on Optically Excited Atoms

in a Magnetoacti ve Plasma, Nuovo Cimento B 41_, 345.

2956. S. H. Kim, Stark Effect and Four-Quantum Transitions in Three-Dimensional Fields

in a Plasma, Nuovo Cimento B 41_, 334.

2957. L. Klein, M. Giraud, & A. Ben-Reuven, Collision Broadening in Lamb-Dip Spectroscopy;

Phys. Rev. A 16, 289.

2958. P. Klein & D. Meiners, Measurement of Width and Shift of Rare Gas Lines Emitted

from a Shock-Tube Plasma, J. Quant. Spectrosc. Radiat. Transfer V7, 197.

2959. A. N. Klucharev, A. V. Lazarenko, G. Pichler, & M. Movre, Emission Measurements

in the Wing of the Self-Broadened Cs Resonance Lines, Phys. Lett. A 6]_, 104.

2960. W. Kohsiek, On the Branching Ratios of Several Pairs of He II Lines, J. Quant.

Spectrosc. Radiat. Transfer 1_7, 651.

87 2961. N. Kuramochi, T. Matsuo, I. Matsuda, & H. Fukuyo, Spectral Profiles of the Rb

D

1 Line Emitted from a Spherical Electrodeless Lamp, Jpn. J. Appl . Phys. 16, 673.

2962. H. J. Kusch, G. RSndigs, & K. Wendt, Influence of Spectral Resolution on Absorption

Line Profiles, J. Quant. Spectrosc. Radiat. Transfer 17, 53.

2963. I. Lakicevic, J. Puric, & J. Labat, Stark Parameters of Rubidium Resonance Lines,

"Proceedings of the Thirteenth International Conference on Phenomena in Ionized

Gases," 123 (East Berlin).

1977

53
2964. K. S. Lam, Application of Pressure Broadening Theory to the Calculation of

Atmospheric Oxygen and Water Vapor Microwave Absorption, J. Quant. Spectrosc.

Radiat. Transfer j_7, 351.

2965. E. Leboucher, Nguyen-Hoe, & R. Lennuier, On the Time Development Operator of the

Atomic States Occurring in the Analysis of Line Profiles Emitted by Gases, J. Phys. (Paris) 38, 1361. (Fr.)

2966. A. Lesage, S. Sahal-Brechot, & M. H. Miller, Stark Broadening of Singly Ionized

Silicon, Phys. Rev. A J_6, 1617.

2967. V. S. Lisitsa, Stark Broadening of Hydrogen Lines in Plasmas, Sov. Phys.--Usp.

20, 603.

2968. J. D. Litke, Spontaneous Atomic Line Shapes from an Argon Ion Laser Discharge,

J. Quant. Spectrosc. Radiat. Transfer T7, 411.

2969. J. Lorenzen & K. Niemax, Absorption Measurements of the Principal Series Lines

of Cs Broadened by Xe, Z. Maturforsch. , Teil A 32, 853.

2970. R. J. Lovett & M. L. Parsons, Implications of a Speed Dependent Modified Voigt

Function in Atomic Absorption Spectrometry, Spectrochim. Acta, Part B 32, 421.

2971. S. C. M. Luijendijk, On the Shape of Pressure-Broadened Absorption Lines in the

Microwave Region. I. Deviations from the Lorentzian Line Shape, J. Phys. B 10 ,

1 735.

2972. A. R. Malvern, The Pressure Broadening of Calcium Perturbed by Inert Gases, J. Phys. B lp_, L593.

2973. D. G. McCartan & N. Lwin, Correlations Between Doppler and Collision Broadening

in Neutral-Atom Line Broadening, J. Phys. B 10^, L17.

2974. J. Mercier & C. R. Neufeld, Spectroscopic Measurements on a High-Density

Z-Pinch Plasma, J. Appl . Phys. 48, 4498.

2975. M. H. Miller, R. D. Bengtson, & R. A. Roig, Stark Shift in Ionized Boron, Phys.

Rev. A 15, 675.

2976. M. Movre & G. Pichler, Resonance Interaction and Self-Broadening of Alkali Resonance Lines. I. Adiabatic Potential Curves, J. Phys. B 1_0, 2631.

1977

54
2977. M. H. Nayfeh, G. S. Hurst, M. G. Payne, & J. P. Young, Collisional Line

Broadening Using Laser Excitation and Ionization, Phys . Rev. Lett. 39_, 604.

2978. K. Niemax, Broadening and Oscillator Strengths of Cs Quadrupole Lines, J. Quant.

Spectrosc. Radiat. Transfer V7, 125.

2979. G. Nienhuis, Rate Equation Describing the Interaction of Atoms with a Radiation

Field in a Perturber Gas, Physica C (Amsterdam) 85, 151.

2980. G. Nienhuis & F. Schuller, Collisional Redistribution of Fluorescence Radiation,

Physica C (Amsterdam) 92, 397.

2981. G. Nienhuis & F. Schuller, Collision and Doppler Broadening of Fluorescence and Raman Scattering from Atoms, Physica C (Amsterdam) 92_, 409.

2982. H. Nubbemeyer & B. Wende, Experimental Stark Widths and Shifts of UV and VUV Carbon I Lines (Resonance Transitions 2p3s

3 Pq

1 2

- 2p

2 ^Pq -| 2 and Transitions

to Low-Lying Quantum States), Phys. Rev. A ]_6_, 627.

2983. R. Okasaka, M. Nagashima, & K. Fukuda, Line Broadening Measurement in High Density

Plasma. I. H and H c , J. Phys. Soc. Jpn. 42, 1339.

CX p —

2984. E. A. Oks & G. V. Sholin, Effect of Anisotropy in Plasma Noise on the Stark

Profiles of Hydrogen Spectral Lines, Opt. Spectrosc. (USSR) 42, 434.

2985. J. J. Olivero & R. L. Longbothum, Empirical Fits to the Voigt Line Width: A Brief Review, J. Quant. Spectrosc. Radiat. Transfer 1_7, 233.

2986. A. Omont & P. Encrenaz, The Broadening of Carbon Lines in Molecular Clouds, Astron. Astrophys. 56, 447.

2987. L. E. Pargamanik & M. D. Ginzburg, Theory of the Combined Influence of Electrons

and Ions on the Shape of Hydrogen Lines in a Plasma, Ukr. Fiz. Zh. 22^, 1611.

(Russ.)

2988. J. H. Pierluissi, P. C. Vanderwood, & R. B. Gomez, Fast Cal culational Algorithm

for the Voigt Profile, J. Quant. Spectrosc. Radiat. Transfer 1_8, 555.

2989. M. Platisa, M. Dimitri jevic, M. Popovic, & N. Konjevic, Stark Broadening of Si III and Si IV Lines, J. Phys. B 1_0, 2997.

1977

55
2990. M. Platisa, M. Dimi tri jevic , M. Popovic, & N. Konjevic, Stark Broadening of F II and CI III Lines, Astron. Astrophys. 54, 837.

2991. M. Platisa & N. Konjevic, Stark Broadening of Ne II Lines, "Proceedings of the

Thirteenth International Conference on Phenomena in Ionized Gases," 121 (East

Berl in).

2992. A. Poquerusse, New Presentation of Stark Broadening Functions of Isolated Ionic

Lines, Phys. Lett. A 59, 438. (Fr.)

2993. A. Postan, E. Weissman, & Y. Ben-Aryeh, A Transl ational Heat Bath Model for

Foreign Gas Broadening of Spectral Lines--II. The T Approximation, J. Quant.

Spectrosc. Radiat. Transfer 1_8, 617.

