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Fuhr, J. R/Blbllography on atomic line s QC100.U57J^O.366, SUPPL.1, 197 C.1 NBS-P NBS SPECIAL PUBLICATION 366

SUPPLEMENT 1

DC

100

mi

C.2. U.S.

ARTMENT

OF

)MMERCE

National

Bureau

of

Standards

Bibliography on

Atomic Line Shapes and Shifts

(April 1972 through June 1973)
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards' was established by an act of Congress March 3, 1901. The Bureau's overall goal is to strengthen and advance the Nation's science and technology

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

research and provides: (1) a basis for the Nation's physical measurement system, (2) scientific and technological services for industry and government, ( 3 ) a technical basis for equity in trade, and (4) technical services to promote public safety. The Bureau consists of the Institute for

Basic Standards, the Institute for Materials Research, the Institute for Applied Technology,

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

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

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

with measurement systems of other nations; and furnishes essential services leading to accurate and uniform physical measurements throughout the Nation's scientific community, industry,

and commerce. The Institute consists of a Center for Radiation Research, an Office of Measurement Services and the following divisions: Applied Mathematics — Electricity — Mechanics — Heat — Optical Physics — Nuclear

Sciences 2 — Applied Radiation 2 — Quantum Electronics 3 — Electromagnetics 3 — Time

and Frequency 3 — Laboratory Astrophysics 1 — Cryogenics 3

. THE INSTITUTE FOR MATERIALS RESEARCH conducts materials research leading to improved methods of measurement, standards, and data on the properties of well-characterized

materials needed by industry, commerce, educational institutions, and Government; provides

advisory and research services to other Government agencies; and develops, produces, and

distributes standard reference materials. The Institute consists of the Office of Standard

Reference Materials and the following divisions: Analytical Chemistry — Polymers — Metallurgy — Inorganic Materials — Reactor

Radiation — Physical Chemistry.

THE INSTITUTE FOR APPLIED TECHNOLOGY provides technical services to promote

the use of available technology and to facilitate technological innovation in industry and

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Environment 4 — Technical Evaluation and Application 4 — Fire Technology.

THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts research and provides technical services designed to aid Government agencies in improving cost effec- tiveness in the conduct of their programs through the selection, acquisition, and effective

utilization of automatic data processing equipment; and serves as the principal focus within

the executive branch for the development of Federal standards for automatic data processing

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

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

THE OFFICE FOR INFORMATION PROGRAMS promotes optimum dissemination and

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

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

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

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

Publications — Library — Office of International Relations.

1 Headquarters and Laboratories at Gaithersburg, Washington, D C. 20234.

2 Part of the Center for Radiation Research.

3 Located at Boulder, Colorado 80302.

* Part of the Center for Building Technology.

Maryland, unless otherwise noted; mailing address
Bibliography on

Atomic Line Shapes and Shifts

(April 1972 through June 1973)

Natipna! Bureau m Standards

MAY 1 0 1974

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

Institute for Basic Standards

National Bureau of Standards

Washington, D.C. 20234

U.S. DEPARTMENT OF COMMERCE, Frederick B. Dent, Secretary

NATIONAL BUREAU OF STANDARDS, Richard W. Roberts, Director

Issued January 1974
Library of Congress Catalog Number: 72-600147

National Bureau of Standards Special Publication 366 Supplement 1

Nat. Bur. Stand. (U.S.), Spec. Publ. 366 Suppl. 1, 73 pages (Jan. 1974) CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1974

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

Price $1.05
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 111

A. INTRODUCTION vn

Table of Code Letters and Abbreviations VIII

B. BIBLIOGRAPHICAL MATERIAL 1

1. LITERATURE REFERENCES OF GENERAL INTEREST 1

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

1.1. Pressure broadening

1.1.1. Stark broadening and shifts —

1.1.1.1. Hydrogen and hydrogen-like (overlapping) lines 1 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 collective electric

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

fields] - - 2

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

1.1.2.1. Satellite bands 3

1.1.3. Resonance broadening 3

1.2. Basic articles on Doppler and natural line shapes 3

1.2.1. Doppler broadening —. — 3

1.2.2. Natural line broadening 3

1.2.3. Radiation induced broadening 3

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

simultaneously acting broadening mechanisms 4

1.3.1. Determination of instrumental line profiles; experimental techniques for de- termining line shapes 4

1.3.2. Deconvolution 4

1.3.3. Superposition of broadening mechanisms 4

1.4. Important line broadening applications 4

1.4.1. Laser applications 4

1.4.2. Astrophysical applications 5

1.4.3. Plasma diagnostics 5

1.4.4. Other applications 5

1.5. Other topics involving line shapes and shifts 5

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

1.5.2. Broadening of scattered radiation 6

1.5.3. Some important papers on molecular line broadening 6

1.5.4. Miscellaneous topics 6

v
Page

1.6. Review articles 7

1.6.1. General line broadening reviews 7

1.6.2. Reviews on pressure broadening 7

1.6.2.1. Reviews on Stark broadening 7

1.6.2.2. Reviews on foreign gas broadening 7

1.6.2.3. Reviews on resonance broadening 7

1.7. References on line broadening tables and bibliographies 7

1.7.1. General line broadening tables 7

1.7.2. Pressure broadening tables 7

1.7.2.1. Special Stark broadening tables 7

1.7.3. Doppler and natural line broadening tables 7

1.7.4. Tables of Voigt functions 7

1.7.5. Line broadening bibliographies 7

2. LITERATURE REFERENCES CONTAINING NUMERICAL DATA 8

3. CHRONOLOGICAL LISTING OF ALL REFERENCES WITH FULL TITLES 17

4. LIST OF AUTHORS 49

5. ERRATA TO THE FIRST BIBLIOGRAPHY 62

VI
BIBLIOGRAPHY ON ATOMIC LINE SHAPES AND SHIFTS

(April 1972 through June 1973)

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

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

Line Shapes and Shifts (1889 through March 1972)." It contains about 350 references and covers

the literature from April 1972 through June 1973. 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, 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 ar- ranged chronologically and alphabetically within each year according to the principal author.

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

corrections or additions to our first 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 first "Bibliography on

Atomic Line Shapes and Shifts"

1 in September 1972.

about 350 new articles have appeared. This first sup- plement contains references to all new papers received

in the NBS library before July 1973. In addition, we

have added some older papers overlooked in the compilation of the previous bibliography, have translated some previously untranslated Russian language papers, and now have English language translations of previously cited Russian language journals.

The arrangement of the preceding bibliography is generally retained. Thus, recently discovered articles published prior to 1972 are listed in Section 3 under

the year of publication with a number immediately

following the last number cited for that year in our

first bibliography. These new numbers do not overlap

with those of the following year as several "open"

numbers were left at the end of each year for such

additions. Second, since we feel that our collection of

articles for the year 1972 is now reasonably complete,

all references for that year have been renumbered for

this supplement and are listed here with the new

numbers. Third, a fifth section consisting of errata to the first bibliography has been added to this supple- ment. The errata consist of corrections and additions to the first bibliography, as well as references to English

translations of previously cited articles in foreign lan- guage journals.

We gratefully acknowledge the capable assistance

of Mrs. Georgia Martin in developing computer based

cataloging and sorting programs and in assisting with

the arrangement of this supplement. Also, it is a pleasure to acknowledge the competent assistance of Ms. Evelyn White-Frazer and Mrs. Beverly Specht in arranging and typing this supplemental bibliography.

1 FuhT, 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).

VII
TABLE OF CODE LETTERS AND ABBREVIATIONS

Description

1. T—theoretical method

2. E—experimental method

3. C—comment

B. Language

1. Dut.—Dutch

2. Fr.—French

3. Ger.—German

4. Ital. —Italian

5. Lith.—Lithuanian

6. Russ.—Russian

VIII
B. BIBLIOGRAPHICAL MATERIAL

1. LITERATURE REFERENCES OF GENERAL INTEREST

1.0 GENERAL ARTICLES ON LINE SHAPES AND SHIFTS (GENERAL THEORIES

AND COMMENTS, ETC.)

Theoretical papers: 2161

1. 1 PRESSURE BROADENING

Theoretical papers: 1124, 1358, 1676, 1848, 1849, 1883,

1907, 1917, 1938, 2001, 2076, 2158

Combined theoretical-comments: 1967

1.1.1. Stark broadening and shifts

Comments: 2058

Theoretical papers; 1366, 1519, 1678, 1846, 1852,

1863, 1913, 1937, 1957, 2003,

2062, 2070, 2077, 2146, 2156

Combined theoretical-comments: 2002

Combined theoretical-experimental: 1984

1.1.1.1. Hydrogen and hydrogen- like (overlapping) lines

Comments: 1968, 2036

Theoretical papers: 1530, 1866, 1879, 1910,

1936, 1990,' 1991, 2008,

2010, 2039, 2041, 2057,

1
Theoretical papers: 2115, 2127, 2138, 2160,

2165

1.1.1.2. Isolated lines of neutral spectra

Experimental papers; 2005

Theoretical papers: 1854, 1952, 2040, 2123

1.1.1.3. Isolated lines of ionic spectra

Comments: 1681

1.1.1.4. Topics of particular interest

A. Line wings

Comments: 1969

Theoretical papers: 2070

B. Effects of collective electric fields

Comments: 1914

Experimental papers; 1934, 1949, 2073,

2129, 2130

Combined theoretical-experimental; 1976

C. Asymmetries of H-lines

Experimental papers; 1916, 2079

Theoretical papers; 1911, 2030

D. Microfield distributions

Theoretical papers; 548, 1530, 1881, 2127,

2157

E. Magnetic fields

Theoretical papers; 1950, 2003, 2029

Combined theoretical-experimental; 1976

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

Comments: 867, 1859, 2013

Theoretical papers: 1529, 1542, 1920, 1935, 1947,

2
Theoretical papers: 1964, 1975, 2006, 2015, 2047,

2048, 2052, 2091, 2117, 2121,

2126

Combined theoretical-comments: 1363

1.1.2.1. Satellite bands

Experimental papers: 1121, 1235, 1240, 1532,

1533, 1544, 1673, 1675

Theoretical papers: 1989, 2015, 2113, 2132,

2159

Combined experimental-comments: 2027

1.1.3. Resonance broadening

Theoretical papers: 1858, 2019, 2089, 2090, 2153

BASIC ARTICLES ON DOPPLER AND NATURAL LINE SHAPES

1.2.1. Doppler broadening

Theoretical papers; 1529, 1539, 1540, 1908, 1920,

1923, 1975, 2000, 2089, 2091

1.2.2. Natural line broadening

Experimental papers: 1367

Theoretical papers: 2004

1.2.3. Radiation induced broadening

Comments: 2082

Experimental papers; 1365, 1688, 1862, 1873, 1955,

1995

Theoretical papers; 1231, 1529, 1540, 1874,

2011, 2033, 2043, 2088,

2131

Combined theoretical-experimental; 1683, 1942, 2162

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: 1941

Theoretical papers: 1360, 1839, 1840, 1868, 1872,

1940, 1996, 1999, 2021, 2024,

2028, 2072, 2147

Combined theoretical-experimental: 508, 2037

1.3.2. Deconvolution

Theoretical papers: 1360, 1539, 1844, 1868, 1877,

1944, 1981, 1996, 2024, 2067,

2072, 2147

Combined theoretical-experimental: 2037

1.3.3. Superposition of broadening mechanisms

Comments: 1921

Experimental papers: 1941

Theoretical papers: 623, 1529, 1540, 1908, 1918,

1920, 1972, 1975, 2000, 2064,

2089, 2091, 2133

Combined theoretical-comments: 1119

Combined theoretical-experimental: 2012

IMPORTANT LINE BROADENING APPLICATIONS

1.4.1. Laser applications

Experimental papers: 1864, 1870, 1873, 1955, 1993,

1995, 2022, 2065, 2116

Theoretical papers: 1540, 1542, 1874, 1923,

1961, 2018, 2142

Combined theoretical-experimental: 2066

4
1.4.2. Astrophysica 1 applications

Comments: 1956

Experimental papers: 1545, 1677, 1855,

Theoretical papers: 1228, 1234, 1687, 1884, 1973,

2032, 2125, 2133, 2152, 2154

Combined theoretical-comments: 1979

1.4.3. Plasma diagnostics

Comments: 1361, 1536, 1924, 2164,

Experimental papers: 582, 1230, 1679, 1680, 1686,

1871, 1878, 1886, 1925, 1933,

1934, 2141

Theoretical papers: 1234, 1242, 1376, 1535, 1842,

1926, 2053

Combined theoretical-experimental: 866, 1229, 1845,

2086, 2114

1.4.4. Other applications

Comments: 460, 867

Experimental papers: 1365, 1688, 1919

Theoretical papers; 357, 459, 1125, 1231, 1364,

1543, 1945, 1970, 2000, 2063

Combined theoretical-experimental: 1683, 2162

OTHER TOPICS INVOLVING LINE SHAPES AND SHIFTS

1.5.1. The line shape in the presence of se If -absorpt ion

effects of radiative transfer

Comments: 2074

Experimental papers: 1547

Theoretical papers: 1122, 1123, 1234, 1239, 1242,
Theoretical papers: 1362, 1376, 1850, 1884

(cont.)

