NBS SPECIAL PUBLICATION 362

National Bureau of Standards

Library, E-01 Admin, Btdg.

OCT 1 1981

131018

Chemical Kinetics

in the C O S

and H-N-O-S Systems:

A Bibliography—

1899 through June 1971
NATIONAL BUREAU OF STANDARDS

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3m&U Of SiftNDAiROS

'24 1971 *$beaa\ au'UtCa^ion Hfl- ^

Chemical Kinetics in the C O S and H-N-O-S Systems:

A Bibliography - 1899 through June 1971

Francis Westley

Chemical Kinetics Information Center

Institute for Materials Research

National Bureau of Standards

Washington, D.C. 20234

This work was supported by

be NBS Office of Standard Reference Data u d by the Naval Ordnance Systems Command.

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

Issued April 1972
Library of Congress Catalog Number: 72-600004

National Bureau of Standards Special Publication 362

Nat. Bur. Stand. (U.S.), Spec. Publ. 362, 68 pages (April 1972)

CODEN: XNBSAV

Issued April 1972

For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 (Order by SD Catalog No. C 13.10:362). Price 70 cents.
FOREWORD

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in 1963 for the purpose of promoting the critical evaluation and

dissemination of numerical data of the physical sciences. The

program 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 numerical data. These tables are published

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series of the National Bureau of Standards, as well as through other

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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 com- prehensive well-indexed bibliographical file which forms the base

for the evaluation task. Since these bibliographical records are potentially of value to many research workers and others interested

in the particular technical area, it seems desirable to make them

generally available.

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, D. C. 20234.

David R. Lide, Jr.,

Chief, Office of Standard

Reference Data

iii

TABLE OF CONTENTS

\ ntroduct ion ......................................... \

Guidelines -for the us er ............................. . 7 Journal and report codes*. ........................... 10

T(a). Reactions of Carbon Qxysulf ide s. ...... ......... "

COS COS - C«2 CS2

13

COS hv - CO S 13

COS hv - CO S* 13

COS hv - CS 0 13

COS H

2 6 - CfJ 2 H2 S 13

ces M - CO S M 13

COS M* - CO S M 13

COS * M* — C6S + M (electronic relaxation) 13

COS M* - COS* M (energy transfer) 13

COS* M - COS M (vibrational relaxation) 13 COS 0 - CO so 14

COS 0 - CO SO* ( chetniexcitat ion ) 14

COS 0 — CO* SO ( chemiexcit at ion ) 14

COS 0 - co 2 S 14

cos o - cs o

2 14

COS 0 SO - COS* S0 2 * ( chemiexcit at ion) 14

COS o

2 - CO so2 14

COS 20 2 - C0 2 0 S0 2 14

COS • 3/202 - C02 S0 2 (overall) 14

COS S - CO s

2 14

cos s* - CO s

2 15

COS S* - CO s

2 * e 15

cos s - cs so 15 COS S M - C0S2 M 15

ces so - ce 2s

2 15

C0S2 M - COS S M ....15

cos2 s - cos s

2 15

T ( b ) . Reviews ................................. ....... 15

T I ( a ) . React i ons of Carbon Sul fides . .......... ....... ig co 2 cs 2 - COS COS.... i 6

