INITED STAT A 111 DM Tl E 5 b fl 'ARTMENT IMMERCE

BLICATION NBS SPECIAL PUBLICATION 366

National Bureau of Standards

Library, E-01 Admin. Bldg.

OCT 1 1981

1 31019

Bibliography on

Atomic Line Shapes and Shifts

(1889 through March 1972)

U.S.

ARTMENT

OF

)MMERCE

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Is
NATIONAL BUREAU OF STANDARDS

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)CT 12

Bibliography on

1 ' Atomic Line Shapes and Shifts

(1889 through March 1972)

J. R. Fuhr, W. L. Wiese, and L. J. Roszman

Institute for Basic Standards

National Bureau of Standards

Washington, D.C. 20234

&r ,

U.S. DEPARTMENT OF COMMERCE, Peter G. Peterson, Secretary

NATIONAL BUREAU OF STANDARDS, Lawrence M. Kushner, Acting Director

Issued September 1972
Library of Congress Catalog Card Number: 72-600147

National Bureau of Standards Special Publication 366

Nat. Bur. Stand. (U.S.), Spec. Publ. 366, 165 pages (Sept. 1972) CODEN: XNBSAV

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

(Order by SD Catalog No. C13. 10:366). Price $1.75
Contents

Page

Foreword Ill

A. INTRODUCTION

1. OBJECTIVES AND BACKGROUND VII

2. SCOPE OF THIS COLLECTION VIII

3. ARRANGEMENT OF THE BIBLIOGRAPHY VIII

4. FUTURE PLANS OF THE DATA CENTER ON ATOMIC LINE SHAPES AND

SHIFTS, AND ACKNOWLEDGEMENTS IX

5. TABLE OF CODE LETTERS AND ABBREVIATIONS . , X

B. BIBLIOGRAPHICAL MATERIAL

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. Stark broadening and shifts 1

1.1.1.1. Hydrogen and hydrogen-like (overlapping) lines 2

1.1.1.2. Isolated lines of neutral spectra 2

1.1.1.3. Isolated lines of ionic spectra 2

1.1.1.4. Topics of particular interest: [Line wings; Effects of collec- tive electric fields (plasma polarization shift, plasma oscilla- tions with satellite bands) ; Asymmetries of H-lines; Microfield distributions; Magnetic fields] 2

1.1.2. Broadening in foreign gases (Van der Waals broadening) 3

1.1.2.1. Satellite bands 4

1.1.3. Resonance broadening 4

1.2. Basic articles on Doppler and natural line shapes 4

1.2.1. Doppler broadening 4

1.2.2. Natural line broadening 5

1.2.3. Radiation induced broadening 5

1.3. Basic papers on instrumental broadening, deconvolution, superposition of two or more simultaneously acting broadening mechanisms 5

1.3.1. Determination of instrumental line profiles; experimental techniques

for determining line shapes 5

1.3.2. Deconvolution 5

1.3.3. Superposition of broadening mechanisms 5

1.4. Important line broadening applications 6

1.4.1. Laser applications 6

1.4.2. Astrophysical applications 6

1.4.3. Plasma diagnostics 6

1.4.4. Other applications 7

V
Page

1.5. Other topics involving line shapes and shifts 7

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

radiative transfer 7

1.5.2. Broadening of scattered radiation 7

1.5.3. Some important papers on molecular line broadening 7

1.5.4. Miscellaneous topics 7

1.6. Review articles . 8

1.6.1. General line broadening reviews 8

1.6.2. Reviews on pressure broadening 8

1.6.2.1. Reviews on Stark broadening 8

1.6.2.2. Reviews on foreign gas broadening 8

1.6.2.3. Reviews on resonance broadening 8

1.6.3. Reviews on Doppler and natural line broadening 8

1.6.3.1. Doppler broadening reviews 8

1.6.3.2. Natural line broadening reviews 8

1.7. References on line broadening tables and bibliographies 8

1.7.1. General line broadening tables 8

1.7.2. Pressure broadening tables 9

1.7.2.1. Special Stark broadening tables 9

1.7.2.2. Special foreign gas broadening tables 9

1.7.2.3. Special resonance broadening tables 9

1.7.3. Doppler and natural line broadening tables . 9

1.7.4. Tables of Voigt functions 9

1.7.5. Line broadening bibliographies 9

2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA ......... 10

3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES 28

4. LIST OF AUTHORS 128
BIBLIOGRAPHY ON ATOMIC LINE SHAPES AND SHIFTS

(1889 Through March 1972)*

J. R. Fuhr, W. L. Wiese, and L. J. Roszman

This is the first general, annotated bibliography on atomic line shapes and shifts. It covers

exhaustively the atomic spectral line broadening literature in about 1400 separate references extending from 1889 through March 1972. The bibliography contains four major parts: (1) All general interest papers are cataloged 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, 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 arranged

chronologically and alphabetically within each year according to the principal author. (4) A

final section contains a list of all authors and their papers.

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

resonance broadening; Stark broadening; Van der Waals broadening.

A. INTRODUCTION

1. OBJECTIVES AND BACKGROUND

A Data Center on Atomic Spectral Line Shapes and

Shifts has been established recently in the Optical

Physics Division of the National Bureau of Standards. The objectives of the Center are to collect and

catalog the relevant literature and to prepare and publish bibliographies and critical reviews on various

topics in atomic line broadening.

The collection of literature on line broadening was

started some time ago parallel to a collection of the

literature on atomic transition probabilities, which

is an ongoing activity of this NBS group. Starting

in 1970, all references in recent line broadening papers were scanned, and simultaneously, several title and abstracting journals were searched backward for

several years. This latter search gradually overlapped

completely with the independently found references. Reprints or copies of all articles were collected, cata- loged, and filed according to a classification scheme

which will be given in detail below. The literature col- lection is completely up-to-date through March 1972,

and the current literature is constantly being monitored through several title and abstracting journals.

However, we have been unable to secure a few older

theses and technical reports, and we have several as

yet untranslated Russian papers which could be potentially valuable for this collection. These papers

are presently not included, but will be added in future bibliographies after we are able to make a definite

classification.

* Research supported In part by the Advanced Research

Projects Agency of the Department of Defense under the Strategic Technology Office.

VII
2. SCOPE OF THIS COLLECTION

A general bibliography on atomic line broadening

seems to be long overdue, since the large number

of articles we have collected indicates much continuing activity in this field. Nevertheless, no general an- notated bibliography has been published.

In this first bibliography we have stressed the complete presentation of all relevant modern literature without regard to the quality of the paper. Therefore, all line broadening work back to the year 1930

and a number of important earlier papers have been

included. In many instances the early work is super- seded by more refined experimental or theoretical determinations, but there are still a number of cases where nothing but some older material is available. In such cases this older material should still be valu- able for applications where a rough estimate will

suffice. In addition to the regular journal literature, we

list books which are primarily devoted to the subject

of line broadening or contain a special detailed chapter on line broadening. However, we do not list books

which contain only a few pages of basic discussion on line broadening mechanisms.

Conference talks are quoted only if they are published in proceedings which can be generally obtained

in libraries. However, if it appears that such a talk

is superseded by a later paper of the same title in a

journal, we quote only the more accessible journal

publication. The above statement implies that we

3. ARRANGEMENT OF

The bibliography is arranged in four main parts. In the first part we list all papers which are of general interest, i.e., papers which describe a general

theory, give a general review of line broadening

mechanisms or have comments on refinements of existing work, refer to general experimental measure- ment techniques, etc. Specifically, these articles are arranged under seven major headings. A detailed

listing of these headings is given in the Contents under Part 1 "LITERATURE REFERENCES OF

GENERAL INTEREST." Under each of the individual

headings the papers are given by an identification number only in order to keep the size of this compilation compact. This identification number is fully referenced by author, journal, and title of the paper

in Part 3. In Part 2 of the bibliography we list all papers which contain numerical data, either theoretical or

do not quote conference talks which are only published in abstract form or which are distributed on some typewritten proceedings available essentially to conference participants only.

We also do not quote interim or final technical

reports. Since many of these are written to fulfill either educational requirements at a university or

serve to satisfy contract requirements, these reports

are generally not available—except maybe for a short time—so that their listing in this bibliography does

not represent any significant service to the scientific public. The large majority of these reports have be- come available later as publications in the open

literature if they contained new and original results. The situation on doctoral theses is quite similar,

i.e., most theses are subsequently published in a shortened version which contains all the significant

data. Again, we feel that we serve the scientific public most by listing only the journal publication which

gives the shortened version of the thesis. If a full thesis is desired, the journal publication will usually

list the author and his address. While the bibliography is restricted to line shape

and line shift data of atomic and ionic lines, we

have included a representative cross section of recent papers on the broadening of molecular lines (Part

1.5.3). Also, we have included a cross section of

representative recent papers on important applications

of line broadening (Part 1.4) —usually about 20 to 25 papers for each major subject.

THE BIBLIOGRAPHY

experimental. The papers are now ordered to element

and within the elements to the successive stages of ionization. The elements are listed in alphabetical

order of their symbols. One paper (No. 651) contains data for the whole isoelectronic sequence of hydrogen and is listed after the papers on hydrogen.

For each spectrum we have grouped together all papers dealing with the same line broadening mechanism and have subdivided them further into experimental (E) and theoretical (T) papers and comments (C). The explanatory code words and letters are given in the column "Description." The papers

for each group are listed in the column "Reference

No." according to the identification numbers assigned

in Part 3. Since these numbers, as we shall see in Part 3, are in chronological order, this means that the most modern papers are at the end of each list, and one should preferably, in looking up the literaVIII
ture, go from the high numbers back to the low ones. For papers on Van der Waals broadening we also show the species which cause the broadening, if these

are explicitly given by the authors. On natural line broadening we have presented only the directly de- termined numerical material. But since the natural line width or "damping constant" is given by the in- verse sums of the lifetimes of upper and lower state of the line, one may use lifetime data for obtaining

these widths. Available lifetime data are given in the

recent NSRDS compilations on atomic transition probabilities [1, 2]

1 or may be obtained from the NBS

bibliography on atomic transition probabilities. [3]. In Part 3 of the bibliography the complete body

of references is presented in chronological order, and

the listings include the full titles. Within each year

the references are arranged alphabetically according

to the names of the principal author. For the current year 1972 this arrangement is, of course, preliminary

since new papers will be added. If a paper is written

in a foreign language, the title is translated, and the language in which the paper is written is added to the reference in parenthesis. The table at the end of

this introduction contains a complete list of the applied abbreviations. Each reference in this part has

been assigned a running number which serves as the

identification number for the preceding parts of this bibliography.

The journal abbreviations were applied according

to the "ACCESS" compilation of the American Chemical Society [4]. The authors' names were alphabetized according to the "Anglo-American Cataloging

Rules" prepared by the American Library Association, The Library of Congress, The Library Association, and The Canadian Library Association [5]. Part 4 of the bibliography is an author list, where

each reference is given by its identification number

from Part 3. To facilitate the sorting of the reference material

according to each of the four parts of the biblio- graphy, computer programs were developed and applied. Punched cards for each reference contain: the author (s) of paper, year of paper, language of paper, description (theoretical, experimental or comment), and the classification of paper.

4. FUTURE PLANS OF THE DATA CENTER ON ATOMIC LINE SHAPES

AND SHIFTS, AND ACKNOWLEDGEMENTS

We intend to issue supplements to this bibliography

from time to time depending on the volume of the new

incoming literature. We also plan to undertake critical reviews on certain well-defined subjects of line broadening. A first review on the present status of our knowledge of hydrogen Stark broadening is in the planning stage.

We gratefully acknowledge the assistance of Mrs. Georgia Martin in developing a computer program

which allowed the easy cataloging and sorting of all articles for the various parts of this bibliography and

Dean Pershing for assisting in the initial literature search. We also would like to thank Mrs. Roberta

Jones for her competent assistance in typing and

organizing this bibliography.

References

[1] Wiese, W. L. Smith, M. W., and Glennon, B. M„ Atomic

Transition Probabilities—Hydrogen through Neon (A

Critical Data Compilation), Nat. Stand. Ref. Data

Ser., Nat. Bur. Stand. (U.S.), 4, Vol. 1 (May 1966).

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

Transition Probabilities—Sodium through Calcium (A

Critical Data Compilation), Nat. Stand. Ref. Data

Ser., Nat. Bur. Stand. (U.S.), 22, Vol. 2 (Oct. 1969).

[3] Miles, B. M. and Wiese, W. L., Bibliography on Atomic

Transition Probabilities (January 1916 through June

1969) , Nat. Bur. Stand. (U.S.), Spec Publ. 320 (Feb. 1970) , and Fuhr, J. R. and Wiese, W. L., Nat. Bur.

stand. (U.S.), Spec. Publ. 320, Suppl. 1 (Sept. 1971).