Combined theoretical-comments: 1119

Combined theoretical-experimental: 1843, 1927

1.5.2. Broadening of scattered radiation

Comments: 2074

Experimental papers: 1933

Theoretical papers: 1966, 2088

1.5.3. Some important papers on molecular line broadening

Comments: 460, 1915

Theoretical papers: 459, 1849, 2034, 2085, 2126,

2153

Combined theoretical-experimental: 2020

1.5.4. Miscellaneous topics

A. Light Shifts

Comments: 1971

Theoretical papers: 1531

B. Concealed alignment- effects of magnetic fields

Theoretical papers: 1850

C. Distortions of recorded spectral lines by

noise filters

Theoretical papers: 434, 487, 737, 2042

Combined theoretical-experimental: 1241

D. Hyperfine splitting and shift

Experimental papers: 509

6
1.6. REVIEW ARTICLES

1.6.1. General line broadening reviews

1119, 1125, 1860

1.6.2. Reviews on pressure broadening

1930, 1977, 2025

1.6.2.1. Reviews on Stark broadening

2045, 2078

1.6.2.2. Reviews on foreign gas broadening

1537, 1977

1.6.2.3. Reviews on resonance broadening

1541

1.7. REFERENCES ON LINE BROADENING TABLES AND BIBLIOGRAPHIES

1.7 0 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

1863, 2056, 2163

1.7.3. Doppler and natural line broadening tables

No papers in this category.

1.7.4. Tables of Voigt functions

623

1.7.5. Line broadening bibliographies

1962

7
2. LITERATURE REFERENCES CONTAINING

NUMERICAL DATA

(References on individual elements and stages of ionization,

classified according to broadening mechanism)

Description Reference No.*

Ag (Silver)

Stark, T

Ag I

2040

508

Van der Waals, E 1236 by Ar-H

2 1236 by C

2 H

2 -02 1236 by H

2 -0

2

Al (Alumiium)

Stark. E

Stark. E

Al I

1958

Al II

1958. 2134

Ar (Argon)

Resonance, E

Stark. E

Natural, E

Stark. E

Ar I

486

1684,1864,2023,2068,

2069

Ar II

1864,2065

1684.2141

Descript ion

Stark. T

Doppler, T

Stark, T

Van der Waals. E

Doppler, T

Stark, E

Stark, T

Van der Waals. E

Stark, E

Stark. T

Reference No.*

1877,2137

1869

Bu (Barium)

Ba I

1948

1535,1948

2026,2119 by Ar

2119 by He 2026 by Ne

Ba II

1948

2046

1948

2120 by Ar

2120 by He

Be (Beryllium)

Be II

2046

2137

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

II (BisMitb)

Bi I

Resonance, R,C 1882

C (Corboi)

Stark, T

Stark-Natural, T

Stark, E

Stark, E

Stark-Natural. T

Stark, T,C

Van der Waa Is . E

C II

2137

2038

C III

1922

C IV

1922

2038

Ci (Calcian)

Ca I

1979

2139,2140 by Air-C

2H2 2059,2119 by Ar

1236 by C

2 H2 -0

2 2059,2119 by He 1236,2111 by H .

2111 by H

2 -N2 2059 by Kr 2059 by Ne 2139,2140 by N

2 0-C2 H

2 2059 by Xe

Descr ipt ion

Stark, E

Stark, T

Stark, T,E

Van der Waa Is. E

Ca II

Reference No.*

582,2046

2087,2137

1979

1984,1985,

2049

2120 by Ar

2120 by He

Van der Waals, T,C 1979 by H

Cd (Cadmim)

Cd I

Stark, E

Stark, T

Van der Waals, E

Van der Waals, T,E

582

1535

1236 by Ar-H

2 1236 by C

2 H2 -02 1880 by Hg

677 by H

2 1236 by H

2 -02 1555 by 0

2 -Propane

1555 by Air-Propane

1685 by Ar

1685 by D

2 1685 by He

1685 by H

2 1685 by Kr

1685 by Ne 1685 by Xe

Van der Waals, T,C 1979 by H

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

9
Descr ipt ion Reference No.* Descript ion Reference No.*

CI (Chlorine)

Stark, E

Stark, E

Stark. T

CI I

1682

CI II

1865

2137

Cs (Cesium)

Stark, E

Stark, T

Stark, T,E

Van der Waals, C

Van der Waals. E

Van der Waals, E,C

Van der Waa Is , T

Cs I

1960

1535,2053,2054

1118,2081

1983 by Ar

1983 by He

1117,1120,1673,

1959,2118 by Ar 1120,1673 by He

1532 by Hg

1120,1673 by Kr 1120,1673,1959 by Ne 1120,1121,1673 by Xe 209 by Hydrocarbons

2027 by Cs

1364,1543,1909,2047,

2113,2132 by Ar

2051 by H 1364,1543,2132 by He 2132 by Hg

1364,1543,1989,

2132 by Kr 1364,1543,

2132 by Ne

Van der Waals, T (cont .

)

1364,1543,1989,

2113,2132 by Xe

Van der Waals, T,C 1363 by Xe

Stark-Zeeman, T

Van der WaalsDoppler, T

1974,2012 by Ar

1974 by He 1974 by Kr 1974 by Ne 1974 by Xe 2012 by Acety lene-a ir

2053

1920 by He 1920 by Ne 1920 by Ar

1920 by Kr

Ci (Copper)

Cu I

Resonance, E

Stark, E

Stark, T

Stark, T,E

Van der Waals. E

2071

1238,1546,1547

2040

508

1546 by Air

1236 by Ar-H

2 1236 by C

2 H

2 -02 1236 by H

2 -0

2

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

10
Description Reference No.*

D (Deuterium)

D I

Van der Waals. E 2080,2151 by Ar

2080 by Ne

F (Fluorine)

Stark. E

F I

1992

Fe (Iron)

Stark, E

Van der Waals. E

Fe I

582

1534 by Ar

2122 by He

H (Hydrogei)

Resonance, E

Resonance, T

Stark, C

Stark, E

Stark. T

Stark, T,C

Van der Waals. E

H I

1946

2159

2164

1885,1886,1916,1931,

1963,2061,2079,2112,

2128,2143,2144

1519,1687,1910,1911,

1936,1943,1990,2009,

2030,2035, 2077,2127,

2138,2145,2160

1928

2135

2151 by Ar

Description

Van der Waals. T

Reference No.*

2117 by Ar

2117 by He 2117 by Kr 2117 by Ne

He (Helim)

He I

Stark, E

Stark, T

Stark, T,C

Stark, T,E

Van der Waals, E

Van der Waals, T

Stark-Doppler , T

Stark- Zeeman, T.E

Stark, C

Stark, E

Stark, T

1878,1886,1949

1853,1952,1953,

1957,2146

2002

1701,1851,2083,

2149

1870 by He 1912 by fle

1856,2124 by He

2056

1976

He II

1932

1841,1878,2073,

2129

1988

Hg (Mercury)

Hg I

Resonance, T

Resonance, T,E

Stark, E

Van der Waa Is , E

1954

2037

1679

547,1533 by Ar

1357 by Cd

1533 by C-C^Fg

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

11
Description Reference No.* Description Reference No *

Van der Waa Is

(cont .

)

Van der Waa Is. T

Van der Waa Is. E

Van der Waa Is. T

1359 by D

2

1359 by H-D 547,1533,2060 by He 1359, 1533,2060 by H

2 547 by Kr

1357 by Mg

547,1533 by Ne 1533 by N

2 1359 —by T_2

547 by Xe

1357 by Zn

2132 by Ar

2132 by He 2132 by Kr

2132 by Ne

In (Indium)

In I

1929 by Air-C

2 H2 1929 by Ar-0

2 -H

2 1929 by N

2 0-C2 H2

2132 by Ar

2132 by Ne

K (Potassinm)

Resonance, E

Van der Waa Is, E

K I

2055

2017 by Ar

1236 by Ar-H

2 2055 by Cs 1236 by C

2 H2 -02 1951 by He

Van der Waa Is , E (cont .

)

Van der Waa Is. T

1236 by H

2 -02 2017 by Kr

1364, 1543,2132

by Ar 2051 by H 1364,1543,2132

by He

1364, 1543, 1980,

1989,2132 by Kr 1364,1543,2132

by Ne 1364,1543,1989,

2132 by Xe

2012 by

Acety lene-a ir

Kr (Krypton)

Kr I

Resonance, E

Van der Waa Is

Van der Waa Is . T

2136

1544 by Ar

1544 by D

2 1544 by He 1544 by H

2 1544 by Ne 1544 by Xe

2132 by Ar 1857,2048,2132

by He 2132 by Kr 1857,2132 by Ne 2132 by Xe

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

12
Description Reference No.* Description Reference No.*

Li (Lithium) Mi (Manganese)

Stark, E

Stark, T

Stark, T,E

Van der Waa Is . E

Li I

1230,1288,1919,2150

1957,2053

508,866

2120 by Ar

1236 by Ar-H„

Mn I

Van der Waa Is. T

Van der Waa Is . T.E

1236 by C

2 H2 -02 2120 by He 1236 by H

2 -0

2

1364,1543 by Ar

2051 by H 1364,1543,2014 by He 1364,1543,1989 by Kr 1364,1543 by Ne 1364,1543,1989 by Xe

2012 by Acetylene-air

Mg (Magnesium)

Stark, E

Stark, T

Van der Waa Is. E

Stark, E

Stark. T

Stark, T,E

Mg I

1958

1535

1236 by Ar-H

2 1236 by C

2 H

2 -02 1236 by H

2 -02

Mg II

1958,2046

2137

1984.1985,2049

Stark, E

Van der Waa Is. E

582

1876,2155 by Ar 1876,2155 by He 2155 by H

2 1876,2155 by N

2

N (Nitrogen)

N II

Stark, T 2137

Stark-Natural. T 2038

No (Soditm)

Na I

Resonance, E

Stark, T,E

Van der Waa Is. E

Van der Waa Is. T

1871

508

1871,2120 by Ar

1236 by Ar-H

2 1236 by C

2 H2 -02 1871,2120 by He

1871 by Hg

1236 by H

2 -0

2 1871 by Xe 1871 by Xe-Hg

1364,1543,2132 by Ar 1867,2007,2051 by H 1364,1543,1987,

2006,2007,2050,

2132 by He

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

13
Description Reference No.* Descript ion Reference No.*

Van der Waals, T (cont.)