CS* - CS hv 16 nCS - (CS ) n i6

CS CS M - C2 S

2 M 16

CS hv - CS* 16

CS* M - CS M (vibrational relaxation) 16

CS 6 - CO S 16

CS 0 * CO* S ( chemiexcitat ion ) 16 CS 0 M - COS M 16 CS o

2 - CO SO 16

CS 0

2 - CO* SO ( chemiexcitat ion ) 16

CS 0

2 - COS 0 17

v
CS* 0

2 - C0S 0 17

CS 6

3 - C0 S02 17

cs e

3 - ce 2 so 17

CS 6

3 - COS 0 2 17

CS S3 - C0 s

2 17

CS S0 - C0* S

2

( chemiexcitat ion ) 17

CS S2n - CS2 S2n-1 . 17

CS2 * - CS 2 hv • 17

cs2 cs 2 * - CS CS s

2 17

CS2 CS2 - CS CS317

CS2 hv - CS S 17

CS 2 hv - CS S* 17

CS 2

• hv - CS* So « •••••17

CS2 hv - CS 2 * • • 18

CS2 M - CS S M »18

CS 2 M* - CS 2 * + M (energy transfer) 18

CS2* + M - CS 2 M (electronic relaxation) 18

CS 2

* * M -* CS 2 M (vibrational relaxation) 18

CS2 N -* CS NS 18

CS 2 0 - C0* * S

2

( chemlexcltat ion ) . . „ 18

CS2 0 - C0S S .18

CS2 0 - CS S0 19

CS2 * * 0

2 - C0S S0 „ 19

cs2 6

2 - cs se 2 ... * 19

CS 2 * 0

2 - CS S0 2 ....» 19

CS2 *02 M - 19

CS2 30 2

-» C0 2 2S0 2

«, 19

cs2 S - CS * s

2

„ 19

cs2 S* - cs s

2

, 19

CS2 S M - CS3 M.. 0 19

CS2 S0 - C0S s

2

19

CS2 S0 - cs s

2 0..... .19

CS2 S0 2 - CS S

2 02

. e..c. 20

CS3 M - CS 2 S M ..20

CS3 M - CS 2 1/8S Q M 20

CS3

S - CS 2 S

2

, 20

T I ( b ) . Reviews. 20

TIM a). Reactions of Sulfur, Sulfur Hydrides and

Sulfur 0xides „ 21

C0 S02 - C02 S0 (overall) 21

C0 S0 2* - C0 2 S0 21

vi
C0* S6 2 - C0 2 S0 21

C0 S63 - c62 S02 21

D D

2 S -* D 2 SD 21

D H

2 S - HD SF 21

D

2 * H

2 S - HD* HDS .....21

D

2 S H2 S - HDS HDS 21

H H 2 S - H

2 SH 21

H* H

2S - H2 SH 21

H* H 2S - H

2 SH* 21

H HS62 - H2

Sf* 2 22

H SH - H

2 S 22

H S62 M - HS62 M 22

H S03 - AH S0 2 22

H

2 S - H SH 22

H 2 S* - H SH 22

H 2 S hv - H2 S 22

H2S( M) - H2 S ( M) 22

H

2 S* ( M ) - H2 S* ( M) 22

H2 S03 - H

2 0 S«2

. 22

H

2

* S2"* H

2 S * S .....22

H 2 S

2 - H2 S2 *

22

F2

* S

6

"* H

2 S * S5 23

H

2 6 N6 2 6

2 RH S0 2 - <, 23

H

2 6 N6 2 02 RH S0 2 hv * 23

H 2

<9 9

2 S6 2 - 23

H

2 0 0

2 S02 hv - 23

H

2

CJ S0 S

2 02 - H2 S S0 2 S0 2 .... ?3

H

2 S hv - H SH 23

H 2 S * hv - H

2 S 23

H

2 S hv - H

2 S* 23

H2 S ( M) - H SH ( M) 23

H

2 S* ( M ) - H SH ( M) 23

H2 S ( M) - H2 1/2 S

2 ( M) 23

H

2S* M - H

2S M (rotational relaxation) 23

H

2 S* if - H

2S M (vibrational relaxation) 24

H2 S N - H2 NS 24

H

2 S 0 - H

2 S0 24

H

2 S 0 - 0H SH 24

H

2 S 0H - H2 0 SH 24

H

2 S * 0

2 - H

2 0 + S0 „ 24

H

2 S 3/202 - F2 0 S0 2 24

H

2 S 0

3 - H 2 0 H

2 S0 4 S0 2 (overall) 24

H

2 S * 6

3

"* H

2 6 *

S<3 2 25

vii
F

2 S S* - H

2 S2

25

F2 S 1/2 S02 - H2 0 3/2S 25

F 2 S 2* H

2 * S2 25

H 2 S 2* SH * SH 25

F2 S2 * hv ^ SH * SH. . . . 25

H

2 S2 * M — H

2 S

2 M 25

HS02 0H - H2 6 S0 2

25

N S0 - N0 S 25

N

2 6 S* - N2 S0 o 25

N

2 6 S02 - N2 S63 (overall) 25

N 2 6

5

* S6 2 " 2N0 2* S6 3

25

N6 0

2 S6 2 - N0 2

Sfl 3

. . . (overall) 25

Nfl €J 2 S0 2 ( H2 0 hydrocarbons) hv — . . .25

N0 S M -» N0S M

3N0 2 H

2 0 2S02 - N0 2N0HS0^ 25

N02 S0 - N0 S0 2 26

N0 2 S0 2 - N0 S03

26

N0 2 S0 2

( M ) -> 26

N02 S0 3 - N03 S0 2 26

N03 S0 2 - N0 2 S0 3

26

N0S S - N0 S

2

. 26

0*S*M-S0*M* (chemiexcitation) 26

0 S M -» S0* M (chemiexcitation) 26

0 SF -» H S0.... 26

0 S0 -» S0 p hv 26

0 S0 M - S02

* M...... 26

0 S0 M - S0 2 * M (chemiexcitation) 27

0 S0 M - S0 2 * M* (chemiexcitation) 27

0 + S02 - 0 S02 (exchange) 27

0 S0 2

* M -» S0 3 M. 27

0 S0 2

( M) - S0 3

* ( M) 27

0 S03 - 0

2 S02 27

0 S

2 - S S0 28

0H 0H S0 2 - H2 0 S0 3

28

0H S0 - H S0 2 28

0H SH - F

2 S0 28

0

2 S - 0 S0 28

0

2 S - S0? S0 3 (overall) 28

0

2

* S * M -» S0 2 M 28

0 2

* S* M - S0 2 M 28

0

2 SH - 0H S0 28

0 2 S0 ( M) - 0 S0 2

( M) 28

l/20 2 S0 ( M) - S0 2 (* M ) • . . 29

0

2 S0 M - S0 3 M 29

viii
0

2

• s« 2 * - 0 S0 3 29

fl 2 S6 2* - S6 4

29

l/20 2 S02 hv - S03 (overall) 29

02 S02 M - 29

l/20 2 S02 M - S0 3 M 29

0

2 S0 3 - l/20 2 S0 4 30

6

2

* S03* " 6

3

* S0 2 • 30

l/202 S04 - 0

2 S03 30

0

2 S0 4 - 03 S0 3 30

0

2 s2 - S S0 2 30

0

3 S0 - 02 S0 2 ( hv) 30

0

3 S0 ( M ) - 0

2 S02 * ( M) 30

6

3 * S02 - 6

2 * S63 30

*3 * S6 2 - 30

R S0 2 - RS02 30

RH S0 2 * - RS0 2 H 30

PS02 - R S02 21

S* M -» S M (electronic relaxation) 3^

S* M * S M* ( ene rgy transfer )............... 31

S M - 1/8S Q M 21

S* M - 1/8S Q M 21

S S M - S

2 M 21

S*S*M-S2 *M* ( chemiexcita tlon ) 31

S S M - S

2* M ( chemiexcitation ) 31

S Sx - yS

( x , j )/y 31

S SH - H S

2

. . . , 21

S S0 2 - S

2 02 21

SH SH - H HS2 32

SH SH - H

2

S

2 32

SH * SH -» H 2 S

2*

32

SH SH - H2 S S 32

SH SH - H 2 S

2 32

SH SH - H 2 S

2 *

32

S0 hv - 0 S 39

S0 M* - S0* M (energy transfer) ...32

S0* M - S0 M* (energy transfer) 32 S0 S0 - S S0 2 32

S0 S0 - S

2 02 33

S0 S0 2 - S S0 3

33

S0 S03 - S02 S02 33

S0 2 * - 6 * S0 33

S0 2* - 0

2 S 33

ix
S0 2 * - S0 2 hv 33

S0 2 hv - 0 S0 33

S0 2 hv - S62*

34

S02 M - 0 S0 M . 34

S0 2 * M - 0 S0 M , 34

S0 2 M - S0 2* M (electronic excitation) 34

S0 2 M* S0 2 M (electronic relaxation) 34

S0 2 M* -» S0 2* M (energy transfer) 34

S0 2* M — S0 2 M (electronic relaxation) 34

S0 2

* M -» S0 2 M (vibrational relaxation). 34

S0 2 M -* S02 M (energy transfer ) , 3^

S0 2 S6 2 * - S0 S0 3

, 35

502 S0^ - S03 S0 3

. 35

503 hv - 0 S0 2 35

S03 hv - 0

2 S0 • 35

S03

* hv - l/20 2 S0 2 35

S03

* M -» 0 * S0 2 M... 35

S0 3 * ( M) - 0 S02 ( M) , 35

S03 M- 02 S0 M 35

S0-, Ml - 1/20^ l S0^ M. 2 S0 2 M 35

3* * M -» S0 3 S0 * M — S0-. M (electronic relaxation). 35

S0 4 - 0

2 S0 2* ....... 36

oS2 - S2n • 36

S

2 * - S

2 hv..... 36

S

2 M -* S S * M 36

S

2 * M -» S

2 M (electronic relaxation) 35

S

2 * M * S2 M (vibrational relaxation)... 35

S

2 * M -* S2 M* (energy transfer ) 35

S2 S

2

* M - S

4 M 36

S