[4] Access—Key to the Source Literature of the Chemical

Sciences, (Chemical Abstracts Service, American

Chemical Society, Columbus, Ohio, 1969)

[5] Anglo-American Cataloging Rules, Ed. C. Sumner

(Spalding, American Library Assoc., Chicago, 1967).

1 Figures In brackets Indicate the literature references on

this page.

IX
5. TABLE OF CODE LETTERS AND ABBREVIATIONS

Description B. Language

1. T—theoretical method 1. Out.—Dutch

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

3. C—comment 3. Ger—German

4. Ital.—Italian

5. Russ.—Russian
B. BIBLIOGRAPHICAL MATERIAL

I. LITERATURE REFERENCES OF GENERAL INTEREST

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

AND COMMENTS, ETC.)

Theoretical papers: 443, 1559, 1641, 1820, 1821

1. 1. PRESSURE BROADENING

Comments: 267, 342, 849, 1293

Experimental papers: 63, 64

Theoretical papers: 6, 11, 77, 113, 126, 137, 150, 153, 154,

165. 168. 188. 189. 193. 213. 219, 230,

246, 282, 283, 316, 318, 325, 343. 356.

368. 388. 402. 404. 423. 444. 454, 473 ; 520, 558, 559, 560, 676, 730, 793, 832,

842. 889. 896. 899. 904. 931. 966, 973,

976. 986. 1042. 1049. 1050. 1051. 1057.

1061, 1078, 1103, 1145, 1155

1187, 1195, 1202, 1309, 1342

1392, 1396, 1432, 1433, 1436

1497, 1512, 1584, 1709, 1723

1813. 1814. 1816. 1825. 1826

1159, 1163 ; 1386, 1391 ; 1437, 1489

1788, 1797 ; 1830. 1862

1.1.1. Stark broadening and shifts

Comments: 604, 657, 848, 1884

Theoretical papers: 47, 48, 69, 152, 370, 432, 480,

482. 498. 506. 532. 537. 544. 558.

570, 571, 572, 574, 620, 652, 662
Theoretical papers:

(cont .

)

667, 727, 736, 788, 850, 858,

860. 893. 894. 916. 917. 997.

1055

1259

1424

1498

1662

1730

1811

1885

1056, 1151, 1161, 1184,

1275, 1298, 1338, 1400,

1425, 1460, 1461, 1492,

1502, 1519, 1520, 1570,

1666, 1696, 1711, 1729,

1735, 1737, 1748, 1749,

1819. 1859. 1871. 1873.

Combined theoretical-comments: 1782

1.1.1.1. Hydrogen and hydrogen- like (overlapping) lines

Theoretical papers: 411, 535, 596, 711, 927, 1184,

1218, 1345, 1377, 1508, 1513,

1594, 1753, 1874

1.1.1.2. Isolated lines of neutral spectra

Theoretical papers: 770, 772, 1356, 1408, 1421,

1501, 1569, 1611, 1728, 1755

1.1.1.3. Isolated lines of ionic spectra

Theoretical papers: 1069, 1213, 1214, 1265, 1283,

1385, 1444, 1501, 1576, 1610,

1694, 1754, 1771, 1772

1.1.1.4. Topics of particular interest

A. Line wings

Theoretical papers: 659, 768, 981, 1222

B. Effects of collective electric fields

Comments: 1720

Experimental papers: 965, 1043, 1276, 1301,

1382. 1592. 1599. 1625.

1651. 1671. 1751. 1836
Theoretical papers: 698, 934, 1070, 1304, 1457,

1574, 1577, 1597, 1661,

1705, 1718, 1818, 1869

Combined theoretical-experimental: 1467

C. Asymmetries of H-lines

Experimental papers: 1833

Theoretical papers; 851, 852, 858, 1509

Combined theoretical-experimental: 448

D. Microfield distributions

Comments: 521, 657, 774, 841, 1079, 1186

Theoretical papers: 46, 445, 471, 526, 564,

568, 593, 597, 598, 618,

658, 666, 668, 706, 719,

721, 732, 756, 783, 915,

984, 1015, 1077, 1289,

1290, 1291, 1334, 1352,

1413, 1414, 1418, 1426,

1427, 1438, 1462, 1578,

1579, 1711, 1732, 1740,

1811.' 5 1876

E. Magnetic fields

Experimental papers: 1423

Theoretical papers: 1073, 1267, 1418, 1869

Combined theoretical-experimental: 1091, 1205,

1266

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

Comments: 319, 1556, 1761, 1812

Theoretical papers: 94, 108, 114, 167, 170, 171, 182,

204, 207, 214, 238, 250, 275, 290,

3
Theoretical papers: 327, 384, 385, 409, 455, 495, 671,

(cont - ) 672, 794, 863, 1039, 1182, 1201,

1226, 1299, 1389, 1404, 1415,

1434, 1455, 1477, 1494, 1495,

1499, 1507, 1510, 1564, 1586,

1588, 1602, 1664, 1715, 1731,

1763, 1766, 1824, 1880

Combined experimental-comments: 1287

Combined theoretical-experimental: 1443, 1716

1.1.2.1. Satellite bands

Comments; 1875

Theoretical papers: 1274, 1449, 1459, 1500, 1566,

1567, 1872

Combined theoretical-experimental: 1443

1.1.3. Resonance broadening

Comments: 1092

Theoretical papers: 41, 124, 245, 264, 270, 664, 839,

961, 1003, 1011, 1144, 1221, 1308,

1355, 1389, 1395, 1410, 1548, 1565 ; 1626, 1704, 1710, 1744, 1747, 1793

Combined theoretical-experimental-comments: 1466

1.2. BASIC ARTICLES ON POPPLER AND NATURAL LINE SHAPES

1 „ 2 „ 1 Dopp le r b roa d ening

Theoretical papers: 1, 650, 731, 840, 1260, 1473,

1624, 1861

Combined experimental-comments: 1287

Combined theoretical-experimental: 1448

4
1.2.2. Natural line broadening

Theoretical papers: 127, 128, 161, 403, 421, 449,

594, 612, 926, 995, 996, 1470,

1698, 1779

1.2.3. Radiation induced broadening

Experimental papers: 1639

Theoretical papers: 446, 595, 790, 1071, 1692, 1738,

1739, 1770

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: 483, 722, 824, 900, 1048,

1216, 1278, 1585, 1794, 1810

Theoretical papers; 123, 576, 1074, 1337, 1801, 1803

Combined theoretical-experimental: 93, 825

1.3.2. Deconvolution

Theoretical papers: 134, 146, 160, 345, 371, 426,

470, 576, 648, 649, 762, 792,

885, 970, 1005, 1040, 1101,

1185, 1254, 1271, 1317, 1329,

1582, 1607, 1726, 1864

Combined theoretical-experimental; 937, 1475, 1476

1.3.3. Superposition of broadening mechanisms

Comments: 990, 1790

Theoretical papers: 31, 335, 425, 430, 707, 718, 823,

829, 903, 910, 933, 983, 1008,

1017, 1018, 1050, 1053, 1100,

5
Theoretical papers: 1138, 1203, 1210, 1211, 1269,

(c0nt,)

1277, 1323, 1351, 1723, 1780

IMPORTANT LINE BROADENING APPLICATIONS

1.4.1. Laser applications

Comments: 1148

Experimental papers; 1007, 1045, 1106, 1141, 1279,

1305, 1409, 1442, 1481, 1490,

1514, 1786, 1886

Theoretical papers: 699, 1100, 1210, 1286, 1299,

1463, 1562, 1598, 1609, 1652,

1656, 1707, 1735, 1770, 1861,

1868

Combined theoretical-experimental: 1046, 1108, 1448,

1887

1.4.2. Astrophysica 1 applications

Comments: 1551, 1796

Experimental papers; 617, 1411, 1480, 1695, 1727,

1798, 1833

Theoretical papers; 891, 993, 1059, 1088, 1197,

1208, 1340, 1346, 1347, 1441,

1632, 1637, 1668, 1713, 1743,

1781, 179.2, 1817, 1822

Combined theoretical-experimental; 1600

1.4.3. Plasma diagnostics

Experimental papers; 575, 795, 906, 923, 929, 965,

1113, 1524, 1528, 1549, 1625,

1671, 1834, 1836, 1837

Theoretical papers; 266, 366, 698, 835, 859, 1082,

1302, 1577, 1882,

6
Combined theoretical-experimental: 566, 1016

1.4.4. Other applications

Experimental papers: 969, 1076, 1194, 1757

Theoretical papers: 373, 1006, 1014, 1136

OTHER TOPICS INVOLVING LINE SHAPES AND SHIFTS

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

Comments: 517, 1172

Experimental papers: 107, 800, 801, 1714

Theoretical papers: 148, 334, 351, 352, 386, 422,

452, 613, 621, 759, 859, 911,

962, 998, 1001, 1209, 1260,

1693, 1713, 1744, 1745

Combined theoretical-experimental; 735

Broadening of scattered radiation

Experimental papers: 1722

Theoretical papers: 288, 421, 431, 1623, 1640, 1752

Some important papers on molecular line broadening

Experimental papers: 1268

Theoretical papers: 350, 474, 760, 765, 963, 1041,

1044, 1140, 1152, 1204, 1256,

1344, 1432, 1437, 1505, 1526,

1527, 1703, 1823, 1829, 1888

Combined theoretical-experimental: 1147

1.5.4.. Miscellaneous topics

1 v A . Broadening of x-ray lines

Theoretical papers: 192

1.5.2.

1.5.3.
B. Light shifts

Theoretical papers: 847, 1093, 1717, 1863

Combined theoretical-experimental: 1307

C. Zeeman broadening

Experimental papers: 890, 1216

D. Computer program calculation of line shapes,

assuming a Voigt profile

Theoretical papers: 1378

REVIEW ARTICLES

1.6.1. General line broadening reviews

101, 159, 175, 194, 254, 260, 484, 500, 701, 861,

895, 908, 1294, 1653

1.6.2. Reviews on pressure broadening

217, 303, 519, 545, 579, 645, 663, 729, 797, 1054,

1078, 1343, 1407

1.6.2.1. Reviews on Stark broadening

607, 757, 1004, 1016, 1504

1.6.2.2. Reviews on foreign gas broadening

505, 523

1.6.3. Reviews on Doppler and natural line broadening

1.6.3.1. Doppler broadening reviews

656, 977

1.6.3.2. Natural line broadening reviews

No papers in this category.

REFERENCES ON LINE BROADENING TABLES AND BIBLIOGRAPHIES

1.7.1. General line broadening tables

822, 1010, 1094

8
1.7.2. Pressure broadening tables

369, 903

1.7.2.1. Special Stark broadening tables

619, 843, 907, 908, 999, 1166, 1603, 1706 : 1769

1.7.2.2. Special foreign gas broadening tables

No papers in this category.

1.7.2.3. Special resonance broadening tables

No papers in this category.

1.7.3. Doppler and natural line broadening tables

No papers in this category.

