A 11 ID 3 D721A7

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NBS SPECIAL PUBLICATION 578

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

A Catalog of Data Compilations

on Photochemical and Photophysical

Processes in Solution

?8
NATIONAL BUREAU OF STANDARDS

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

.

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

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

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the Institute for Computer Sciences and Technology.

THE NATIONAL MEASUREMENT LABORATORY provides the national system of

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provides engineering measurement traceability services; develops test methods and proposes

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THE INSTITUTE FOR COMPUTER SCIENCES AND TECHNOLOGY conducts

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

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

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The Institute consists of the following centers:

Programming Science and Technology — Computer Systems Engineering.

'Headquarters and Laboratories at Gaithersburg, MD, unless otherwise noted; mailing address Washington, DC 20234.

; Some divisions within the center are located at Boulder, CO 80303.
A Catalog of Data Compilations

on Photochemical and Photophysical

Processes in Solution

James G.Brummer, W. Phillip Helman,

and Alberta B. Ross

i Radiation Chemistry Data Center

Radiation Laboratory

I University of Notre Dame

Notre Dame. Indiana 46556

MATlOflAL BUREAU

OP 9TANt>AJtD9 UBBABT

JUN 1 5 1981

j U.S. DEPARTMENT OF COMMERCE, Philip M. Klutznick, Secretary

Luther H. Hodges, Jr., Deputy Secretary

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

NATIONAL BUREAU OF STANDARDS, Ernest Ambler, Director

Issued November 1980
Library of Congress Catalog Card Number: 80-600117

National Bureau of Standards Special Publication 578

Nat. Bur. Stand. (U.S.), Spec. Publ. 578, 27 pages (Nov. 1980) CODEN: XNBSAV

U.S. GOVERNMENT PRINTING OFFICE

WASHINGTON: 1980

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

Price $1.75

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

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

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

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

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

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

the world scientific literature of all papers falling within the scope of the center. Each center, therefore, builds up a comprehensive well-indexed bibliographical file which forms the base for the evaluation

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

workers and others interested in the particular technical area.

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

David R. Lide, Jr., Chief

Office of Standard Reference Data

III

A Catalog of Data Compilations on

Photochemical and Photophysical Processes in Solution

James G. Brummer, W. Phillip Helman and Alberta B. Ross

Radiation Chemistn- Data Center*. Radiation Laboratory.

University of Notre Dame. Notre Dame, Indiana 46556

References to compilations and reviews of data on photochemical and photophysical

processes in solution have been annotated to indicate subject and data content. Indexes are included

for data types, keywords and authors.

Keywords: Data compilations; photochemistry; photophysics; review; solutions.

Introduction

In 1971 a Report of the CODATA Task Group for Chemical Kinetics listed 228 reviews, compilations and

evaluations of kinetic data which had been published,

or which were planned, in preparation or in press. That

catalog included only a few publications on photochemistry in solution. Since then the Chemical Kinetics Information Center

2 and other groups sponsored by the

' National Standard Reference Data System

3 have carried

out a number of compilations and evaluations of gas phase kinetic data relevant to photochemistry. The

present survey of availability of data compilations on

photochemical and photophysical processes in solution has been undertaken in order to find areas where

tabulations and reviews of such data have been made;

the catalog will provide a reference aid for locating

collections of such data.

"The Radiation Laboratory is operated under Contract EY-76-C02-0038 with the Department of Energy. The Radiation Chemistry- Data Center is supported jointly by the National Bureau of Standards,

Office of Standard Reference Data and by the Office of Basic Energy

Sciences and the Office of Health and Environmental Research of the Department of Energy. This is Radiation Laboratory Document No. NDRL-2062.

'A Catalog of Compilation and Data Evaluation Activities in Chemical Kinetics, Photochemistry and Radiation Chemistry, by D.

I Garvin, CODATA Bulletin, Issue No. 3, Dec. 1971, 28p.

2 National Bureau of Standards, Washington, DC, Dr. Robert Hampson, Jr., Director

See: Critical Evaluation of Data in the Physical Sciences - A Status Report on the National Standard Reference Data System, January

1977. S.A. Rossmassler, Ed., NBS Technical Note 947, May 1977,

84p.

The Radiation Chemistry Data Center collects and

indexes current literature within its scope, which has

recently been expanded to include photochemical and

photophysical processes in solution. The citations herein are part of the RCDC Bibliographic Data Base which contains 45,000 references (mainly since 1966) on radiation chemistry and photochemistry. A careful examination was made of our files and other sources; we hope that readers will call our attention to compilations which should have been included. Although this catalog does not include unpublished works, we should

also like to know of compilations in preparation or in press.

The present catalog has been limited to those

publications which contain substantial tabulations of

data. Some publications here cited contain kinetic data which were obtained by methods other than photochemistry, but which may be relevant to photochemical

processes. Compilations are also included on spectros- copy of excited electronic states and transient radicals and radical ions in solution. Reviews have not been cited where data were included mainly for illustration; like- wise, textbooks are omitted. References to publications

available only in Japanese or Russian have also been

omitted. In addition to the references cited here, our files show that several hundred reviews on photochemistry

have been published in a wide variety of periodicals,

books and serials. There are a number of review series devoted to photochemical topics which are listed in the

1
Appendix. Only a few of the reviews in those series are the references listed in category Z of the Biweekly List of

cited here. For current reviews the reader is referred to Papers on Radiation Chemistry and Photochemistry 4

.

Arrangement of References and Indexes

References to the data compilations have been

grouped by year of publication. The reference list is followed by author, data type and keyword indexes. Each entry in the reference list has been given a number for convenience in preparing the indexes; the

first two digits of the number represent the year of publication. Each entry contains one or more symbols

indicating the type of data included. A list of symbols

for data type follows this section. Symbols and abbreviations are also given for modifiers which are used in parentheses or as subscripts to the data types to represent processes or states; thus, rP = phosphorescence lifetime, c|) aq = quantum yield for aquation, and

(f>F = fluorescence quantum yield are data identifiers combining a data type with a process. Following the data identifiers are keywords

representing classes of materials, compound types, or types of intermediates. The next line of the entry contains numbers of references, tables and figures. In some cases a further annotation was added. All of the references cover liquid phase solutions; where gas, pure

liquid, or aqueous systems were also covered those terms are present as keywords. Indexes have been

prepared using the data types and keywords associated with each entry. An author index is also included.

List of Symbols and Abbreviations

Data Types Processes and States

quantum yield ab abstraction prod. anal. product analysis add addition E energy level adduct formulation

LE energy gap association

abs. spec. absorption spectra aq aquation

emis. spec. emission spectra B biradicals

excit. spec. excitation spectra com combination

absorptivity d decay

emissivity dim dimerization absorption maximum dis dissociation emission maximum disprop disproportionation

/ oscillator strength elim elimination T lifetime et electron transfer

half-life ET energy transfer k rate constant EXM excimer

4 preexponential factor F fluorescence

/:„ activation energy H-ab H abstraction K equilibrium constant hal-ab halogen abstraction

pA" negative logarithm of the ic internal conversion

acid dissociation constant isc intersystem crossin E° redox potential isom isomerization

1 luminescence intensity rearrangement LP. ionization potential nr nonradiative

,1 dipole moment ox oxidation R energy transfer distance

^Biweekly List of Papers on Radiation Chemistry and Photochemistry Notre Dame, IN, Radiation Chemistry Data Center, biweekly wit annual indexed cumulation.