202 - S S0 2

.. 36

S 20

2 hv - S0 + S0 » 36

S

4

* M - S

2 S2 M 37

S4

* S

4 M - S8 M 37

S 8 * M ~ S

4 * S4 * M 37

111(b). Reviews 37

TV. References •.«•••..•••.•••.....••... 39

x
CHEMICAL KINETICS IN THE C-O-S AND H-N-O-S SYSTEMS:

A BIBLIOGRAPHY - 1899 through June 1971*

FRANCIS WESTLEY

A bibliography, a reaction oriented list of references,

is provided for published papers and reports containing rate

data for reactions of COS, COS

2

, CS, CS

2 , CS

3 , D

2

S, H

2

S,

H

2

S2 , HS0

2

, S, SH, SO, S0

2 , S0

3 , SO^, S£ , S

2

0

2 , S 6

and

Sg with each other and with CO, C0

2

, D, D

2

, H, H

2 , H

20, N,

N

2 , N20, N2

0

5

, NO, N0

2 , N03

, NOS, 0, OH, 0^ 0y

R and RH.

Three lists of critical reviews dealing with the above

reactions are included. 317 papers covering 240 reactions

are listed. The period covered extends from 1899 through

June 1971.

Key words: Bibliography; carbon oxy sulfides; carbon

sulfides; chemical kinetics; gas phase; hydrogen; nitrogen;

nitrogen oxides; oxygen; sulfur; sulfur hydrides; sulfur

oxides.

Introduction

This bibliography lists papers and reports on the gas phase reaction kinetics in the carbon - oxygen - sulfur, carbon - sulfur, and hydrogen - nitrogen - oxygen - sulfur

systems. The material is presented in two ways: ( 1 ) by reaction, listing each pertinent article and ( 2) in a general reference list, arranged alphabetically by first author.

The articles have been selected from the files of the

Chemical Kinetics Information Center. The criterion for

inclusion of an article is that there must be some new

information on the reaction, when the article in question is

compared with the chronologically preceding ones. That is, simple quotations of the results of others and ad hoc

guesses have been excluded. There are gray areas, such as the

statement of a rate calculated from that of the reverse

reaction and the equilibrium constant, or mechanistic

information. If the information seemed to be important the

reference was included.

Most of the reactions listed in this bibliography show a chemical change. Some of these show a photolytic, chemiluminescent or energy transfer process that occurs simultaneously

This project is an activity of the Chemical Kinetics Information Center, N.B.S. The work was supported by

the Office of Standard Reference Data, N.B.S., and the

Naval Ordnance Systems Command 0PD 3311 as. part of a program to foster the production of tables of chemical

klne 1 1c s.

1
with chemical change. In addition "there are a few reactions

that are simply cotlisional energy transfer or photo excitation

proc e sse s

.

Symbols defining specific electronic or vibronic states

are not vised. Instead an excited atom or molecule is indicated

by a simple asterisk. The nature of a collislonal process is

indicated in an explanatory parenthesis following the reaction.

Some of these reactions have been studied since the

early days of chemical kinetics. For instance, the reaction

for the H2 S synthesis from its elements:

H

2 S ( * M) - F

2 S ( * M ) ( 1 ) 5 )-> was studied kinetically for the first time by Bodenstein , just before the end of 19th century. Its study was continued

20 21 2 3) in the nineteen twenties by Norrish and Rideal ' ' and

1 2 3 ) in the thirties by Aynsley * * . The oxidation of H^S by

molecular oxygen

H

2 S 3/26 2 - H2 6 S62 (2)

was studied for the first time in 1928 by Chamberlin and

Clarke^ ' who measured the flame velocities of this reaction.

The first rate studies were undertaken by Farkas 10) in 1931

32 ) and - at about the same time - by Taylor and Livingston , Thompson33 * and Kelland34 *. The synthesis of S62 from its

elements

6

2

S( M) - S62

( * M) (3)

was studi'ed by Norrish and Pideal 21 ' 22 * in 1923. Gaydon 1 1

* , in 1934, offered a mechanism for the fluorescence of heated

se> 2

: 502 (M)-6*Srt(*M) ( 4 ) 6 Sfl - S6 2 bv ( 5 )

The phot oki ne t i c s of sulfur oxides is a few decades

older than the Gaydon mechanism. For instance, in 1907,

7 ) 8 ) Coehn and a few years later Coehn and Becker studied the

pho tooxidation of S$ 2 by molecular oxygen, as well as the

phot odissocia tlon of S0^ to 0

2 and S02

: l/202 S02 hv - Sf> 3 (6)

503 hv - l/20 2 S6 2

( 7 )

Studies of the kinetics of carbon sulfides and carbon

oxysulfldes are relatively recent, the ground work in this

field being laid down by Kondrat'ev 17 ' 18 » 19 * and

Jakovleva 16) in 1938 and 1940.

In the field of energy transfer reactions, the first

study for the vibrational relaxation of an excited S^ 2

29 ) molecule was performed by Schweikert in 1915, by using

sound absorption techniques. Major advances in understanding

the kinetics and mechanism of fluorescence and quenching of

the electronically excited Sf* 2 molecule were made by

* Superscript figures indicate the literature references listed

at the end of the introduction
Hals t ead 12, 13, 14) Thrush ~ and Calvert and

coworkers 4, 9, 15, 24, 25, 26, 27, 28, 30, 31)

This short historical survey of the gas phase reaction

kinetics in the hydrogen - oxygen - sulfur system, extending from the beginning of the century until today,

allows a comparison with kinetic history of nitrogen - oxygen

system for the same period of time. As pointed out in a previous N - f chemical kinetics bibliography^^ ' , the

experimental work on the nitrogen - oxygen system started at

the beginning of this century and - since then - has been

continuing uninterrupted. The abundance of experimental kinetic studies for this system is such that many chemists

have undertaken reanalyses of the existing data, with the goal

of establishing "best values • The number of critical

reviews for the kinetics of the N - 0 system is impressive.