Van der Waals, T,E

1364,1543,1989,2132

by Kr 1364,1543,2132 by Ne 1364,1543,1989,2132

by Xe

1537 by He 508 by Na 2012 by Acetylene-air

Ne (Neon)

Ne I

Van der Waa Is . E 1847,2022,2084 by He 1993, 1994 by He-Ne

1847,2022 by Ne

Van der Waals, T,E 1843,1927 by He

Ni (Nickel)

Stark, T,E

Van der Waals. E

Ni I

508

1236 by Ar-H

2 1236 by C

2 H2 -0

2

Pb (Lead)

Van der Waals, E

Pb I

1882

1965 by Ar

1965 by He 1965 by H

2 1965 by Kr 1965 by Ne

1965 by N

2

Van der Waals, E 1965 by Xe (cont .)

Van der Waals, T,E 2016 by Kr

lb (RebMiem)

Rb I

Resonance, E

Van der Waa Is . E

1998

1861,2148 by Ar

1236 by Ar-H„

Van der Waals. T

1236 by

C

2 H

2 -02 1861 by He 1236 by H

2 -0

2 1861 by Kr 1861 by Ne 1861 by N

2

1364,1543,2047,

2132 by Ar

1364,1543,2132

by He 1364,1543,1989,

2132 by Kr 1364,1543,2132

by Ne 1364,1543,1989,

2132 by Xe

Van der Waals, T,E 1997 by Ar

1997 by Ne 2012 by

Acetylene -air

S (Seller)

S II

Stark, T 2137

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

14
Description Reference No * Description Reference No *

Si (Silicon)

Sr II

Stark, T

Van der Waa Is , E

Stark, E

Stark, T

Stark-Natural, T

Stark, T

Stark-Natural, T

Stark-Natural. T

Si I

2087

1959 by Ar

Si II

1939

2087,2137

2038

Si III

2087

2038

Si IV

2038

Sa (Til)

Sn I

Van der Waa Is, E,C 1882 by Pb

Sr (Strontium)

Sr I

Doppler, T Stark, T Van der Waa Is. E1948

1948

1978,2119 by Ar

1236 by Ar-H

2 1236 by C

2 H

2 -0

2 2119 by He

1978 by H

2

19 78 by N

2 1978 by 0,

Stark. E 2046

Van der Waa Is, E 2120 by Ar 2120 by He

T (Tritium)

T I

Van der Waals, E 2151 by Ar

Tl (Thallium)

Tl I

Resonance, E

Resonance, T

Stark, T,E

Van der Waals, E

Van der Waals. T

1982

2031

508

1982,2026 by Ar

1982 by He

2031,2132 by Ar

2031,2132 by He 2132 by Kr

2132 by Ne 2031 by Tl-He

2132 by Xe

Xe (Xenon)

Xe I

Stark, E

Van der Waals. E

1686,2005,2023

1235,1240,1544,

1675 by Ar

1544 by D

2 1235,1240,1544,

1675 by He 1235,1240,1544,

1675 by H

2

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

15
Descr ipt ion Reference No.* Descr ipt ion Reference No *

Van der Waa Is , E (cont .

)

Van der Waals, T

1544, 1675,2116 by Kr

1235, 1544, 1675 by Ne 1240,1544,1675 by N

1675 by Xe

2132 by Ar

2132 by He 2132 by Kr 2132 by Ne

2132 by Xe

Zn (Zinc)

Zn I

Stark, T

Van der Waals. E

1535

1236 by Ar-H,

1236 by C

2 H2 -0

1232,1538 by

C

2H

2 -0

2 -N

2 1236 by H

2 -0

2

The numbers refer to paper identification numbers of Part 3.

16
3. CHRONOLOGICAL LISTING OF ALL REFERENCES

WITH FULL TITLES

1935

209. Chr. PUchtbauer & H.-J. Relmers, Perturbation of High Cesium Terms by Hydrocarbons

and Measurement of the ls-3p Doublet of the High Potassium Series, Z. Phys. 97., 1. (Ger.)

19^9

357. N. N. Sobolev, On the Problem of the Measurement of Flame Temperatures of Atomic

Spectral Lines, Zh. Eksp. Teor. Fiz. 19, 25. (Russ.)

1953

434. S. Brodersen, Noise Filter Effects in Recording Spectroscopes, J. Opt. Soc. Amer.

43, 1216.

1954

459. A. R. Curtis & R. M. Goody, Spectral Line Shape and Its Effect on Atmospheric

Transmissions, Quart. J. Roy. Meteorol. Soc. 80_, 58.

460. A. R. Curtis & R. M. Goody, Correspondence Reply, Quart. J. Roy. Meteorol. Soc.

80, 454.

1955

486. V. S. Fursov, M. N. Oganov, & A. R. Striganov, Broadening of Spectral Lines and

Oscillator Strength of the Noble Gases, Dokl. Akad. Nauk SSSR 101 , 453- (Russ.)

17 1935-1955
487. W. E. Smith, Time Delays of Spectrograph Outputs by Low-Pass Filters, J. Opt.

Soc. Amer. 45, 227.

1956

508. V. F. Kitaeva, Investigation of the Shape and Width of Spectral Lines in an Electric

Arc of Constant Current, Tr. Fiz. Inst., Akad. Nauk SSSR 11, 3. (Russ.)

509. J- P. Wittke & R. H. Dicke, Redetermination of the Hyperfine Splitting in the Ground

State of Atomic Hydrogen, Phys. Rev. 103, 620.

1957

547. K. M. Baird & D. S. Smith, Measurement By Photoelectric Fringe Scanning of the

Pressure Shift of Hg-198 Emission Lines, Can. J. Phys. 35, 455.

548. G. Ecker, The Microfield Considered as an Entity with Coulomb Interaction, Z. Phys.

148, 593- (Ger.)

1958

582. I. M. Nagibina, Determination of the Concentration of Atoms in an Arc Discharge

Plasma of Varying Current by the Width of Spectral Lines, Opt. Spektrosk. 4_, 430.

(Russ.

)

1959

623. D. W. Posener, The Shape of Spectral Lines: Tables of the Voigt Profile, Aust

J. Phys. 12, 184.

I960

677- A. Misiunas & V. Norkunas, Influence of Temperature on the Pressure Broadening

of the Resonance Line of Cd 326l 8, Vilniaus Valstybinio Univ., Mokslo Darbai

33, 135. (Lith.)

1955-1960 18
1961

737. K. Frel & Hs. H. GUnthard, Distortion of Spectral Line Shapes by Recording Instruments , J . Opt . Soc . Amer . 51, 83

1963

866. L. I. Grechikhin, Determination of the Concentration of Charged Particles and

Neutral Atoms by Self-Inverted Contours of Spectral Lines in Plasma, High Temp.

(USSR) 1, 176.

867. W. R. Hindmarsh, Short-Range Forces Between Atoms, Phys. Lett. ]_, 115.

1966

1117. S. Y. Ch'en & R. 0. Garrett, Pressure Effects of Foreign Gases on the Absorption

Lines of Cesium. I. The Effects of Argon on the First Two Members of the Principal

Series, Phys. Rev. ]M, 59; A 1, 975 (1970).

1118. L. I. Grechikhin & D. K. Skutov, Using the Broadening and Shifts of the Spectral

Lines of Cesium for Determining the Concentrations of Charged Particles and Neutral

Atoms in a DC Arc Plasma, J. Appl. Spectrosc. (USSR) 279-

1119. B. L. Hunt & M. Sibulkin, Radiative Transfer in a Gas of Uniform Properties in

Local Thermodynamic Equilibrium Part 1: Absorption Coefficients in Nonhydrogenic

Gases, Brown University, Division of Engineering, Report No. Nonr-562(35)/l6.

2 2 1120. L. Krause, Collisional Excitation Transfer Between the P-j/2 ^3/2 ^eve -'- s ^

Alkali Atoms, Appl. Opt. 5, 1375-

1121. M. Lapp, Collision Enforced Transitions in Cesium, Phys. Lett. 23, 553.

1122. N. G. Preobrazhenskii & G. A. Kolobova, On the Parametric Description of an

Inhomogeneous , Optically Dense Plasma I. The Dispersion Shape of a Spectral Line,

Sov. Phys. J. 9, No. H, 52.

1123. N. G. Preobrazhenskii & G. A. Kolobova, On the Parametric Description of an

Inhomogeneous, Optically Dense Plasma II. The Doppler Shape of a Spectral Line,

Sov. Phys. J. 9, No. 4, 55.

19 1961-1966
1124. C. van Trlgt, On the Theory of Pressure Broadening, Physica (Utrecht) 32, 571.

1125. J. D. Winefordner, W. W. McGee, J. M. Mansfield, M. C. Parsons, & K. E. Zacha,

Intensity of Thermal Radiation of Metal Spectra in Flame Emission Spectrometry,

Anal. Chim. Acta 36, 25.

1967

1228. P. Chamaraux, Calculation of Neutral Sodium Lines in the Solar Spectrum Without

the Hypothesis of Local Thermodynamic Equilibrium, Ann. Astrophys . 3_0_, 67. (Fr.)

1229. L. I. Grechikhin & E. S. Tyunina, Measuring Atomic Temperatures and Electronic

Concentrations in Plasmas on the Basis of the Voigt Contours of Spectral Lines,

J. Appl. Spectrosc. (USSR) 7, 4.

1230. L. I. Grechikhin & E. S. Tyunina, Examination of the Plasma in an Arc Discharge

From the Emission Spectrum of Lithium, High Temp. (USSR) 5_, 683.

1231. W. Happer & B. S. Mathur, Effective Operator Formalism in Optical Pumping, Phys.

Rev. 163., 12.

1232. Tj . Hollander & H. P. Broida, Zeeman Scanning of Absorption Lire Profiles in Flames,

J . Quant . Spectrosc . Radiat . Transfer ]_, 965

1234. B. L. Hunt & M. Sibulkin, Radiative Transfer in Nitrogen for the Case of Uniform

Properties and Local Thermodynamic Equilibrium, J. Quant. Spectrosc. Radiat.

Transfer ]_, 76l.

1235. P. Marteau, R. Grander, H. Vu, & B. Vodar, Translation Spectra of the Xe-He, Xe-Ne,

Xe-Ar, and Xe-H^ Pairs; Their Possible Role in the Formation of Electronic

"Satellite" Bands, C.R.H. Acad. Sci., Ser. B 265, 685. (Fr.)

1236. W. W. McGee & J. D. Winefordner, Measurement of the Damping Constant (The

a-Parameter) of Several Elements in Several Hydrogen and Acetylene-Oxygen Flames

Using an Absorption Method, J. Quant. Spectrosc. Radiat. Transfer J_, 26l.

1238. G. V. Ovechkin & L. E. Sandrigailo, Line Broadening at High Copper Concentrations

in an Arc Discharge, J. Appl. Spectrosc. (USSR) ]_, 624.

1239- N. G. Preobrazhenskii , The Shape of a Reabsorptive Spectral Line Calculated by the

Fermi Method, Sov. Phys. J. 10, No. 7, 37.

1966-1967 20
1240. J.-M. Rupin, M. Morlals, & S. Robin, Study of the Perturbation of the 1469.6 ft Resonance Line of Xenon by Various Gases Compressed from 0 to 500 atm, C.R.H.

Acad. Sci., Ser. B 265, 1177. (Fr.)

1241. J. E. Stewart, Distortion of Infrared Spectra by Noise Filters, Infrared Phys

7, 77.

1242. B. Z. Tambovtsev, A Multiray Approach to the Problem of Computing the Contour of

a Reabsorbed Spectral Line of a Plasma, J. Appl. Spectrosc. (USSR) ]_, 1.

1968

1288. R. von der Heyde & H. J. Kusch, Broadening of Lithium Lines by Microfields, Z. Astrophys. 68, 1; Jena Rev. 16, 36 (1971). (Ger., Eng.)

1357. G. I. Zav'yalov, A. Yu. Zav'yalova, N. A. Prilezhaeva, M. P. Belyaev, M. V. Gileva,

& V. S. Grudanov, Broadening of Mercury 2537 A Line in the Presence of Certain

Metal Vapors, Sov. Phys. J. 11, No. 3, 97.

1358. T. L. Andreeva, The Diffusion Equation for the Density Matrix, Sov. Phys.^JETP

2J_, 342.