2
P phosphorescence red reduction Q quartet states redox oxidation-reduction

q quenching sub substitution

r radiative S singlet states rac racemization T triplet states

References

64-01 Wilkinson, F. Electronic energy transfer between organic molecules in solution. Advances in Photochemistry, W.A. Noyes,

G.S. Hammond and J.N. Pitts, Jr. (eds.), Interscience Publishers, New York, N.Y.,

1964, Vol. 3, p.241-268

klT-T); ts ; A£(T-T)

energy transfer; quenching; aromatics; singlet

states; triplet states 98 ref.; 5 tab.; 4 fig.

65-01 Berlman, I.B. Handbook of fluorescence

spectra of aromatic molecules. Academic

Press, New York, N.Y., 1965, 258p.

4>f; tf; £^ Kb., abs. spec; emis. spec, fluorescence; aromatics; heterocyclic compounds — 100 ref.; 147 spectra; See later edition [71-04].

Extensive bibliography containing references

to 1000 works.

67-01 Adamson, A.W. Photochemistry of complex

ions. IV. The role of quartet excited states in the photochemistry of chromium(III)

complexes. J. Phys. Chem. 71(4): 798-808

(1967)

<bt aq'; d>Tisom'; Ea quartet states; transition metal complexes;

chromium compounds; aqueous 26 ref.; 3 tab.; 3 fig.

67-02 Balzani, V.; Moggi, L.; Scandola, F.; Carassiti, V. Photochemistry of cobalt(III) complexes.

Inorg. Chim. Acta Rev. 1: 7-34 (1967)

^redox' ^aq' ^isom' ^rac transition metal complexes; cobalt compounds;

aqueous

111 ref.; 6 tab.; 8 fig.

67-03 Birks, J.B.; Munro, I.H. The fluorescence

lifetimes of aromatic molecules. Progress in Reaction Kinetics, Porter, G. (ed.), Pergamon

Press, New York, NY, 1967, Vol. 4, p.239-

303

<f> F ; k-, -UEXM); rF solid; polycyclic; dyes; biological materials; aromatics; fluorescence; excimer

257 ref.; 10 tab.; 16 fig.

67-04 Schmillen, A.; Legler, R. Luminescence of organic substances. Landolt-Bdrnstein,

Numerical Data and Functional Relationships

in Science and Technology. New Series,

Group II: Atomic and Molecular Physics, K.-

H. Hellwege (ed.), Springer-Verlag, Berlin,

1967, Vol. 3, 416p.

<f> r ; ^et' TV ^is ; Kb* emis. spec; \x; R

fluorescence; phosphorescence; transition metal complexes; solid; singlet-triplet transitions; singlet-singlet transitions; quenching;

excimer; organic; aromatics; excited states; triplet-triplet transitions; triplet states; energy

transfer; singlet states ~1000 ref.; many tables and figures; index; main

table includes 920 compounds

67-05 Anbar, M.; Neta, P. A compilation of

specific bimolecular rate atom; hydroxyl

radical bimolecular rate constants for the

reactions of hydrated electrons, hydrogen

atoms and hydroxyl radicals with inorganic

and organic compounds in aqueous solution. Intern. J. Appl. Radiation Isotopes 18: 493-

523 (1967)

kaqueous; hydrated electron; hydrogen atom; hydroxyl

radical 164 ref.; 3 tab.

3
68-01 Habersbergerova, A.; Janovsky, L; Teply, J. Absorption spectra of intermediates formed

during radiolysis and photolysis. Radiat. Res. Rev. 1: 109-81 (1968)

solvated electrons; radicals; organic; inorganic;

solid; heterocyclic compounds; liquid;

aliphatics; aromatics

201 ref.; 12 tab.; Extensive compilation of data on

radical transients (see [72-01]). Data for both aqueous and nonaqueous solution.

68-02 Valentine, D.Jr. The photochemistry of

cobalt(III) and chromium(III) complexes in solution. Advances in Photochemistry, W.A.

Noyes, Jr., G.S. Hammond and J.N. Pitts, Jr.

(eds.), John Wiley and Sons, New York, N.Y., 1968, Vol. 6, p. 123-92

4>tf <f>a,,; <f>ra t ; <f>re,i; ^subS ^P- Ea solid; cobalt compounds; chromium compounds;

aqueous; phosphorescence; transition metal complexes

151 ref.; 4 tab.; 7 fig.

68-03 Arnold, D.R. The photocycloaddition of carbonyl compounds to unsaturated systems:

The syntheses of oxetanes. Advances in Photochemistry, W.A. Noyes, Jr., G.S. Hammond and J.N. Pitts, Jr. (eds.), John

Wiley and Sons, New York, N.Y., 1968, Vol.

6, p.301-423

(f> add ; ET; prod. anal. alkenes; carbonyl compounds; triplet states; solid; ketones; aldehydes

166 ref.; 22 tab.; 6 fig.

68-04 Adamson, A.W.; Waltz, W.L.; Zinato, E.; Watts, D.W.; Fleischauer, P.D.; Lindholm,

R.D. Photochemistry of transition-metal coordination compounds. Chem. Rev. 68: 541-85 (1968)

v

^rac' ^aq^ ^redox^ ^abs' ^abs' ^*

a

transition metal complexes; cobalt compounds;

rhodium compounds; platinum compounds;

iron compounds; tungsten compounds;

chromium compounds; aqueous 472 ref.; 8 tab.; 13 fig.

69-01 Dilling, W.L. Photochemical cycloaddition

reactions of nonaromatic conjugated hydrocarbon dienes and polyenes. Chem. Rev.

69(6): 845-77 (1969)

<km; <J>ad d ; ET; P

rod - anal. dienes; polyenes; carbonyl compounds; ketones;

triplet states; aromatics

149 ref.; 22 tab.; 3 fig.

69-02 Turro, N.J. Photochemical reactions of organic molecules. Tech. Org. Chem. 14: 133-296 (1969)

<f>i8c; <f> red ; k lsc ; A£"(S-T); £s; ET singlet states; triplet states; carbonyl compounds;

alkenes; aromatics; ketones; organic; dienes;

solid; polyenes

722 ref.; 11 tab.; 16 fig.

69-03 McGlynn, S.P.; Azumi, T.; Kinoshita, M.

Molecular spectroscopy of the triplet state. Prentice-Hall, Inc., Englewood Cliffs, N.J., 1969, 434p.

<f>F; <f>,,; (f>ic; k f; fcisc; rP; ET; A£(S-T); A£(T-T);

/

triplet states; phosphorescence; aromatics; solid; singlet states; carbonyl compounds; azo- compounds; alkenes; benzene; dyes;

heterocyclic compounds; nitro compounds;

transition metal complexes; fluorescence 1233 ref.; 434 page book containing numerous

tables of data and figures.

69-04 Becker, R.S. Theory and interpretation of

fluorescence and phosphorescence. Wiley

Interscience, New.York, N.Y. 1969, 283p.

0K; 0P ; 0isc; rF; rP; rT; A£(S-T); V

K(S); PK(T); \emis aromatics; polycyclic; phosphorescence; fluores-: cence; heterocyclic compounds; singlet states;

triplet states; solid; biological materials; porphyrins; transition metal complexes

525 ref.; 27 tab.; Data for both aqueous and

nonaqueous solution.

4
rO-01 Birks. J.B. Photophysics of Aromatic

Molecules. Wiley Interscience, New York,

1970, 704p.

4>isc> fa fa fa k^

kr; k^ ^d,m(EXM);

TT; rF

; T- E-, ET; A£(T-T); A£(S-T); eabs(TT); eJtS-S); Xabi; Xemi5; LP.; R

aromatics: singlet states; triplet states; excimer;

fluorescence; phosphorescence; exciplex; energy transfer; quenching; gas; solid; excited

states 704 page book citing ~1100 ref.. Contains numerous tables of data and many figures. Data for both aqueous and nonaqueous

solution.

r0-02 Dalton. J.C.; Turro, N.J. Photoreactivity of

n,77* excited states of alkyl ketones. Annu.