Moreover, the molecular structure of these molecules has been

established and their electronic and vibrational spectra analyzed (with the important exception of the visible bands

of )• These structural and kinetic data make it possible

to answer, quantitatively, questions about the behavior of

these molecules in a polluted atmosphere.

Turning now to the hydrogen - nitrogen - oxygen - sulfur system, the picture is completely different: the

number of papers dealing with the kinetics of this set,

from the beginning of the century until today, is about one

third of the corresponding number of papers in the N - 0

system, in spite of the fact that the number of reactions

studied in the sulfur set is almost eq\ial to the number of

reactions in the nitrogen - oxygen system. The uncertainty

of the existing kinetic data in the H - N - 0 - S system is

such that few attempts have been made to establish best

values for the rates. The number of critical reviews is

disappointingly small. Furthermore, the interpretation of

spectral data is not nearly so complete as for the nitrogen

oxides.

The state of the matter has been very well described in

a paper by Urone and Schroecfer^^' entitled: "S0,-, in the

atmosphere: a wealth of monitoring data, but few reaction

rate studies." The conclusion of these authors is valid

for the whole B - N - 0 - S system. It is only too obvious

that sulfur, together with its inorganic and organic compounds, should be at least as important for the pollution

scientist as the simpler N - 0 ststem. Indeed, sulfur,

or its compounds, is not a component of the "pure air, but

a villain, and - maybe - one of the greatest villains.

Sulfur and its compounds are present in volcanic emissions

and in fuel combustion products as rubber and tires, automobile

exhausts, industrial wastes, synthetic fibers, and so on.

And, from these sources, it goes into the atmosphere, in one

form or another, polluting it.

For these reasons, the editor hopes that this bibliography by summing up what has been done in the field of chemica

kinetics of the H - N - 0 - S system, will make it possible

to establish - by difference - what remains to be done in this

field. Should this be done, it would allow the kineticists,

the spect roscopists and the quantum chemists to plan a concerted, more thorough study of this system.

3
This bibliography is not the result of the effort of a single person, but cf the whole staff of Chemical Kinetics

Information Center, My thanks to all of them.

In particular, T wish to thank Dr. David Garvin, Director

of the Center, for his more than helpful suggestions and

constant guidance: Mr. James G. Koch, Supervisor, for tracking

down and obtaining papers and reports, otherwise very difficult

to obtain; Mrs. Ann C. Robertson and Mrs. Geraldine W. Zumwalt,

for typing a difficult manuscript with particular care.

REFERENCES CITED IN THE INTR0DUCT6RY MATERIAL

1. Aynsley, E. E., Pearson, T . G., and Robinson, P. L. , "New Experimental Evidence in the Sulphur-Fydrogen

Peaction," Nature 131. 471 (1933)

2. Aynsley, E. E., Pearson, T. G., and Robinson, P. L.,

"The Kinetics of the Peaction Between Hydrogen and

Sulphur. Part I. Peaction at 265-350* and

290-820* mm.," J. Chem. Soc. (London) 58 (1935)

3. Aynsley, E. E., and Robinson, P. L., "The Kinetics of

the Reaction between Hydrogen and Sulphur. Part II.

( 1 ) Formation and Characteristics of the Unimolecular

Layer of Hydrogen Sulphide on the Glass Surface.

(2) Independence of the Peaction of the Presence of

fJxygen, Moisture, and Sulphur Dioxide," J. Chem.

Soc. (London) 351 (1935)

4. Badcock, C. C, Sidebottom, H. W., Calvert, J. G . , Peinhardt, G. W., and Damon, E. K., Mechanism of

the Photolysis of Sulfur Di ox ide- Pa raf f in

Hydrocarbon Mixtures," J. Am. Chem. Soc. 93, 3115

( 1 971 ) 5. Bodenstein, M. , " Gasreakt i onen in der Chemischen

Kinetik. III. Bildung von Schwe f e Iwa sse r s tof f aus

den Elementen," Z. Physik, Chem. 29, 315 (1899)

6. Chamberlin, D. S. , and Clarke, D. P., "Flame Speed of

Hydrogen Sulfide," Ind. Eng. Chem. 20, 1016 (1928)

7. Coehn, A., "Ober die Einwlrkung des Lichtes auf die

Bildung der Schwe fe Is Sure , " Z. . Elektrochem. 1.3,

545 ( 1 907 ) 8. Coehn, A., and Becker, H. , "Zur Photochemie der

Schwef elsaure, " Z. Physik. Chem. 7p_, 88 (1910)

9. Collier, S. S. , Morikawa, A., Slater, D» H. , Calvert, J. G

Reinhardt, G. , and Damon, E., "The Lifetime and

Ouenching Pate Constant for the Lowest Triplet State

of Sulfur Dioxide," J. Am. Chem. Soc. 92, 217 (1970)

10. Farkas, L. , "Cber die Peaktion von Schwef elwa sserstoff

mi t Sauerstoff," Z. Elektrochem. 37, 670 (1931)

11 . Gaydon, A. G., "Spectrum of the Afterglow of

Sulphur Dioxide," Proc. Roy. Soc. (London),

Series A 146, 901 (1934)

12. Halstead, C. J., and Thrush, B. A., " Chem il umi ne sc e n

t

Reactions of S0," Photochem. Photobiol. 4, 1007

( 1 965 )

4
13. Halstead, C. J., and Thrush. B. A., "The Kinetics of

Elementary Reactions Involving the Oxides of

Sulphur. II. Chemical Reactions in the Sulphur Dioxide Afterglow," ?roc, Roy. Soc . (London),

Series A 295 . 363 (1966)

14. Halstead, C. J., and Thrush, B. A., "The Kinetics of

Elementary Reactions Involving the Oxides of

Sulphur. III. The Chemllumi nesc ent Reaction

between Sulphur Monoxide and Ozone," Proc . Roy.

vSoc. (London), Series A 295. 380 ( 1966 ) 15. Jackson, G. E. , and Calvert, J. G . , "The Triplet

Sulfur Dioxide-Carbon Monoxide Reaction Excited

within the S62

(

1 Aj) -» S0 2 ( 3

Bj ) 'Forbidden' Band,"

J. Am. Chem. Soc. 93, 2593 (1971)

K* ) ) 16. Jakovleva, A. , and Kondratjew, V. L Sulphur Monoxide by Photochemical Processes,"

Acta Physicochlm. U.P.S.S. 1_3, 241 ( 1940); see

also Zhur. Fiz. Khim. 14, 859 (1940)

* ) Jl w 17. Kondratjew, V. , On the Absorption Spectrum and

Life-Time of the Carbon Sulphide Radical," Compt.