2994. R. C. Preston, Spectroscopic Studies of the Stark-Broadened Wings of Lyman-a,

J. Phys. B 1_0, 523.

2995. R. C. Preston, Spectroscopic Studies of a Plasma Temperature and Radiation Standard

Based on a Wall-Stabilized Arc, J. Quant. Spectrosc. Radiat. Transfer \8, 337.

2996. J. Puric, J. Labat, Lj. Cirkovic, I. Lakicevic, & S. Djenize, Stark Broadening

and Shift of Al kali-Metal Resonance Spectral Lines, J. Phys. B 1_0, 2375.

2997. J. Puric, I. Lakicevic, J. Labat, S. Djenize, & Lj. Cirkovic, Stark Widths and

Shifts of Some Neutral Fluorine Spectral Lines, Phys. Lett. A 63, 243.

2998. E. N. Ragozin, Determination of the Electron Density Profile of a Laser Plasma

from the Stark Broadening of Spectral Lines in Vacuum Ultraviolet, Sov. J. Quantum Electron. ]_, 1296.

2999. W. T. Rawlins & F. Kaufman, Characteristics of 0 I and N I Resonance Line

Broadening in Low Pressure Helium Discharge Lamps, J. Quant. Spectrosc.

Radiat. Transfer ]_8, 561.

3000. V. N. Rebane, Theory of Impact Broadening of Spectral Lines of Atoms with

Consideration for Hyperfine Structure, Opt. Spectrosc. (USSR) 42, 123.

3001. V. N. Rebane, Dependence of Broadening and Shift of a Spectral Line on the

Polarization Under Anisotropic Collisions, Opt. Spectrosc. (USSR) 43_, 117.

3002. E. Roueff, Broadening, Shift, and Depolarization of the Second Resonance Doublet

of Potassium Perturbed by Rare Gases, J. Phys. (Paris), Lett. 38^, L-307.

1977

56
3003. E. Roueff & H. Abgrall, Depolarization, Broadening, and Shift of the Rb

2 2

5 P^2

-> 5 S-j , 2 Resonance Line Perturbed by Rare Gases, J. Phys. (Paris) 38,

1485.

3004. B. F. Rozsnyai, Spectral Lines in Hot Dense Matter, J. Quant. Spectrosc. Radiat.

Transfer 1_7, 77.

3005. A. Sanchez & R. D. Bengtson, Observation of Stark Broadening of Helium in a Turbulent Plasma, Phys. Rev. Lett. 38, 1276.

3006. H. Schulz, Asymmetries of Hydrogen Lines and the Measurement of Gravitational

Redshifts in White Dwarf Spectra, Astron. Astrophys. 54, 315.

3007. J. Seidel, Hydrogen Stark Broadening by Model Electronic Microfields, Z. Naturforsch. , Teil A 32, 1195.

3008. J. Seidel, Effects of Ion Motion on Hydrogen Stark Profiles, Z. Naturforsch.,

Teil A 32, 1207.

3009. N. Sidell & S. Y. Ch'en, Pressure Effects of Ar and He on the First Two Members

of the Balmer Series of Hydrogen, J. Quant. Spectrosc. Radiat. Transfer 1_7, 117.

3010. R. P. Srivastava & H. R. Zaidi, The Role of Short Range Interaction in Molecular

Collision Broadening, Can. J. Phys. 55_, 533.

3011. P. J. Statham, Deconvol ution and Background Subtraction by Least-Squares Fitting

with Prefiltering of Spectra, Anal. Chem. 49, 2149.

3012. J. 0. Stenflo & L. Lindegren, Statistical Analysis of Solar Fe I Lines: Magnetic

Line Broadening, Astron. Astrophys. 59_, 367.

3013. J. Szudy & W. E. Baylis, Asymmetry in Pressure-Broadened Spectral Lines, J. Quant. Spectrosc. Radiat. Transfer 1_7, 681.

3014. J. E. Thomas, M. J. Kelly, J. -P. Monchalin, N. A. Kurnit, & A. Javan, Transit

Time Effects in Power-Broadened Doppler-Free Saturation Resonances, Phys. Rev. 15, 2356.

3015. R. J. Tighe & C. F. Hooper, Jr., Low-Frequency Electric Microfield Distributions

in a Plasma Containing Multiply-Charged Ions: Extended Calculations, Phys. Rev. A J_5, 1773.

57

1977
3016. E. I. Toader, C. B. Collins, B. W. Johnson, & M. Y. Mirza, Molecular Satellites

of the 6

2 S-7

2

P Doublet of Cesium, Phys. Rev. A 1_6, 1490.

3017. G. Tondello, E. Jannitti, & A. M. Malvezzi, Line Broadening and Self-Absorption

of Be IV in a Laser-Produced Plasma, Phys. Rev. A J_6, 1705.

3018. 0. Vallee, P. Ranson, & J. Chapelle, Measurements of Broadening of Argon Lines

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

Transfer 18, 327.

3019. J. C. Valognes & P. Mergault, Broadening of the Li I (2p-4d, 4f, 4p) Line in an Electrolytic Plasma, J. Phys. (Paris) 38, 905. (Fr.)

3020. P. A. Voigt & J. R. Roberts, Measured Stark Widths and Shifts for Neutral

Phosphorus Lines, Phys. Rev. A T_5, 1006.

3021. L. M. Volkova, A. M. Devyatov, & V. Kh. Fazlaev, Determination of the Temperature

and Concentration of Strontium Atoms and Ions in a Cooled Hollow Cathode Discharge

by the Profiles of Spectral Lines, Vestn. Mosk. Univ., Fiz. Astron. 1_8, No. 2, 20. (Russ.)

3022. D. Voslamber, Effect of Emitter-Ion Dynamics on the Line Core of Lyman-a, Phys. Lett. A 61_, 27.

3023. B. Yaakobi, D. Steel, E. Thorsos, A. Hauer, & B. Perry, Direct Measurement of

Compression of Laser-Imploded Targets Using X-Ray Spectroscopy, Phys. Rev. Lett. 39, 1526.

3024. H. R. Zaidi, Resonance Broadening in High Density Gases, Can. J. Phys. 55, 1243.

3025. D. Zechev, R. Dyulgerova, & R. Angelova, Inhomogenities in the Shape of the

He 504.7 nm Line Excited in a Hollow Cathode Discharge, J. Quant. Spectrosc.

Radiat. Transfer 1_7, 165.

3026. G. V. Zhuvikin, N. P. Penkin, & L. N. Shabanova, Broadening of the 285.2 nm Line

of Atomic Magnesium by Inert Gases, Opt. Spectrosc. (USSR) 42, 134.

1978

3047. N. F. Allard, Alkali-Rare-Gas Line Profiles in a Square-Well Potential Approximation. I. Satellites, J. Phys. B 1_1_, 1383.

1977-1978

58
3048. T. Andersen, The Differential Equations of the Voigt Function, J. Quant. Spectrosc.

Radiat. Transfer ]_9, 169.

3049. T. Bach, Stark Broadening of the Al Resonance Lines, J. Quant. Spectrosc. Radiat.

Transfer j_9, 483.

3050. T. Bach, Oscillator Strengths and Stark Broadening for Al Transitions, Z. Phys. A 285, 1.

3051. Z. Ben Lakhdar, D. Perrin, & R. Lennuier, On the Interaction Potentials of

Hg (6

] S

0

) and Hg (6

3

P

]

) with Rare Gases, J. Phys. (Paris) 39, 137. (Fr.)

3052. M. Berard & P. Lallemand, Influence of the Use of Approximate Trajectories

for Binary Collision Calculations, J. Quant. Spectrosc. Radiat. Transfer 1_9, 387.