Rev. Phys. Chem. 21: 499-560 (1970)

70-05 Denisov, E.T. Interactions between atoms and radicals in the liquid phase. Russ. Chem. Rev. 39(1): 31-46 (1970)

^com' ^disprop' k', ^

radicals; alkyl radicals; liquid; alkoxy radicals; phenols, substituted; peroxy radicals; radical processes; aryloxy radicals 165 ref.; 9 tab.; Data for both aqueous and

nonaqueous solution.

71-01 De Mayo, P. Enone photoannelation. Acc. Chem. Res. 4(2): 41-7 (1971)

exciplex; triplet states; ketones; alkenes; alkynes;

quenching

61 ref.; 1 tab.

<f>uom; 4>red; 4>dim; <f>(prod); *

q

; rF; rT : Ts; prod. anal. ketones; aliphatics; fluorescence; singlet states;

triplet states; quenching; Norrish type I processes; Norrish type II processes 102 ref.; 14 tab.; 9 fig.

"0-03 Birks, J.B. Excimer fluorescence of aromatic

compounds. Progress in Reaction Kinetics, G. Porter, K.R. Jennings and P. Suppan

(eds.), Pergamon Press, New York, N.Y.,

1970, Vol. 5, p.181-272

<f> nr ; fa <f> T; kF; AdiB(EXM); Adl5(EXM); k EJ; k-, Tn r ; TF' ^a' \bs? ^-emis' ^

aromatics; fluorescence; excimer; exciplex; liquid: solid 245 ref.; 23 tab.; 21 fig.

i'0-04 Vander Donckt, E. Acid-base properties of

excited states. Progress in Reaction Kinetics, G. Porter, K.R. Jennings and P. Suppan

(eds.), Pergamon Press, New York, N.Y.,

1970, Vol. 5, p.273-99

p£(S); PK(T)

singlet states; triplet states; aromatics; amines;

phenols, substituted; carboxylic acids; acidity

98 ref.; 10 tab.; 11 fig.

71-02 Engel, P.S.; Monroe, B.M. Complications in photosensitized reactions. Advances in Photochemistry, J.N. Pitts, Jr., G.S. Hammond, and

W.A. Noyes, Jr. (eds.), John Wiley and Sons,

New York, N.Y., 1971, Vol. 8, p.245-313

^F' ^isc' ^ET' TF? TP' ^T> ^S

fluorescence; energy transfer; aromatics; ketones; aldehydes; carbonyl compounds; triplet states; singlet states; solid; phosphorescence

323 ref.; 12 tab.; 7 fig.

71-03 Denisov, E.T. Redox reactions of atoms and

radicals with ions in solution. Russ. Chem.

Rev. 40(1): 24-33 (1971)

^et' k; E^ A

hydrogen atom; radicals; metal ions; transition metal complexes; peroxy radicals; alkyl

radicals; hydroxyl radical; inorganic; organic

130 ref.; 6 tab.; Data for both aqueous and

nonaqueous solution.

5
71-04 Berlman, I.B. Handbook of fluorescence

spectra of aromatic molecules. Academic

Press, New York, N.Y., Second ed., 1971,

473p.

abs; emis. spec; a bs. <f> F; tp; rF; eabs; eemis; Xem spec; R

heterocyclic compounds; polyphenyls; polycyclic; fluorescence; aromatics

~255 ref.; 307 spectra; Extensive bibliography

containing references to 1000 works. See

earlier edition [65-01].

72-01 Habersbergerova, A.; Janovsky, I.; Kourim,

P. Absorption spectra of intermediates formed during radiolysis and photolysis. Part

II. Radiat. Res. Rev. 4(2/3): 123-231

(1972)

^abs; ^abs radicals; aromatics; aliphatics; heterocyclic

compounds; solvated electrons; solid; liquid;

organic; inorganic

410 ref.; 14 tab.; Extensive compilation of data on

radical transients (see [68-01] for part I). Data for both aqueous and nonaqueous

solution.

72-03 Berces, T. The decomposition of aldehydes

and ketones. Chemical Kinetics, C.H. Bamford and C.F.H. Tipper (eds.), Elsevier Publishing Co., New York, N.Y., 1972, Vol

5, p.234-380

<{>(prod); prod. anal. aldehydes; ketones; aliphatics; gas; excited states 333 ref.; 33 tab.; Data for both aqueous and

nonaqueous solution.

73-01 Anbar, M.; Bambenek, M.; Ross, A.B.

Selected specific rates of reactions of

transients from water in aqueous solution. 1 Hydrated electron. NSRDS-NBS-43, May

1973, 59p.

aqueous; hydrated electron; organic; inorganic metal ions; transition metal complexes

aliphatics; aromatics; biological materials 202 ref.; 4 tab Formula index.

73-02 Dorfman, L.M.; Adams, G.E. Reactivity of the hydroxyl radical in aqueous solutions NSRDS-NBS 46, June, 1973, 59p.

72-02 Howard, J. A. Absolute rate constants for reactions of oxyl radicals. Advances in Free-Radical Chemistry, G.H. Williams (ed.), Academic Press, New York, N.Y., 1972, Vol.

4, p.49-173

^add? ^H-ab' ^el hydroxyl radical; aqueous; biological materials oxide radical ion; radical processes; inorganic

alcohols; carboxylic acids; carbonyl

compounds; organic; aliphatics; radicals 320 ref.; 21 tab.

^ ^H-ab' ^com5 ^"disprop' Ej> A

radicals; hydroxyl radical; alkoxy radicals; peroxy

radicals; triplet states; gas; aromatics; aldehydes; ketones; phenols, substituted; amines; metal ions; nitroxide radicals; carbonyl compounds; aryloxy radicals; aliphatics ~ 300 ref.; 50 tab.; Data for both aqueous and

nonaqueous solution.

73-03 Kirk, A.D. The photochemistry of chromium(III) complexes. Mol. Photochem

5(2): 127-50 (1973)

<fV ^a

transition metal complexes; chromium compounds

quenching; aromatics; energy transfer 61 ref.; 4 tab.; 6 fig.
73-04 Scaiano, J.C. Intermolecular photoreductions

of ketones. J. Photochem. 2(2): 81-118

(1973)

73-08 Engel, P.S.; Steel, C. Photochemistry of

aliphatic azo compounds in solution. Acc. Chem. Res. 6: 275-81 (1973)

0TM* *

q

; kH_ib; tt; rr gas; ketones; fluorescence; triplet states; carbonyl

compounds; aliphatics; aromatics; amines;

quenching; alcohols; boranes

199 ref.; 19 tab.; 3 fig.

73-05 Murov, S.L. Handbook of photochemistry.

Dekker, New York, 1973, 272p.

<I>f; <f>p; *q

; *et; k w-^ tt; tf; t^ ev ^

p

quenching; aromatics; ketones; gas; solid; organic; energy transfer; triplet states; singlet states; carbonyl compounds; alkenes Book of data tables covering materials of interest to photochemists. Bibliography. Indexes. Data

for both aqueous and nonaqueous solution.