Rend. (Doklady) Acad. Sci. URSS 20, 547 (1938)

18. Kondrat'ev, V. N. , and Yakovleva, A. , "Photochemical

Oxidation of Carbon Disulfide Vapors," Zh. Eksperlm.

i Teor. Fiz. U), 1038 ( 1940); Chem. Abstr.

35:46834

( 1941 ) & ) & ) 19. Kondrat'ev, V. , and Yakovleva, A. , "Formation of

CS in the Photodlssoci ati on of CS ? and COS," Zhur. Fiz.

Khim. 14, 853 (1940); Chem. Abstr. 35 :3903 9 (1941)

20. Norrish, R. G. W. , and RIdeal, E. K. , "The Conditions

of Reaction of Hydrogen with Sulphur. Part I.

Direct Union, J. Chem. Soc. (London) 1 23 . 696

( 1 923 ) 21. Norrish, R. G. W. , and Rideal, E. K. , "The Conditions of Reaction of Hydrogen with Sulphur. Part II. The Catalytic Effect of Oxygen. Part III. The Mechanism

of the Reaction of Hydrogen with Sulphur and its

Catalysis by Oxygen, J. Chem. Soc. (London) 1 23.

1689 ( 1923 ) 22. Norrish, R. G. W. , and Rideal, E. K. , "The Conditions

of Reaction of Hydrogen with Sulphur. Part IV. The Direct Union of Oxygen and Sulphur," J. Chem. Soc.

(London) 1 23. 3202 (1923)

23. Norrish, R. G. W. , and Rideal, E. K. , "The Conditions

of Reaction of Hydrogen with Sulphur. Part V.

Photochemical Union, J. Chem. Soc. (London) 125 . 2070 ( 1924 )

*). Note: The names of these two authors have been transliterated

in different ways: Jakovleva, or Yakovleva; Kondrat'e

Kondratlev, or Kondratjew; according to the journal which published their papers and to the language in

which the articles were written.

5
24. Okuda, S., Rao, T. N. , Slater, D. H., and

Calvert, J. 6. , "identification of the Photochemical ly Active Species in Sulfur Dioxide Photolysis within

the First Allowed Absorption Band," J. Phys. Chem.

73, 44 12 ( 1969 ) 25. f tsuka, K., and Calvert, J. G., "Decay Mechanism of

Triplet Sulfur Dioxide Molecules Formed by

Tntersystem Crossing in the Flash Photolysis of

Sulfur Dioxide (2400-3200 A)," J. Am. Chem. Soc

.

93, 2581 ( 1971

)

26. Pao, T. N. and Calvert, J. G., "The Wavelength

Dependence of the Primary Processes in the

Photolysis of Sulfur Dioxide," J. Phys. Chem. 74,

63 1 ( 1 97 0 ) 27. Pao, T. N. , Collier, S. S. , and Calvert, J. G .

,

"Primary Photophys i cal Processes in the

Photochemistry of Sulfur Dioxide at 2875 A,"

J. Am. Chem. Soc. 91., 1609 ( 1969)

28. Pao, T. N. , Collier, S. S. , and Calvert, J. G.,

"The Quenching Reactions of the First Excited

Singlet and Triplet States of Sulfur Dioxide with

Oxygen and Carbon Dioxide," J. Am. Chem. Soc. 91_,

1616 ( 1969

)

29. Schweikert, G.

ft " Bes t immung der Schallgeschwindigkeit und des Ver halt niss es der spezif ischen Warraen der

Gase nach der Methode der Kundtschen St aubf i guren ,

Ann. Physik 48, 593 ( 1915)

30. Si tie bo t torn, H. W. , Badcock, C. C.

ft Calvert, J. G.,

Rabe, B. R., and Damon, E. K. , Mechanism of the

Photolysis of Mixtures of Sulfur Dioxide with

Olefin and Aromatic Hydrocarbons," J. Am. Chem.

Soc . 93, 3121 ( 1971 ) 31 . Sidebottom, H. W. , Badcock, C. C. , Calvert, J. G.,

Peinhardt, G. W., Rabe, B. R. , and Damon, E. K.

,

"A Study of the Decay Processes in the Triplet

Sulfur Dioxide Molecule Excited at 3828.8 A,"

J. Am. Chem. Soc. 93, 2587 (1971)

32. Taylor, H. A., and Livingston, E. M. , "The Oxidation

of Hydrogen Sulphide," J. Phys. Chem. 3_5_, 2676

( 1931 ) 33. Thompson, H. W. , "Explosions of Hydrogen Sulphide-Oxygen

Mixtures," Nature 1 27. 629 (1931)

34. Thompson, H. W. , and Kelland, N. S. , "The Kinetics

of Oxidation of Hydrogen Sulphide. Part T.,"

J. Chem. Soc. (London) 1809 (1931)

35. Thrush, B. A., "Formation of Electronically Excited

Molecules in Simple Gas Reactions," Chemistry in

Britain, 2, 287 (1966)

36. TJrone, P., and Schroeder, W. H. , "S0 ? in the

Atmosphere: A Wealth of Monitoring Data, but

Few Reaction Rate Studies," Environ. Sc i . and

Techn. 3, 436 (1969)

37. Westley, F., "A Bibliography of Kinetics Data on Gas

Phase Reactions of Nitrogen, Oxygen, and Nitrogen

Oxides," NBS-OSRDB-71 -2 (1971 )

6
GUIDELINES F0R THE USER

The goal of this bibliography is to survey the chemical

reactions in the C-0-S, C-S and H - N - 0 - S systems.