3053. C. Brechignac, R. Vetter, & P. R. Berman, Study of Velocity-Changing Collisions

in Excited Kr Using Saturation Spectroscopy, Phys. Rev. A 17., 1609.

3054. A. Byerley, R. W. P. McWhirter, & R. Wilson, The Spectroscopy of Plasmas Carrying

Sound Waves. II. Spectral Line Profiles, J. Phys. B |1_, 613.

3055. Ph. Cahuzac, E. Marie, 0. Robaux, R. Vetter, & P. R. Berman, The Effect of

Velocity-Changing Collisions Upon Saturated Absorption Profiles: The Laser Line of Xenon at A = 3.51 ym, J. Phys. B Vl_, 645.

3056. J. L. Chotin, J. L. Lemaire, J. P. Marque, & F. Rostas, Measurement of the Ion-Mass Effect on the Central Structure of in a Plasma Produced by a Combustion-Drive Shock Tube, J. Phys. B 1_1_, 371.

3057. F. C. M. Coolen & N. van Schaik, Profiles of the Absorption D-Lines of Sodium

in Neon Observed with a Single-Mode Dye Laser, Physica C (Amsterdam) 93, 261.

3058. R. U. Datla & H. R. Griem, Stark Profile Measurements on Lyman Series Lines of

Al XIII, Phys. Fluids 21_, 505.

3059. J. Davidson, D. R. Wells, L. G. Phadke, J. G. Hirschberg, J. Tunstall , &

P. E. Ziajka, Simultaneous Electron Density and Ion Temperature Measurements

of a Moderately Dense Plasma Using Doppler and Stark Broadened He II Lines,

Appl . Opt. V7, 1481

1978

59
3060. A. E. DePristo & H. Rabitz, Scaling Theoretic Deconvol ution of Bulk Relaxation

Data: State- to-State Rates from Pressure-Broadened Line Widths, J. Chem.

Phys. 68, 1981.

3061. M. S. Dimitri jevic & P. Grujic, Long-Range Potentials and Stark Broadening of

Neutral Lines, J. Quant. Spectrosc. Radiat. Transfer ]_9, 407.

3062. N

! D. Ebby & S. Weniger, Broadening and Shift of Lines of the Principal Series

of Neutral Lithium Atom Produced by Collision with Helium and Argon, J. Quant.

Spectrosc. Radiat. Transfer 1_9, 247.

3063. H. Ehrich & D. E. Kelleher, Hydrogen Fine-Structure Effects at Low Electron

Densities, Phys. Rev. A T_7, 1686.

3064. W. E. Ernst, B.-H. Mliller, & Th. Zaengel , Stark Broadening of Neutral Krypton

Lines, Physica C (Amsterdam) 93, 414.

3065. H. R. Griem, Broadening of the Lyman-a Lines of Hydrogen and Hydrogenic Ions

in Dense Plasmas, Phys. Rev. A 1_7, 214.

3066. P. S. Herman & K. M. Sando, Theoretical Study of Wings of Resonance Lines of

Lithium and Sodium Perturbed by Rare Gases, J. Chem. Phys. 68, 1153.

3067. A. K. Hui, B. H. Armstrong, & A. A. Wray, Rapid Computation of the Voigt and

Complex Error Functions, J. Quant. Spectrosc. Radiat. Transfer 1_9, 509.

3068. J. Kielkopf, The Interaction of Excited States of Barium with Xenon Atoms Determined by Spectral Line Contour Measurements, J. Phys. B 11_ 5 25.

3069. S. H. Kim, Stark Shift and Line Broadening in Three-Dimensional Stochastic

Fields of a Helium Plasma, Nuovo Cimento B 44, 409.

3070. R. W. Lee, Plasma Line Broadening of the Lyman-a Transition Including Ion Dynamics,

J. Phys. B H, L167.

3071. R. E. Loughhead, R. J. Bray, & N. Brown, Instrumental Profile of a Triple Fabry- Perot Interferometer for Use in Solar Spectroscopy, Appl . Opt. 1_7, 415.

3072. Y. Mizuta S A. Ohno, Stochastic Theory of He I Satellite Line Shape in a Plasma,

J. Phys. Soc. Jpn. 44, 627.

3073. E. S. Mukhtar, H. J. Baker, & T. A. King, Pressure Induced Frequency Shifts

in the Atomic Iodine Laser, Opt. Commun. 24, 167.

1978

60
3074. A. Postan & Y. Ben-Aryeh, A Translational Heat Bath Model for Foreign Gas Broadening of Spectral Li nes-- II I . W. K. B. Approximation for Satellite

Bands, J. Quant. Spectrosc. Radiat. Transfer j_9, 431.

3075. M. M. Salour, Isotopic Shift, Pressure Shift, and Pressure Broadening of the

7d' States of Neon Using Doppler-Free Two-Photon Absorption Spectroscopy,

Phys. Rev. A V7, 614.

3076. B. Sayer, M. Ferray, J. P. Visticot, & J. Lozingot, Bands Associated with

2 2 2 Cs (6 S-i^J-Cs (7 S^2 ar, d ^ D 5/2^ Transitions Perturbed by Helium, J. Chem. Phys. 68, 3618.

3077. R. J. Tighe & C. F. Hooper, Jr., Stark Broadening in Hot, Dense, Laser- Produced

Plasmas: A Two-Component, Two-Temperature Formulation, Phys. Rev. A T7, 410.

3078. W. P. West & A. Gallagher, Pressure Dependence of Na Resonance Line Broadening

by Kr and Xe, Phys. Rev. A V7, 1431.

3079. W. P. West, P. Shuker, & A. Gallagher, The Effects of Mul tiperturber Interactions

on the Sodium-Rare Gas Excimer Bands, J. Chem. Phys. 68, 3864.

3080. K. Yamamoto & H. Narumi , On the Complex Level Shift of Spectral Lines in Plasmas,

J. Phys. Soc. Jpn. 44, 349.

3081. A. T. Young, Line Shifts Due to Blending, J. Opt. Soc. Am. 68, 246.

61

1978
4. LIST OF AUTHORS

hu tnor KcTcrcncc no* Ai it* fori v« r\cTerence no.

nogra 1 1 , n. •3UUJ Ra boy CAM ?RRi coo i

MDjcdn , t\

Da kci , n • u •

nDrdinoV, V. rt. Ralrcfoi D c/UO ?7flft

flescnnman, u . r. Ral al/in U A oa i aKi n , v . m. CO 1 0

Ageev, V. A. 2316 Balling, L. C. 1906

Akahane, T. 2705 Baranova, I. 0. 2709

Aleksandrov, E. B. 2507 Baravian, G. 2514

Alekseev, E. I.

Alkemade, C. Th. J.

Allard, N.

Al

m i an A U i en t m . w

Al U9 vtaf 1 M h i varez , j . n.

Mnucrscn , i

Ando, K.

2463,2508,2509

2945,2949,2950,

2951

3047

£9 1 U

?RQfl

OUnO

2705

Barnard, A. J.

Bassalo, J. M.

Bastlen, F.

Bates, C. W., Jr.

Batygin, V1t. V.

Batygin, VI. V.

2515,2516,2612,

2879

2517,2518,2710,

2882

2711 ,2883,2884

2576

2519

2519,2520,2521

,

2712

Andreev, S. P. 2876 Baur, J. F. 2522,2885

Angelova, R. 3025 Bayanov, V. P. 2713,2714

Antipov, S. V.

Apruzese, J. P.

Arditl, M.

Arkhipov, V. M.

Armstrong, B. H.

Artamoshkin, A. M.

Auta m M C Hwa n » n . o

Babenya, L. A.

Babykin, M. V.

Bach, T.