1.7.4. Tables of Voigt functions

983

1.7.5. Line broadening bibliographies

1257

9
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

Resonance, E

Stark, E

Van der Waals, E

Ag II

Stark, E

890

76

405 by Ar

405 by He

531 by N

2

469

Al (Aluminum)

Al I

Pressure, E 220

Stark, E 1613

Stark, T 1706

Van der Waals, E 1451 by Ar

Van der Waals, T 1750 by Ar

1750 by H

2 1750 by He

Al II

Stark, E 784,1310

Description Reference No.*

Al III

Stark, E

Stark, T

Stark, T,E

Stark-Doppler, T

784,921,922

1733

857

1733

Ar (Argon)

Ar I

Resonance, E

Resonance, T

Stark. E

Stark, T

Van der Waals, E

Van der Waals. T

536,600,715,930,

938,1472

1196

708,764,831,985,

1000,1080,1090,

1157,1167,1183,

1248,1292,1310,

1333,1394,1397,

1491,1629,1633,

1635,1644,1806

769,1249,1706,

1775

938,1465 by Ar

1590,1604,1775

by Ar

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

10
Description

Natural, E

Pressure, E

Stark, E

Ar II

Stark, T

Stark, T,E

Reference No.*

1886

1774

139,580,603,605,

608,708,784,785,

965,1000,1081,

1090,1102,1157,

1183,1251,1261,

1292,1326,1327,

1405,1454,1464,

1491,1615,1629,

1806

1069,1150,1160,

1169,1213,1214,

1247,1264,1282,

1283,1324,1501,

1646

857.1212.1255

B ( Boron)

B I

Stark. T 1706

Ba ( Barium)

Ba I

Resonance, E

Stark, E

Van der Waals. E

1487

557

1488 by Ar

1488 by He

1488 by Kr

531,716,1605 by N

2 1488 by Ne

Description

Van der Waals, T

Ba II

Stark, E

Stark, T

Van der Waals, E

Van der Waals. T

Reference No *

1750 by Ar

1750 by H

2 1750 by He

543,557,614,1456,

1802,1879

1160

773 by Ar

773 by He

1750 by Ar

1750 by H

2 1750 by He

Be (Beryllium)

Stark, T

Stark, E

Stark, E

Stark, C

Stark, E

Be I

Be II

Be III

Be IV

1706

1802,1879

1276

1670

1276

Bi ( Bismuth)

Bi I

Stark, E 1613

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

11
Description Reference No.*

Br (Bromine)

Br I

Pressure, E

Stark. E

92

1253

C (Carbon)

C I

Stark, E

Stark, T

Stark, E

Stark, T

Stark-Natural, T

Stark, E

Stark, T

Stark, E

Stark, T

Stark-Natural, T

C II

C III

C IV

1190,1253,1310,

1484,1633

1225.1706

1190,1215,1341,

1589

1069,1150,1160,

1330,1435,1501,

1771,1815

1878

1341,1860

1815

1860

1815

1878

Ca (Calcium

)

Ca I

Doppler, E

Line, E

546

1714

Description

Pressure, E

Resonance, E

Stark, E

Stark, T

Van der Waals, E

Van der Waals, E

Van der Waals, T

Doppler-Pressure, T,E

Ca II

Stdrk, E

Stark, T

Reference No.*

49,546

1487

289,538,785, 1621

432,1706

392

1219, 1451, 1488,

1725 by Ar

573 by H

2 567,599,654, 1219,

1488, 1725 by He

1219,1488 by Kr

531,716,785, 1605

by N

2 1219, 1488 by Ne

1496, 1590, 1604,

1750 by Ar

1750 by H

2 1496, 1590, 1604,

1750 by He

1496, 1590, 1604

by Kr

1496, 1590, 1604

by Ne

1496 by Xe

1116

1115,1215,1573,

1621,1758,1805,

1879

432,828,893,894,

1058,1069,1149,

1150,1160,1169,

1283,1501,1554,

1699.1771.1889

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

Stark, T,E

Van der Waa Is , E Van der Waa Is, T

Reference No.*

1871

1451 by Ar

1750 by Ar

1750 by H

2 1750 by He

Cd (Cadmium)

Cd I

Resonance, E

Resonance, T

Stark, E

Van der Waa Is . E

Van der Waa Is. T

21,136,665,890,

897,994,1200,1315

896

709,758,1192

237,496,901,1139,

1198,1273,1314,

1430 by Ar

136,787 by Cd

237,1139,1273,

1430 by He

21 by Hg

1139 by Kr

1555 by N

2 1139,1314,1316

by Ne

1555 by 0

2 1273,1314,1315,

1316,1430,1634

by Xe

1496 by Ar

1496 by He

1496 by Kr

1496 by Ne

1496 by Xe

Cd II

Stark. E 709.1192

Description Reference No.*

CI (Chlorine)

Cl I

Stark, E

Stark, T

Van der Waa Is. E

Cl II

Stark. E

1253,1310,1617,

1633,1804

1325,1706

1521 by Ar

1253, 1619, 1773,

1804

Co ( Cobalt)

Co I

Van der Waa Is. E 531 by N

2

Cr (Chromium)

Cr I

Line, T

Van der Waa Is. E

Van der Waa Is. T

1743

781,1452 by Ar

1452 by He

531 by N

2

1750 by Ar

1750 by H

2 1750 by He

Cs ( Cesium)

Cs I

Resonance. E

Resonance, T

297,611,1086,

1262,1741,1785

324,1003,1515,

1642.1663

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

13
Description

Stark. E

Stark, T

Stark, T,E

Van der Waals. C

Van der Waals. E

Reference No.*

821,905,1068,

1306,1613,1627,

1867

769,1282,1501,

1706,1882,1883

796,1650

1870 by Ar

1870 by He

162,184,185,187,

248,472,533,540,

561,616,697,704,

1086,1272,1401,

1403,1431,1440,

1575,1659,1724,

1809,1827,1866

by Ar

1724,1827 by Ar-He

206,1741,1875

by Cs 1402,1440 by CF,

1431 by C

5H

12 533 by D

2 247,248,533,791

by H

2

162,184,185,187,

248,472,533,561,

697,704,1062,1272,

1431,1440,1659,

1724,1809,1827,

by He

1827 by He-Kr

1827 by He-Xe

183,200 by Hg

533,845 by

Hydrocarbons

Description

Van der Waals, E (cont .

)

Van der Waals. T

Reference No.*

201,533,697,704,

1158,1285,1440,

1659,1827 by Kr 36,162,163,185,

187,247,248,533,

616,697,716 by

!i

162,163,184,185,

187,248,533,561,

704,1173,1431,

1440,1659,1866,

by Ne 200,533,697,704,

1272,1285,1402,

1431,1440,1659,

1827 by Xe

166,556,602,606,

670,713,844,1252,

1412,1765,1766,

1858 by Ar

1881 by H

556 by H

2 166,556,602,606,

670,713,1647,

1765,1766 by He 556,606,670,713,

844,1297,1412,

1872 by Kr

166,556,606,670,

713 by N

2 166,556,606,670,

713, 1252 by Ne 556,602,606,713,

844,1297,1658,

1765,1766,1872

by Xe

914 by C

5H

12

*The numbers refer to paper identification numbers of Part 3. 14
Description

Van der Waals, E,C

(cont .

)

Van der Waals, T,E

Stark-Zeeman, E

Stark-Zeeman, T

Van der Waals, T,E

Cs II

Reference No.*

914 by N

2

1443 by Kr

1443 by Ne

1443 ,1608 by Xe

1649

1882

1443 by Kr

Cu (Copper)

Cu I

Pressure, E

Stark, E

Stark, T

Van der Waals, E

Van der Waals. T

145

76,135

1764

781,1451 by Ar

531 by N

2

1764 by Ar

D ( Deuterium)

D I

Van der Waals. E 643,696,1742 by Ar

1669 by He

643,696 by Ne

Eu ( Europium)

Eu II

Van der Waals. T 1750 by Ar

1750 by H

2 1750 by He

Description Reference No *

F (Fluorine)

F I

Stark, T

Van der Waals. E

Stark, E

Stark. E

F II

F III

1706

1831 by Ar

1831 by F

2 1831 by He

734

734

Fe (Iron)

Fe I

Line, T

Pressure, C

Pressure, E

Van der Waals. E

Van der Waals. T

Zeeman, T

1743

281

106

714,781,1450

by Ar

573,1411 by H

573 by H

2 703,1450 by He

531 by N

2

1750 by Ar

1590,1715 by H

1750 by H

2 1750 by He

1743

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

15
Description Reference No.*

Ga (Gallium)

Ga I

Resonance, E

Stark, E

Van der Waa Is. E

1207

1613

1207 by Ar

1207 by He

1207 by Ne

Ge ( Germanium)

Ge I

Stark, C

Stark. E

925

1612

H (Hydrogen)

H I

Doppler, T,E

Pressure

,

'

Resonance, E

Resonance, T

Stark, C

Stark. E

989

26,55

1655

699,1474,1503

886,1099,1552,

1595,1596,1712

62,97,135,261,

332,383,407,450,

475,476,479,481,

499,507,518,529,

575,591,642,675,

700,705,720,761,

776,777,778,798,

799,830,833,865,

892,902,913,920,

940,964,992,1013,

1047.1063.1075.

Description

Stark, E (cont.)

Stark. T

Stark. T.C

Stark, T,E

Van der Waa Is. E

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

16
Description

Van der Waals, E (cont .

)

Reference No.*

1521 by Ar-Hr

Van der Waals. T

Stark-Doppler, T

Stark-Zeeman, E

Stark-Zeeman, T

Stark-Zeeman, T,E

Stark-Zeeman-Doppler , T

Stark-Doppler-Natura 1- Van der Waals. T

643,696,789,1521

by H

2 643,696,789 by He

1270 by Kr

643,696,789 by Ne 1270 by Xe

1415 by Ar

1474 by H 763,1415,1493,

1495,1510,1580,

1586,1776 by He

1415 by Kr

1415,1586 by Ne

1415 by Xe

717,1468

1165,1423

1073,1085

1091

1591

1303

H (Hydrogen) Sequence

Stark. T 651

He (Helium)

He I

Doppler, T,E

Resonance, E

Resonance, T

Resonance. T.E.C

989

140,918,930, 1111,

1112, 1162

1196,1628

1466

Description

Stark, C

Stark. E

Stark, T

Stark, T,C

Stark, T,E

Stark-Resonance, E

Stark-Zeeman, E

Stark-Zeeman, T

He II

Natural, E

Stark, C

Stark, E

Reference No *

1795

86,96,261,479,

581,608,733,761,

785,827,855,856,

920,935,940, 1280,

1301,1382, 1571,

1593,1599,1643,

1651, 1672, 1702,

1708,1719,1767,

1777, 1791

47,95,310,317,

336,477,652,770,

893,999,1097,

1098, 1175,1197,

1206,1281,1282,

1383,1384,1408,

1420,1439,1501,

1553,1569,1654,

1706,1711

1873

601,857,1095,

1600,1701

856

1651

1267, 1417, 1419,

1583,1736

1266. 1869

1807

1595, 1756

581,700,761,1043,

1137, 1179, 1445,

1563, 1587, 1592,

1767.1768

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

17
Description Reference No.* Description Reference No.*

Stark, T 711,268,853,1620,

1661,1769

Van der

(cont

Waals, E

) 16,54,61,125,129

389,410,453,528,

Stark, T,E 601,1600 541,578,616,710,

Hg ( Mercury)

728,838,967,1067

1156 by H

2

Pressure, E

Hg I

49,78,87,253,255,

302,367

61,344 by H

20

125,129,138,237,

244,265,453,502,

528,542,578,616,

Resonance, C 779 967,968,978,979,

Resonance, E

Resonance, T

61,98,136,203,225,

226,227,232,251,

252,291,355,447,

527,578,723,991,

1200,1422

270,896,1321,1865

1009,1067,1168

by He

99 by He-Ne

136,344,800,801

by Hg

542,609,909, 1009,

1447 by Kr

Stark, E 758 1357 by Mg

Van der Waals, C

Van der Waals, E

919 by Ar

16 by Air

61,125,129,138,

231,237,252,389,

410,504,528,539,

541,542,578,616,

673,909,1009,1012,

by Ar

129 by CH

4

129 by C

3Hg

54,61,125,129,

252,315,344,389,

410,504,528,541,

578,616 by N

2 129,941 by NH^

138,539,542,967,

1009,1168 by Ne 61,252,315 by 0

2 541,542,578,674,

909,1009 by Xe

1227 by C — 6

CH W14

129 by CO

54,61,252 by C0

2 1357 by Cd

710,838,1067,

1156 by D

2 941,1838 by

Hydrocarbons

Van der Waals, T

1357 by Zn

94,114,151,725,

794,896,1109,

1516, 1808 by Ar

114 by CO

151 by C0

2 114,151 by H

2 114 by H

20

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

18
Description

Van der Waals, T (cont .

)

Van der Waals. T.E

Reference No,*

94,114,794,896,

1220,1516,1517,

1657 by_ He

896, 1808 by Kr

94,114,151,794

by N

2 896,1808 by Ne

151,794 by 0

2 896,1808 by Xe

503,610 by Ar

1443 by D

2 1443 by H

_2

503,1443 by He

610 by Kr

503 by N

2

Hg II

Pressure, E

Stark, E

147

1089

I (Iodine)

1

Pressure, E

Van der Waals. E

92

1831 by Ar

1831 by He

1831 by I

In (Indium)

In I

Resonance, E

Stark, E

Van der Waals. E

1207

1613

647,702,1207 by Ar

Description

Van der Waals, E (cont.)

Reference No.*

647,1207 by He

1207 by Ne

702 by Xe

K ( Potassium)

K I

Resonance. E

Resonance. T

Stark, E

Stark, T

Van der Waals. E

228,458,1471,

1784,1785

324,1003,1515,

1642, 1663

1466

1613

1706

180,183,184,186,

200,215,390,410,

504,540,616,644,

704,781,988,1083,

1084 by Ar

180,308,410,644,

791 by H

2 180,183,184,186,

263,644,704,988

by He

191 by Hg

988 by Hydro -

ca rbons

644,704,988,

1479 by Kr

174,215,229,308,

410,531,716,988

by N

2 180,183,184,186,

644,704,988 by

Ne341 by Rb

*The numbers refer to paper identification numbers of Part 3. 19
Description

Van der Waals, E

(cont.)