73-06 Birks, J.B. The spectroscopy of the

7T-electronic states of aromatic hydrocarbons. Organic Molecular Photophysics,

J.B. Birks (ed.), John Wiley and Sons, New

York, N.Y., 1973, Vol. 1, p.1-55

<|>p; k^; kF; k nr ; Tr ; TT; Es; £T; £a ; A£(S-S); A£(TT); eabs(S-S); €abs(T-T)

aromatics; singlet states; triplet states; fluorescence;

polycyclic; singlet-singlet transitions; singlettriplet transitions; triplet-triplet transitions 98 ref.; 16 tab.

73-07 Labhart, H.; Heinzelmann, W. Triplettriplet absorption spectra of organic

molecules. Organic Molecular Photophysics,

J.B. Birks (ed.), John Wiley and Sons, New

York, N.Y., 1973, Vol. 1, p.297-355

A£(T-T); ealJT-T)

triplet-triplet transitions; carbonyl compounds;

aromatics; dyes; heterocyclic compounds;

porphyrins; biological materials; solid 250 ref.; 9 tab.; 5 fig.

<J>(prod) azo-compounds; singlet states; aliphatics; triplet states 69 ref.; 3 tab.; 3 fig.

73-09 Chapman, O.L.; Weiss, D.S. Photochemistry

of cyclic ketones. Organic Photochemistry,

O.L. Chapman (ed.), Marcel Dekker, Inc., New York, N.Y., 1973, Vol. 3, p.197-288

<f>p; <f>isom; ^H-ab; tt; tf; \abs; eabs ketones; alkenes; triplet states; singlet states; carbonyl compounds; solid 222 ref.; 14 tab.

73-10 Kirmse, W. Carbene and carbenoid formation and reactions. Chemical Kinetics, C.H. Bamford and C.F.H. Tipper (eds.), Elsevier

Scientific Publishing Co., New York, N.Y.,

1973, Vol. 9, p.373-415

<f)(prod); k carbenes; azo-compounds; alkanes; alkenes; gas;

singlet states; liquid; triplet states; biradicals; ethers 140 ref.; 22 tab.

73- 11 Berlman, I.B. Energy transfer parameters of aromatic compounds. Academic Press, New

York, N.Y., 1973, 379p.

R

organics; aromatics; heterocyclic compounds;

energy transfer ~ 450 ref.; Extensive tables of donor-acceptor

distances for efficient energy transfer.

74-01 Hayon, E.; Simic, M. Acid-base properties of free radicals in solution. Acc. Chem. Res.

7(4): 114-21 (1974)

pA^(radicals)

radicals; acidity; inorganic; organic; alkyl radicals; biological materials; hydroxyalkyl radicals; aqueous 108 ref.; 5 tab.; 1 fig.

7
74-02 Wrighton, M. The photochemistry of metal

carbonyls. Chem. Rev. 74(4): 401-30 (1974)

0r ; 0>ub ; 0; 0„„m ; rr; Aabs ; \emis; eabs; prod. anal. metal carbonyls; solid; luminescence; alkenes;

dienes; chromium compounds; molybdenum

compounds; tungsten compounds; vanadium

compounds; niobium compounds; tantalum

compounds; iron compounds; ruthenium

compounds; osmium compounds; rhenium

compounds; transition metal complexes

273 ref.; 25 tab.; 7 fig.

74-03 Denisov, E.T. Liquid-phase reaction rate constants. IFI/Plenum, New York, N.Y.,

1974, 771p.

^di*' ^com? ^isom' ^sub^ ^hal-ab' ^H-ab? ^add? ^disprop' ^a' ^

radicals; radical processes; organic; hydrogen atom; hydroxyl radical; alkyl radicals; aromatics;

aliphatics; alkoxy radicals; aryloxy radicals; peroxy radicals; nitroxide radicals; halogen

atoms; alkenes 1385 ref.; 114 tab.; The three chapters of this book are entitled (1) Reactions of Molecules,

(2) Reactions of Free Atoms and Radicals, and

(3) Ionic Homolytic Reactions. Data for both aqueous and nonaqueous solution.

74_04 Hendry, D.G.; Mill, T.; Piszkiewicz, L.; Howard, J. A.; Eigenmann, H.K. A critical review of H-atom transfer in the liquid phase:

Chlorine atom, alkyl, trichloromethyl, alkoxy,

and alkylperoxy radicals. J. Phys. Chem.

Ref. Data 3(4): 937-78 (1974)

Vah ; A

carbonyl compounds; radicals; liquid; alkanes;

alkenes; silanes; organic; halogen atoms;

alcohols; ethers; alkoxy radicals; alkyl

radicals; peroxy radicals 149 ref.; 39 tab.; 2 fig.

74-05 Standard fluorescence spectra, 4 Volumes.

Satdler Research Laboratories, Philadelphia

PA, 1974

Xemjs; emis. spec; excit. spec, fluorescence; aromatics

4 volumes containing spectra for 1000 compounds

Data for both aqueous and nonaqueous

solution.

75-01 Ross, A.B. Selected specific rates of reactions of transients from water in aqueous

solution. Hydrated electron, supplemental

data. NSRDS-NBS 43, Supplement, June

1975, 43p.

kaqueous; hydrated electron; organic; inorganic

163 ref.; 3 tab.; Formula index. This volume is < Supplement to [73-01].

75-02 Anbar, M.; Farhataziz Ross, A.B. Selected

specific rates of reactions of transients from

water in aqueous solution. II. Hydrogen

atom. NSRDS-NBS-51, U.S. Dept. o Commerce, National Bureau of Standards

Washington, D.C., 1975, 56p.

kaqueous; radicals; hydrogen atom; inorganic

organic

219 ref.; 4 tab.; Formula index.

75-03 Khudyakov, I.V.; Kuz'min, V.A. Short-lived

phenoxy- and semiquinone radicals. Russ Chem. Rev. (Engl. Transl.) 44(10): 801-15

(1975)

£c0m; £d isp ro P

; p^(radicals); eabs ; Aabs aryloxy radicals; semiquinones; phenols,

substituted; quinones; metal ions 205 ref.; 4 tab.; Data for both aqueous and nonaqueous solution.

8
75-04 Ermolaev, V.L.; Sveshnikova, E.; Shakhverdov, T.A. Energy transfer between

organic molecules and transition metal ions. Russ. Chem. Rev. 44(1): 26-40 (1975)

0aq; *

q

; *rr; R

fluorescence; phosphorescence; energy transfer; metal ions; quenching; triplet states; singlet

oxygen; transition metal complexes; polycyclic; solid; flavins; aromatics

110 ref.; 11 tab.; 2 fig.; Data for both aqueous and

nonaqueous solution.

75-05 Cundall, R.B.; Ogilvie, S.McD. The photophysics of benzene in fluid media. Organic

Molecular Photophysics. Volume 2., J.B. Birks (ed.), John Wiley & Sons, New York,

1975, p.33-93

4> F; <f> F(EXM); (pT; (f>ic; k F; kic; £ isc ; rF; rr; rnr; tf(EXM); \abs(S-S); €abs(S-S) benzene; gas; deuterium compounds; fluorescence;

singlet states; triplet states; liquid; excimer

196 ref.; 11 tab.; 15 fig.; Data for both aqueous

and nonaqueous solution.

75-06 Wilkinson, F. Triplet quantum yields and

singlet-triplet intersystem crossing. Organic

Molecular Photophysics. Volume 2., J.B. Birks (ed.), John Wiley & Sons, New York,

1975, p.95-158

<J> P; 4>uc; <J> F; <f>T; <MEXM); khc; tf; r

energy transfer; triplet states; aromatics; triplettriplet transitions; quenching; solid; excimer;

singlet states; carbonyl compounds;

heterocyclic compounds; porphyrins; dyes;

amines

252 ref.; 12 tab.; 15 fig.