1359. J- Butaux & R. Lennuier, Comparative Effects of Different Molecules of Hydrogen on

the Position and Profile of the A = 2537 ft Line of Mercury, C.R.H. Acad. Sci.,

Ser. B 267, 36. (Fr.)

1360. L. de Galan & J. D. Winefordner, Slit Function Effects in Atomic Spectroscopy,

Spectrochim. Acta, Part B 23, 277.

1361. L. I. Grechikhin, Limits of Applicability of Spectroscopic Methods in Determination

of the Concentration of Charged Particles in a Low-Temperature Plasma and Their

Errors, High Temp. (USSR) 6, 482.

1362. G. A. Kolobova, Derivation of the Shape of a Symmetrical Self-Reversed Line with

Allowance for the Radial Dependence of the Plasma Parameters, Sov. Phys. J. 11, No. 5, 44.

1363. Y. Leycuras, Tentative Interpretation of the Effect of Temperature on the Shift

and Broadening of the Cesium Line Perturbed by Xenon, C.R.H. Acad. Sci., Ser. B

267 , 515. (Fr.)

21 1967-1968
1364. G. D. Mahan, Van der Waal's Constant between Alkali and Noble-Gas Atoms, J. Chem.

Phys. 48_, 950.

1365. B. S. Mathur, H. Tang, R. Bulos, & W. Happer, Microwave Light Modulation by an Optically Pumped Rb 87

Vapor, Phys. Rev. Lett. 21, 1035-

1366. N. G. Preobrazhenskii & N. Ya. Shaparev, Intensity and Shape Changes in Spectral

Lines Caused by Deviation from a Maxwellian Electron Energy Distribution, Sov. Phys.

J. 11, No. 6, 53-

1367. T. Yabuzaki & T. Ogawa, Double Resonance of Neon in He-Ne Laser Operating at 6328 8 tt Transitions, J. Appl. Phys. 39, 4477.

1969

1376. N. G. Preobrazhenskii & T. A. Sharapova, Reabsorption Method Based on Recording of

Contour Characteristics of Lines, J. Appl. Spectrosc . (USSR) 11, 853.

1519. D. Voslamber, Unified Model for Stark Broadening, Z. Naturforsch. A 24, 1458;

26, 1558 (1971).

1529. A. S. Bankovskii & P. A. Apanasevich, Effects of Strong Fields on the Shapes of

Inhomogeneously Broadened Spectral Lines, J. Appl. Spectrosc. (USSR) 10_, 313.

1530. A. Brissaud & U. Frisch, Influence of Time-Dependent Fluctuations of the Electric

Microfield on the Stark Broadening of Emission Lines, C.R.H. Acad. Sci., Ser. B

268 , 143 . (Fr.)

1531. C. Cohen-Tannoudj i , Light Shifts and Multiple Quantum Transitions, "Physics of the

One- and Two-Electron Atoms," 326-340 (Ed. F. Bopp & H. Kleinpoppen, North-Holland

Publ. Co., Amsterdam).

1532. V. V. Eliseev, Satellites of the Cs Absorption Lines in the Presence of Hg, Opt.

Spectrosc. (USSR) 26, 266.

1533. A. Granzow, M. Z. Hoffman, & N. N. Lichtin, Satellite Emission at the 1849 ft Mercury Resonance Line, J. Chem. Phys. 51_, 3621.

1968-1969 22
153^. G. L. Grasdalen, M. Huber, & W. H. Parkinson, Absolute gf-Values for Fe I and

Fe II Lines, Astrophys. J. 156 , 1153-

1535. L. I. Grechikhin, Plasma Diagnostics from Broadening of Spectral Lines in

Nonuniform Interatomic Electric Fields, J. Appl. Spectrosc. (USSR) 11, 870.

1536. L. I. Grechikhin and V. V. Voinov, Error in the Determination of Charged-Particle

Density in an Inhomogeneous Plasma Source on the Basis of Spectral-Line Broadening,

Sov. Phys. J. 12, 1309.

1537. J- E. Grindlay, Measurements of the Van der Waals Na - X 5889 in He with a Newly

Developed Piston Compressor Light Source, Scientific Report No. 31, Harvard College

Observatory Shock Tube Laboratory.

1538. Tj . Hollander & H. P. Broida, Zeeman Scanning of Hydroxyl and Zinc Absorption Line

Profiles in Flames at Atmospheric and Reduced Pressure, Combust. Flame 13, 63.

1539. B. A. Khmelinin, Line Shape Distortion in Photographic Recording from an Oscillating

Source, J. Appl. Spectrosc. (USSR) 11, 720.

15^0. G. Khvostenko & M. Chaika, Line Width of Spontaneous Emission in a Gas Laser,

Opt. Spectrosc. (USSR) 26, 268.

15^1. H. G. Kuhn & E. L. Lewis, Resonance Broadening of Spectral Lines, "Polarisation,

Matiere et Rayonnement , " 3^1-356 (Presses Universitaires de France, Paris).

1542. E. V. Lugin, L. I. Nesmelova, & S. D. Tvorogov, Spectroscopic Saturation Effect

in the Theory of Pressure-Induced Line Broadening, Sov. Phys. J. 12, 405

1543. G. D. Mahan, Van der Waals Constant between Alkali and Noble-Gas Atoms. II. Alkali

Atoms in Excited States, J. Chem. Phys. 50, 2755.

1544. M. Morlais, J.-M. Rupin, A. Quemerais, & S. Robin, Study of the Perturbation of

Absorption Lines of Xenon and Krypton between 1150 and 1500 8 by Various Foreign

Gases, C.R.H. Acad. Sci., Ser. B 269, 1223. (Fr.)

1545. A. F. Mukhamedgalieva, V. M. Tatarenkov, & A. N. Titov, Investigation of He-Ne

Laser with an Absorbing Cell, Izv. Vyssh. Ucheb. Zaved. Radiofiz. 12, 1156. (Russ.)

23 1969
15^6 . G. V. Ovechkin & L. E. Sandrigailo, Line Broadening and Shift in an Arc for Low

Copper Contents, J. Appl. Spectrosc. (USSR) 10, 372.

15^7. G. V. Ovechkin & L. E. Sandrigailo, Formation of the Spectral Lines of Copper in

an Optically Dense Arc-Discharge Plasma, J. Appl. Spectrosc. (USSR) 10, 613.

1970

1555. A. S. Bazhov & A. V. Zherebenko, Linewidth Measurements in the Absorption Spectrum

of Cadmium in a Flame, J. Appl. Spectrosc. (USSR) 12, 307.

1673. F. Besombes, J. Granier, & R. Granier, A Band Observed in Absorption between the

Two Components of the First and Second Doublets of Cesium Perturbed by Rare Gases,

Opt. Comm. 1, 388. (Fr.)

1675. M.-C. Castex, Absorption Spectra of Xenon in the Spectral Region 1250-1300 8,

C.R.H. Acad. Sci., Ser. B 270, 207. (Fr.)

1676. M. Cattani, Quantum Treatment of the Pressure Shift and Broadening of Spectral

Lines, An. Acad. Brasil. Cienc. 42_, 169.

1677. E. Churchwell & J. Edrich, Observations of Radio Recombination Lines at \ = 18 cm, Astron. Astrophys . 6, 261.

1678. J. W. Dufty, Ion Motion in Plasma Line Broadening, Phys. Rev. A 2, 534; 3, 522

(197D.

1679. V. T. Goloborod'ko, Apparatus and Methods for Determining Plasma Diagnostics by

the Width and Shift of Spectral Lines, Teplofiz. Svoistva Nizkotemp. Plazmy,

Mater. Vses. Teplofiz. Konf. Svoistvam Veshchestv Vys. Temp., 3rd 1968, 38-40

("Nauka," Moscow) . (Russ.)

1680. S. M. Golubovskaya, Yu. B. Golubovskii, & Yu. M. Kagan, A Spectroscopic

Investigation of Plasma Parameters at the Outlet of a Plasmatron I. An

Investigation of the Radial Distribution of Electron Density in Argon, Opt.

Spectrosc. (USSR) 28, 122.

1681. N. Konjevic, P. Gruj'ic, Lj . Cirkovic, & J. Labat, A Study of the Stark Broadening

of Isolated Ion Lines in Plasma, Fizika, Suppl. 2, 8l.

1969-1970 24
1682. N. Konjevic & M. Platisa, Measurements of the Stark Broadening Parameters of

Several CI I Lines, Fizika, Suppl. 2_, 83.

1683. B. S. Mathur, H. Y. Tang, & W. Happer, Light Propagation in Optically Pumped Alkali

Vapors, Phys. Rev. A 2, 648.

1684. J. C. Morris & R. U. Morris, Radiation Studies of Arc Heated Plasmas, Aerospace

Research Laboratories Report No. ARL 70-0038.

1685. R. Pepperl, Relaxation of the 5 "4^ Level of Cadmium by Impact with Noble Gas Atoms

and Hydrogen Molecules, Z. Naturforsch. A 25, 927. (Ger.)

1686. J. Richou & A. Molitor, Determination of the Electron Density of a Xenon Plasma,

Created in a Shock Tube, by Laser Interferometry and Spectroscopy, C.R.H. Acad.

Sci., Ser. B 271, 753. (Fr.

)

1687. E. G. Schmidt, Ha as a Temperature Indicator in Cepheids, Astrophys . J. 162, 871.

1688. H. Tang & W. Happer, Parametric Frequency Conversion of Resonance Radiation in

Optically Pumped Rubidium-87 Vapor, Phys. Rev. Lett. 2_4, 551.

1971

1701. B. Ya'akobi, E. V. George, G. Bekefi, & R. J. Hawryluk, Stark Profiles of Forbidden

and Allowed Transitions in a Dense, Laser-Produced Helium Plasma, MIT Research

Laboratory of Electronics, Quarterly Progress Report No. 102, 67.

1839. I. I. Antipova-Karataeva & N. N. Kazanova, Mathematical Separation of Complex

Spectral Contours on Components with Partially Known Parameters, Zh. Prikl.

Spektrosk. 14, 1093. (Russ.)

1840. V. M. Arkhipov & V. A. Rozuvanova, On Several Properties of the Theoretical

Instrumental Function of the Complex S.I.S.A.M. and Fabry-Perot Spectrometer,

Zh. Prikl. Spektrosk. 15, 10 80. (Russ.)

1841. M. U. Beth, M. G. Kling, & P. Hoffmann, On the Possibility of Suprathermic Fluctuations in a Helium Arc Jet, "Proceedings of the Tenth International Conference on Phenomena in Ionized Gases," 380 (Donald Parsons & Co., Ltd., Oxford, England).

25 1970-1971
1842. V. S. Borodin, V. D. Gebekov, & Yu. M. Kagan, Plasma Diagnostics of a Pulsed

Discharge in a Plasma I, Opt. Spectrosc . (USSR) 31, 280.

1843. A. Bouvier, M.-C. Bajard, & A. Bouvier, Influence of the Lorentz Effect on the

Absorption of Resonance Radiation of the A = 7^3 8 Line of Neon for Low Pressures,

C.R.H. Acad. Sci., Ser. B 272 , 409. (Fr.)

1844. J. Butaux, E. Leboucher, & R. Lennuier, The Use of Distortions Introduced by

Measuring Apparatus with the Object of Obtaining Certain Information About the

True Signal, Nouv. Rev. Opt. Appl. 2, 279. (Fr.)

1845. D. G. Bykhovskii, S. M. Golubovskaya, Yu. B. Golubovskii, & Yu. M. Kagan,

Spectroscopic Study of Plasmatron Output Parameters. II, Opt. Spectrosc. (USSR)

30, 450.

1846. H. Capes & D. Voslamber, Electron Correlations in Unified Line Shapes, "Proceedings

of the Tenth International Conference on Phenomena in Ionized Gases," 38l (Donald

Parsons & Co., Ltd., Oxford, England).

1847. C. G. Carrington & A. Corney, Pressure Broadening of the Hanle Effect in a Neon

Discharge, J. Phys. B 4, 849.