2464

2877

2511

2465

3067

2308

c/UO

2512

2466

3049,3050

Baylis, W. E.

Bazarov, E. N.

Bean, B. L.

Beer, C. W.

Behmenburg, W.

Behringer, K.

Bekefi, G.

Belenov, E. M.

Ben Aryeh, Y.

2665,2836,2886,

3013

2463,2508,2509

2523,2715

2716

2115,2306,2569

2307

2717,2734

2887

2524,2888,2993,

3074

Bacon, M. E.

Baeck, N.

2878,2879

2880

Bengtson, R. D. 2718,2889,2975,

3005

*The numbers refer to paper Identification numbers of Part 3.
Author

Ben-La khdar, Z. (also

Ben-Lakhdar-Krout, Z.)

Bennett, W. R. , Jr.

Ben-Reuven, A.

Berard, M.

Berezin, A. K.

Berman, P. R.

Bernabeu, E.

Bernheim, R. A.

Bevan, D. 6.

Beverly, R. E. , III

Bez'yazychnyi , I. A.

Bi el ski , A.

Bieniek, R. J.

Bi kmukhametov, K. A.

Biraben, F.

Birnbaum, G.

Bjorkholm, J. E.

Blaha, M.

Boercker, D. B.

Boiko, V. I.

Bolotskikh, L. T.

Bondareva, M. P.

Bottcher, C.

Bousquet, C.

Brader, D. F.

Bras, N.

Bray, R. J.

Brechignac, C.

Brechot, S. (also Sahal , S. or Sahal -Brechot, S.)

Bretagne, J.

*The numbers refer to paper

Reference No.*

2525,2719,3051

2782

2526,2720,2957

3052

2308

2527,2528,2721,

3053,3055

2529,2722,2890

2716

2723

2530

2308

2891

2892

2531

2532,2893

2724

2605,2793

2510

2744

2533

2534

2535

2536,2537

2538,2894

2749

2538,2894

3071

3053

2922,2923,2966

2514

Author

Brissaud, A.

Brown, N.

Bryan, R. J.

Burgess, D. D.

Burshtein, A. I.

Butaux, J.

Byerley, A.

Caby, M. (also

Caby-Eyraud, M.]

Cagnac, B.

Cahuzac, Ph.

Camm, D. M.

Capes, H.

Carlsten, J. L.

Carrington, C. G.

Cattani , M.

Chaika, M. P.

Chang, Y. S.

Chapelle, J.

Charton, G.

Chase, W. E.

Chebotaev, V. P.

Ch'en, S. Y.

Chen, Y. G.

Cherkasov, M. R.

Chernobrod, B. M.

Cheron, B.

Chester, G. R.

Chiang, W. T.

Chirkov, V. A.