75-07 Birks, J.B. Photophysics of aromatic molecules - a postscript. Organic Molecular

Photophysics. Volume 2., J.B. Birks (ed.), John Wiley & Sons, New York, 1975, p.409-

613

<j> F; <p P ; <|> T; kr ; knr ; &isc; £

q

; rF; tp ; rT; E7; Es; E3 ; Kb*i Km^ eemis; \x aromatics; polycyclic; gas; liquid; excimer; singlet

states; triplet states; fluorescence; phosphorescence; quenching; solid; alkanes; exciplex

618 ref.; 58 tab.; 20 fig.; Sequel, covering work

published subsequent to [70-01].

75-08 Balzani, V.; Moggi, L.; Manfrin, M.F.;

Bolletta, F.; Laurence, G.S. Quenching and

sensitization processes of coordination

compounds. Coord. Chem. Rev. 15(4): 321-

433 (1975)

^ET' ^q' Ej

iron compounds; molybdenum compounds;

ruthenium compounds; rhodium compounds;

platinum compounds; cobalt compounds;

copper compounds; transition metal complexes; quenching; energy transfer; aromatics; chromium compounds;

luminescence; zinc compounds; solid; manganese compounds; nickel compounds;

rare-earth metal compounds; silver compounds; vanadium compounds; mercury

compounds; iridium compounds; palladium

compounds; excited states 216 ref.; 7 tab.; 8 fig.; Extensive catalog of excited

states of coordination compounds including

their modes of relaxation to the ground state. Data for both aqueous and nonaqueous

solution.

76-01 Ermolaev, V.L.; Sveshnikova, E.; Shakhverdov, T.A. Investigation of the formation of complexes of organic molecules and lanthanide ions in solutions by the

electronic energy transfer method. Russ. Chem. Rev. 45(10): 896-912 (1976)

^q' ^ET' TF' R

energy transfer; luminescence; rare-earth metal

ions; quenching; aromatics; fluorescence; dyes; ketones; triplet states 98 ref.; 13 tab.; 9 fig.; Data for both aqueous and

nonaqueous solution.

9
76-02 Shlyapintokh, V.Ya.; Ivanov, V.B. The

quenching of singlet oxygen. Russ. Chem.

Rev. 45(2): 99-110 (1976)

^d? ^q' ^ox quenching; singlet oxygen; alkenes; aromatics; amines; transition metal complexes; gas; energy transfer 77 ref.; 11 tab.; 3 fig.; Data for both aqueous and

nonaqueous solution.

76-03 Ireland, J.F.; Wyatt, P.A.H. Acid-base

properties of electronically excited states of organic molecules. Advances in Physical

Organic Chemistry, V. Gold and D. Bethell

(eds.), Academic Press, New York, N.Y., 1976, Vol. 12, p.131-221

kdl

- kaM; p£(S); pK(T)

singlet states; triplet states; acidity; aromatics; phenols, substituted; organic; aqueous;

heterocyclic compounds; carbonyl compounds;

proton transfer -260 ref.; 17 tab.; 13 fig.

76-04 Bellus, D. Quenchers of singlet oxygen. A

critical review. Singlet Oxygen, Reactions

with Organic Compounds and Polymers, B. Ranby and J.F. Rabek (eds.), John Wiley &

Sons, New York, N.Y., 1976, p.61-110

*q! "ox^ kd singlet oxygen; biological materials; energy

transfer; amines; quenching; polyenes;

phenols, substituted; organic; inorganic;

transition metal complexes

231 ref.; 10 tab.; 5 fig.; Data for both aqueous and

nonaqueous solution.

76-05 Gollnick, K. Mechanism and kinetics of chemical reactions of singlet oxygen with organic compounds. Singlet Oxygen,

Reactions with Organic Compounds and

Polymers, B. Ranby and J.F. Rabek (eds.), John Wiley & Sons, New York, N.Y., 1976,

p.111-34

^q! ^ox? Td singlet oxygen; gas; organic; amines; dienes; aromatics; heterocyclic compounds; biological materials; alkenes 150 ref.; 10 tab.

77-01 Farhataziz; Ross, A.B. Selected specific

rates of reactions of transients from water in aqueous solution. III. Hydroxyl radical and

perhydroxyl radical and their radical ions. NSRDS-NBS-59, Jan. 1977, 122p.

kaqueous; hydroxyl radical; perhydroxyl radical; radicals; oxide radical ion; superoxide ion; inorganic; organic ~ 460 ref.; 6 tab.; Formula index.

77-02 Martynov, I.Yu.; Demyashkevich, A.B.; Uzhinov, B.M.; Kuz'min, M.G. Proton

transfer reactions in the excited electronic

states of aromatic molecules. Russ. Chem.

Rev. 46(1): 1-15 (1977)

<f>; kaiA; *

q

; pK(S); PK(T)

singlet states; triplet states; aromatics; phenols,

substituted; amines; proton transfer; heterocyclic compounds; acidity; carboxylic acids 186 ref.; 6 tab.; 3 fig.; Data for both aqueous and

nonaqueous solution.

77-03 von Sonntag, C; Schuchmann, H.P. Photolysis of saturated alcohols, ethers, and

amines. Advances in Photochemistry, J.N.

Pitts, Jr., G.S. Hammond and K. Gollnick

(eds.), Wiley, New York, 1977, Vol. 10, p.59-

145.

<f>(prod); eabs; prod. anal. alcohols; ethers; amines; liquid; aqueous; gas; solid; aliphatics

295 ref.; 27 tab.; Data for both aqueous and

nonaqueous solution.

77-04 Cundall, R.B.; Robinson, D.A.; Pereira, L.C. Excitation and deexcitation of benzene. Advances in Photochemistry, J.N. Pitts, Jr., G.S. Hammond and K. Gollnick (eds.), Wiley,

New York, 1977, Vol. 10, p.147-219

0F; 0T; 0F(EXM); kF; rF; rP; t(EXM); abs. spec;

emis. spec; / benzene; singlet states; triplet states; gas; fluorescence; excimer; solid 288 ref.; 15 tab.; 10 fig.

1(1
77-05 Bock, C.R.; Koerner von Gustorf, E.A. Primary photoprocesses of organo-transition

metal compounds. Advances in Photochemistry, J.N. Pitts, Jr., G.S. Hammond and K. Gollnick (eds.), Wiley, New

York, 1977, Vol. 10, p.221-310

fooi>; <f>i^ <l>add; <f>(prod); cf> r ; £add; kiis\ kr ; km; rr

;

triplet states; transition metal complexes; solid; metal carbonyls; luminescence; quenching;

metal-metal bonded complexes

262 ref.; 13 tab.; 12 fig.

77-06 De Schryver, F.C.; Boens, N.; Put, J. Excited state behavior of some bichromophoric systems. Advances in Photochemistry,

J.N. Pitts, Jr., G.S. Hammond and K. Gollnick

(eds.), Wiley, New York, 1977, Vol. 10,

p.359-465

<f>F; 4>bon,; <f> is<; *is„m; *et; ^

singlet states; triplet states; excimer; alkenes;

fluorescence; energy transfer; ketones; polymerization; aromatics

224 ref.; 24 tab ; 13 fig.

78-01 Buxton, G.V.; Sellers, R.M. Compilation of

rate constants for the reactions of metal ions

in unusual valency states. NSRDS-NBS 62,

1978, 78P

.

kaqueous; transition metal complexes; metal ions; radicals 96 ref.; 25 tab.

78-02 Maciejewski, A.; Matuszewski, B. Intersystem

crossing quantum yield <J> iw of electronically excited molecules. Part II. Effect of some

physicochemical factors on the values of d>IS(. and comparison of organic compounds for which these values were determined. Wiad.