1848. M. Cattani, Pressure Line Shape and the Dicke Effect, Rev. Brasil. Fis. 1, 351.

1849. M. Cattani, Pressure Broadening and Shift in Microwave and Far Infra-Red Regions,

An. Acad. Brasil. Cienc. 43, 51.

1850. M. Chalka, Narrowing of the Profile of a Spectral Line by Alignment in the Case

of Radiation Trapping, Opt. Spectrosc. (USSR) 31, 274.

1851. J. Chapelle, C. Diatta, M. Malinovsky, & S. Sahal-Brechot , Theoretical and

Experimental Study of Profiles of Isolated Lines of He I in a Helium Arc Plasma

Jet, "Proceedings of the Tenth International Conference on Phenomena in Ionized

Gases," 383 (Donald Parsons & Co., Ltd., Oxford, England).

1852. W. R. Chappell, J. Cooper, & E. W. Smith, The Role of Plasma Kinetic Theory in

Spectral Line Shapes, "Kinetic Equations," Paper B-3, 99-109 (Ed. R. L. Liboff

& N. Rostoker, Gordon and Breach Science Publishers, New York).

1971 26
1853. G. Coulaud, C. Deutsch, & M. Sassi, Influence of Distant Electron Collisions on

the Plasma-Broadened 4471.48 8 He I Line, "Proceedings of the Tenth International

Conference on Phenomena in Ionized Gases," 378 (Donald Parsons & Co., Ltd., Oxford,

England )

1854. C. R. Cowley, An Approximate Stark Broadening Formula for Use in Spectrum Synthesis,

Observatory 91, 139-

1855. R. D. Davies, Observations of Radio Recombination Lines with An = 1 to 5, Astrophys.

J. 163, 479-

-1 1856. C. M. Dutta & N. C. Dutta, Dipole Properties of the Metastable 2

JS State of Helium,

Int. J. Quantum Chem. Symp. No. 5, 59.

1857. R. J. Dyne, Determination of Interatomic Potentials, Proc. Astron. Soc . Australia

2, 38.

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of Ba and Tl by Rare Gases, Z. Naturforsch. A 27, 1459. (Ger.)

2027. K. Nlemax, Satellites of Cs I Lines, Phys. Lett. A 38, l4l.

2028. I. A. Novikov & V. R. Saullt, The Dependence of the Instrument Line Shape of a Spectrograph from Its Ion-Optical Parameters (A Point Source) I., Vest. Leningrad.

Univ., Fiz. Khim. No. 16, 46. (Russ.)

2029. J. T. O'Brien & C. F. Hooper, Jr., Low-Frequency Electric Microfield Distributions

in a Plasma Containing Multiply Charged Ions, Phys. Rev. A 5_, 867.

2030. E. A. Oks & G. V. Sholin, Boundary Determination for Electron Quasi-Stationarity

Using the Asymmetry of the Wings of Hydrogen Spectral Line Profiles, Opt. Spectrosc.

(USSR) 33, 217.

2 2031. A. Omont, J. C. Hsieh, & J. C. Baird, Level-Crossing Spectroscopy in 7 S.^

Thallium. II. Theory of Self-Broadening and Tl*-Tl-Foreign-Gas Collisions, Phys.

Rev. A 6, 152.

2032. A. Omont, E. W. Smith, & J. Cooper, Redistribution of Resonance Radiation I. The Effect of Collisions, Astrophys. J. 175, 185.

2033- S. Pancharatnam, Theory of Dispersion in Relation to Light Shifts, Proc. Roy.

Soc, Ser. A 330, 28l.

2034. R. W. Parsons, V. I. Metchnik, & I. C. Story, Pressure Induced Shifts of the

(J,K) = (12,12) Inversion Line in the Microwave Spectrum of Ammonia, J. Phys.

B 5, 1221.

2035. G. Peach, The Broadening of Radio Recombination Lines by Electron Collisions,

Astrophys. Lett. 10, 129.

2036. G. Peach & M. J. Seaton, Pressure Broadening of Radio Recombination Lines,

Comments At. Mol. Phys. 3, 107.

2037. D. Perrln-Lagarde & R. Lennuier, Experimental Measurement of the Absorption Coefficient of Mercury Vapor in the Region of the Resonance Line X = 2537 2, C.R.H.

Acad. Sci., Ser. B 274, 1020. (Fr.)

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

Line Profiles, Astron. Astrophys. 17, 76.

1972
2 039. H. Pfennig, On the Time-Evolution Operator In the Semiclassical Theory of StarkBroadening of Hydrogen Lines , J . Quant . Spectrosc . Radiat . Transfer 12 , 821

2040. G. Pichler, Quadratic Stark Constants of Neutral Copper and Silver Spectral Lines

in the Coulomb Approximation, Flzika 4, 235.

2 041. A. Poquerusse, Stark Broadening of Hydrogenic Ion Lines, Phys. Lett. A 4l, ^53

(Fr.)

2 042. D. W. Posener, Filter Distortion of Spectral Lines, J. Appl. Phys. 43_, 3117.

2043. S. G. Przhibelskii & V. A. Khodovoi, Absorption Line Profile of an Atom in a Field

of Strong Noise Radiation, Opt. Spectrosc. (USSR) 32, 125.

2045. J. Puric, Experimental Study of Stark Broadening of Ion Lines in Plasmas, "Physics

of Ionized Gases 1972," 521-558 (Ed. M. V. Kurepa, Institute of Physics, Beograd,

Yugoslavia)

2046. J. Puric & N. Konjevic, Stark Shifts of Some Isolated Spectral Lines of Singly

Ionized Earth Alkaline Metals, Z. Phys. 249, 440.

2047. S. Ray & S. L. Kaufman, Theoretical Interpretation of the Quadratic Hyperfine

Pressure Shift, Phys. Rev. Lett. 29, 895.

2048. G. P. Reck & R. J. Hood, Binary Collision Broadening: Approximate Methods, J. Chem. Phys. 56, 1230.

2049. D. E. Roberts & A. J. Barnard, Check of Quantum-Mechanical Electron Broadening

Calculations for Mg

+ and Ca+ Resonance Lines, J. Quant. Spectrosc. Radiat. Transfer

12, 1205.

2050. E. Roueff, The Pressure Broadening of Na I 5889 8 and 5895 8 by Thermal and High

Temperature Neutral Helium, J. Phys. B 5_, L79.

2051. E. Roueff, Broadening of Alkali Lines by Atomic Hydrogen, Phys. Lett. A 38, 8.

2052. A. Royer, Cumulant Expansions and Pressure Broadening as an Example of Relaxation,

Phys. Rev. A 6, 1741.

1972 40
2053. 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

2p - 4 2D)

(or Cs I (5D

3/2

- 6F)) and of the "Forbidden" Line of Li I (2

2p - 4 2F)

(or Cs I (5D3/2

- 6G)), J. Quant. Spectrosc. Radlat. Transfer 12, 75. (Fr.)

2054. M. Sassi & G. Coulaud, Calculated Ionic Profiles in the Region of the Forbidden

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

2055. H. Schreiber & H. J. Kusch, Broadening of Principal Series Lines of Potassium by

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2056. CD. Scott, Calculation of Quasi-Static Helium Triplet Diffuse Line Profiles,

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2057. G. V. Sholin, A. V. Demura, & V. S. Lisitsa, Electron Impact Broadening of Stark

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2058. E. W. Smith, J. Cooper, & C. R. Vidal, Comments on the Validity of the Unified

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2059. G. Smith, Collision Broadening and Shift in the Resonance Line of Calcium, J. Phys. B 5, 2310.

2060. G. Stanzel, Level-Crossing Experiments in Selective Reflection from Mercury Vapour,

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2061. G. H. Stickford, Jr., Measurements of the Hg Line Shape Using a Fiber Optics Slit

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2062. M. L. Strekalov & A. I. Burshtein, Collapse of Shock-Broadened Multiplets, Sov.

Phys.-JETP 34, 53.

2063. V. Svoboda, R. F. Browner, & J. D. Wlnefordner, Analytical Curves In Atomic

Fluorescence Spectrometry, Appl. Spectrosc. 26, 505.

2064. V. I. Sysun, Effective Probability of the Emission of Resonance Photons by Atoms

in the Case of a Voigt Profile, Opt. Spectrosc. (USSR) 33, 320.

2 065. R. C. Sze, E. T. Antropov, & W. R. Bennett, Jr., Lorentz Width Measurements on the

Argon Ion Laser Transitions, Appl. Opt. 11, 197-

41 1972
2066. R. C. Sze & W. R. Bennett, Jr., Spontaneous-Emission Profiles of Argon-Ion Laser

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2067. J. Szoke, Computer Analysis of Spectra by Deconvolution, Chem. Phys. Lett. 15 , 404.

2068. A. Tonejc, Measurements of Halfwidths of Certain Argon Lines, J. Quant. Spectrosc.

Radiat. Transfer 12, 1713.

2069. A. M. Tonejc, K. Acinger, & V. Vujnovic, Measurements of Halfwidths of Some Argon

Lines in a Wall-Stabilized Cascade Arc, J. Quant. Spectrosc. Radiat. Transfer 12 , 1305.

2070. N. Tran-Minh & H. Van Regemorter, Quantum Theory of Stark Broadening by Electrons,

J . Phys . B 5 , 903

2 071. C. Triche & G. Perarnau, Spectrographic Study of the Emission of Exploding Wires

Under Different Pressures, C.R.H. Acad. Sci., Ser. C 274, 1025. (Fr.)

2072. A. G. Velichko & V. I. Tsoi, Method of Determining Real Contour Parameters from

the Observed Contour for Instruments with a Periodic Instrument Function, Opt.

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2073- S. Volonte, Plasma Polarization Shift of the Resonance Lines of Ionized Helium,

Space Sci. Rev. 13, 528.

2074. E. S. Vorobeichikov, B. N. Poizner, L. N. Popov, & V. D. Fomin, The Peculiarities

of Dispersion in a Gaseous Medium with a Broadened Spectral Line of Radiation,

Izv. Vyssh. Ucheb. Zaved., Fiz. No. 4, 157 . (Russ.)

2076. D. Voslamber, Unified Quantum Statistical Formulation of Pressure Broadening,

Phys. Lett. A 40, 266.

2077- D. Voslamber, Influence of Time Ordering on Unified Line Profiles, Z. Naturforsch.

A 27, 1783.

2078. W. L. WIese, Experimental Studies of the Stark Broadening of Hydrogen Lines,

"Physics of Ionized Gases 1972," 559-596 (Ed. M. V. Kurepa, Institute of Physics,

Beograd, Yugoslavia).

1972 42
2079. W. L. Wiese, D. E. Kelleher, & D. R. Paquette, Detailed Study of the Stark Broadening

of Balmer Lines in a High-Density Plasma, Phys. Rev. A 6, 1132.

2080. J. J. Wright, Hyperflne Temperature Shift of Deuterium in Neon and Argon, Phys.

Rev. A 6, 524.

2081. J. M. Wu & D. T. Shaw, Forbidden Line Intensities in Cesium Plasmas, Energy Convers.

12, 77.

2082. B. Ya'akobi, On the Broadening of Atomic Levels Due to Absorption of Radiation,

J. Quant. Spectrosc. Radiat. Transfer 12, 1077.

2083. B. Ya'akobi, E. V. George, G. Bekefi, & R. J. Hawryluk, Stark Profiles of Forbidden

and Allowed Transitions in a Dense, Laser Produced Helium Plasma, J. Phys. B 5_, 1017.

2084. T. Yabuzaki, N. Mita, & T. Ogawa, Pressure Shift of the Magnetic Resonance Line of

Neon in a He-Ne Laser, Phys. Rev. Lett. 29, 336.

2085. G. Yamamoto & T. Aoki, Line Broadening Theory of Asymmetric-Top Molecule, J. Quant.

Spectrosc. Radiat. Transfer 12, 227.