Reference No.*

2725,2726

3071

2943

2881

2834

2525

3054

2539

2532,2893

2727,2895,3055

2603

2540,2541 ,2896

2897

2309,2467

2517,2518,2542,

2710,2882

2639,2776

2898

2552,2553,2735,

2918,2922,2923,

3018

2931

2899

2531

2543,3009

2902

2728,2900

2535

2901

2718

2902

2713,2714

identification numbers of Part 3,

63
Author Reference No.*

Chotin, J. L. 3056

Chutov, Yu. I. 2903

L 1 PKOVl C , LJ . 9ARf) 9ft9D 2996,2997

Citron, M. L. 2904

Cohen, E. R. 2724

Cohen-Tannoudji , C. 2905

Collins, B. S. 2830

Collins, C. B. 3016

Coolen, F. C. M. 3057

Coombe, D. A. 2906

Cooper, J. 2515,2522,2544,

2572,2573,2574,

9£7R CO/ 9fil9 9H9Q

, CO 1 £ ,

,

2885

i^o p i ey , u . n

9fifi'5 979Q 97"3n 2731

Coulaud, G. 2539,2653,2760

Crampton, S. B. 2907

Cravens, T. E. 2536

Curzon, F. L. 2879

Czernichowski , A. 2552,2553,2735

Czuchaj, E. 2732

Dakhil, M. 2908

Dalgarno, A. 2536,2537

Damany, H. 2601

Damany, N. 2601

Damaschini, R. 2895

Darnel incourt, J. J. 2909

Danileiko, M. V. 2887

Das, G. 2545

DaUa c T D S , 1 . r . i cho , i yu i , i yuc

,

1903

Dashevskaya, E. I. 2546

*The numbers refer to paper identification

Author Reference No.*

Datla, R. U. 3058

Dattagupta, S. 2910

Davidson, J. 3059

Davies, R. W. 2547

Davis, C. C. 2911

uav i s , j . 9R/IQ 9KRQ 977K

2877

Davis, L. I., Jr. 2675

Davison, W. D. 2116

Degenkolb, E. 0. 2912

uemura , m . v

9C/1Q ozzn 9QKC

2913

Depristo, A. E. 3060

Deputatova, L. V. 2670

Deridder, G. 2638,2733

Deutsch, C. 2653,2717,2734

Devyatov, A. M. 3021

Dharma-wardana , M. W. C. 2551

uia xta , t

9££9 9Rt;'5 97TC; 2914

Di Giacomo, A. 2554

Dijk, C. A. van 2915

Dimitri jevic , M. 2468,2479,2630,

97*3C 97"37 9Q1 A 2989,2990,3061

Dingens, P. 2880

Djenize, S. 9C91 9Q9CI 9QQA

2997

Docken, K. K. 2537

Do'bele, H. F. 2555,2738,2739

Donszelmann , A. 2740

Dopel , E. 2598

Doncker, E. de 2638

Dontsov, Yu. P. 2741

rs of Part 3.
Author Reference No.*

Dorenburg, K. 2556

Douda, B. E. 2557

Drawi n, H. W. 2821

Drayson, S. R. 2742

Driver, R. D. 2743,2917

Drobyshevich, V. I. 2839

Drummond, D. L. 2309,2469

Dubreuil, B. 2558,2918

Dufty, J. W. 2587,2744,2947

Dugan, C. H. 2616

Dupre-Maquaire, J. 2818

Dyulgerova, R. 2623,2683,3025

Ebby, N'D. 3062

Eckart, M. J. 2559

Ecker, G. 2560

Edmunds, M. G. 2561

Ehrich, H. 3063

Einfeld, D. 2745

Encrenaz, P. 2986

Engel'sht, V. S. 2580,2936

Ernst, W. E. 3064

Evans, D. L. 2704

Ewart, P. 2919

Exton, R. J. 2557,2562

Farr, J. M. 2800

Fazlaev, V. Kh. 3021

Feau trier, N. 9CKQ 01AP. 955/19 2920

Feo, F. 2554

Ferray, M. 3076

Fertil, B. 2711

Filinov, V. S. 2790

*The numbers refer to paper identification nun

65

Author Reference No.*

Fiutak, J. 2747,2921

Fieri, E. C. 2907

Fleurier, C. 2922,2923

Flisyuk, V. G. 2477

Flusberg, A. 2857

Fomin, V. V. 2485,2840

Fowler, B. W. 2563

Frandsen, W. H. 2543

Freeman, R. R. 2748

Freund, R. S. 2749

Frish, M. S. 2507,2591 ,2948

Fuhr, J. R. 2564

Fukuda, K. 2983

Fukuyo, H. 2117,2788,2789,

2961

Funk, W. 2310

Fuss, W. 2750

Fussmann, G. 2565

Gabel , C. W. 2904

Galan, L. de 2674

Gallagher, A. 2309,2362,2467,

2469,2566,2622,

2655 ,2680 ,2901 , 2925,3078,3079

Gallagher, C. C. 2567

Gal 'tsev, A. P. 2568,2926

Ganapathy, S. 2927

Garapova, I. F. 2751

Garcia-Peral ta , F. 2529,2722,2890

Gay, J. C. 2928

Gebhard, D. 2569

George, E. V. 2819

Ghosh Roy, D. N. 2929

bers of Part 3.
Author Reference No.* Author Reference No.*

Giacobino, E. 2893 Grumberg, J. 2760

Ginzburg, M. D. 2987 Grycuk, T. 2579,2935

Gippius, E. F. 2752 Grynberg, G. 2532,2893

Giraud, M. 2829,2957 Gubin, V. P. 2463

Giusti-Suzor, A. 2570 Gulidov, S. S. 2713,2714

Gladisch, M. 2556 Gurovich, V. Ts. 2580,2936

Gleizes, A. 2846 Guzhva, Yu. G. 2519

Godart, J. L. 2514 Gvaladze, T. V. 2761

Goldbach, C. 2725,2726 Halenka, J. 2571

Goldflam, R. 2932 Hammond, G. L. 2581

Goly, A. 2753 Hannaford, P. 2762

Gomez, R. B. 2988 Happer, W. 2667,2804

Gorecka, M. 2754 Harper, C. D. 2937

Grabowski, B. 2571 ,2753 Hartmann, S. R. 2857

Gradov, V. M. 2930 Harvey, K. C. 2582

Granier, J. 2755,2931 Hauer, A. 3023

Granier, R. 2755,2931 Hawkins, R. T. 2582

Gray, D. F. 2831 Heering, W. 2583,2584

Gray, H. R. 2904 Helbig, V. 2678,2763

Grechushnikov, B. N. 2761 Heldt, J. 2828

Green, S. 2932 Her bet, P. 2909

Greene, R. L.

Greenstein, H.

Greve, A.

Griem, H. R.

2572,2573,2574,

2575,2756

2576

2577

2510,2578,2585,

2757,2758,2759,

2778,2810,2811

,

oono oooo onco dyutz , cyii , 3(Jbo

,

3065

Herman, P. S.

Hess, S.

Hewitt, P. L.

Hey, J. D.

Hill, R. A.

3066

2938

2764

2585,2759,2765,

2766,2767,2939,

2940,2941 ,2942,

2943

2704

Griffiths, J. E. 2912 Himmel , G. 2768

Gruetzmacher, K. 2934 Hindmarsh, W. R. 2470

Grujic, P. 2468,2737,2916,

3061 Hinze, J. 2652

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

66
Author Reference No.* Author Reference No.*

Hirano, I.

Hirsch, K.

Hirschberg, J. G.

Hofsass, D.

Hohla, K.

Hollander, Tj.

Holstein, T.

Hooper, C. F. , Jr.

Horodecki, R.

Houston, J. E.

Huettner, B.

Hui, A. K.

Hurst, G. S.

Hussey, T.

Iga, K.

Igonin, Yu. F.

Ilyukhin, B. I.

Im, T.-D.

Ioli, N.

Ionescu-Bu jor, Th.

Iordanescu, S.

Irons, F. E.

Isler, R. C.

Ismagilov, R. Kh.

Ivanov, A. N.

Ivanov, G. K.

Izotova, S. L.

Jackson, D. A.

Jacobs, V. L.

Jannitti, E.

*The numbers refer to

2666,2837,2944

2555,2738,2739

3059

2586

2750

2945,2949,2950,

2951

2925

2587,2841,2947,

3015,3077

Jansen, B. J.

Javan, A.

Johnson, B. W.

Jones, L. A.

Jones, W. W.

Jortner, J.

Kallne, E.

Kafrouni , H.

Kalfsbeek, H. W.

Kalinin, Yu. G.

Kalinkina, I. N.

Kal iteevskii , N. I

Kalman, G.

Kandela, S. A.

Kantserov, A. I.

Kapicka, V.

2921

2797

2946

3067

2977

2587,2947

2117,2789

2769

2752

2770

2588,2771

2589

2589

2590

2772

2751

2519

2773

2507,2591 ,2948

2774

2548,2775

2610,3017

paper identification numbers of Part 3

67

Karabourniotis, D.

Karwowski, J.

Katskov, D. A.

Kaufman, F.

Kawasaki, K.

Kazantsev, A. P.

Kelleher, D. E.

Kelly, M. J.

Kent, M

Kepple, P.

Khanov, I. F.

Kielkopf, J. F.

2945,2949,2950,

2951

3014

3016

2952

2510

2720

2952

2846

2651

2319

2761

2776

2708

2311

2948

1245,2114,2118,

2471 ,2592

2909

2891

2609

2999

2953

2472

2678,2763,2954,

3063

3014

2777

2775,2778

2464

2593,2594,2595,

2779,2780,2908,

3068
Author Reference No.* Author Reference No.*

Kim, S. H. 2955,2956,3069 Kuramochi , N. 2117,2788,2789,

2961 King, T. A. 2707,3073

Kurilenkov, Yu. K. 2790

Kirin, Yu. M. 2535

Kurnit, N. A. 3014

Kirkbright, G. F. 2723

Kurochka, L. N. 2600

Kiseleva, L. G. 2781 Kuroda, K. 2850

Klein, L. 2720,2957

Kusch, H. J. 2677,2791 ,2962

Klein, P. 2596,2958

1 a ha f 1 9/lQn 9R9"5 9Q9n C'iOV ,£000 ,COC\J , Klement'ev, V. M. 2531 2963,2996,2997

Kleppner, D. 2748 Lagarde, D. (also Perrin, 2628,2719,3051

D. or Perrin-Lagarde, D.)

Kloss, H.-G. 2310

LaKicevic, i . coda 9Q9H 9QC3 9QQC ,£300 j^yyo

,

Klucharev, A. N. 2959 2997

Knoell, L. 2946 Lallemand, P. 3052

Knollenberg, R. B. 2595 Lam, K. S. 2964

Knutson, J. W. , Jr. 2782 Lambert, R. H. 1906,2523,2715,

2899

Kobzeva, E. A. 2546

Lang, K. 2792

Kochanov, V. P. 2770,2783

Laporte, P. 2601 Koga, Y. 2666,2837

Lapuk, N. A. 2520

Kogan, V- I. 2315

Lazarenko, A. V. 2959

Kohsiek, W. 2960

Leboucher, E. 2602,2965

Kolesnikov, V. N. 2752

Lee, C. S. 2603

Konjevic, N. 2468,2479,2629,

2630,2632,2784, Lee, R. W. 3070

)7or oqqq ooon

2991 Lemaire, J. L. 3056

Konovalov, I. P. 2513 Lennuier, R. 2525,2538,2628,

2719,2965,3051

Korobkov, M. E. 2786

Leorat, J. 2725,2726

Kouri, D. J. 2932

Leriche, M. 2506

Koval 1 skaya, G. A. 2473

Lesage, A. 2604,2966

Kraulinya, E. K. 2787

Leteinturier , D. 2312

Kruglikova, L. P. 2609

Levenson, M. D. 2937

Klihlke, D. 2597,2598

Levine, M. A. 2567

i\u n i n , u

£oy y Lewis, E. L. 2362,2706,2796

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

68
Author Reference No.* Author Reference No.*

Liao, P. F. 2605,2793 Marek, J. 2798

Liepa, S. Ya. 2787 Marie, Z. 2799

Liew, Y. C. 2116 Marie, E. 3055

Ufshii, E. V. 2308 Marode, E. 2711 ,2883,2884

Lin, D. N. 2319 Marque, J. P. 3056

Lindegren, L. 3012 Martin, G. A. 2564

Lisitsa, V. S. 2315,2474,2549,

9finK 9fi(*l7 2876,2913,2967

Masnouseeuws, F.