Chem. 32(3): 151-65 (1978)

singlet states; triplet states 146 ref.; 1 table listing 200 compounds with

references in which data may be found.

78-03 Swallow, A.J. Reactions of free radicals produced from organic compounds in aqueous

solution by means of radiation. Prog. React.

Kinet. 9(3/4): 195-366 (1978)

k kmm; kaM ; ket ; kehm ; p£( radicals); Ea

; E°

aqueous; radicals; radical processes; organic; alkyl

radicals; metal ions; proton transfer; hydroxyalkyl radicals; inorganic;

semiquinones; biological materials 360 ref.; 58 tab.

78-04 Scaiano, J.C.; Lissi, E.A.; Encina, M.V.

Chemistry of the biradicals produced in the Norrish type II reaction. Rev. Chem.

Intermediates 2: 139-95 (1978)

4>dis; 4>,som; Vab! h kM; rT; t(B); Ea ; A

biradicals; Norrish type II processes; ketones;

triplet states; singlet states; gas; aliphatics;

aromatics

288 ref.; 20 tab.; 3 fig.

78-05 Balzani, V.; Bolletta, F.; Gandolfi, M.T.

Maestri, M. Bimolecular electron transfer reactions of the excited states of transition metal complexes. Top. Curr. Chem. 75: 1-64 (1978)

*

q

; rr

; E"; A£; \abs quenching; chromium compounds; ruthenium

compounds; transition metal complexes;

osmium compounds; iridium compounds;

aromatics; uranium compounds

314 ref.; 6 tab.; 22 fig.

78-06 Bensasson, R.; Land, E.J. Physical properties of excited states: A general method for measuring triplet-triplet extinction coefficients, singlet-triplet intersystem crossing

efficiencies, and related parameters. Photo- chemical and Photobiological Reviews, K.C.

Smith(ed.), Plenum Press, New York, N.Y., 1978, Vol 3, p.163-91

0,sc ; Xabs(S-S); Xabs(T-T); €abs(S-S); €abs(T-T)

triplet states; singlet states; aromatics; polycyclic;

biological materials 68 ref.; 4 tab.; Data for both aqueous and

nonaqueous solution.

1 I
79-01 Ross, A.B.; Neta, P. Rate constants for reactions of inorganic radicals in aqueous

solution. NSRDS-NBS 65, 1979, 55p.

aqueous; radicals; inorganic; organic; aliphatics;

aromatics

95 ref.; 9 tab.; Data for over 560 radical reactions. Formula index.

79-02 Fox, M.A. The photoexcited states of organic anions. Chem. Rev. 79(3): 253-73

(1979)

carbanions; radicals; alkali metal ions 279 ref.; 7 tab.; 3 fig.; Data for both aqueous and

nonaqueous solution.

79-03 Bellus, D. Physical quenchers of singlet

molecular oxygen. Advances in Photochemistry, J.N. Pitts, Jr., G.S. Hammond and

K. Gollnick (eds.), John Wiley and Sons, New

York, N.Y., 1979, Vol. 11, p.105-205

"J ^q? ^d? T&< Ei

singlet oxygen; organic; quenching; alkenes; amines; biological materials; phenols,

substituted; transition metal complexes;

heterocyclic compounds

332 ref.; 11 tab.; 7 fig.; Data for both aqueous and

nonaqueous solution.

79-04 Gollnick, K.; Kuhn, H.J. Ene-reactions with

singlet oxygen. Singlet Oxygen, H.H. Wasserman and R.W. Murray (eds.), Academic Press, New York, N.Y., 1979, Vol. 40 of Organic Chemistry, p. 287-427

k; Td; Ea ; prod, anal.; LP.

alkenes; singlet oxygen; gas 286 ref.; 15 tab.; 4 fig.; Includes an extensive

catalog of product yields for the reaction of

singlet oxygen with various alkenes.

Data Index

4> 73_09 74-02 77-02

(|>(prod)

70-02 72-03 73-08 73-10 77-03 77-05

65-01 67-03 69-03 69-04 70-01 70-03

71-02 71-04 73-05 75-05 75-06 75-07

77_04 77-06

<MEXM)

75-05 75-06 77-04

cf>, 68-02 69-03 69-04 70-01 73-05 73-06

73-09 75-06 75-07

67-04 70-01 74-02 77-05

<f>a

70-03

69-02 69-04 70-01 71-02 73-05 75-06

77-06 78-02 78-06

69-03 75-05

70-01 70-03 75-05 75-06 75-07 77-04

68-03 69-01 77-05

67-01 67-02 68-02 68-04 73-03 75-04

12
69-01

I*,

78-04

^elim 70-02

d>t isom 67-01 67-02 70-02 73-09 74-02 77-05

77-06 78-04

67-02 68-02 68-04

<f>red 68-02 69-02 70-02 73-04

^redox 67-02 68-04

<J> sub 68-02 74-02 77-05

prod. anal. 68-03 69-01 70-02 72-03 74-02 77-03

79-04

69-02 71-02 73-05 73-06 75-07

ET 68-03 69-01 69-02 69-03 70-01 71-02

73-05 73-06 75-04 75-07 75-08 79-03

M

78-05

A£(S-S)

73-06

A£(S-T)

69-02 69-03 69-04 70-01

A£(T-T)

64-01 69-03 70-01 73-06 73-07

abs. spec. 65-01 71-04 77-04

emis. spec. 65-01 67-04 71-04 74-05 77-04

excit. spec. 74-05

65-01 68-01 68-04 71-04 72-01 73-05

73-09 74-02 75-03 77-03

eabs (S-S)

70-01 73-06 78-06

£abs (T-T)

70-01 73-06 73-07 78-06

emis 65-01 71-04 75-07

^abs 65-01 67-04 68-01 68-04 70-01 70-03

71-04 72-01 73-09 74-02 75-03 75-07

78-05 79-02

75-05 78-06

Xabs(T-T)

78-06

emis 65-01 67-04 69-04 70-01 70-03 71-04

74-02 74-05 75-07 77-05 77-06

/

69-03 70-03

Tf 65-01 67-03 69-04 70-01 70-02 70-03

71-02 71-04 73-05 73-09 75-05 75-06

75-07 76-01 77-04

tf(EXM)

75-05

68-02 69-03 69-04 71-02 71-04 73-05

75-07 77-04

67-04 70-01 73-04 73-06 74-02 75-05

77-05 78-05
70-03 75-05

64-01 70-02

69-04 70-01 70-02 73-04 73-05 73-06

73-09 75-07 78-04

76-05 79-03 79-04

T(B)

78-04

r(EXM)

77-04

68-01

k 67-05 70-05 71-03 72-02 73-01 73-10

75-01 75-02 77-01 78-01 78-03 78-04

79_01 79-03 79-04

69-03 70-01 70-03 73-06 75-05 77-04

70-01

K

67-03 75-07 77-05

70-03 73-06 75-07 77-05

70-01 75-05

69-02 69-03 70-01 73-06 75-05 75-06

75-07

70-01 76-02 76-04 79-03

67-04 70-03 71-02 73-05 75-04 75-08

76-01 77-06

67-04 70-01 70-02 70-03 71-01 73-04

73-05 75-04 75-07 75-08 76-01 76-02

76-04 76-05 77-02 77-05 78-05 79-03

Z(T-T)

64-01

^add 71_01 73-02 74-03 76-03 77-02 77-05

78-03 78-04

70-05 72-02 74-03 75-03 78-03

70-01 70-03

^dis 74-03 76-03 77-05

A: dls (EXM)