2086. K. Yoshikawa & I. Michlyoshi, The Influence of Spatial Temperature Distribution

and Measuring Configuration on Line-Reversal Temperature, J. Quant. Spectrosc.

Radiat. Transfer 12, 1673.

2087. E. A. Yukov, Stark Broadening of Si II and Si III Lines, Sov. Astron.-AJ 15, 867.

2088. H. R. Zaidl, Coherent Radiation Damping, Can. J. Phys. 50, 1427.

2089. H. R. Zaidl, Excitation Transfer Process in Self-Broadening, Can. J. Phys. 5p_, 2801.

2090. H. R. Zaidl, Velocity Dependence of the Scattering Amplitudes in Resonant Collisions,

Can. J. Phys. 50, 1175.

2091. H. R. Zaidl, Collisional Narrowing and the Foreign Gas Broadening of Spectral

Line Shapes, Can. J. Phys. 50, 2792.

43 1972
1973

2111.

2112.

2113.

2114.

2115-

2116.

2117.

2118.

2119-

2120.

2121.

1973

D. Alger, G. F. Kirkbright, & 0. E. Troccoli, Absorption Half-Widths for the

422.67 nm Calcium Line in Hydrogen-Nitrogen and Hydrogen-Argon Diffusion Flames,

Appl. Spectrosc. 27_, 177.

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

Strength in A Microwave—Plasma Interaction by Means of the Stark Effect, Sov.

Phys.-Tech. Phys. 17, 1311.

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

Profiles, Phys. Rev. A 7, 1452.

K. W. Billman & J. R. Stallcop, Measurement of Density and Temperature of a Hydrogen Plasma Using an Argon Laser, Appl. Phys. Lett. 22, 565.

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

J. Phys. B 6, L54.

J. Brochard, D. Reymann, & R. Vetter, On Particular Aspects of the Competition

Between Stimulated Emission and Absorption in the 3* 36 pm Xenon Line Profile,

J. Phys. B 6, L145.

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

Atoms by Rare Gases , Phys . Rev . Lett . 30 , 115

C. L. Chen & A. V. Phelps, Absorption Coefficients for the Wings of the First

Two Resonance Doublets of Cesium Broadened by Argon, Phys. Rev. A 7, 470.

S. Y. Ch'en & P. K. Henry, The Shift and Broadening of the Resonance Lines of

Ca, Sr and Ba in Hot, Dense Argon and Helium, J. Quant. Spectrosc. Radiat

Transfer 13, 41.

S. Y. Ch'en & P. K. Henry, Pressure Shift and Broadening of the Resonance Lines

of Singly Ionized Alkaline-Earth Atoms and Some Alkali Atoms in Hot Compressed

Ar and He, J. Quant. Spectrosc. Radiat. Transfer 13_, 385.

M. H. Choudhury & J. Dunning-Davies , Pressure Shifts of High-Series Spectral Lines

and Cross Sections for Scattering of Very Slow Electrons from Rare-Gas Atoms. II,

Phys. Rev. A 7, 1549-

44
2122. G. H. Copley & D. M. Camm, Determination of Van Der Waals Broadening of Fe I Emission Lines Induced by Neutral He, Astron. Astrophys. 24, 239-

2123. C. Deutsch & S. Klarsfeld, Quadrupole Contributions to the Electron Broadening of

Overlapping Neutral-Atom Lines in a Plasma, Phys. Rev. A 7_, 2081.

2124. C. M. Dutta, N. C. Dutta, & T. P. Das, Hyperfine Pressure Shift of Helium

(ls2s: 3S) Atoms in Helium (Is

2

: 1S), Phys. Rev. A 7, 60.

2125. D. Fischel & D. A. Klinglesmith , The Last Balmer Line and H^ in Model B Stars,

Astrophys. J. l8l , 841.

2126. V. V. Fomin & S. D. Tvorogov, Formation of the Far Wings Contour of Spectral Lines

Broadened by a Foreign Gas; Analysis of Exponential Decrease of Continuous

Absorption Beyond the Band Head of the 4.3-u Band of CC> 2

, Appl. Opt. 12, 584.

2127. G. Fussmann & G. Himmel, Electron Contribution to Quasistatic Stark Broadening,

J. Quant. Spectrosc. Radiat. Transfer 13, 393.

2128. G. Fussmann & G. Himmel, Measurement of Stark Broadened Balmer Lines Emitted from

a Low Density HF-Discharge , Z. Phys. 259, 3^7 . (Ger.)

2129. A. H. Gabriel & S. Volonte, Plasma Polarization Shift for Members of the

Resonance Series of Ionized Helium, Phys . Lett . A 43_, 372

2130. C. C. Gallagher & M. A. Levlne, Balmer-Line Anomalies in a Turbulent Plasma,

Phys. Rev. Lett. 30, 897.

2131. Y. Gontier & M. Trahln, Higher-Order Effects in Resonant Multiphoton Processes,

Phys. Rev. A 7, 1899.

2132. J. Granier & R. Granler, Induced Interatomic Spectra. "Blue" Satellite Bands

Observed Near Atomic Absorption Lines in the Presence of Rare Gases—I. Experimental Aspect, J. Quant. Spectrosc. Radiat. Transfer 13, 473. (Fr.)

2133. A. G. Hearn & J. N. Holt, A Numerical Method for Inverting a Single Absorption

Line Profile, Astron. Astrophys. 23, 347.

2134. J. Heuschkel & H. J. Kusch, Stark Broadening and Shift of Singly Ionized Aluminum

Lines, Astron. Astrophys. 2j5, 149.

45 1973
2135. G. Himmel & F. Pinnekamp, Stark Broadening of Paschen Lines in a Deuterium

Discharge, J. Quant. Spectrosc. Radiat. Transfer 13, 555.

2136. J. W. Hutcherson & P. M. Griffin, Self-Broadened Absorption Linewidths for the

Krypton Resonance Transitions, J. Opt. Soc. Amer. 63, 338.

2137. W. W. Jones, Comparison of Measured and Calculated Stark Parameters for Singly

Ionized Atoms, Phys. Rev. A 7_, 1826.

2138. S. H. Kim & H. E. Wilhelm, Stark Effect and Line Broadening in Three-Dimensional

Stochastic Fields, J. Appl. Phys. 44, 802.

2139. G. F. Kirkbright & 0. E. Troccoli, The Application of a Piezoelectric Scanning

Fabry-Perot Interferometer to the Study of Atomic Line Sources—III. Use of the

Channeled Spectra Produced with a Continuum Source for Studies of the Absorption

Line-Width for Calcium Atoms in Flames, Spectrochim. Acta, Part B 28_, 33-

2140. G. F. Kirkbright, 0. E. Troccoli, & S. Vetter, The Application of a Piezoelectric

Scanning Fabry-Perot Interferometer to the Study of Atomic Line Sources—II. Line-Widths for Calcium in Air-Acetylene and Nitrous Oxide-Acetylene Flames,

Spectrochim. Acta, Part B 28, 1.

2141. L. Klein, Quasi-Monochromatic Measurements of Homogeneous Arc Plasmas, J. Quant.

Spectrosc. Radiat. Transfer 13, 567.

2142. Z. Kucerovsky, E. Brannen, D. G. Rumbold, & W. J. Sarjeant, Absorption Line

Parameter Measurements Using Laser Spectroscopy, Appl. Opt. 12, 226.

2143. T. R. LaSalle, Stark Broadening of High n - a Lines of Hydrogen, University of

Maryland Technical Report #73-079.

2144. T. R. LaSalle, T.-J. Nee, & H. R. Griem, Stark Broadening of High-PrincipalQuantum-Number n-a Lines of Hydrogen, Phys. Rev. Lett. 30, 944.

2145. R. W. Lee, A Theoretical Study of the Effects of Ion Motion on Spectral Lines

in Plasmas II. Hydrogen-H, J. Phys. B 6, 1060.

p

2146 . R. W. Lee, A Theoretical Study of the Effects of Ion Motion on Spectral Lines in

Plasmas I. Neutral Helium Lines, J. Phys. B 6, 1044.

1973 46
2147. J. J. Lorre, Enhancement of Spectra by Digital Convolution, Astron. J. 78_, 67.

21^8. M. Lukaszewski & A. Sieradzan, Broadening of Level-Crossing Signals in 5 P0/0

87 if State of 'Rb by Collisions with Argon, Phys. Lett. A 43, 227.

2149. R. Mahon, R. W. Lee, & D. D. Burgess, Experimental and Theoretical Studies on Non-Adiabatic Ion Dynamic Contributions to the He I 4026 2 - 5

3D, 53F

Profile at Low Electron Densities, J. Phys. B 6, 354.

2150. V. G. Mikhalev, S. N. Ogorodnikov, & V. G. Pankratov, Some Properties of Spectral

Line Broadening for Lithium, Zh. Prikl. Spektrosk. 18, 136. (Russ.)

2151. C. L. Morgan & E. S. Ensberg, Precise Hyperfine Pressure-Shift Measurements for

Hydrogen Isotopes in Argon, Phys. Rev. A ]_, 1494.

2152. N. Panagia & M. Ranieri, Line Radiation Transfer in Extended Envelopes I. Lyman-a Radiation in a Pure Hydrogen Nebula, Astron. Astrophys. 24, 219.

2153. R. A. Pasmanter & A. Ben-Reuven, Resonance-Transfer Contributions to Resonance

Line Broadening in the Impact Limit, J. Quant. Spectrosc. Radiat. Transfer 13,

57.

2154. R. L. Ptak & R. E. Stoner, The Broad Component of Ha in the Seyfert Galaxy NGC

5548, Astrophys. J. 179, L89.

2155. G. Pujol, P. Quercy, & S. Weniger, Pressure Broadening and Shift of the Absorption

Lines of Some Multiplets of the Neutral Manganese Atom, J. Quant. Spectrosc. Radiat,

Transfer 13, 9- (Fr.)

2156. L.-Q. Rang, On a Cut-Off in the Non-Markovian Treatment of Stark Broadening, C.R.H.

Acad. Sci., Ser. B 276, 449. (Fr.)

2157. L. J. Roszman & C. F. Hooper, Jr., Distribution of the Time-Dependent Microfield

in a Plasma, Phys. Rev. A 7, 2121.

2158. A. Royer, Density Expansion of the Memory Operator in Pressure-Broadening Theory,

Phys. Rev. A 7, 1078.

2159. K. M. Sando & J. C. Wormhoudt, Semiclassical Shape of Satellite Bands, Phys. Rev. A 7, 1889.

47 1973
2160. J. C. Stewart, J. M. Peek, & J. Cooper, Satellites to Lyman-a Due to Protons,

Astrophys. J. 179 , 983.

2161. M. W. P. Strandberg, Some Properties of Spectral Line Profiles, Ann. Phys. (New

York) 77, 174.

2162. H. Tang, Parametric Frequency Conversion of Resonance Radiation in Optically Pumped

Rb

87

Vapor, Phys. Rev. A 7, 2010.

2163. C. R. Vidal, J. Cooper, & E. W. Smith, Hydrogen Stark-Broadening Tables, Astrophys.

J., Suppl. Ser. 25, Ho. 214, 37.

2164. D. Voslamber, Lyman-a Profiles and the LTE-Assumption, Phys. Lett. A 42, 469.

2165. D. G. Yakovlev, Spectroscopy of a Turbulent Plasma, Sov. Phys. -Tech. Phys. 17 , 1248.

1973 48
4. LIST OF AUTHORS

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

Acinger, K.

Alekseev, V. A.

Alger, D.

Andreeva, T. L.

Ant ipova -Kara taeva ,1.

Antropov, E. T.

Aoki, T.

Apanasevich, P. A.

Arkhipenko, V. I.

Arkhipov, V. M.

Asmaryan, E. A.

Atakan, A. K.

Audoin, C.

Bacon, M. E.

Baird, J. C.

Baird, K. M.

Bajard, M-C.

Bakshi, P.

Bankovskii, A. S.

Barbe, R.

*The numbers refer to

2069

1907

2111

1358,1907

1839

2065

2085

1529

2112

1840

1908

1909,2113

1862

Barnard, A. J.