Van der Waals. T

Reference No.*

704,988 by Xe

602,794 by Ar

1881 by H

602 by He

1297,1872 by Kr

794 by N

2 602,1297,1872 by Xe

K IX

Stark, E 1154

Stark, T 1265

Kr (Krypton)

Kr I

Pro c ci^ro f

1

Resonance, E 1348,1349

Resonance, T 1196,1628

Resonance, T,E,C 1466

Van der Waals, C 233 by Kr

Van der Waals, E 1349,1399 by Ar

1399 by H

2 1349,1399 by He 216,826,1349 by Kr

1349,1399 by Ne

1399 by Xe

Van der Waals, T 1808 by Ar

1880 by He

1604 by Kr

1808 by Ne

Van der Waals, T,E,C 1466 by Ar

1466 by Kr

Description Reference No.*

Kr II

Stark, E

Stark. T.E

784,786

857

Li (Lithium)

Li I

Doppler, E

Pressure, E

Resonance, E

Resonance, T

Stark, E

Stark, T

Van der Waals, E

Van der Waals. E

Van der Waals. T

Stark -Zeeman, T

546

49,546

1114, 1523

1515

76,333,724, 1288,

1353,1354,1523,

1524,1525,1613

767,980, 1648,

1706,1882

392

704,780,781,1522

by Ar

704,780,781,1522

by He

704 by Kr

353 by Li

531,716 by N

2 1522 by Ne 704 by Xe

602,1506 by Ar

1881 by H

602, 1645 by He

1297, 1872 by Kr 602,1297,1872

by xe

1882

*The numbers refer to paper identification numbers of Part 3. 20
Description Reference No. Mg (Magnesium

)

Mcr rig Ti.

|\C o *J la LIK, c 9 Hi 136

Stark, E 557, 758

Stark, T 218,1350,1706

Van der Waals, E 136 by Mg

Van der Waals, T 1750 by Ar

1750 by H

2 1750 by He 1350 by Mg

Mg II

Stark, E

Stark, T

Stark, T,E

Van der Waals. T

557,1573,1879

1058,1330,1501,

1558,1699

1871

1750 by Ar

1750 by H

2 1750 by He Mn (Manganese)

Mn I

Van der Waals. E 646,1451 by Ar 646 by He

531 by N. Mo ( Molybdenum

)

Mo I

Van der Waals, E 1451 by Ar

Description Reference No.*

N (Nitrogen)

N I

Resonance, E

Stark, E

Stark, T

Van der Waals. E

Van der Waals. T

N II

Stark. E

Stark. T

Stark-Natural, T

N III

Stark, E

Stark, T

Doppler, E

Stark, E

Stark, T

N V

1622

862,1319,1482,

1485

1225,1706

834,854,1622

by Ar 834,854,1622,

1667 by He

592,775,834,854,

1667 by N

2 834,854,1667

by Ne

1477,1493,1494

by He

116,122,971,972,

1102,1142,1143,

1589.1606.1616

1069,1150,1160,

1265,1435,1501,

1646,1771,1815

1878

122,1341

1771,1815

975

1072

1581.1815

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

21
Description Reference No *

No ( Sodium)

Doppler, E

Natural, E

Pressure, E

Pressure, T,I

Resonance, E

Resonance. T

Resonanct

Stark, E

Stark, T

Van der Waals, C

Van der Waals, E

Van der Waals. E

Na I

546

100

164,546,766

74

79,149,292,427,

433,456

75,324,1003,1515,

1663

1052

485,501,507,530,

906,1486,1613

218,432,767,828,

893,894,980,1706,

1734,1760

468 by_ Ar

392

84,100,115,17.2,

180,183,184,186,

202,205,326,391,

410,704,781,887,

888,1002,1451 by Ar

887,888 by C0

2 243 by Cs 84,100,115,149,

172,180,181,202,

247,308,410,791,

1002 by H

2 100,115,149,180,

183,184,186,202,

704,887,888,1002,

1107,1453,1572 by He

Description

Van der Waals, E (cont .

)

Van der Waals. T

Reference No.*

191 by Hg

115 by Hydrocarbons

Van der Waals, T,E

Na tura 1- Resonance , E

Resonance-Zeeman, T

Stark-Doppler- ResonanceVan der Waals. E

704,1002 by Kr

56,100,115,172

181,202,247,301

391,410,451,50

531,716,887,88!

1002 by N

2

100, 115,180,18:

184, 186,202, 70' 1002,1107,1453

by Ne

704 by Xe

563,602,794,10'

1507,1590,1750

by Ar 1760,1783,1881

by H

1750 by H

2 354,602,794,

1590,1645,1647,

1750 by He

1297, 1872 by Kr

794 by N

2 602,1297,1872

by Xe

503 by Ar

85

1332

906 by N

Ne (Neon)

Ne I

Line. E 408

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

22
Description Reference No.* Description Reference No.*

Natural, E

Pressure, E

190,1828

428,1284,1789

0 (Oxygen)

Pressure, T 1458 0 I

Resonance, E 387,1141,1188, 9 9 9 1398,1828

Stark, E 846,864,1310,

1319,1482,1550,

Resonance, T 1196,1628

1627,1633

Resonance, T,E,C 1466 Stark, T 1225,1501,1706

Stark, E 538,1310,1633, 9 9 9 1635,1638

Van der Waals, E 565,1762 by Ar

565 by N

2

Stark, T 1706,1775

1521 A- ~s £- l bv>-> y O

2

Van der Waals, E 1106,1141,1300, Van der Waals, T 1320 by 0

1335,1398,1478 by He

1481 by He-Ne

1224,1465,1631,

0 II

Stark, E 139

1787 by Ne 0 III

Van der Waals, T 1775 by Ne Stark, E 139,1341

Stark-Resonance, E 1787 0 VI

Doppler-Van der Waals,E 1287,1448 by He Doppler, E 975

Ne II Stark, E 1154

Pressure, E 1774 Stark, T 1265,1815

Stark, E

Stark, T,E

139,603,784,786

857

P ( Phosphorus)

Ni (Nickel)

p i

Stark, E 1310,1633

Ni I Stark, T 1706

Resonance, E 1469 Van der Waals, E 782 by He

Stark, E 76

782 by Ne

Van der Waals, E 1452,1469,1778 by Ar

1452,1469 by He

531 by N

2

P II

Stark, E 1310

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

23
Description Reference No.*

Pb (Lead)

Pb I

Resonance, E

Stark, E

1178

1612

Rb ( Rubidium

)

Line, T,E

Resonance, E

Resonance, T

Stark, E

Van der Waals, C

Van der Waals, E

Rb I

1307

277,341,457

324,1003,1515,

1663

1613

939 by Xe

235,236,248,276,

390,424,497,540,

562,616,697,704,

781,837,1066,1067,

1387,1390,1428,

1429 by Ar

1387 by CH,

562,836,1067 by D

2 247,248,276,278,

497,562,791,836,

1067 by H

2 235,236,248,276,

390,424,497,562,

616,704,781,1387,

1390 by He

522,562,569 by

Hydrocarbons

497,534,562,704,

1065,1067,1390,

1601 by Kr

Description

Van der Waals, E (cont .

)

Van der Waals, T

Rb I I

Van der Waals, T,E

Reference No.*

247,248,278,390,

497,562,616,716,

1387 by N

2 235,236,248,262,

279,280,497,562,

704,1064, 1067,

1387,1390 by Ne 206,277 by Rb

497,534,704,898,

1390 by Xe

602,606,670,713,

987 by Ar 602,606,670,713

by He

606,670,713,987,

1297, 1872 by Kr 606,670,713 by

606,670, 713 by Nj

602,606,713,987,

1297, 1872 by Xe

503, 1443 by Ar

1443 by D

2 1443 by H

2 503,1716 by He

1443 by Kr

503 by N

2 1443 by Ne

1443 by Kr

S (Sulfur)

S I

Resonance. E 117

*The numbers refer to paper identification numbers of Part 3. 24
Description

Stark, E

Stark, T

Stark, E

Stark, T

Stark, T

Stark, T

Stark, T

S II

S III

S IV

S VI

Reference No.*

1038,1153,1310,

1633

1706

1153.1310

1069,1160,1164,

1328,1330,1501

1330,1501,1815

1815

1815

Sb (Antimony)

Sb I

Pressure, E

Stark, E

Pressure, E

Pressure, E

Sb II

Sb III

195

1613

195

195

Sc (Scandium

)

Sc II

Van der Waals, T 1750 by Ar

1750 by H

2 1750 by He

Description Reference No *

Si ( Silicon)

Si I

Line, T

Stark, E

Stark, T

Van der Waals, E

Van der Waals. T

Si II

Stark, E

Stark, T

Stark -Natural, T

Si III

Stark, E

Stark, T

Stark, T,E

Stark-Natural, T

Stark, E

Stark, T

Stark, T,E

Stark-Natura 1,

Si IV

1743

734,1310,1612,

1630,1633

1350, 1706, 1889

1171,1416,1866

by Ar

1630 by H

1750 by Ar

1750 by H

2 1750 by He

1350 by Si

734,1310,1618

1283,1330,1501,

1815,1889

1878

734,784,922

1330,1501,1815,

1889

857

1878

734,922

1815

857

1878

*The numbers refer to paper identification numbers of Part 3. 25
Description Reference No.* Description Reference No.*

Sn (Tin)

Sn I

Pressure, E

Stark, E

Pressure, E

Pressure, E

Stark. E

Sn II

Sn III

Sn IV

208

1612

208

208

784.922

Sr ( Strontium)

Sr I

Resonance, E

Van der Waals. E

1487

888,1488,1746

by Ar

888 by C0

2 888,1488,1746

by He 1488 by Kr 531,716,888,1605

by N

2

Sr II

Stark, E

Van der Waals. T

1488 by Ne

543.614.1805.1879

1750 by Ar

1750 by H

2 1750 by He

Sr IV

Stark, T,E 857

T (Tritium)

T I

Van der Waals. E 643,696,789,

1742 by Ar

643,696,789

by Ne

Te (Tellurium)

Te I

Stark, E 1613

Ti ( Titanium

)

Ti I

Stark, E

Van der Waals, E

Van der Waals. T

924

1191,1263 by Ar 924 by H

1750 by Ar

1750 by H

2 1750 by He

Ti II

Van der Waals. E 1191 by Ar 924 by H

TI (Thallium)

Tl I

Doppler, E

Pressure, E

Resonance, E

Stark, E

Van der Waals. C

546

546

136

1613

1172 by Hg

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

26
Description

Van der Waals, E

Van der Waals, E

Reference No.*

392

237,616,622,702

by Ar

622,974 by H

2 237,702 by He

21 by Hg

702 by Kr

531 by N

2 702 by Ne

136 by Tl

702 by Xe

Xe (Xenon)

Xe I

Resonance, E

Resonance, T

Van der Waals. E

Van der Waals. T

Van der Waals. T.E

173,936,982,1568

1196

372,410,936,1174,

1399 by Ar

410,1174,1399 by

936,1174,1399,

1568 by He

936,1399 by Kr

410 by N

2 936,1174,1399,

1568 by Ne

1808 by Ar

1808 by Kr

1808 by Ne

1443 by Ne

Description Reference No.*

Zn (Zinc)

Stark, E

Zn I

Pressure, E

Resonance, E

Resonance, T

Stark, E

Van der Waals. E

Zn II

49

136

896

669,758,1193

1199,1406 by Ar 1199,1406 by He

1483 by Hg

1199,1406 by Kr

1199,1406 by Ne 1199,1406 by Xe

136 by Zn

1193

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

27
3. CHRONOLOGICAL LISTING OF ALL REFERENCES

WITH FULL TITLES

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1912

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31
1929

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1931

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33
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36
1936

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1937

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37
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1964

885. L. C. Allen, H. M. Gladney, & S. H. Glarum, Resolution Enhancement for Spectra of

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923. R. Mewe & R. F. de Vries, Method of Measuring Time-Resolved Electron Density and

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925. L. Minnhagen, Correlation between Observed Wavelength Shifts Produced in Electrodeless Discharge Tubes and Predicted Stark-Effect Shifts in the Spectrum of

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988. 0. Jefimenko & G. M. Williams, Satellite Bands in the Spectra of Potassium-Foreign

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989. F. A. Korolyov & V. I. Odintsov, Investigation of the Width of Helium Spectral

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1080. I. Iova, The Shift of Ar I Spectral Lines in the Plasma of a Low-Power Spark

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1081. N. W. Jalufka, G. K. Oertel, & G. S. Ofelt, Measurements of Stark Broadening of

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109^. M. L. Parsons, W. J. McCarthy, & J. D. Winefordner, Approximate Half-Intensity

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1099. H. Pfennig, E. Trefftz, & C. R. Vidal, A Critical Note on the Up to Now Available

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1100. S. Rautian & I. I. Sobel'man, The Theory of Dopnler and Impact Broadening

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1101. R. H. Ritchie & V. E. Anderson, The Use of Fourier Transforms in the Unfolding of

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1106. P. W. Smith, Linewidth and Saturation Parameters for the 6328-A Transition in a He-Ne Laser, J. Appl. Phys. 37, 2089.