67-03 70-03

disprop 70-05 72-02 74-03 75-03

78-03

*- 71-03 73-02 78-03 78-04

H-ab 72-02 73-02 73-04 73-05 73-09 74-03

74_04 78-04

hal-ab 74-03

74_03 77-06

72-02 76-02 76-04 76-05

sub 74-03

L4
70-05 71-03 72-02 74-03 74-04 78-04

p^(radicals)

74-01 75-03 78-03

67-01 68-02 68-04 70-01 70-03 70-05

71-03 72-02 73-03 73-06 74-03 74-04

75-07 78-03 78-04 79-04

78-03 78-05

77-04

K

72-02

I. P. 70-01 79-04

69-04 70-04 76-03 77-02

fx 67-04 73-05 75-07

P*(T)

69-04 70-04 76-03 77-02

R

67-04 70-01 73-01 75-04 75-06 76-01

Keyword Index

acidity

70-04 74-01 76-03 77-02

alkyl radicals 70-05 71-03 74-01 74-03 74-04 78-03

alcohols73-02 73-04 74-04 77-03

alkynes

71-01

aldehydes

' 68-03 71-02 72-02 72-03

aliphatics

68-01 70-02 72-01 72-02 72-03 73-01

73-02 73-04 73-08 74-03 77-03 78-04

79-01

alkali metal ions 79-02

alkanes

like

73-10 74-04 75-07

68-03 69-02 69-03 71-01 73-05 73-09

73_10 74-02 74-03 74-04 76-02 76-05

77-06 79-03 79-04

(see dienes, polyenes)

70-04 72-02 73-04 75-06 76-02 76-04

76-05 77-02 77-03 79-03

aqueous67-01 67-02 67-05 68-02 68-04 73-01

73_02 74-01 75-01 75-02 76-03 77-01

77-03 78-01 78-03 79-01

aromatics

64-01 65-01 67-03 67-04 68-01 69-01

69-02 69-03 69-04 70-01 70-03 70-04

71-02 71-04 72-01 72-02 73-01 73-03

73-04 73-05 73-06 73-07 73-11 74-03

74-05 75-04 75-06 75-07 75-08 76-01

76-02 76-03 76-05 77-02 77-06 78-04

78-05 78-06 79-01

(see benzene, dyes, heterocyclic

compounds, phenols, substituted,

polycyclic, polyphenyls)

alkoxy radicals 70-05 72-02 74-03 74-04

15
aryloxy radicals 70-05 72-02 74-03 75-03

azo-compounds

69-03 73-08 73-10

benzene

69-03 75-05 77-04

biological materials 67-03 69-04 73-01 73-02 73-07 74-01

76-04 76-05 78-03 78-06 79-03

biradicals 73-10 78-04

boranes

73-04

carbanions

79-02

carbenes

73-10

carbonyl compounds

68-03 69-01 69-02 69-03 71-02 72-02

73-02 73-04 73-05 73-07 73-09 74-04

75-06 76-03

(see aldehydes, carboxylic acids, ketones, metal carbonyls, quinones)

carboxylic acids 70-04 73-02 77-02

chromium compounds

67-01 68-02 68-04 73-03 74-02 75-08

78-05

cobalt compounds

67-02 68-02 68-04 75-08

copper compounds

75-08

deuterium compounds

75-05

dienes

69-01 69-02 74-02 76-05

dyes

67-03 69-03 73-07 75-06 76-01

energy transfer 64-01 67-04 70-01 71-02 73-03 73-05

73-11 75-04 75-06 75-08 76-01 76-02

76-04 77-06

ethers 73- 10 74-04 77-03

excimer

67-03 67-04 70-01 70-03 75-05 75-06

75-07 77-04 77-06

exciplex

70-01 70-03 71-01 75-07

excited states 67-04 70-01 72-03 75-08

(see excimer, exciplex, quartet states, singlet oxygen, singlet states, triplet states)

flavins 75-04

fluorescence 65-01 67-03 67-04 69-03 69-04 70-01

70-02 70-03 71-02 71-04 73-04 73-06

74-05 75-04 75-05 75-07 76-01 77-04

77-06

gas 70-01 72-02 72-03 73-04 73-05 73-10

75-05 75-07 76-02 76-05 77-03 77-04

78-04 79-04

halogen atoms 74-03 74-04

heterocyclic compounds

65-01 68-01 69-03 69-04 71-04 72-01

73_07 73-11 75-06 76-03 76-05 77-02

79-03

(see dyes, flavins, porphyrins)

hydrated electron 67-05 73-01 75-01

hydrogen atom 67-05 71-03 74-03 75-02

hydroxyalkyl radicals 74-01 78-03

L6
hvdroxvl radical 67-05 71-03 72-02 73-02 74-03 77-01

inorganic

68-01 71-03 72-01 73-01 73-02 74-01

75-01 75-02 76-04 77-01 78-03 79-01

(see metal ions, metal-metal bonded

complexes, rare-earth metal comounds,

rare-earth metal ions, silanes, transition metal complexes, specific metal complexes)

iridium compounds

75-08 78-05

iron compounds

68-04 74-02 75-08

ketones68-03 69-01 69-02 70-02 71-01 71-02

72-02 72-03 73-04 73-05 73-09 76-01

77-06 78-04

liquid

68-01 70-03 70-05 72-01 73-10 74-04

75-05 75-07 77-03

luminescence

74-02 75-08 76-01 77-05

(see fluorescence, phosphorescence)

manganese compounds

75-08

mercury compounds

75-08

metal carbonyls

74-02 77-05

metal ions 71-03 72-02 73-01 75-03 75-04 78-01

78-03

metal-metal bonded complexes

77-05

molybdenum compounds

74-02 75-08

nickel compounds

75-08

niobium compounds

74-02

nitro compounds

69-03

nitroxide radicals 72-02 74-03

Norrish type I processes 70-02

Norrish type II processes 70-02 78-04

organic

67-04 68-01 69-02 71-03 72-01 73-01

73-02 73-05 73-11 74-01 74-03 74-04

75-01 75-02 76-03 76-04 76-05 77-01

78-03 79-01 79-03

(see aliphatics, aromatics, specific

compound class i.e. alcohols, ketones,

heterocyclic compounds, quinones,

etc )

osmium compounds

74-02 78-05

oxide radical ion 73-02 77-01

palladium compounds

75-08

perhydroxyl radical 77-01

peroxy radicals 70-05 71-03 72-02 74-03 74-04

phenols, substituted 70-04 70-05 72-02 75-03 76-03 76-04

77-02 79-03

phosphorescence

67-04 68-02 69-03 69-04 70-01 71-02

75-04 75-07

platinum compounds

68-04 75-08

IT
polycyclic

67-03 69-04 71-04 73-06 75-04 75-07

78-06

polyenes

69-01 69-02 76-04

polymerization

77-06

polyphenyls

71-04

porphyrins

69-04 73-07 75-06

proton transfer 76-03 77-02 78-03

quartet states 67-01

quenching

64-01 67-04 70-01 70-02 71-01 73-03

73-04 73-05 75-04 75-06 75-07 75-08

76-01 76-02 76-04 77-05 78-05 79-03

(see energy transfer)

quinones

75-03

radical processes 70-05 73-02 74-03 78-03

radicals68-01 70-05 71-03 72-01 72-02 73-02

74-01 74-03 74-04 75-02 77-01 78-01

78-03 79-01 79-02

(see hydrogen atom, hydroxyl radical, solvated electrons, superoxide ion, specific radical class i.e. alkyl radicals, biradicals,

halogen atoms, etc..)