Matisov, B. G.

2599

2520,2712

Litke, J. D. 2968 Matsuda, I. 2788,2789,2961

Lombardi, G. 2917 Matsuo, T. 2961

Longbothum, R. L. 2985 Mayseless, M. 2524

Lord, S. D. 2792 Mazure, A. 2725,2726

Lorenzen, J. 2969 McCartan, D. G. 2800,2973

Loughhead, R. E. 3071 McFarlane, R. A. 2911

Lovett, R. J. 2970 McGartan, D. G. 2796

Lowe, R. M. 2762 McWhirter, R. W. P. 3054

Lozingot, J. 3076 Mehan, R. G. 2827

Lubenets, E. R. 2794 Meiners, D. 2958

Luijendijk, S. C. M. 2971 Meisel , G. 2582

Lukaszewski, M. 2608,2795 Mercier, J. 2974

Lvov, B. V. 2609 Merenkova, L. K. 2580

Lwin, N. 2796,2973 Mergault, P. 2312,3019

Lyons, J. D. 1246,1902 Mermet, J. M. 2611

Madden, H. H. 2797 Meucci, M. 2588,2771

Magnan, C. 2654 Mihalas, D. 2612

Mak, A. A. 2713,2714,2930 Mikhalev, V. G. 2243,2408,2801

Makarov, A. P. 1904 Miller, M. H. 2604,2966,2975

Malvern, A. R. 2972 Mirza, M. Y. 3016

Mai vezzi , A. M.

Mamyrin, A. B.

Marcuzzi, A.

2610,3017

2507

2616

Misiunas, A.

Mizuta, Y.

2476,2613,2614,

2802,2803

3072

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

Moe, G.

Mortel , A.

Moity, J.

Moles, M.

Monchalin, J. -P.

Monchick, L.

Morgan, F. J.

Mossberg, T.

Movre, M.

Muller, B.-H.

Mukamel, S.

Mukhtar, E. S.

Muradyan, A. Zh.

Murphy, D. P.

Musielok, B.

Musielok, J.

Mwana Umbela, I. S. K.

Nagashima, M.

Nagirnev, D. I.

Narumi, H.

Naruse, S.

Nayfeh, M. H.

Nedavnii, A. P.

Nee, A.

Nee, T.-J.

Nefedov, A. P.

Neiger, M.

Neijzen, J.

Nemets, A. M.

Neufeld, C. R.

Nezlin, M. V.

*The numbers refer to paper

2667,2804,2838

2938

2615

2799

3014

2932

2616

2857

2959,2976

3064

2720

3073

2617

2902

2805,2806

2754,2805,2806

2807

2983

2808

3080

2789

2977

2887

2853

2809,2810

2670

2811

2740

2477

2974

2464

Nguyen-Hoe

Niemax, K.

Nienhuis, G.

Nikolaev, G. I.

Nollez, G.

Norkunas, V.

Norton, B. A.

Nubbemeyer, H.

0'Connell , R. F.

Ogorodnikov, S. N.

Ogura, I.

Ohno, A.

Okasaka, R.

Oks, E. A.

Okunevich, A. I.

Olivero, J. J.

Olson, E. C.

0'Mara, B. J.

Omont, A.

Orlov, R. V.

Osherov, V. I.

Ostroukhova, I. I.

Ott, W. R.

Ottinger, Ch.

Ovechkin, G. V.

Overhoff, Th.

Pacheva, Y.

Padrick, T. D.

Palmer, R. E.

Pankratov, V. G.

identification numbers of Part 3.

70

2539,2760,2965

2618,2619,2798,

2969,2978

2812,2979,2980,

2981

2477

2725,2726

2476,2614,2802

2627

2982

2646

2243,2408,2801

2850

3072

2983

2466,2478,2620,

2813,2984

1905

2985

2621

2814

2986

2801

2815

2816

2307

2622,2655

2817

2662

2623,2683

2624

2624

2243,2408
Author Reference No.* Author Reference No.*

Pargamanik, L. E. 2987 Polzik, L. K. 2609

Park, U. 2667 Popov, A. K. 2534

Pa r k s . G E 2663 2835 Pnnovir M ?47Q ?fi?R ?fi?Q

2630,2632,2989,

Parsons, M. L. 2970 2990

Parthasarathi , V. 2927 Poquerusse, A. 2992

Paul, E. 2747 Postan, A. 2888,2993,3074

Pavlov, M. 2625 Preobrazhenskii , N. G. 2591

Payne, M. G. 2977 Preston, R. C. 2994,2995

Peach, G. 2626 Prilezhaeva, N. A. 2682

Peacock, N. J. 2627 Pritchard, D. E. 2748

Pencikova, L. 2114 Prosnitz, D. 2819

Penkin, N. P. 2855,3026 Protsenko, E. D. 2513

Penner, S. S. 2663,2835 Pujol, G. 2314

PpypniirlfW C \f 2713 2714 24RD ?633 ?R?0

2963 2996 2997

Pprpl 1 rClCI V T 9 V s 1 • 1 905

Put! i t7 & 2U 2556

"CI LJ cUUCi 1 t g rl • 1 • Rabitz H 3060

Perrin, D. (also Perrin- 2628,2719,3051

Lagarde, D. or Lagarde, D.) Radujkov, V. 2625

Perry, B. 3023 Ragozin, E. N. 2998

Petukhov, A. V. 2308 Rakhimbabaev, Ya. R. 2317

Phadke, L. G. 3059 Rakhovskii, V. I. 2634

Phelps, A. V. 2309 Ramette, J. 2821

Pi r hi o 0. r 1 Lfl 1 ci 9

\j . Ranrt 1 fl 2635

?97fi Ranson, P. 3018

Pi rniio 1 _l r 1 K, L|UC 3 u • ~ L • C J 1 1 Ran R K 1 903

Pn ovi P F RAiitifln l\QU U Qll ) O9 • GU 2535,2770,2783

Pi in' c ci 1 W r lei IU Ibb 1 ) <J . n. CJOO

Ra wl "i n c Ul T 2999

Pi me An P Ra v S 1246,1901 ,1902,

pirlallSd) a fi ca rl. M ?d7Q 2636

2630,2632,2989,

2990,2991 Raymer, M. G. 2897

Podlubny, L. I. 2631 Read, F. H. 2637

Polyakov, Yu. I. 2815 Rebane, V. N. 2822,2823,3000,

3001

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

71
Author Reference No.*

Regemorter, H. van 2119,2668,2746,

2842

Rensbergen, W. van 2638

Richou, J. 2615

Rish, 0. M. 2639,2776

Robaux, 0. 2727,3055

Roberts, J. R. 2784,3020

Roendigs, G. 2962

Roig, R. A. 2975

Roney, P. L. 2640,2641 ,2642

Rostas, F. 2599,3056

Roszman, L. J. 2643

Roueff, E. 2570,2599,2644,

2645,3002,3003

Roussel, K. M. 2646

Royer, A. 2647,2648

Rozhkov, V. V. 2481

Rozsnyai, B. F. 2649,2851 ,3004

Rozuvanova, V. A. 2465

Rusanov, V. D. 2317

Rutgers, W. R. 2650,2651

Ryutov, V. D. 2319

Sabelli, N. H. 2652

Sachs, E. S. 2652

Safonov, V. P. 2535

Sahal , S. (also Sahal- 2922,2923,2966

Brechot, S. or Brechot, S. )

Salour, M. M. 3075

Sanchez, A. 2510,2889,3005

Sando, K. M. 3066

Sandrigailo, L. E. 2817

Saprykin, E. 6. 2770,2783

Author Reference No.*

Sassi, M. 2653

Sato, S. 2669

Sauerbrey, G. 2745

Sayer, B. 3076

Schaik, N. van 3057

Schatzman, E. 2654

Schawlow, A. L. 2582

Scheps, R. 2622,2655,2680,

2901

Schiavone, J. A 2749

Schmidt, P. P. 2824

Schucking, E. L 2777

Schuller, F. 2602,2755,2980,

2981

Schulz, H. 3006

Schumacher, A. 2560,2656

Schwiecker, H. 2791 ,2825

Scoarnec, L. 2909

Seidel , J. 3007,3008

Sevast'yanenko, V. G. 2473

Shabanova, L. N 2855,3026

Shalagin, A. M. 2770,2783

Shapkin, V. V. 2319,2466

Shaw, J. H. 2898

Shcherbakov, A. A. 2930

Shimoda, K. 2826

Shimoni , Y. 2657,2679

Shiomi, N. 2788

Shipman, H. L. 2827

Shlyapnikov, G. V. 2816

Sholin, G. V. 2315,2318,2466,

2478,2549,2550,

2913,2984

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

72
Author Reference No.* Author Reference No.*

Shpak, M. T.