Energy transfer and photo-excitation processes are included

only when they appear (to us or to the original author) to be

important In the mechanisms of chemical processes. The

bibliography lists references to published papers and reports

in which rate data are reported for reactions of CCS, C0Sp,

CS, CS2 , CS^ D

2 S, H

2 S, H2 S2 , HS0 2

, S, SH, S0, S0 2 , S0 3 , S0 4 , S 2* S

2 2* S4* S 6

anrt ^8 witn eacn other and with C0, Cf»2

, D, D

H, H2 , H2 6, N, N2 , N2 0, N

2 65» Nf, » N0 2> N& 3> Ne,S * 0 » 0H »

<3 2»

R and PH. Among these compounds, nine of them include

atoms arranged in a sequence other than alphabetical, namely:

HS0, 6H, RH, SH, S0, S0 2 , S03 , Sf» 4 , S

2

e> 2

The sequence of atoms in each of these compounds is based on

traditional convention. As written above, all three sequences

of atoms, free radicals and molecules define the order in

which the reactions are arranged, i.e.: semi -alphabet ically

by first reactant.

The rule for writing the chemical equations dealing with

the above listed compounds Is very simple. Within each

reaction the reactants and products are arranged according to

the same scheme: separately and alphabetically. The general "third body", M, is always last. This rule would be best

defined by some illustrative examples.

So, one should write;

0 S0 + M - S02 M and not

or: 0 SH — H S0 and not

or: N0O S0 - N0 S0 O and not

M

S3

S0

HS

M0.

0 - M

0 - S0

S0.

S0, N0

This ordering scheme runs counter to chemical conventions

that order by oxidation state. It does bring the atom and its

parent molecule together for this simple collection. The rule

for arrangement is also simple. It is a character by character

comparison, with the priority order being blank, numerals,

and then letters. Chemical symbols without asterisk (ground

state) take precedence over those with asterisk (excited state)

Example: 0 S0 M - S0 2 M

0 S0 M - S02 * M

0 S0 M -» S02 * M*

The bibliography is in four parts:

Part I

.

Peactlons of Carbon 0xysulfides,

Part 1 1 t. Peactlons of Carbon Sulfides and

Part I I

I

f Reactions of Sulfur, Sulfur Hydrides and Sulfur

0xides.

Part-TV. Is the combined bibliography for Parts I, IT and

TIT, arranged alphabetically by authors. The complete

reference citation for each article mentioned is given here.

Occasionally explanatory notes are appended. These establish

7
-the "bibliography chain" for closely related papers by the

same authors.

Parts I to III are arranged by reaction, following the

order indicated above. Forward and reverse reactions are

listed separately. Peactants are always on the left.

At the end of these parts, the sections Kb), 1Kb), and II Kb) each include a short list of critical reviews

or surveys dealing with the reactions listed in sections 1(a), TKa), and TIT(a), respectively.

Most of the reactions listed in parts I, II and III show

a chemical change. Some of these show a photolytic, chemlluminescent or energy transfer process that occurs simultaneously with chemical change. In addition there are a few

reactions that are simply col I i siona I energy transfer or

photo -exc it at ion processes.

Symbols defining specific electronic or vibronic states

are not used. Instead, an excited atom or molecule is indicated by a simple asterisk. The nature of a colli sional process

is indicated in our explanatory parenthesis following the

reaction e.g.

:

COS* M - COS M (vibrational relaxation)

S6* M - S0 M* (energy transfer)

H

2 S* M - H

2 S * M (rotational relaxation)

S0 O * M -» S0 O M (electronic relaxation)

The chemical equations of the overall reactions are not

always balanced. An unbalanced equation indicates that the

author mentions the reactants and the products of the reaction

without the help of an equation, or that the chemical equation given by the author is unbalanced.

Very often, a reference mentioning a reaction without a third body, M, will be found under a heading indicating the

same reaction with M on both sides.

In order to render the chemical change occuring in a reaction easily observable to the eye, a reactant, or a product

may appear two, or even three times in the same heading ( e.g. : SH SH - H

2 S S, S0 S0 3 - S0 2 S0 2 , &

2 6 2

* hv ~* s ^ * SO).

Tt is felt that the most profitable method for finding

references dealing with a certain reaction included In this

bibliography would be to consider first all headings with

the same reactants, with or without third body M, with or

without hv, in excited or ground state, and regardless of the

products. 0nly thereafter should the user accept or reject

a paper, according to his own objective. As an example:

Decompo si tio n of S6^ . The user should consider the reactions

having on the left side;

S0 2 * - - sa 2 hv -; S02 m — ; S62 m* -; sa2 * m

S0 2 S0 2 *

8
The references under each reaction List the author(s)

and the sources, in the following form:

N ua? b e r of

Author( s ) Source-Year-Volume-Page Author(s)

Thompson, H. W. NATUA-1 931-1 2 7- 62 9 1 Halstead and Thrush PPLAA -1 966-295- 38 0 2

Collier, et al. J ACS A- 1 97 0-92- 217 3 or more

The sources are indicated by their ASTM C0DEN

* ) abbreviations . A guide to these codes follows. A code

prefixed with an asterisk is a code not in the ASTM C0DEN

set e These are codes we have assigned for reports from

industrial laboratories, research institutes and universit 1 te s. When the C0DEN system adopts appropriate codes they will be

replaced. The present, temporary codes usually end vith Z or

U . They are at times derived from the company name and at

times from their stock symbols.

«•). Blumenthal, J. G . , Karaman, M., and Peters, A., Editors,

"C6DEN FSR PERIODICAL TITLES" ( Including Non- Per iodical Titles and Deleted Coden), Vol. T and II, ASTM Data Series DS 23 B. (1970). (American Society for Testing

and Materials, 1916 Pace St., Philadelphia, Penna . 19103).

9
JOURNAL AND REPORT CODES

AANLA Attl della Accademia Nazionale del Llncel , Rendlcontl

Classe dl Sclenze Fisiche, Matematiche e Naturall

( Rome

)

ACPYA Acta Physlcochl ml ca U.R.S.S. (Moscow)

ACSPA Abstracts of Papers, American Chemical Society

( Washington

)

ACUSA Acustlca (Stuttgart/Zurich)

ADPCA Advances in Photochemistry ( London/New York)

AJCHA Australian Journal of Chemistry (East Melbourne)

ANPYA Annalen Der Physlk (Leipzig)

*APCPZ Air Pollution Control Association Preprints

APPLA Applied Physics Letters (New York)

A PPL A Annual Review of Physical Chemistry (Stanford, Calif.