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1108. A. Szoke & A. Javan, Effects of Collisions on Saturation Behavior of the 1.15-P

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B. Ya'akobi, The Self-Broadening of the Resonance Lines of Lithium, J. Quant.

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1880. G. P. Reck & R. J. Hood, Binary Collision Broadening: Approximate Methods,

J. Chem. Phys. 56, 1230.

1881. E. Roueff, Broadening of Alkali Lines by Atomic Hydrogen, Phys. Lett. A 38., 8.

1882. M. Sassi, Determination of the Electronic Density of an Ionized Plasma Beginning

with the Distance Between the Peaks of the "Allowed" Line of Li I (2

2 P-4 2 D) (or

Cs I (5D 3/2 -6F)) and of the "Forbidden" Line of Li I (2

2 P-4 2 F) (or Cs I (5D 3/2 -6G)),

J. Quant. Spectrosc. Radiat. Transfer 12, 75. (Fr.

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1883. M. Sassi & G. Coulaud, Calculated Ionic Profiles in the Region of the Forbidden

Component Cs I (6G-5D), J. Phys. B 5, L35.

1884. E. W. Smith, J. Cooper, & C. R. Vidal, Comments on the Validity of the Unified

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1885. M. L. Strekalov & A. I. Burshtein, Collapse of Shock-Broadened Multiplets, Sov.

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1886. R. C. Sze, E. T. Antropov, & W. R. Bennett, Jr., Lorentz Width Measurements on the Argon Ion Laser Transitions, Appl. Opt. 11 , 197.

1887. R. C. Sze & V/. R. Bennett, Jr., Spontaneous-Emission Profiles of Argon-Ion Laser

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1888. G. Yamamoto & T. Aoki, Line Broadening Theory of Asymmetric-Top Molecule, J. Quant. Spectrosc. Radiat. Transfer 12, 227.

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127
4. LIST OF AUTHORS

asAuthor v* v> & a \mf a. Re f . No .

ilAuthor u V- & IV/ A.

Agarwal, G. S. 1692 Armstrong, B. H. 886,1138

Agnew, L. 796,821,1038 Arnold, J. 0. 1378

Alekseev, V. A. 1039,1136,1247, Arnous, E. 403,421

1548,1693,1694

Asagoe, K. 92,122

Alexander, M. H. 1377

Asmaryan, E. A. 1696

Ali, A. W. 761,961

Assous, R. 1248,1249,1550

Alkemade, C. Th.J,,, 1011,1148,1605

Atwood, M. R. 702

Allen, C. W. 145,822

Auer, L. H. 1632

Allen, L. C. 885

Aulehla, E. 557

Allen, R. H. 1411

Aurela, A. M, 1551

Aller L H 499

Avila, C. 1104,1105

Alpiner, B. P. 764

Avrett, E. H. 962

A lyamovskii , V. N. 591,642,756

Amaldi, E. 180,181

Babcock, H. D. 106

Anderson, K. S. 1695

Bacon, M. E. 1250,1379,1380,

Anderson, L. W. 592,643,696,1002 1381,1552,1697,

1708

Anderson, P. W. 350,402,443,495

Baird, J. C., Jr . 592,643,696

Anderson, V. E. 1101

Bali, L. M. 1698

Ando, K. 1137,1794

Balin, G. P. 225,226

Andreeva , T. L. 974

Ballik, E. A. 1040

Antrmnv A ^ 1549

Balling, L. C. 1522,1667,1669

Aoki, T. 1526,1888

Baranger, M. 558,559,560,593,

Arditi, M. 556,697 668,698,757,770

*The numbers refer to paper identifi cation numbers of Part 3.

128
Author Ref. No.*

j Author Ref. No.*

Baravian, G. 1382 Ben-Reuven, A. 963, 1041, 1042,

1140,1386,1559,

Bardocz, A. 758 1704

Barger, R. L. 1139 Ben-Yosef, N. 1705

Barnard, A. J. 1251,1383,1384, Benattar, R. 1382

1553,1791

Bender, P. L. 561,562,699,889,

Barnes, K. S. 1554,1699 1387

Barnes, S. W. 192 Benedict, W. S. 760

Bartels, H. 351,352,366,422, Benett, S. M. 1706

517,759

Bengtson, R. D. 1253,1388,1560,

Baschek, B. 1320,1637 1561,1633

Ba ta rchukova , N.R. 496 Bennett, R. B. 497,646

Bayer-Helms, F. 823,824,825,826 Bennett , W. R. ,Jr. 1141, 1886,1887

Bazhov, A. S. 1555 Bere H F 761,1043,1142,

1143,1620

Beaty E. C. 561,562

Bergeon, R. 404,444,468,503,

Beck, R. J. 1630 563

Becker-Ross, H. 1745 Bergstedt, K. 700

Beckner, E. H. 913 Berman, P. R. 1389,1562,1707

Bederson, B. 1556 Bernstein, M. J. 975

Behmenburg, W. 887,888,1252 Berreman, D. W. 1254

Behringer, K. 1700 Besombes, F. 1390

Bekefi, G. 1525,1701,1702 Beuchelt, R. 517

Bekenstein, J. D. 1557 Bezzerides, B. 1144, 1145, 1391,

1392'

Bely. 0. 1385,1558

Bha t ta cha ryya , D . K315

Belyaev, M. P. 1357

Biberman, L. M. 367

Ben-Aryeh, Y. 1703,1823

Bieneiwski, T. M. 890

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

129
Author Ref. No.*

Billings, D. E. 891

Biondi, M. A. 969

Birkeland, J. W. 1146,1393,1708

Birnbaum, G. 1044,1147

Blandin, J. 1157,1255,1261

Blitzer, L. 469

Bloom, A. L. 644,1045,1046

Bloom, S. 423,478

Bober, L. 1394,1446

Bohm, K. H. 645

Botticher, W. 827,1179

Bogen, P. 518,1563 ,1860

Boggs, J. E. 1204

Boldt, G. 892,964

Bolwijn, P. T. 1148

Bonczyk, P. A. 1409

Bondarev, A. F. 762

Borenstein, M. 1286 1861

» Born, M. 159

Bottcher, C. 1395,1709

Bouchiat, C. C. 1564

Bouchiat, M. A. 1564

Bracewell, R. N. 470

Brandt, A. F. 186

*The numbers refer to paper identifi<

Author Ref. No.*

Braun, W. G. 1393,1708

Brechot, S. 828,893,894,1149,

1150,1151,1169,

1255,1330,1501,

1502,1573,1627,

1815

Breene, R. G., Jr. 519,701,895,1152,

1256,1257,1565,

1566,1567,1710

Breit, G. 594

Bretagne, J. 1382

Bridges, J. M. 1047,1153

Brissaud, A. 1711,1748,1749

Brochard, J. 1162,1568

Brocklehurst , M. 1712,1713

Brout, R. 520

Brown, R. A. 1258

Broyles, A. A. 471,521,564

Bruce, C. F. 1714

Brueckner, K, A. 1715

Buckmaster, H. A. 1396

Budini, P. 260

Bueren, H. G. van 1048

Bues, I. 1397

Bulos, B. R. 1716,1717

Burger, H. C. 93,107,146,160

tion numbers of Part 3.
Author

Burgess, D. D.

I Burkhardt, G.

Burnett, J. C.

Burshtein, A. I.

Butaux, J.

Byron, F. W. , Jr.

Cabannes, F.

Caby, M.

Cairns, C. J.

Carazza, B.

Carr, J. B.

Carrington, C. G.

j Carver, T. R.

Casimir, H.

Castex, M. .C.

Castle, B.

Cayless, M. A.

Cayrel, R.

Chaika, M. P.

Chan, P. W.

Ref. No.*

965,1154,1259,

1569,1570,1571,

1572,1718,1719,

1720,1767

275

1631

966,1049,1050,

10513 1155,1260,

1885^

967,1156,1194

896,897

1157,1261

1636,1721

1571,1719

1641

644

1398

556,697

161

1174,1399

539

1052

445

1273

1722

Author

Chang, C. S.

Chape lie, J.

Chappell, W. R.

Chebotaev, V. P.

Chen, C. L.

Ch'en, S. Y.

Cheng, R.

Chi, A. R.

Chiarella, C.

Choong, S. P.

Choudhury, M. H.

Chow, K.-W.

Chowdhury, S. S.

Chudzynski, S.

Churchwell, E.

Cirkovic, Lj

Ref. No.*

353

1157,1255,1261,

1573

1400,1574,1723,

1729,1820,1821

1141,1305

1262

235,236,247,248,

276,277,278,308,

341,353,405,424,

455,472,497,522,

523,533,646,647,

702,703,704,898,

939,1062,1158,

1173,1401,1402,

1403,1440,1450,

1451,1452,1575,

1659,1724,1725

1726

561,562

1053

206

1404

1510

1405

968

1727

1464,1614,1615,

1616,1618,1619,

1643

Chandra sekharan,V. 703

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

131
Author Ref. No.*

Cittert, P. H. van 93,107,123,134,

146,160

Clark, K. C. 982

Clarke, G. A. 763

Clayton, E. D. 405

Cohen, V. W. 1387

Connor, T. R. 969

Cook, D. W. 1406

Cooper, C. D. 565

Cooper, J. 929,965,1054,

1055,1159,1160,

1381,1383,1384,

1400,1407,1408,

1486,1508,1511,

1512,1513,1515,

1518,1553,1574,

1576,1584,1665,

1723,1728,1729, n co i"7CO looA 1753, 1758, 1820,

1821,1824,1832,

1866, 1884

Cooper, M. 1726

Cooper, W. S. 892, 1577, 1651,

1LOU J Cordover, R. H. 1409

Corney, A. 1398,1410

Coulaud, G. 1602 1648, 1649,

1883

Cowley, C. 1411, 1590, 1730,

1750

Craggs, J. D. 332,383,798

Craig, J. P. 1606

Author Ref. No.*

Curnutte

,

B. 797

Curtis, W. 534

Curzon, F. L. 1327

Czuchaj, E 1412,1588, 1731

Dahmen, M. 1263

Da lenoort

,

G. J. 1056,1161,1413,

1414,1578,1579,

1732

Da lgarno

,

A. 1503

Dalton, M. L. , Jr. 970

Da ma schini , R. 1162

Danilova

,

V. I. 333

Das, G. 1580, 1645

Das, T. P. 1477,1493,1494,

1495, 1586, 1763

Davies, J. T. 829

Davies, R. D. 1798

Davis, J. 1163,1164,1214,

1264,1265,1328,

1581, 1733, 1734

Davis, J. F. 1608

Da v i s , W

D. 1388

Davison, W . D. 1415

Davydkin, V. A. 1735

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

132
Author Ref. No.* Author Ref. No.*

Day, R. A. 971,972, 1416,

1582

Drobyshevskii,E.M. 900

Debye, P. 46

Dronov, A. P. 705

De Croutte, E. 837,838

Dubovik, V. M. 1663

deHaas, N. 1521

Dubrovskii, G. B. 496

DeSilva, A. W. 1467

Dudkin, V. A. 974

Deutsch, C. 1073,1266,1267,

Duffieux, P. M. 648

1417,1418,1419,

1420,1421,1583,

Dufty, J. W. 1424,1737

1736 Dugan, C. H. 1762

DeWitt, H. 927 Dumont , S

1058

Di Giacomo, A. 899,973,1057 Du Plessis, A. N. 1604

Dicke, R. H. 425,446 Durham, J. 1105

Dickerman, P. J. 566,764 Durrant, A. V. 1780

Dillon, T. A. 1584,1723,1820,

1821

Dutta, C. M. 1586

Dinke lacker, 0. 61

Dutta, N. C. 1586

Dobrodeev, N. A. 1663

Dyne, R. J.