Shuker, P.

Shumskaya, L. I.

Shustryakov, V. M.

Sidell, N.

Sikorska, A.

Skoryupin, V. A.

Skudra, A. Ya.

Smirnova, G. F.

Smith, A. V.

Smith, E. W.

Smith, 6.

Smith, M. A.

Smolkin, G. E.

Snezhkin, E. N.

Snider, J. L.

Snider, R. F.

Sobel'man, I. I.

Solyanikova, V. A.

Specht, B. J.

Spicer, D. S.

Srivastava, R. P.

Stacey, D. N.

Stamm, R.

Starikov, A. D.

Statham, P. J.

Steel, D.

Stenflo, J. 0.

Stevenson, D. C.

Steyaert, H.

Strekalov, M. L.

*The numbers refer

2887

3079

2752

2634

3009

2828

2319

2787

2801

2676

2515,2612,2829

2658,2830

2831

2318

2464

2743

2906

2713,2714

2832

2564

2659

2660,2833,3010

2544

2661

2713,2714

3011

3023

3012

2516

2880

2482,2834

Striganova, E. A.

Stroud, C. R. , Jr.

Stuke, M.

Stul 'piniene, N. A.

Stupp, H. J.

Sultan, G.

Sultanov, M. A.

Sulzmann, K. G. P.

Sung, C. C.

Szoke, A.

Szudy, J.

Tako, T.

Tarn, A.

Tambovtsev, B. Z.

Telegin, G. I.

Telegin, G. V.

Terpugova, N. S.

Thomas, J. E.

Thomson, D. B.

Thorsos, E.

Tighe, R. J.

Titov, A. V.

Tkachuk, G. B.

Toader, E. I.

Tondello, G.

Tran Minh, N.

Trigger, S. A.

Trigt, C. van

Trubnikov, A. S.

Tskhai, N. S.

2318

2904

2672

2613,2802,2803

2662

2514

2316

2663,2835

2563

2897

2664,2665,2836,

3013

2666,2705,2837

2667,2804,2838

2591 ,2839

2509

2840

2781

3014

2952

3023

2841 ,3015,3077

2317

2671

3016

2610,3017

2668,2746,2842,

2920

2631

2843,2844

2464

2709

to paper identification numbers of Part 3.

73
Author Reference No.* Author Reference No.*

Tukhvatul 1 in, R. S.

Tunstall , J.

Turechek, J. J.

Tvorogov, S. D.

Umemoto, H.

Vacquie, S.

Vallee, 0.

Valognes, J.-C.

Vanderwood, P. C.

Van Zandt, J. R.

Vasil'eva, I. A.

Vasil'eva, R. P.

Vedmich, V. G.

Veklenko, B. A.

Vershkov, V. A.

Vetter, J.

Vetter, R.

Vigier, J. P.

Visticot, J. P.

Voigt, P. A.

Volkova, L. M.

Volonte, S.

Vosicky, Z.

Voslamber, D.

Wagenaar, H. C.

Wang, C. C.

Wang, H. T. M.

Ward, J.

Watanabe, S.

Weber, E. W.

*The numbers refer to

2751

3059

2845

2485

2669

2846

3018

2312,3019

2988

2847,2848

2670

2305

2808

2671

2317

2672

2727,3053,3055

2799

3076

3020

3021

2673

2118

2540,2541 ,2635,

2661 ,2849,2896,

3022

2674

2675

2907

2676

2850

2672

Weisheit, J. C.

Weiss, R. E.

Weissler, G. L.

Weissman, E.

Wells, D. R.

Wende, B.

Wendt, K.

Weniger, S.

Werel, K.

West, W. P.

Whitney, K. G.

Wierzbicka, J.

Wiese, W. L.

Wildman, D. W.

Wilson, A. D.

Wilson, R.

Wolnikowski, J.

Wray, A. A.

Wujec, T.

Ya'akobi, B.

Yakovlenko, S. I.

Yamamoto, K.

Yamamoto, S.

Yamamoto, Y.

York, G. W.

Young, A. T.

Young, J. P.

Zaengel , Th.

Zagorodnikov, S. P.

Zaidi, H. R.

2851

1906

2483

2888,2993

3059

2934,2982

2677,2962

2314,3062

2828

3078,3079

2877

2579

2484,2678,2763,

2785

2819

2657,2679

3054

2852,2891

3067

2805,2806

2717,2853,3023

2474,2607

3080

2669

2518

2622,2655,2680

3081

2977

3064

2318

2660,2681 ,2833,

3010,3024

paper identification numbers of Part 3,

74
Author Reference No.*

Zalyalov, N. G. 2751

Zavenyagin, Yu. A. 2741

Zavoiskii, E. K 2-319

Zav'yalov, G. I 2682

Zav'yalova, A. in. 2682

Zechev, D. 2623,2683,2854,

3025

Zholnerov, V. S 2521

Zhovtyanskii , V . A. 2903

Zhuvikin, G. V. 2855,3026

Zhuzhunashvil i

,

A. I. 2466

Ziajka, P. E. 3059

Zinov'ev, 0. A. 2317

Zuev, V. E. 2485

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

75
5. ERRATA

Reference Corrections or Additions to NBS Special Publication 366,

No.* Supplement 2 ( 1975)

2243 In Part 3, an English translation to the previously cited Russian work

is provided. This translation, found in J. Appl . Spectrosc. (USSR) 1J3, 103 (1973), is also incorporated into this supplement.

2362 In Part 3, add the reference Phys. Rev. A 1_6, 1337 (1977). This erratum

is incorporated into this supplement.

2408 In Part 3, an English translation to the previously cited Russian work

is provided. This translation, found in J. Appl. Spectrosc. (USSR) 20_, 673 (1974), is also incorporated into this supplement.

2491 In Part 3, add the reference Astron. Astrophys. 41_, 119 (1975). This

erratum is incorporated into this supplement. The entire reference is also given a new number--2561

2516 In Part 3, add the reference Astron. Astrophys. 415, 149 (1976). This

erratum is incorporated into this supplement. The entire reference is also given a new number--2644.

*The numbers refer to paper identification numbers of Part 3 of the second supplement to the original bibliography.

76

ir U.S. GOVERNMENT PRINTING OFFICE : 1978 O-28I-067 (340)
NBS-114A (REV. 7-73)

U.S. DEPT. OF COMM. i. PUBLICATION OR REPORT NO. 2. Gov't Accession BIBLIOGRAPHIC DATA . Inc rn or No. sheet NBS SP-366, Supplement 3

3. Recipient's Accession No.

: 4. TITLE AND SUBTITLE

Bibliography on Atomic Line Shapes and Shifts

(June 1975 through June 1978)

5. Publication Date December 1978

6. Performing Organization Code

[

7'^7T.