Bassalo, J. M.

Bazhov, A. S.

Bekefi, G.

Belyaev, M. P.

Ben-Aryeh, Y.

Benett, S. M.

Bengtson, R. D.

Bennett, W. R. , Jr.

Ben-Reuven, A.

Berman, P. R.

Besombes, F.

Beth, M. U.

Biaz, T.

Bielicz, E.

Billman, K.W.

Bogdanova, L. A.

Bo gen, P.

Borenstein, M.

Borodin, V. S.

1910,1911

1982,2031

547

1843,1927

1943

1529

1912

paper Identification numbers of Part

49

2049

1913

1555

1701,1914,

2083

1357

1915

1863

1916

2065,2066

2153

1917,1918

1673

1841

1919

1920

2114

1921

1922

1923

1842,1924,

1925.1926'

3.
Author Ref. No.* Author Ref. No.*

Bottcher, C. 2115 Camm, D. M. 2122

Bouvier, Al. 1843,1927 Capes, H. 1846,1937

Bouvier, An. 1843,1927 Carlsten, J. L. 2018

Brannen, E. 2142 Carrington, C. G 1847

Brechot, S„ (also

Sahal, S. or Sahal

Brechot, S.)

Brissaud, A.

1851

1530

Castex, M. C.

Cattani, M.

1675

1676,1848,

IRAQ lQIO J-OH--/ , i-j i-~J

, 1938

Brochard, J. 2116 Chaika, M. P. 1540,1850

Brocklehurst , M. 1928 Chamaraux, P. 1228

Brodersen, S.

Rr m' Ha H P

434

1 232

1538

Chape lie, J.

Chappell, W. R.

1851,1939

1955

1852

Browner, R. F. 1929,2063 Chen, C. L. 2118

Budnikov, V. N.

Bulos, B. R.

2112

1365

1930 1931

1932,2149

Ch'en, S. Y.

Cherkasov, M. R.

Chester, G. R.

1117,2119,

2120

1940

1916

Burrell, C. F. 1933,1934 Cheval, G. 1941

Burshtein, A. I. 2062 Chkuaseli, Z. D. 1878

Butaux, J.

Bykhovskii, D. G.

1359,1844,

1935

1845

2117

Choudhury, M. H.

Churchwell, E.

Cirkovic, LJ.

Cohen-Tannoud j i

,

2121

1677

1681

C. 1531,1942

Cabv M falso Pflbv.

Eyraud, M.)

1936

Cohn, A.

Comer, J.

1943

1944

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

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

Cooke, D. 0.

Cooper, J.

Cooper, W. S.

Copley, G. H.

Corney, A.

Coulaud, G.

1945

1852,1959,

2032,2058,

2160,2163

1976

2122

1847

1853, 1952,

1953*2054'

Deutsch, C,

Diatta, C.

Dicke, R. H.

Dmitrieva, E. A.

Dodsworth, B. M.

Drummond, D. L.

Dubreuil, B.

1853,1952

1953,2123

1851

509

1995

1954

1974

1955

Cowley, C. 1854 Dufton, P. L. 1956

Crampton, S. B. 1946 Dufty, J. W. 1678

Curtis, A. R. 459,460 Dunning-Davies , J. 2121

Cussenot, J. R. 1960 Dupont-Roc, J. 1942

Czernichowski, A. 1939 Dutta, C. M. 1856,2124

Czuchaj, E. 1920 Dutta, N. C.

Duvivier, J. A.

1856,2124

1946

Dagnall, R. M. 1945 Dyne, R. J. 1857,1957

Das, T. P. 2124 Dyukov, V. V. 1958

Dashevskaya, E. I. 1947

Davies, R. D. 1855 Ecker, G. 548

Davis, J. 1948 Edrich, J. 1677

Davis, W. D. 1949 Eliseev, V. V. 1532

Demidov, B. A. 1886 Ensberg, E. S. 1858,2151

Demura , A. V. 1950,2057 Evans , J . M. , Jr. 1959

de Sa, A. 1951 Evdokimov, Yu. V. 1859

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

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

Fabre, G.

Fabry, M.

Fanchento, S. D.

Farges, M-F.

Farr, J. M.

Feld, M. S.

Feldman, B. J.

Fischel, D.

Fishman, I. S.

Fiutak, J.

Fomin, V. D.

Fomin, V. V.

Franken, L. P. L.

Frei, K.

Frisch, U.

Fuchtbauer, Chr.

Fuhr, J. R.

Fursov, V. S.

Fussmann, G.

Futrelle, R. P.

Gabriel, A. H.

1941

1960

1886

1941

1977

1961

1961

2125

1958

1920

2074

1883,2126

1978

737

1530

209

1962

486

1963,2127

2128

1964

2129

Galan, L. de

Gallagher, A.

Gallagher, C. C.

Gallo, C. F.

Garrett, R. 0.

Gay, J. C.

Gebekov, V. B„

Gebekov, V. D.

George, E. V.

Gershun, V. V.

Gersten, J. I.

Gibbs, H. M.

Gileva, M. V.

Gindina, V. F.

Glnsburg, V. L.

Girault, M.

Goloborod 'ko, V. T.

Golubovskaya , S. M.

Golubovskii, Yu. B.

Gontier, Y.

Goody, R. M.

Granier, J.

1360,1860

19 74

2130

1970

1117

1954

1924.1926

1842,1925

1701,2083

1861

2117

1965

1357

1925

1966

1877

1679

1680.1845

1680,1845

2131

459,460

1673,

2132

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

52
Author Ref. No.* Author Ref. No.*

Granier, R. 1235,1673, Hearnshaw. J. B. 1973

2132

Hedges, R. E. M. 19 74

Granzow, A. 1533

Henry, P. K. 2119,2120

Grasdalen, G. L. 1534

Hess, R. A. 1976

Gray, C. G. 1967

Hess, S. 1975

Grechikhin. L. I. 866,1118,

1229,1230, Heuschkel, J. 2134

lOO 1 , 10 JO , 1536 Heyde, R. von der 1288

Greig, J. R. 1985 Hicks, W. W. 1976

Griem, H. R. 1863, 1968, Himmel, G. 2127,2128

1969,1985, 2135

2144

Hindmarsh. W. 7 R. 867,1977

Griffin, P. M. 2136

Hoffman, M. Z 1533

Grindlay, J. E. 1537

Hoffmann, P. 1841

Grudanov, V. S. 1357

Hollander, Tj • 1232 , 1538

Grujic, P. 1681 1978

Grumberg, J. 2016 Holt, J. N. 2133

Gunthard, Hs . H. 737 Holweger, H. 1979

Gurkut , B

1862 Hood, R. J. 1980,2048

Hooper, C. F, , Jr. 2029,2157

Hammond, T. J. 1970 Horlick, G. 1981

Happer, W. 1231,1365, Hsieh, J. C. 1982,2031

1683 , 1688

,

1971 Huber, M. 1534

Harstad, K. G. 1972 Hunt, B. L. 1119,1234

Hawryluk, R. J. 1701,2083 Hutcherson, J . w. 2136

Hearn, A. G. 2133

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

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

Khutorshchikov , V. 1861

Ilin, G. G. 1958 Khvostenko, G. 1540

Kielkopf J F 1989

Jacobson, H. C. 1909,1983 Kim, S. H. 2138

2113

Kirkbright, G. F. 2111,2139,

Janin, J. 1927 2140

Jansen, B. J. 1978 Kitaeva, V. F. 508,1864

Jones, W. W. 1863,1984, Klarsfeld, S. 2123

1985, 2137

Klein, L. 2141

Kling, M. G. 1841

Kagan, Yu. M. 1680,1842 Klinglesmith, D.A. 2125

1845, 1924,

1925,1926 Kobzeva, E. A. 1947

Kalinin, Yu. G. 1886 Koaan V I 1990, 1991

Ka liteyevskii , N. I. 1859 Kolobova , G. A. 1122, 1123,

1362'

Ka lma n , G1943

Konjevic, N. 1681, 1682,

Kandela, S. A. 1987 1865 [ 1992 ^ 2046'

Kartaleva, S. S. 1995

Konova lov , I. P. 1993, 1994

Kaufman, S. L. 2047

Korolev, F. A. 1995

Kazanova, N. N. 1839

Kovalev, I. F. 1868,2024

Kelleher, D. E. 1885,2079

Krause, L. 1120

Kepple. ST ST P. J * 1988

Krey. R. U. (also 1684

Khlybov, G. N. 1908 Morris, R. U.)

Krykov, I. I. 1996

Khmelinin, B. A. 1539

Kucerovsky, Z. 2142

Khodovoi, V. A. 2043

Kuhn, H. G. 1541

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

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

Kulagin, E. V. 1997 Lichtin, N. N. 1533

Kunz e

( H . J

1933,1934 Lijnse, P. L. 1978

Kusch, H. J. 1288,1998, Lin, D. L. 2004

2055,2134

Lisitsa, V. S. 1866, 1950,

1990, 1991,

2008,2009,

Labat, J. 1681 2010^2057

La garde, D. (a lso 2037 Lisyuk, Yu. V. 2011

Perrin-Lagarde, D .)

Lorre, J. J. 2147

Lagutin, V. I. 1999

Louer, D. 1877

Laloe, F. 1912

Lugin, E. V. 1542

Lamb, W. E. , Jr. 1923

Lukaszewski, M. 2148

Lambert, F. 2000

L'vov, B. V. 2012

Lapp, M. 1121

LaSalle, T. R. 2143,2144

Madan, R. N. 2013

Leboucher, E • 1844

Mahan, G. D. 1364, 1543,

Leduc, M. 1912 2014^2015'

Lee, R. 2001,2002, Mahon, R. 1931,2149,

2003,2145,

2146,2149 Malinovsky, M. 1851

Lee, Y. C. 2004 Mansfield, J. M. 1125

Lennuier, R. 1359, 1844 Marechal, F. 2016

1935,2037

Marteau, P. 1235

Lesage, A. 2005

Mathur, B. S. 1231, 1365,

Levine, M. A 2130 1683'

Lewis, E. L. 1541,2006, McCartan, D. G. 1951,2017

2007

McGee, W. W. 1125, 1236,

Leycuras, Y. 1363

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

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

Mcllrath, T. J. 1932,2018 Myerscough, V. P. 2025

McNamara, L. F. 1867,2006,

2007

Nagibina, I. M. 582

Mead, C. A. 2019

Na uma nn , F2026

Meredith, R. E. 2020,2021

Nee, T-J. 2144

Mergault, P. 1919

Nesmelova, L. I. 1542

Metchnik, V. I. 2034

Nguyen-Hoe 1936

Michel, K. W. 2026

Niemax, K. 2027

Michels, H. H. 2007

Norkunas, V. 677

Michiyoshi, I. 2086

KTnv L\ V "ijL tcn\7 iX\j V T A j

_L m n # 2028 \J £- \J Mikhalev, V. G. 2150

Mikhnenko, G. A. 2022

O'Brien, J. T. 2029

Mishakov, G. A. 1997

Odintsov, A. I. 1995

Misyunas, A. 677

Oganov, M. N. 486

Mita, N. 2084

Ogawa, T. 1367,2084

Mitin, R. V. 2023

Ogorodnikov, S. N. 2150

Molitor, A. 1686

Oks, E. A. 2030

Molodenkova, I. D. 1868,2024

O'Mara, B. J. 1957

Morgan, C. L. 1858,2151

iq^A 9011

Morlais, M. 1240,1544 2032

Morozov, E. N. 1880 Osipov, Yu. I. 1864

Morris, J. C. 1684,1869 Ovechkin, G. V. 1238,1546,

1547

Mnm* ilUl. .L-LOj q T?I\ TT /o 1 en # U # J_oL> 1 684

Krey, R. U.) Ozaki, N. 1871

Mukhamedga lieva , A . 1545,1870

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

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

Panagia, N. 2152

Pancharatnam, S. 2033

Pankratov, V e G. 2150

Paquette, D. R. 2079

Parkinson, W. H. 1534

Parsons, M. L. 1125

Parsons, R. W. 2034

Pasmanter, R. A. 2153

Peach, G. 2025,2035,

2036

Peek, J. M. 2160

Pepperl, R. 1685

Perarnau, G. 2071

Perrin-Lagarde , D. 2037

(also Lagarde, D.)