Dodsworth, B. M. 1422,1865

Dolgov-Savel 1 ev,

Eberhagen, A. 975,1587

G. G. 1585 Eberly, j; H. 1738,1739

Donohue , R. J .

Douglas, A. V.

Doyle, R. 0.

Draegert, D. A.

Drawin, H. W.

1306

261

1503

1268

928,1073,1091,

1165,1205,1266.

1267,1419,1420,

1421.1423.1736'

Ecker, G.

Eckerle, K. L.

Edels, H.

Edmonds, F. N. , Jr.

Edwards, D. F.

524,525,526,

1426,1427,1740

1215

383

473,498,1059,

1166.1269

1250,1379,1380,

1552'

*The numbers refer to paper identification numbers of Part

133
Author Ref. No.*

Efremov, Yu. P. 901

Eliseev, V. V. 1741

Elste, G. 426,499,1411,

1743

Elton, R. C. 830,902,1589

Elyashevich, M. A. 767,980

Ensberg, E. S. 1270,1428,1429,

1742

Ergun, S. 1271

Eroshenko, L. E. 1629

Ervens, W. 1142,1143

Evans, D. L. 1167

Evans, J. C. 1743

Evdokimov, Yu. V. 1272,1273,1430

Exton, R. J. 845,1431,1744

Fabre, E. 831

Fabrikant, V. A. 1012

Fain, V. M. 595

Fa lcone , V. J . , Jr. 1432

Fa lk, H. 1745

Fano, U. 832

Faroux, M. P. 1168

Farr, J. M. 1274, 1449, 1604,

1746

Author

Fawcett, B. C.

Feautrier, N.

Feiter, L. D. de

Feldhausen, H.

Felenbok, P.

Fellerhoff, R. D.

Feoktistov, A. A,

Ferguson, E.

Fermi, E.

Fidone, I.

Finkelnburg, W.

Finn, G. D.

Firsov, 0. B.

Fischer, K. G.

Fiutak, J.

Flynn, C. P.

Foley, H. M.

Fomenko, A. F.

Fomichenko, L. I,

Fomin, V. V.

Fontana, P.

Ref. No.*

1154

1150,1151,1169,

1170,1275

1060

1171

1810

1075

1640

700,833

182

706

135

903

354,384,385

1426.1740

765,904,976,

1061,1412,1433,

, — —

,

1434.1588.1731

649

324,342,896,

1277.1437.1628

1660

1613

1830

606

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

134
Author

Foote, P. D.

Fortna, J. D. E,

Foster, J. S.

Fountain, C. W.

Fowler, R. G.

Fox, R. L.

Fraenkel, B. S.

Franz, F. A.

Frenkel, J.

Friedberg, R.

Frisch, U.

Frohlich. H.

Fuchtbauer, Chr,

Fullerton, W.

Furch, B.

Fursov, V. S.

Ref. No.*

94

1435.1589

95,96,261

898

500

1436

1276

834

113,124

1747

1711,1748,1749

325

36,54,61,84,

162,163,183,

184,185,186,

200,201,202,

243,262,263,

279,280

1590,1750

1142.1143

213,219,264,

270

Gaidelis, V. I. 728

Galaktionova, S. B. 1323 'i

Galatry, L. 503,707,995

Author

Galitskii, V. M.

Gallagher, C. C.

Gallo, C. F.

Gait, J. A.

Galushkin, Yu. I,

Garrett, R. 0.

Garrison, R. L.

Gaviola, E.

Gentry, R.

George, E. V.

Gerardo, J. B.

Gericke, W. E.

Gersten, J. I.

Gerthsen, P.

Gervat, A.

Gieske, H. A.

Gilbert, D. E.

Gileva, M. V.

Gill, T. P.

Ginsburg, V. L.

Girault, M.

Gladney, H. M.

Glarum, S. H.

Ref. No.*

1221,1664

1625,1751

1172.1757

527,528

1591

1062,1158,1173

1575.1724

1319,1482

114

618

1701,1702

1063,1181,1759

708

1277,1437,1752

447

1438

1439

1402,1440

1357

977

288

1644,1806

885

885

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

135
Author Ref. No.*

Godart, J. L. 1382

Godfrey, J. T. 1753

Gohring, R. 12 78

Gossler, F. 162,163,185,

187,200

Gold, L. 650

Goldenbaum, G. C. 1467

Goldfarb, V. M. 905

Goldsmith, S. 1276,1670

Gompertz, G. 1441

Gonchukov, S. A. 12 79, 1442

Gora, E. 214

Gorbacheva, N. S. 835

Gorodnichyus , G. A. 709

Gorodnichyute ,M.G. 709

Granier, J

836,837,838,

978^979 ' 1064,

1065,1066,1067,

1174, 1390

Granier, R. 710,836,837,

838,'978,979,

1064, 1065,1066,

1067', 1174^ 1390^

1399,1443

Grechikhin, L. I. 766,767,839,

906,980

Gregory, C. 297

Author

Greig, J. R.

Gridneva, S. M.

Griem, H. R.

Ref. No.*

929, 1280, 1388,

1592,1593,1635,

1768

1068

448,572,596,

651,652,653,

711,761,768,

769,770,771,

772,902,907,

908,961,972,

981,1069,1070,

1175,1176,1177,

1280,1281,1282,

1283,1296,1301,

1439,1444,1445,

1467., 1558,1589,

1592,1594,1595,

1596,1597,1635,

1706,1754,1755,

1756.1768

Griffith, R. 1446

Grillet, L. 227

Grind lay, J. E. 1572

Groot, W. de 203

Gross, E. P. 474

Grudanov, V. S. 1357

Grycuk, T. 909,968,1447

Gubin, M. A. 1284

Gurevich, I. M. 367

Guthrie, D. V. 21

Gwinn, J. A. 569,1285,1297,

1608

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

136
Author Ref. No.*

Gyorffy, B. L. 1286

Haag, T. 1397

Hansch, T. 1287,1448,1598

Hausler, G. 262,279,280

Haken, H. 1071

Hallin, R. 1072

Hamada, H. 136,164

Hamada, Y. 1599

Hammond, G. L. 773,781

Hammond, T. J. 1757

Hannaford, P. 1714

Hanot, M. 97

Hansen, C. F. 910

Hantzsche, E. 774

Happer * L ST y W * 1178,1307,1716,

1717'

Hardorp, J. 1600

Harrison, G. R. 74

Harrison, J. A. 798

Hartmann, F. 1601

Hartmann, S. R. 1747

Ha r tma nn- Bout r on , F

1601

Author Ref. No.*

Hashimoto, S. 1090

Hearn, A. G. 840,911

Heesen, W. von 263

Heimann, G. 243

Heitler, W. 421,449

Henkel, W. D. 450

Henning, H. 1165,1423

Hepner, G. 475,529,712

Herman, L. 411,530,557,831,

928,982,1073,

1091,1165,1205,

1266,1267,1419,

1420,1421,1423,

1602 1648 1649

1736

Herman 11^ i. ilia il & , Rl\ . 485 507 530

713,760

Hermansdorfer , H. 975

Hernandez, G. 1074

Hessberg, H. 1179

Hettner, G. 597,598

Hey, P. 714

Heyde, R. von der 1288

Hicks, W. W. 1577,1869

Hiei, E. 617

Higgins, R. B. 1698

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

137
Author

Higgs, L. A.

Hildum, J. S.

Hill, R. A.

Hilliard, R. L.

Hindmarsh, W. R.

Hinnov, E.

Hoffman, H.

Hofmann, F. W.

Hofmann, W.

Hollander, T j

Holloway, W. W. ,Jr,

Holmes, Q. A.

Holstein, T.

Holtsmark, J.

Holweger, H.

Hooper, C. F.,Jr.

Hopwood, W.

Horodniczy, H.

Houston, W. V.

Houziaux, L.

Ref. No.*

792

1758

912,913,1063,

1075,1180,1181,

1603.1759

1076

567,599,600,

654,715,1182,

1274,1441,1449,

1479,1604,1746

531

532,568

716

36

1011,1605

775

1450,1451,1452

334,368,386

47,48,69,75,76

1320,1760,1761

1077 1218,1289,

1290', 1339, 1876

332

244,265

245

655.717

Author Ref. No.*

Howard, R. S. 1762

Hunag, S. 656

Huber, D. L. 1078

Hughes, D. G. 718

Hughes, D. S. 228

Hulburt, E. 0.

Huldt, L.

Hull, G. F. , Jr„

Hull, M. H. , Jr.

Hulst, H. C. van de 335

Hummer, D. G. 962,983

Humphreys, C. J. 281

Hunger, K.

55,62

451

215,220,229

594

657,719,841,984,

1079.1291

Hutchinson, D. A. 1623

Ikenberry, D.

Illinger, K. H.

Ilyina, E. V.

Imazato, A.

Iriglis, D. R.

Ioli, N.

Iova . I

1763

1344

905

147

266

1453

985,1080,1183

1292.1454

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

138
Author Ref. No.* Author Ref. No.*

Ishimura, T. 1184 Jensen, H. 165

Ivashevskii, S. N. 901 Jensen, V. 0. 1082

Iwao, M. 1764 Johannesson, J. 190

Johnson, M. 476

Jablonski, A. 137,230,244,246, Johnson, W. B. 1514

265,267,282,316,

343,842,986, 1293, Jones, A. F. 1185 , 1607

1455

Jones, L. A. 1592, 1593, 1768

Jackson, C. V. 216

Joos, G. 54,61,369

Jackson, J. L. 658

Jurgens, G. 407

Jacobson, H. C. 1436,1765,1766 , 1QCQ iOJO 1 Q 7 (Y

, 10

/

V Jugaku, J. 499 , bOl

Jager, H. 1456

Jung, M. 846

Jager, C. de 406,659,843

Jalufka, N. W. 1081,1606

Ka ldor , U

1 "7 "7 £ 1776

Jdmes, H. G. 1251

Kalinin, Yu s G. 100£ 100*7 1836 , 1837

Jansen, B. J. 1605

Ka liteyevskii , N. I. 1273

Javan, A. 1108

Ka lma n , G

TOO 732

Jaya Ram, K. 1764

Kaplan, S. A. 1457

Jeannet, J. C. 1650

Kapuscinska, M. I. 674

Jefferies, J. T. 660,1294

Karamcheti, K. 1299

Jefimenko, 0. 497,522,533,534,

569,844,845,914, Kasabov, G. A. 1068

987,988

Kastha, G. S. Ore / o ~j 355 ,427

Jenckel, L. 289

Kastler, A. O / "7 847

Jenkins, J. E. 1767

Kavanagh, R. W. 430

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

139
Dpf VI,-.

Yoi\.e 1lugher , P^

91 S

If p 1 1 phpr D y

I/pr, f- i\.eiii.y, -ir CVj.

Kepple, P. 1295,1296, 1561,

1 AD^ 1 7 S9 1 769

IX I la tvllcl c V , Jri 0 n 1100 1 Afi S 177S

rvllwollt; V j 1 LI . M

JS.I1 IT J. o L U V $ IN # IN 0 1M-J O

l/i pf for- T

Kielkopf, J. F. 1285,1297,1608,

1872

If i m D M 1609 16S2

1^ T ml 1 v Q rv UuULa , rl. 61 64

Kitaeva, V. 501,591,642,675,

790 77ft 777

J\l VC J. j D . 477 478 480

Y 1 a refp 1 rl <5 . 1610 1611 1798

if 1 p i n T

IN. J.C J- 11 , Li 0 609 AOft 1460

VJA. 1xclllo pmo r-, 11 R j D . 196 1669

Klimontovich , Yu.L. 1 AQfS 1 77O

Kluiver, H. De S09 S19 609 610

Knall, E. 4S1 HJ J.

Knutson, J. W., Jr. 1141

Kobzev, G. A.

Kogan, V. I.

Kohler, D. A.

*The numbers refer

1771

Author

Kohn, H.

Kolb, A. C.

Ref. No.*

531,716,888

535,572,596,652

653,770,771

Kol'chenko, A. P. 1463

Kolesnikov, V. N. 675

Koloshnikov, V. G. 722

Koloshnikov, V. K. 580

Kondrat'eva, E. V. 1612.1613

Konjevic, N. 1464,1614,1615,

1616,1617,1618,

1619,1643,1772,

1773,1802,1804,

1805,1879

570,571 ,661,721,

848,916,1186.1294 Kroll, W.

1461, 14o2, 18i9

Konovalov, Yu. N. 778

Koopman, D. W. 1560

Kopfermann, H. 289

Korff, S. A. 149

Korolyov, F. A. 989

Korten, M. 1620

Kossakowski, A. 849

Koutsoyannis, S. P. 1299

Kozhushner, M. A. 1187

Krey, R. U.