ATENB Atmospheric Environment. An International Journal

( Oxford ) *AVEVZ AVC6 - Everett Research Report

AWPO A Air and Water Pollution (Oxford)

BBPCA Berichte Der Bunsenge sell sc haft Fuer Phys Ikalische

Chemie (Weinhelm, Germany)

BOOK A Book

BSCBA Societes Chlmlques Beiges, Bulletin (Brussels)

CBFMA Combustion and Flame (London)

CCOMA Chemical Communications (London)

CHMBA Chemistry in Britain (London)

CHPLB Chemical Physics Letters (Amsterdam)

CJCHA Canadian Journal of Chemistry (Ottawa)

CRAUA Comptes Rendus ( Doklady ) De t'Academle Des Sciences

De L'U.R.S.S (Moscow)

CSAAA Chemical Society, Annual Reports on the Progress of

Chemistry, Section A. General, Physical, and

Inorganic Chemistry (London)

DABBB Dissertation Abstracts International B. The Sciences

and Engineering

DABSA Dissertation Abstracts B. Sciences and Engineering

DFSOA Discussions of the Faraday Society (Aberdeen,

Scot land ) DKPCA Doklady Physical Chemistry, Proceedings of the

Academy of Sciences of the U.S.S.R. (New York)

ESTHA Environmental Science and Technology (Washington)

ESTMA Est Met allurglque (Besancon, France)

FUSJA Fuel Society Journal, University of Sheffield ( Englam

-k-GCABZ GCA (Geophys. Corp. Am.), Bedford, Mass., GCA Technoli

Division, Air Force Weapons Lab. Technical Reports

HCACA Helvetica Chimlca Acta (Basel)

H HTTP A Hua Hsueh Fsueh Pao (Peking)

TANKA Izvestlia Akademl i Nauk S.S.S.R., Otdelenie

Khlmlschesklkh Nauk (Moscow)

IECHA Industrial and Engineering Chemistry (Washington)

10
IJCKB International Journal of Chemical Kinetics (New

York ) *-IUAPZ International Union of Air Pollution Prevention

Association (Washington, B.C., December 6-11, 1970)

Preprint

JACSA Journal of the American Chemical Society (Washington)

JAPIA Journal of Applied Physics (New York)

JAPUA Journal of Applied Chemistry of the U.S.S.R. (New

York) English Translation of Zh. Prikl. Khim.

JASMA Journal of the Acoustical Society of America

(New York/Lancaster, Pa.)

JCPSA Journal of Chemical Physics (New York)

JCSTA Journal of the Chemical Society, A. Inorganic,

Physical, Theoretical (London)

JCS0A Journal of the Chemical Society (London)

JEP0A Journal of Engineering for Power, Series A of the

Transactions of the A.S.M.E. (American Society of

Mechanical Engineers) (New York)

JPCAA Journal of the Air Pollution Control Association

( Pittsburgh

)

JPCHA Journal of Physical Chemistry (Washington/Ithaca, tf.Y.)

JOSPA Journal of Quantitative Spectroscopy and Padiative

Transfer ( 6xf ord/New York)

KGKZA Kogyo Kagaku Zasshi (Tokyo)

KHVKA Khimlia Vysokikh Energii (Moscow)

MDPCA Memoirs of the Defense Academy, Mathematics, Physics, Chemistry and Engineering ( Yokosuka City, Japan)

NACGA Nachrichten Der Akademie De r Wl ssensc haf ten in

Goettingen, Mathematlsch - Phys 1 kal 1 sche Klasse,

Iia. Mathematisch - Physikalisch - Chemische

Abteilung (Goettingen, Germany)

NA3CA National Aeronautics and Space Administration,

Technical Note (Washington)

NATUA Nature (London)

NUCIA Nuovo Cimento (Bologna, Italy)

0PSUA Optics and Spectroscopy USSP (Washington) English Translation of 0ptika i Spe kt roskopi ya

PHCBA Photochemistry and Photobiology, an International

Journal ( 0x ford/New York)

PHYSA Physica (Amsterdam/Utrecht)

*PICFZ Proceedings of the International Conference on the

Mechanism of Corrosion by Fuel Impurities (Marchwood,

near Southampton, Hampshire, England, 20th-24th,

May 1963)

PLSSA Planetary and Space Science, Including Translations

Concerned with the Physical Sciences Published in

"iskuss tvenny Sputniki Zemli" (Oxford)

PRLAA Proceedings of the Poyal Society, Series A.

Mathematical and Physical Sciences (London)

SCTEA Science. American Association for the Advancement

of Science (Washington)

SYMCA Symposium on Combustion (International)

TELLA Tellus (Stockholm)

TFS0A Transactions of the Faraday Society (Aberdeen,

Scotland/London

)

11
ZAACA Zeitschrlft Fuer Anorganische Allgemeine Chemie

( Leipzi g/ Hamburg

)

ZEELA Zeitschrift Fuer Elektrochemie ( Weinheim/Halle,

Germany ) ZEPCA Zeitschrlft Fuer Physikal ische Chemie, Stoechiome trie

und Verwandsc haf t slehre ( Leipzig/Berlin

)

ZETFA Zhurnal Eksperimental'noi i Teore t ic hesko i Fizikl

( Mo scow

)

ZFKHA Zhurnal Fizicheskoi Khimi i (Moscow)

ZPCBA Zeitschrift Fuer Phys ikal ische Chemie, Abteilung P.

Chemie Der Elemen tarprozesse , Aufbau De r Materie

( Leipz 1 g

)

ZPCFA Zeitschrlft Fuer Phys ikal ische Chemie ( Frankfurt am

Main ) ZPCLA Zeitschrift Fuer Physikal ische Chemie (Leipzig)

1 3DFA Preprints of Papers Pead at the International

Symposium on Free Radicals, 5th Symposium, Uppsala,

July 6-7, 1961

1 8MNA Proceedings of the International Congress of Pure

and Applied Chemistry, 11th Congress, London,

July 17-24, 1947

12
T ( a ) . REACTIONS 0F CAPBflN OXYSULFIDES

C6S C0S CS, 2 ~"2

Partington and Neville

C0S hv — C6

Brecken ridge, W. H. , Jr.

Breckenridge and Taube

Forbes and Cl i ne Fowles, et al.

Jakovleva and Kondratjew

Kondratjew, V. N.

McGarvey and McGrath

Sidhu, et al.

Strausz and Gunning

C6S hv ce

Basco and Pearson

Breckenridge, W. H., Jr.

Breckenridge and Taube

Donovan, R. J.

Donovan, et al.

Fair, et al.

Fowles, et al

.