rare-earth metal compunds

75-08

rare-earth metal ions 76-01

rhenium compounds

74-02

rhodium compounds

68-04 75-08

ruthenium compounds

74-02 75-08 78-05

semiquinones

75-03 78-03

silanes 74-04

silver compounds

75-08

singlet oxygen

75-04 76-02 76-04 76-05 79-03 79-04

singlet states 64-01 67-04 69-02 69-03 69-04 70-01

70-02 70-04 71-02 73-05 73-06 73-08

73-09 73-10 75-05 75-06 75-07 76-03

77-02 77-04 77-06 78-02 78-04 78-06

(see singlet oxygen)

singlet-singlet transitions 67-04 73-06

singlet-triplet transitions 67-04 73-06

solid 67-03 67-04 68-01 68-02 68-03 69-02

69-03 69-04 70-01 70-03 71-02 72-01

73-05 73-07 73-09 74-02 75-04 75-06

75-07 75-08 77-03 77-04 77-05

solvated electrons 68-01 72-01

(see hydrated electron)

superoxide ion 77-01

tantalum compounds

74-02

L8
transition metal complexes

67-01 67-02 67-04 68-02 68-04 69-03

69-04 71-03 73-01 73-03 74-02 75-04

75-08 76-02 76-04 77-05 78-01 78-05

79-03

(see metal carbonyls, specific metal complex class i.e. cobalt compounds, iron compounds, manganese compounds,

etc )

triplet states 64-01 67-04 68-03 69-01 69-02 69-03

69-04 70-01 70-02 70-04 71-01 71-02

72-02 73-04 73-05 73-06 73-08 73-09

73-10 75-04 75-05 75-06 75-07 76-01

76-03 77-02 77-04 77-05 77-06 78-02

78-04 78-06

triplet-triplet transitions 67-04 73-06 73-07 75-06

tungsten compounds

68-04 74-02

uranium compounds

78-05

vanadium compounds

74-02 75-08

zinc compounds

75-08

Author Index

Adams, G.E. — 73-02

Adamson, A.W. — 67-01 68-04

Anbar, M. — 67-05 73-01 75-02

Arnold, D.R. — 68-03

Azumi, T. — 69-03

Balzani, V. — 67-02 75-08 78-05

Bambenek, M. — 73-01

Becker, R.S. — 69-04

Bellus, D. — 76-04 79-03

Bensasson, R. — 78-06

Berces, T. — 72-03

Berlman, I.B. — 65-01 71-04 73-11

Birks, J.B. — 67-03 70-01 70-03 73-06 75-07

Bock, C.R. — 77-05

Boens, N. — 77-06

Bolletta, F. — 75-08 78-05

Buxton, G.V. — 78-01

Carassiti, V. — 67-02

Chapman, O.L. — 73-09

Cundall, R.B. — 75-05 77-04

Dalton, J.C. — 70-02

De Mayo, P. — 71-01

De Schryver, F.C. — 77-06

Demyashkevich, A.B. — 77-02

Denisov, E.T. — 70-05 71-03 74-03

Dilling, W.L. — 69-01

Dorfman, L.M. — 73-02

Eigenmann, H.K. — 74-04

Encina, M.V. — 78-04

Engel, P.S. — 71-02 73-08

Ermolaev, V.L. — 75-04 76-01

Farhataziz — 75-02 77-01

Fleischauer, P.D. — 68-04

Fox, M.A. — 79-02

Gandolfi, M.T. — 78-05

Gollnick, K. — 76-05 79-04

Habersbergerova, A. — 68-01 72-01

Hayon, E. — 74-01

Heinzelmann, W. — 73-07

Hendry, D.G. — 74-04

Howard, J.A. — 72-02 74-04

Ireland, J.F. — 76-03

Ivanov, V.B. — 76-02

Janovsky, I. — 68-01 72-01

Khudyakov, I.V. — 75-03

Kinoshita, M. — 69-03

Kirk, A.D. — 73-03

Kirmse, W. — 73-10

Koerner von Gustorf, E.A. — 77-05

Kourim, P. — 72-01

Kuhn, H.J. — 79-04

Kuz'min, M.G. — 77-02

Kuz'min, V.A. — 75-03

Labhart, H. — 73-07

Land, E.J. — 78-06

Laurence, G.S. — 75-08

Legler, R. — 67-04

Lindholm, R.D. — 68-04

Lissi, E.A. — 78-04

Maciejewski, A. — 78-02

Maestri, M. — 78-05

Manfrin, M.F. — 75-08

19
Martynov, I.Yu. — 77-02

Matuszewski, B. — 78-02

McGlynn, S.P. — 69-03

Mill, T. — 74-04

Moggi, L. — 67-02 75-08

Monroe, B.M. — 71-02

Munro, I.H. — 67-03

Murov, S.L. — 73-05

Neta, P. — 67-05 79-01

Ogilvie, S.McD. — 75-05

Pereira, L.C. — 77-04

Piszkiewicz, L. — 74-04

Put, J. — 77-06

Robinson, D.A. — 77-04

Ross, A.B. — 73-01 75-01 75-02 77-01 79-01

Scaiano, J.C. — 73-04 78-04

Scandola, F. — 67-02

Schmillen, A. — 67-04

Schuchmann, H.-P. — 77-03

Sellers, R.M. — 78-01

Shakhverdov, T.A. — 75-04 76-01

Shlyapintokh, V.Ya. — 76-02

Simic, M. — 74-01

Steel, C. — 73-08

Sveshnikova, E. — 75-04 76-01

Swallow, A.J. — 78-03

Teply, J. — 68-01

Turro, N.J. — 69-02 70-02

Uzhinov, B.M. — 77-02

Valentine, D.,Jr. — 68-02

Vander Donckt, E. — 70-04

von Sonntag, C. — 77-03

Waltz, W.L. — 68-04

Watts, D.W. — 68-04

Weiss, D.S. — 73-09

Wilkinson, F. — 64-01 75-06

Wrighton, M. — 74-02

Wyatt, P.A.H. — 76-03

Zinato, E. — 68-04

Appendix: Review Series in Photochemistry

Advances in Photochemistry, Editors: W.A. Noyes, Jr., G.S. Hammond and J.N. Pitts, Jr., John Wiley, Vol. 1-

(1963-) (11 Vol. Publ.).

Chemical and Biochemical Applications of Lasers, Editor: C. Bradley Moore, Academic Press, Vol. 1-

(1974-).

Creation and Detection of the Excited State, Editor: A. A. Lamola, Marcel Dekker, Vol. 1- (197 1-).

Excited States, Editor: E.C. Lim, Academic Press, Vol. 1_(1974-).

Organic Photochemistry, Editor: A. Padwa, Marcel

Dekker, Vol. 1- (1967-) (9 Vol. Publ.).

Photochemical and Photobiological Reviews, Editor: K.C.

Smith, Plenum, Vol. 1- (1976-) (4 Vol. Publ.).

Annual Survey of Photochemistry, Editors: N.J. Turro,

and others, Wiley, Vol. 1-3 (1967-71).

Specialist Periodical Reports: Photochemistry, Senior

Reporter, D. Bryce-Smith, London, The Chemical

Society, Vol. 1- (1970-) (10 Vol. Publ.)

Highlights in the Literature, in: Molecular Photochemistry, Editors: J.C. Dalton, S.S. Hixon and D.C. Neckers, Marcel Dekker, Vol. 1- (1969-).

Yearly Review, in: Photochemistry and Photobiology,

Editor: P.-S. Song, Pergamon Press, Vol. 1- (1963-).

ft US. GOVERNMENT PRINTING OFFICE : 1981 O—340-997

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