Peysakhson, I. V. 1872

Peytremann, E. 2038

Pfennig, H. 2039

Phelps, A. V. 2118

Pichler, G. 2040

Pikhtelev, A. I. 1997

Pinnekamp, F. 2135

Plakhov, A. G. 1886

Platisa, M.

Platz, P.

Podkladenko, M. V.

Poizner, B. N.

Popov, A. I.

Popov, A. K.

Popov, L. N.

Popova, T. N.

Popova, T. Ya.

Popovic, M.

Poquerusse, A.

Posener, D. W.

Preobrazhenskii, N.

Prilezhaeva, N. A.

Protsenko, E. D.

Pryadkin, K. K.

Przhibelskii, S. G.

Ptak, R. L.

Pujol, G.

Puric, J.

Queffelec, J. L.

*The numbers refer to paper identification numbers of Part

57

1682, 1865,

1992

1873

1921

2074

1993,1994

1874

2074

1996

1874

1992

2041

623,2042

1122,1123.

1239,1366^

1376

1357

1993,1994 3 2022

2023

2043

2154

1876,2155

1865,2045.

2046

1877

3.
Author Ref. No.* Author Ref. No.*

Quemerais, A 1544 Rupin, J-M. 1240,1544

Quercy, P. 1876,2155 Rusanov, V. D. 1886

Rang, L-Q. z 15b Sahal, S. (also lo5 1 Brechot, S. or Ranieri, M. Z LdZ Sa na l-Brecnot , S.)

Ranson, P. iyj5 Sanchez, A. iyo3

Ray, S. 2047 Sando, K. 2159

Razmadze, N. A. 1878 Sandrigailo, L. E. 1238,1546,

1547

Read, F. H. 1944

Sarjeant, W. J. 2142

Read, G. S. 1946

Sassi, M. 1853,1952

Reck, G. P. 1980,2048 1953,2053,

2054

Regemorter

,

H. van 2070

Saulit, V. R. 2028

Reimers, H. J . 209

Schermann, J. P. 1862

Reymann, D. 2116

Schmidt, E. G. 1687,1973

Richou, J. 1686,2005

Schreiber, H. 1998,2055

Roberts, D. E. 2049

Schuller, F. 1935

Robin, St. 1240,1544

Scott, C. D. 2056

Roszman, L. J. 1962,2157

Seaton, M. J. 1928,2036

Roueff, E. 2050,2051

Sedoi, E. A. 2022

Royer, A. 2052,2158

Selyavskii, V. T. 1880

Rozhkov, V. v a 1879

Shaparev, N. Ya1366

Rozuvanova

,

V. A. 1840

Shapkin, V. V. 1886

Rudakov, L. I. 1 0 O C- 1886

Sharapova, T. A. 1376

Rumbold, D. G. 2142

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

58
Author Ref. No.* Author Ref. No.*

Shaw, D. T. 2081 Story, I. C. 2034

Sholin, G. V. 1878,1886,

2009,2010,

2030,2057

Strandberg, M. W.

Strekalov, M. L.

2161

2062

Sibulkin, M. 1119,1234 Striganov, A. R. 486

Sieradzan, A. 2148 Stringat, R. 1941

Skoryupin, V. A. 1886 Svoboda , V. 2063

Skutov, D. K. 1118 Sysun, V. I. 2064

Smith, D. S. 547 Sze, R. C. 2065,2066

Smith, E. W.

Smith, G.

1852,2032,

2058,2163

2059

Szoke, J.

Szudy, J.

2067

1987

Smith, W. E.

Smolkin, G. E.

Sobel'man, I. I.

487

1886

1907

Tambovtsev, B. Z.

Tang, H.

1242

1365, 1683,

1688,2162

Sobolev, N. N. 357,1864 Tatarenkov, V. M. 1545,1870

Sorgen, A. 1915 Titov, A. N. 1545,1870

Sosinskii, M. L. 1880 Titov, A. V. 1886

Spatschek, K-H. 1881 Tonejc, A. M. 2068,2069

Stallcop, J. R. 2114 Trahin, M. 2131

Stanzel, G. 2060 Tran-Minh, N. 2070

Stewart, J. C. 2160 Triche, C. 1882,2071

Stewart, J. E. 1241 Trigt, C. van 1124

Stickford, G. H.

,

Stoner, R. E.

Jr. 2061

2154

Troccoli, 0. E. 2111,2139,

2140

Tsoi, V. I. 2072

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

Tvorogov, S. D.

Tyunina, E. S.

1542,1883,

1884,2126

1229,1230

Weniger, S.

West, T. S.

Wiese, W. L.

1876,2155

1945

1885,1962,

2078,2079

Uspensky, A. V. 1870 Wilhelm, H. E • 2138

Williams, E. R. 1946

Valognes, J-C.

Varfolomeev, V. I.

1919

2112

Winef ordner

,

J. D. 1125,1236,

1360,1929,

2063

Velichko, A. G. 2072 Wittke, J. P. 509

Vetter, R. 2116 Wormhoudt, J. c. 2159

Vetter, S. 2140 Wright, J. J. 2080

Vidal, C. R. 2058,2163 Wu, J. M. 2081

Vodar, B. 1235

Voinov, V. V.

Voitsekhovskaya , 0.

Volonte, S.

Vorobeichikov, E.

Voslamber, D.

1536

1884

2073,2129

2074

1519,1846,

1937,2076,

207

S 2164

Ya'akobi, B.

Yabuzaki, T.

Yakobson, N.

Yakovlev, D.

Yamamoto, G.

Yefimov, V. A

N.

G.

.

1701,2082,

2083

1367,2084

1861

2165

2085

1872

Vu, H. 1235 Yos, J. M. 1869

Vujnovic, V. 2069 Yoshikawa, K.

Yukov, E. A.

2086

2087

Wagenaar, H. C. 1860

Wendt, K. 1998 Zacha, K. E. 1125

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

60
Author

Zaidi, H. R.

Zavoiskii, E. K.

Zav'ya l°v j G « 1

Zav 'ya l°va j A. Yu.

Ref. No.* Author Ref. No.

2088,2089, Zeegers, P. J. Th. 1978

2090,2091

Zherebenko, A. V. 1555

1886

Zvyagintsev, A. V. 2023

1357

1357

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

61
5. ERRATA TO THE FIRST BIBLIOGRAPHY

Ref

No.* Corrections or Additions

85 In Part 2, the entry should be listed under Na I (Natural -

E) and Na I (Resonance - E) instead of Na I (Natural - Resonance - E)

117 In Part 2, the entry should be listed under Cs I (Resonance

- E) instead of S I (Resonance - E)

169 In Part 1, the entry should be listed under 1.1 - Theoretical papers.

350 In Part 1, the entry should be listed under 1.1 - Theoretical papers

387 In Part 3, the language (Ger.) should be added.

501 In Part 3, the language (Russ.) should be added.

708 In Part 3, the entry should read Ar I, not Al.

857 In Part 2, the entry should be listed under Sn IV (Stark - T,E) instead of Sr IV (Stark - T,E).

928 In Part 3, the language (Fr.) should be added.

1002 In Part 2, this reference should be added under Na I (Van

der Waals - E) by Xe

1038 In Part 2, the entry should be listed under Cs I (Stark -

E) instead of S I (Stark - E)

1062 In Part 3, the year (1970) should be added to the last

reference

1146 In Part 4, this reference should be added under the authors

J. P. Oss and W. G. Braun.

1151 In Part 3, the language (Fr.) should be added.

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

bibliography

62
Ref

No.* Corrections or Additions

1162 In Part 3, the language (Fr.) should be added.

1168 In Part 4, the author should appear as J. -P. Faroux instead

of M. P. Faroux.

1173 In Part 3, the year (1970) should be added to the last

reference

1266 In Part 3, the language (Fr.) should be added.

1276 In Part 4, the author U. Feldman should be added.

1288 In Part 3, an English translation to the previously cited

German work is provided. This translation, found in Jena

Rev. 16_, 36 (1971), is also incorporated into this supplement .

1311 In Part 4, the author A. A. Minaeva should be added and

this reference should not appear under L. A. Minaeva.

1352 In Part 3, the language (Ger.) should be added.

1357 In Part 3, an English translation to the previously cited

Russian work is provided. This translation, found in Sov.

Phys . J. 11_, No. 3, 97 (1968), is also incorporated into

this supplement

1399 In Part 3, the language (Fr.) should be added.

1475 In Part 4, this reference should be added under the author

D. Weigel.

1480 In Part 4, this reference should appear under the author

J. Payne instead of A. I. Troinikov.

1502 In Part 3, the language (Fr.) should be added.

1511 In Part 1, the reference should appear under 1.1.1. - Theoretical papers.

1519 In Part 3, add the reference Z. Naturforsch. A 26_, 1558

(1971). This erratum is incorporated into this supplement.

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

bibliography

63
Ref

No.* Corrections or Additions

1555 In Part 3, an English translation to the previously cited

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

Appl. Spectrosc. (USSR) 12, 307 (1970), is also incorporated

into this supplement.

1575 In Part 3, this reference should appear under 1966, not

1970. However, the year (1970) should be added at the end

of the reference because it is an erratum. This reference,

incorporated into this supplement, is given a new number - 1117.

1662 In Part 4, this reference should be added under the authors

A. Tsuji and H. Narumi and removed from the authors B. Kleman and E. Lindholm.

1701 In Part 3, the authors should appear as B. Ya'akobi, E. V.

George, G. Bekefi, and R. J. Hawryluk. In Part 4, add this

reference to the authors B. Ya'akobi and R. J. Hawryluk and remove from P. A. Politzer. These changes have been incorporated into this supplement.

1736 In Part 2, the entry should be listed under He I (Stark - T).

1737 In Part 3, this reference should appear under 1970, not

1971. However, the year (1971) should be added at the end

of the reference because it is an erratum. This reference,

incorporated into this supplement, is given a new number - 1678.

1787 In Part 2, the entry should be listed under Ne I (Resonance

- E) and Ne I (Stark - E) instead of Ne I (Stark - Resonance - E)

1863 In Part 3, this reference should appear under 1969, not

1972. It is assigned a new number in this supplement - 1531.

1868 In Part 3, add the reference Phys. Rev. A 6_, 851 (1972).

This erratum is incorporated into this supplement. The

entire reference is also given a new number - 1961.

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

bibliography.

64 <r U. S. GOVERNMENT PRINTING OFFICE : 1973— 542-652/114
orm NBS-114A d-71)

U.S. DEPT. OF COMM. BIBLIOGRAPHIC DATA

SHEET •

1. PUBLICATION OR REPORT NO. NBS SP-366 Supplement 12. Gov't Accession

No.

3. Recipient's Accession No.

4. TITLE AND SUBTITLE

Bibliography on Atomic Line Shapes and Shifts

(April 1972 through June 1973)

5. Publication Date January 1974

6. Performing Organization Code

7. AUTHOR(S)

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

8. Performing Organization

10. Project/Task/Work Unit No. 2320171

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

11. Contract/Grant No.

12. Sponsoring Organization Name and Address

Same as No

13. Type of Report & Period Covered T _. Interim

April 1972 - June 1973

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 supplement to the NBS Special Publication 366, "Bibliography on Atomic Line Shapes and Shifts (1889 through March 1972)/' It contains about 350

references and covers the literature from April 1972 through June 1973. The bibliography contains five 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

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

provides corrections or additions to our first bibliography.

17. KEY WORDS (Alphabetical order, separated by semicolons) a • 11- j • -1 • 1- Atomic; instrumental broadening; line shapes;

line shifts; pressure broadening; resonance broadening; Stark broadening; Van der Waals

hrnaHpnint

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