Kreye, W. C.

Krieger, J. B.

1318,1319

1774

1557

1427

424

to paper identification numbers of Part 3.

140
Author

Krogdahl, M. K.

Krylova, S. I.

Kubiak, M.

Kubo, R.

Kudrin, L. P.

Kuhn, H. G.

Kulp, M.

Kundt, H. E.

Kunik, D.

Kunze, H. J.

Kunze, P.

Kurochka t L. N.

Kusch, H. J.

Kushnikov, Yu. A

Kutsyn, A. A.

Kuzemsky, A. L.

Kwiatkowski, S.

La ba t , J

Ref. No.*

309,310,317,336

1300,1465,1775

909

452

850,851,852,

853,917

188,189,231,232

233,918,990,

1188,1466

150,166

187

1776

1301,1445,1467

138

1189,1302,1303,

1468

573,1171,1190,

1191,1192,1193,

1263,1288,1621,

1777,1778

344

1672

1779

849.919

1464,1614,1615.

1616, 1617, 1618^

1619,1643,1802.

1804

Author

La garde, D.

Lalos, G. T.

Lamb, W. E. , Jr.

Lambert, R. H.

Lambropoulos , P.

Landheer, B.

Lang, K.

Lapworth, K. C.

Larenz, R. W.

Lau, E.

Laurent, J.

Lawetz, V.

Lazarev, A. V.

Leckrone, D. S.

Lee, R.

Lee, Y. C.

Leeman, S.

Legowski , S

Lemaire, J. L.

Lennuier, R.

Lenz, W,

Ref. No.*

723,779,991,

1194

780,781

1286,1389,1562

1609,1652,1707

1861'

782,789,854,

1522,1667,1669

1195

1780

387,408,428,536

724

657,719,783,841,

984,1079,1291

190

1469,1622

1623

1624

1781

1782,1873

1470

1712

725

1809,1810

723,967,991,

1156,1194

167.168

*The numbers refer to paper identification numbers of

141

Part 3.
Author Re f . No . * Author Ref. No.*

Levme, M. A. 1 £1 C 1 TCI LoZd , LID i Luscher, E.

"7 "7 C O O / 775 , 834

Lewis, E. L. 990,1188,1196 Luizova, L. A. 1300,1465,1775

1403,1471,1472,

1 TOO 1 ~7 O /. i/oJ , i/o4 Luk ' ya nov , S . Yu

C "7 C 575

Lewis $ M. 5 J /

,

J /4, OU/ , /ZD Lyle, G. C. 1 O "7 O 1J78

Leycuras, Y. 855,856,1083, Lyon, W. D. 1626

1084

Lyons, J. D. 1477,1495

Lichtenstein , M. 5o5

Lifshitz, E. V. 1304,1473

MacDonald, D.K.C. 718

Lightman, A. 1140

Machekute, R. 1483

Lim, C. P. 1280

Magidson, V. V. 778

Lin, D. L. 1470

Maissel, L. I. 603

Lincke, R. 761,920

Majkowski, R. F. 1306

Lindholm, E. 290,326,327,1662

Makarov, A. P. 1478

Lisitsa, V. S. 1186,1461,1819,

1874 Maldonado, P. 1645

Lisitsyn, V. N. 1305

Malinovsky, M. 1627

Lloyd, P. E. 228

Malyshev, V. I. 974

Lochte-Holtgreven,W. 479,1778

Manakov, N. L. 1735

London, F. 189

Manassah, J. T. 1628,1747

Lonseth, A. T.

Looi, E. C.

Lorentz, H. A.

Lortet, M. C.

Louboutin, R.

Louer, D.

1725

1158,1173

11

1474

1476

1475.1476

Mandel'shtam, S.L. 370,538,580,604,

605,608,722,784,

857

Marasanov, Yu. P. 722

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

142
Author Ref. No.* Author Ref. No.*

Margenau, H. 151, 169, 170, 171, McNally, J. R.,Jr. 1651

172' 174'204'217,'

234^356'388'423, McNamara , L. F. 1783

478,' 480 '481,482,

537',574'602'606' Mead, C. A. 664, 1003, 1308,

607^662^663, 713, 1626

733

Mechev, V. S. 1629

Marinkovic, M. D. 921

Meier H. 84

Ma rme t P

1807

Meinhold, G. 1191

Marshall, A. 1717

Menon, T. K. 1480

Maschke, E. K. 1085

Mensing, L. 77,126

Massmann, P. 1778

Messerschmidt , D. 1197

Ma thur , B . S1307

Meunier, J. 1321

Matskevich, V. K. 1663

Mewe , R. 923

Matsuo, S. 727

Meyer, J. 924, 1630, 1631

Ma y A . D1406

Meyerott, R. 481,482

Mazing, M. A. 538,580,604,605,

608'722[785'786,' Mezhericher, E. M. 392

857^92l'922| 1086,

1136,1785 Michels, A. 502,539,609,610

Maznichenko, M. E. 1672 Michels, H. H. 1783

McCartan, D. G. 1479 Michelson, A. A. 6

McCarthy, W. J. 1094 Middelkoop, D. 609

McCourt, F. R. 1829 Mies, F. H. 1309

McDermott, M. N. 897 Mihalas, D. 993,1632

McDonald, J. K. 429 Mikhnenko, G. A. 1279, 1442, 1481,

1786'

McLean, E. A. 992

Miller, M. H. 1310, 1388, 1560,

McLennan, J. C. 173 1633,' 1787'

*The numbers refer to paper identificat.ion numbers of Part 3.

143
Author Re r . No . * Author Re f . No . *

Minaeva, L. A. 1087,1311,1312, Mozer, B. 593,667,668,698

1313

Mrowka , B. 152

Minkowski, R. 56,85,115,205

Muller, E. A. 1320

Minnhagen, L. 925

Miiller, K. G. 997

Misell, D. L. 1185,1607

Mugglestone, D. 903,1088

Misyunas, A. 665,728,787,994,

1198,1199,1200, Muntenbruch, H. 669

1314,1315,1316,

1 /. O O 1 c o /. 1485 9 lb Jh- Murakawa, K. 1 f\Q(\ 1 Art A 1089 , 1090

Mitchell, A. C. G. Ton 729 Murari, J. 315

Mitrovic, v.

1 £ 1 £ lo Id Murphy, J. S. i *> f\/.

Mittieman, M. H, l^Ul Murpny , P, W.

Mizushima, M. 926,995,1202,

1203,1584,1788

Naberukhin, Yu.I. 966,1051,1155

Molchanov, M. I. 1789

Nakamura, G. 63,64

Monaghan, J. J. 1790

Nakayama, T. 927

Moo -Young, G. A. 1280,1635,1787

Na rumi , H

727,1345,1661

Moore, G. E. 760

Nayyar, V. P. 1337

Moore, L. 1317

Neidigh, R. V. 1651

Morgan, C. L. 1270,1742

Nelson, R. H. 1791

Mori, K. 1794

Neufeld, C. R. 1251

Morin, S. 1581,1733,1734

Neuma nn , E . A

125

Morita, T. 666

Neven, L. 406,843

Morozov, V. A. 996

Nguyen-Hoe 928,1073,1091,

Morris, J. C. 1318,1319,1482 1165,1205,1266,

1267,1423,1636,

Moser, H. 483,611 1721

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

Nicolet, W. E. 1225 O'Mara, B. J. 1088,1795 9

Niemax, K. 1875 Omont, A. 1092, 1321, 142

1865

Nieuwenhui jzen, H. 1048

Orthmann, W. 78,98,99

Norkunas, V. 1199 , 1483

Oss, J. P. 1393

Norris, J. 1637 , 1792

Oxenius, J. 998

Noskov, M. M. 9 *

• 543

Novick, R. 775, 897

Pa gel, B. E. J. 1796

Nowotny, H. 1793

Palmer, U. 1576

Nubbemeyer, H. 1484, 14o5 , lo3o

Pa lumbo , G

1280

Ny, T. Z. 206,235,236,247,

248 Pancharatnam, S. 1093

Pannekoek.9 A.* 249

Obserschelp, E. 1192,1193 Pao, C. S. 9

9 9 278

O'Brien, J. T. 1876 Paquet, C. 1807

Obukhov - Deni s ov , V

9

9 V.776 Paquette, D. R. 799,865

Oda, T. 1592,1768 Pargamanik, L. E. 788,858

Odintsov, V. I. 7

9 9 989 Park, D. 1797

Oertel, G. 770, 1081, 1160, Parker, W. J. 472

1206, 1408, 1576,

1728 Parsons, M. L. 1094

Oettinger, P. E. 1486,1639 Paterson, M. S. 371

Ofelt, G. S. 1081 Pavlichenko, 0. S. 7 *

p 1672

Ohno, A. 730 Pavlov, M. 1322

Okamoto, K. 1794

Okazaki,9 K.* 1794 Peach, G. >

• 1554,1877

uitsengorn, d. IjUj, IjUD, IDU/ Peacock, N. J. Q")Q IK/, 1 7 9fl y/y, iijh, l/zu

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

145
Author Ref. No.* Author Ref. No.*

Pedlar, A. 1798 Popenoe, C. H. 1000,1336

Penkin, N. P. 1207,1487,1488 Popov, A. I. 1284

Penner, S. S. 430 Popov, A. K. 1640

Pestov, E. G. 1489 Popova, T. Ya. 1640

Peterson, D. M. 1340 Powell, W. R. 1491

Petford, A. D. 1182 Power, E. A. 612

Petropoulos, B. 1073 Powles, J. G. 1641

Peytremann, E. 1878 Praderie, F. 1170, 1208

Pfennig, H.

Phelps, A. V.

Pipkin, F. M.

999,1095,1096,

1097,1098,1099,

1799,1800

1262

592,643,696,782,

789,854,1258

Prasad, A. N.

Preobrazhenskii

,

N.G.

Presnyakov, L. P.

Preston, W. M.

1322

613,614,835,859

1001,1209,1323

1642

237

Pittack, U. 930 Pretty, W. E. 116,139

Plaat, J. J. 1605 Prevot, J. Y. 1194

Plakhov, A. G.

Plass, G. N.

Platisa, M.

Platz, P.

Podgoretskii, M. I.

Pokrovskii, A. G.

1835

409

1617,1772,1773,

1801,1802,1804,

1805

1490

731

1803

Prilezhaeva, N.A.

Pringsheim, P.

Pritschow, H, P.

Prochorow, J.

Prodan, M.

Protsenko, E. D.

941,1227,1357,

1838

98,99

1621

909

985

1279,1284,1442,

1481,1786

Politzer, P. A. 1701 Pruski, S. 849

Pontecorvo, B. 191

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

146
Author Ref. No.* Author Ref. No.*

Puric, J. 1464, 1615, 1618, Reck, G. P. 1003,1497,1880

1643, 1773, 1801,

1802, 1804, 1805, Reesinck, J . J. M. 335

1879

Regemorter

,

H. Van 577,615,828,860,

Putlitz, G. Zu 1428, 1429 893,894,931,932,

1004, 1151,1169,

Pyatigorskii f G. M. 858 1170,1498,1499,

1812

Reichel, A. 933,1053

Queffelec, J. L. 1644, 1806

Reimers, H. J. 201

Quemener, J. J. 1807

Reinheimer

,

J. 934

Reinsberg, C. 207,238,250

Radivojevic, D. 1619

Richter, J. 1397

Ramberg, E. 192

Richtmyer

,

F. K. 192

Ramsden, S. A. 992

Ritchie, R. H. 1101

Ramsey, A. T. 1002

Ritter, M. 49

Rand, S. 1492

Robert, D. 995

Rao, B. K. 1493

Roberts, D. E. 1102, 1164, 1212,

Rapoport, L. P. 1735 1213, 1214, 1264,

1265,1324,1325,

Rautian, S. G. 576,790, 1100, 1326, 1327, 1328,

1210, 1211, 1463, 1646

1489,1640

Roberts, J. R. 1215

Ravodina, 0. V. 1001

Robin, J. 389,390,391,453,

Ray, S. 1477, 1494, 1495, 503,504,540,616,

1580, 1645 622,791

Rayleigh, Lord 1,41 Robin, Si. 505,541,542,578

Read, F. H. 1864 Robin, St. 372,389,390,391,

404,410,505,541,

j\c ua ne v # jn , ^78 Q^A

Rebbeck, M. M. 1471,1784

*The numbers refer to paper identification numbers of Part 3

147
Author

Robin-Kandare , S.

Robinson, L. B.

Roder, 0.

Rodin, G. M.

Rogaczewski, J.

Roig, R. A.

Rollett, J. S.