R?uhr, B. J. Miller & G. A. Martin

8. Performing Organ. Report No.

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

w. rrujcci / idiK/ "Otk unit ino. 5312120

11. Contract/Grant No.

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

same as #9

13. Type of Rapoct & Period Covered Tntenm

June 1975-June 1978

14. Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

Library of Congress Catalog Card Number: 72-600147

16. ABSTRACT (A 200-word or less (actual summary of most significant information. If document includes a significant

bibliography or literature survey, mention it here.) This is the third supplement to the NBS Special Publication 366, Bibliography on Atomic

Line Shapes and Shifts (1889 through March 1972) . It contains about 600 references and covers the literature from June 1975 through June 1978. 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 preceding 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 by year of publication and alphabetically by authors' names within the year. (4) This section contains

a list of all authors and their papers. (5) A final section provides corrections or additions to the second supplement to the original bibliography.

17. KEY WORDS (six ro twelve entries; alphabetical order; capitalize only the first letter of the first key word i name; separated by semicolons) Atomic; instrumental broadening; line shapes; lin

pressure broadening; resonance broadening; Stark broadening; van der Waals

mless a proper e shifts;

broadening.

18. AVAILABILITY E Unlimited

I For Official Distribution. Do Not Release to NTIS

| x! Order From Sup. of Doc, U.S. Government Printing Office Washington. D.C. 20402. SD Stock No. SN003-003-

| Order From National Technical Information Service (NTIS)

Springfield, Virginia 22151

19. SECURITY CLASS

(THIS REPORT)

UNCL ASSIFIED

21. NO. OF PAGES

83

20. SECURITY CLASS

(THIS PAGE)

UNCLASSIFIED

22. Price $2.75

a U. S. GOVERNMENT PRINTING OFFICE : 1978 281-067/340

I

NBS TECHNICAL PUBLICATIONS

PERIODICALS

JOURNAL OF RESEARCH—The Journal of Research

of the National Bureau of Standards reports NBS research and development in those disciplines of the physical and

engineering sciences in which the Bureau is active. These

include physics, chemistry, engineering, mathematics, and

computer sciences. Papers cover a broad range of subjects, with major emphasis on measurement methodology, and

the basic technology underlying standardization. Also in- cluded from time to time are survey articles on topics closely

related to the Bureau's technical and scientific programs. As

a special service to subscribers each issue contains complete

citations to all recent NBS publications in NBS and non- NBS media. Issued six times a year. Annual subscription: domestic $17.00; foreign $21.25. Single copy, $3.00 domestic;

$3.75 foreign. Note: The Journal was formerly published in two sections: Section A "Physics and Chemistry" and Section B "Mathej matical Sciences." DIMENSIONS/NBS

This monthly magazine is published to inform scientists, engineers, businessmen, industry, teachers, students, and

| consumers of the latest advances in science and technology,

' with primary emphasis on the work at NBS. The magazine

highlights and reviews such issues as energy research, fire

I protection, building technology, metric conversion, pollution

abatement, health and safety, and consumer product perI formance. In addition, it reports the results of Bureau pro- grams in measurement standards and techniques, properties

of matter and materials, engineering standards and services,

, instrumentation, and automatic data processing.

Annual subscription: Domestic, $1 1.00; Foreign $13.75

NONPERIODICALS

i! Monographs—Major contributions to the technical liter- ature on various subjects related to the Bureau's scientific

; and technical activities. Handbooks—Recommended codes of engineering and industrial practice (including safety codes) developed in cooperation with interested industries, professional organizations, and regulatory bodies.

Special Publications—Include proceedings of conferences sponsored by NBS, NBS annual reports, and other special

publications appropriate to this grouping such as wall charts, pocket cards, and bibliographies.

Applied Mathematics Series—Mathematical tables, manuals, and studies of special interest to physicists, engineers,

chemists, biologists, mathematicians, computer programmers,

and others engaged in scientific and technical work.

National Standard Reference Data Series—Provides quanti-

! tative data on the physical and chemical properties of

materials, compiled from the world's literature and critically evaluated. Developed under a world-wide program co- ordinated by NBS. Program under authority of National

Standard Data Act (Public Law 90-396).

NOTE: At present the principal publication outlet for these data is the Journal of Physical and Chemical Reference Data (JPC'RD) published quarterly for NBS by the American Chemical Society (ACS) and the American Institute of Physics (AIP). Subscriptions, reprints, and supplements

available from ACS, 1155 Sixteenth St. N.W., Wash., D.C.

20056.

Building Science Series—Disseminates technical information developed at the Bureau on building materials, components,

systems, and whole structures. The series presents research

results, test methods, and performance criteria related to the

structural and environmental functions and the durability and safety characteristics of building elements and systems. Technical Notes—Studies or reports which are complete in themselves but restrictive in their treatment of a subject.

Analogous to monographs but not so comprehensive in scope or definitive in treatment of the subject area. Often

serve as a vehicle for final reports of work performed at NBS under the sponsorship of other government agencies.

Voluntary Product Standards—Developed under procedures

published by the Department of Commerce in Part 10, Title 15, of the Code of Federal Regulations. The purpose

of the standards is to establish nationally recognized require- ments for products, and to provide all concerned interests with a basis for common understanding of the characteristics of the products. NBS administers this program as a supple- ment to the activities of the private sector standardizing

organizations.

Consumer Information Series—Practical information, based on NBS research and experience, covering areas of interest

to the consumer. Easily understandable language and

illustrations provide useful background knowledge for shopping in today's technological marketplace.

Order above NBS publications from: Superintendent of Documents, Government Printing Office, Washington, D.C.

20402. Order following NBS publications—NBSIR's and FIPS from

the National Technical Information Services, Springfield, Va. 22161.

Federal Information Processing Standards Publications (FIPS PUB)—Publications in this series collectively constitute the Federal Information Processing Standards Register.

Register serves as the official source of information in the Federal Government regarding standards issued by NBS

pursuant to the Federal Property and Administrative Services Act of 1949 as amended, Public Law 89-306 (79 Stat. 1127), and as implemented by Executive Order 11717

(38 FR 12315, dated May 11, 1973) and Part 6 of Title 15 CFR (Code of Federal Regulations).

NBS Interagency Reports (NBSDR)—A special series of

interim or final reports on work performed by NBS for outside sponsors (both government and non-government).

In general, initial distribution is handled by the sponsor;

public distribution is by the National Technical Information

Services (Springfield, Va. 22161) in paper copy or microfiche form.

BIBLIOGRAPHIC SUBSCRIPTION SERVICES

The following current-awareness and literature-survey bibli- ographies are issued periodically by the Bureau:

Cryogenic Data Center Current Awareness Service. A litera- ture survey issued biweekly. Annual subscription: Domestic, $25.00; Foreign, $30.00.

Liquified Natural Gas. A literature survey issued quarterly.

Annual subscription: $20.00.

Superconducting Devices and Materials. A literature survey

issued quarterly. Annual subscription: $30.00. Send subscription orders and remittances for the preceding bibliographic

services to National Bureau of Standards, Cryogenic Data

Center (275.02) Boulder, Colorado 80302.
U.S. DEPARTMENT OF COMMERCE

National Bureau of Standards

Washington. D.C. 20234

OFFICIAL BUSINESS

Penalty for Private Use. $300

POSTAGE AND FEES PAID

U.S. DEPARTMENT OF COMMERCE COM-215

SPECIAL FOURTH-CLASS RATE BOOK

12 98