Roma nd , J .

Rompe , R.

Ron, A.

Rone in, J.-Y.

Roos, 0. von

Ross, D. W.

Rossi, R.

Rossignol-Guzzi, D.

Rostas, F.

Roszman, L. J.

Roueff, E.

Royer, A.

Rozinskii, M. Ya

Rubin, A. G.

Ruhmkorf, H. A.

Ruland, W.

Ref. No.*

791

670

827,935

392

674

1787

792

372,1174,1399

251,291

732

1808

793

1103

26

1438

1809,1810

1811

1474,1499,1647,

1812.1881

1500,1813, 1814

1803

1705

252

1005.1329

Author

Rupin, J. M.

Rusanov, V, D.

Sadjian, H.

Sahal, S. (also

Saha 1-Brechot . S.

Saloman, E. B.

Sando, K.

Sarma, M. B. K.

Sassi, M.

Saur, A.

Sayer, B.

Schiller, H.

Schlliter, H.

Scholz, M.

Schutz, W.

Schutz-Mensing, L,

Schuller, F.

Schulz, G.

Schulz. H.

Ref. No.*

936

1549

733

828,893,894,

)1149, 1150, 1151,

1169,1255,1330,

1501,1502,1573,

1627,1815

1178

1503

734

1648,1649,1650,

1882,1883

369

1650

1745

700,833,1104,

1105,1166,1331,

1504

1197, 1600

100

77,126

671,672,710,794,

1505,1506,1507,

1816

1216, 1332

611

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

148
Author Ref. No.* Author Ref. No.*

Schulz, P.

Schwa rz, S. E.

Scott, F. R.

186,202,251,253,

254,255,291,302,

1333

1335

1651

Shipman, H. L.

Sholin, G. V.

1654

851,852,853,

1509,1528,1671,

1741,1818,1819,

1834,1835,1836,

1837,1874

Scully, M. 0. 1609,1652 Shorygin, P. P. 996

Seaton, M. J. 1653,1713 Shreider, E. Ya

1655

Sedoi, E. A. 1786 Shumaker , J . B. , Jr

795,1000,1336

Segre, E. 180,181,1815 Silverman, S. 760

Seguier, J. 831 Simpson, R. W. 1795

Sekerin, V. I. 1585 Singh, K. 1337

Selidovkin, A. D. 1186,1334,1462 Sinitsyn, V. I. 575

Semel, M. 1817 Skalinski, T. 673,674

Serapinas, P. D. 1136,1785 Skidan, V. V. 1655

Seymour, E. F. W. 649 Skoryupin, V. A. 1836,1837

Shaba nova, L. N. 1207,1487,1488 Slater, J. C. 74

Shain, A. L. 1527 Smith, A. 647

Shamey, L. J. 1383,1384 Smith, A. L. 1510

Shank, C. V. 1335 Smith, D. W. 834

Shapkin, V. V.

Shen, C. S.

Shen, K. Y.

Shepherd, G. G.

Sherstkov, Yu. A.

1835,1836,1837

772

596,653,711,771,

1381,1508

1076

543

Smith, E. W.

Smith, G.

1217,1218,1338,

1339,1400,1511,

1512,1513,1518,

1574,1584, 1665,

1723,1729,1753,

1820,1821,1832,

1884

1182,1219,1349

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

149
Author Ref. No.* Author Ref. No.*

Smith, P. W. 1106 Stampa , A. 862,935

Smolkin, G. E. 1528,1671,1834 Stansfield, B. 1631

Snijders, M. A. J. 1822 Stenholm, S. 1656

Snopko, V. N. 937 Stepanov, A. V. 731

Sobel'man, I. I. 431,432,454,506,

544,545,579,580,

620,790,857,861,

1006,1039,1087,

1100,1136,1211,

1312,1313,1548,

1693

Stokes, A. R.

Stone, P. M.

Stopp, W.

Strekalov, M. L.

345

796

1216,1332

1885

Sobolev, N. N. 370,392,501,546,

675,705,720,776,

777

Striganova, E. A.

Strom, S. E.

1671,1834

1340,1654

Sokolovskii, R. I. 1463 Strumia, F. 1107,1453

Solarski, J. E. 799,865 Struve, 0. 656

Solyanikova, V. A. 1465,1775 Stuck, D. 1638

Sorgen, A. 1703,1823 Stul'pinene, N. A. 1634

Sorochenko, R. L. 1313 Subrahmaniam, P. 1341

Sorokin, M. P. 1786 Suemoto, Z. 617

Sorokin, V. N. 974 Sultan, G. 1382

Soru-Escaut, I. 1817 Summers, C. 821,1038

Sosnowski, T. P. 1514 Suprunenko, V. A. 1672

Spalding, I. J. 1467 Surtees, W. J. 1008

Spiller, E. 1007 Sushchinskii, M.M. 373

Spitzer, L. , Jr. 268,269,283 Sviridov, A. G. 705

Stacey, D. N. 938,1403,1472,

1515, 1824

Sy, A. 1157,1255,1261

*The numbers refer to paper identific.at ion numbers of Part 3.
Author Ref. No.* Author Ref. No.*

Sze, R. C. 1886,1887 Tietz, T. 863

Szbke, A. 1108 Timsit, R. S. 1406

Szudy, J. 1109,1110,1220,

1342,1516,1517,

1657,1825,1826

Tip, A.

Titov, A. N.

Titov, A. V.

1829

1828

1549

Takamine, T. 86 Tittel, H. 1419

Takebe, H. 1003 Tittel, K. 1009

Takeo, M. 455,523,647,939,

1450,1451,1452,

1658

Tomiser, J.

Toschek, P.

433,456,457,458

1287,1448,1598

Tako, T.

Talman, J. D.

Tan, D. K. L.

735

495

1402,1659,1827

Traving, G.

Trefftz, E.

676,1010,1197,

1343

999,1097,1098,

1099

Tanaka , M. 1526 Trekhov, E. S. 1660

Tang, H. 1307 Trigt, C. van'! 1011

Tankin, R. S. 1167,1394,1446 Trindle, C. 0. 1344

Tannich, J. D. 1561 Troinikov, A. I. 1442,1480

Tarasov, Yu, A. 917 Trumpy, B. 76,79,87,101

Tatarenkov, V. M. 1828 Tsao, C. J. 797

Teller, E. 266 Tsuji, A. 1345,1661

Ten Seldam, C. A. 610 Tsytovich, V. N. 1457

Terpugova, N. S. 1001 Turnbull, R. 173

Theimer, 0. 532,568,618 Tvorogov, S. D. 1830

Thomas, K. A. 600,715 Tyunina, E. S. 906

Thomas, P. M. 1285

*The numbers refer to paper identifica tion numbers of Part 3.

151
Author Re f . No .

Author Ref. No.*

Ultee, C. J. 1831 Voros, T. 758

Underhill, A. B. 9 " w 619,1346,1347, Voigt, W. 31

1822

Vojta, G. 774

Unsold, A. 9

* 218,303,484 9 9 Voslamber, D. 1085,1222,1519,

Urabe, Y. 1345 1520, 1666

Uvarov, F. A. 1012 Vries, R. F. de 923, 1113

Vrublevskaya , N.A. 786,921,922, 1086

Vainshtein, L. A. 432,580,620,857, Vujnovic, V. 798,1014

1136

Valuzhis, A. D. 9 9 • 994,1198,1200,

1314,1315, 9 9 1316,9 Waddell, J. H. 619

1634

Wagner, H. 597,598

Van Kranendonk, J. 765

Wahl, A. C. 9

w 1645

Van Vleck, J. H. 318,356,1078

Waibel, F. 117

Vanyek, U. M. 758

Walasek, K. 1779

Vaughan, J. M. 829,918,938,990,

1111,1112,1348, Walsh, P. J. 621

1349,1471,1784 9 9 Warner, B. 1350

Vdovin, Yu. A. 1221,1663,1664

Warner,9 D.* 409

Vetter, R. 1568

Warnock, T. H. 702

Vidal, C. R. 940,1013,1099,

1511,1512,1513, Watanabe, K. 292

1518,1665,1753,

1832,1884 Watson, W. W. 9 * ' 172,174,217,220,

234

Vinogradov, A. V. 1548,1693

Weigel, D. 1476

Vlasov, A. A. 193,213,219,264,

270 Weise, K. 1015

Vodar, B. 391,404,468,503, Weiss,9 R.* E.* 1667

504,671,672,710,

1067 Weisskopf, V. 127,128,153,154,

175,318

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

152
Author Ref. No.* Author Ref. No.*

Weitkamp, C. 622 Winefordner , J. D. 1094

Weizel, W. 140 Wobig, K. H. 82 7

Wells, D. C. , III 1166 Wood, R. W. 16,21

Welsh, H. L. 527,528 Wright, D. L. 1045,1046

Wende, B.

Weniger, C.

Weniger, S.

1223,1333,1484,

1485,1638

411

485,507,530,

1469, 1622

Wright, J. J.

Wu, T. Y.

Wulff, H.

Wunderlich, R.

1522,1669

319

581, 700

1587

Westenberg, A. A. 1521

Weymann, R. J.

White, A. D.

1668

1224

Ya'akobi, B. 1114,1353,1354

1523,1524,1525

1670,1702

White, H. E. 194 Yakimets, V. V. 1226,1664

Whiting, E. E. 1351,1378 Yamamoto, G. 1526, 1888

Wiese, W. L. 795,799,864,865,

1016,1047,1153,

1833

Yamamoto, M.

Yaris, R.

1090,1115

1527

Wigner, E. 127,128 Yasuda, K. 1116

Wilke, K. 984,1079,1352 Young, C. 1017, 1018

Wilkerson, T. D. 1560 Yuasa, T. 195,208

Williams, B. 1726 Yukov, E. A. 1247,1694,1889

Williams, D. 1268

Williams, G. M. 988 Zagorodnikov , S.P. 1528,1671,1834

Wilson, K. H. 1225 Zaidi, H. R. 1355,1356

Wilson, R. A . , Jr

704 Zakatov, L. P. 1835

Wimmel, H. K. 733,736 Zavoiskii, E. K. 1836, 1837

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

153
Author Ref. No.* Author Ref. No.*

Zav'ya l°v , G. I. 941,1227,1357, Zherebenko, A. V. 1555

1838

Zienau, S. 612

Zav'yalova, A . Yu. 941,1227,1357,

1838 Zinov'ev, 0. A. 1549

Zelenin, G. V. 1672 Zon, B. A. 1735

Zemansky, M. W. 108,129,729 Zwicker, H. 759,800,801

ADD E N D U M

New Authors Added After January, 19/2

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

Antropov, E. T, 1886 Evans, J. M. 1866

Aoki, T. 1888 Fabry, M. 1867

Atakan, A. K, 1858 Feld, M. S. 1868

Bassalo, J. M, 1859 Feldman, B. J. 1868

Cattani, M # 1859,1862 Gay, J. C. 1865

Cohen-Tannoud]j i C # 1863 Hess, R. A. 1869

Comer, J. 1864 Hood, R. J. 1880

Cussenot, J. R. 1867 Jones, W. W. 1871

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

154
form NBS-114A d-71)

U.S. DEPT. of comm. 1. PUBLICATION OR REPORT NO. 2. Gov't Accession BIBLIOGRAPHIC DATA NBg SP-366 N°" SH E E T

3. Recipient's Accession No.

4. TITLE AND SUBTITLE

Bibliography on Atomic Line Shapes and Shifts

("1889 Through March 1972)

5. Publication Date September 1972

6. Performing Organization Code

7. AUTHOR(S)

J. R. Fuhr, W. L. Wiese, and L. J. Roszman

8. Performing Organization

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

10. Project/Task/Work Unit No. 2320170

11. Contract/Grant No.

12. Sponsoring Organization Name and Address Supportec[ in part by the

Advanced Research Projects Agency of the Department of

Defense under the Strategic Technology Office

13. Type of Report & Period Covered 1889 through March 1972)

14, Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

16. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant

bibliography or literature survey, mention it here.) This is the first general, annotated bibliography on atomic line shapes and

shifts. It covers exhaustively the atomic spectral line broadening literature in

about 1400 separate references extending from 1889 through March 1972. The

bibliography contains four major parts: (1) All general interest papers are catalogued according to the broadening mechanisms (and, further, according to

special topics under se veral 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, 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 arranged chronologically and

alphabetically within each year according to the principal authors. (4) A final

section contains a list of all authors and their papers.

17. KEY WORDS (Alphabetical order, separated by semicolons) Atomic; instrumental broadening; line

shapes; line shifts; pressure broadening; resonance broadening; Stark broadening;

Van der Waals broadening.

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