Gunning and Strausz

Knight, et al

Knight, et al.

Knight, et al

.

Kondrat'ev and Yakovleva

Lown, e t a 1

.

McGrath, et al.

Sidhu, et al.

Sidhu, et al.

Strausz and Gunning

Wiebe, et al.

C6S hv — CS 6

Kondrat'ev and Yakovleva

McGarvey and McGrath

C6S H2 0 - C02 H

2 S

Thompson, et al.

C0S M -» C0 M

Hay and Bel ford

Partington and Neville

Schecker and Wagner

Troe and Wagner

JCS0A- 1 951 - 1230

DABBB- 1969- 30- 1 063 ( mechani stn ) JCPSA- 1970- 53- 1 750

JACSA- 1939- 61- 151 ( quantum yield)

JACSA- 1 967- 89- 1 352 ( mechanism

)

ACPYA- 1940- 1 3- 241 ( mec han ism)

ACPYA- 1 942- 16- 272 ( mechan ism

)

PRLAA- 1964- 278 -490 ( mec hani sm

)

JACSA- 1966- 88- 241 2

JACSA- 1962- 84- 4080

TFS0A- 1967- 63- 2684 ( mechani sm

)

DABBB- 1969- 30- 1063 ( mechanism

)

JCPSA- 1970- 53- 1750

TFS0A- 1969- 65- 1 41 9 ( mec hanism

)

TFS0A- 1970- 66- 774 ( mechan ism)

CJCFA- 1971- 49- 1659 ( mechanism)

JACSA- 1967- 89- 1 352 ( mechan ism

)

ADPCA- 196 6- 4- 1 43 (mechanism)

J ACSA- 1 96 3- 85 - 1 207 ( mechanism

)

JACSA- 196 3- 85- 2349 ( mec hani sm

)

.T A O S A - 1 964 — 86 - 4243 ( mechanism

)

ZETFA- 1 94 0- 10- 1033 ( mec han ism)

JACSA- 1 967- 89- 1056

CJCHA- 1967- 45- 2454

JACSA- 1966- 88- 254

JACSA- 1966- 88- 241 2

JACSA- 1962- 84- 4080

JACSA- 1 965- 87- 1 44 3

ZFKHA- 1940- 14- 853

PRLAA- 1964- 278 -490 ( mechani sm

)

JCS6A- 1935- 1033

JCPSA- 196 7-47-3944

JCS0A-1951-123O

I JCKB- 1 969- 1 -54 1 BBPCA-1 967-71 -937 (review)

cos m — ce + Sidhu, et al.

M

J ACS A- 1966-83-241

2

C6S M C0S M ( electronic relaxation)

Breckenridge and Taube JCPS A- 1 97 0-53- 1 75 0

C0S M - C0S M (energy transfer)

Fowles, et al . J ACSA- 1 967-89- 1 352 (mechanism)

Gunning and Strausz ADPCA- 1 966- 4- 1 43 (review)

C0S M -* COS M (vibrational relaxation)

Arnold, et al . TFS0A- 1 957- 53 - 738 (calculation)

13
COS* M COS M (vibrational relaxation) ( Con tinued

)

Co tt re 11 and McCoubrey

Eucken and Aybar

Fricke, E. F.

^erzfeld and Litovitz

Knudsen and Fricke

McCoubrey, et al.

Walker, P. A.

COS 0 - CO * SO

Carrington, et al.

Hancock and Smith

Eomann, et al

.

Homann, et al

Hoyermann, et al.

Polf es, et al.

Sharma, et al

.

Sharma, et al

.

Sullivan and Warneck

Westenberg, A. A.

Westenberg and deHaas

Wright, F. J.

BO0KA- 196 1- ZPCBA-194 0-

JASMA- 1 940-

B00KA- 1 959-

JASMA- 1 94 0- TFS0A-1951-

JCPSA- 195 1-

PPLAACHPLBNACGABBPCABBPCA"

JPCHAJCPSAJPCHABBPCASCIEAJCPSAJPCHA1966-

1 969-

1 967-

1968-

1967'

1965-

1965'

1 967'

1965-

1969'

1969-

I960-

96 ( review ) 46- 1 95

1 2-245

250 ( review

)

12-255

57-1472 (review)

19-494 (review)

293-108 (mechanism)

3-573 (mechanism)

2-13

72-998

•71-603

•69-849

43-2155

71-160 2

69-7

164-381

50-707

64- 1648

( rev iew )

( mec han ism

)

COS 0 - CO * SO ( chemiexci tation

)

Carrington, et al. PPL AA- 1 96 6-293 - 1 0 8 (mechanism)

COS 0 - CO * SO ( chemiexcitat ion

)

Pollack, M. A.

COS 0 - CO,

Arnold and Kimbell

Myerson, et al.

Wright, F. J.

COS 0 - CS o

2

Sheen, D. B.

COS + 0 SO - COS*

Mell lar-Smi th, et al

.

COS o

2 - CO so2

Bawn, C. E. R.

Levy and Merryman

Myerson, et al.

APPLA- 1 96 6-8-237 (mechanism)

CHPLB-1969-3-469 (mechanism)

JCPSA-1957-26- 1309 (mechanism)

JPCHA- 1960-64- 1 648 (mechanism)

JCPSA- 1 97 0-52-648

( chemi exc i t at i on

)

JCSIA- 197 1-606 (mechanism)

JCSOA- 1 933- 1 45 (mechanism)

ESTHA- 1969-3-63

JCPSA-1957-26- 1309 (mechanism)

202 - C02 COS

Bawn, C. E. H.

COS 3/202 - C0 2

0 SO.

JCSOA- 1933- 145 (mechanism)

S0 o ( overall

)

Sarkisyan and Nalbandyan DKPCA- 1 96 8- 1 78- 69 (related paper)

Thompson, et al. JCSOA- 1933-208

COS S - CO s

2

Basco and Pearson

Breckenr idge , W. H., Jr.

Breckenridge and Taube

Fowles, et a I

.

Gunning and Strausz

Hay, A. J.

TFSOA- 196 7-63- 268 4

DABBB-1969-30- 1063

JCPSA- 197 0-53- 1750

J AC'S A- 1 96 7-89- 1 352 (mechanism)

ADPCA- 1966-4- 1 43 (mechanism)

DABSA- 1967- 27- 231

3

14
Hay and Bel. ford JCPSA- 1967- 47- 3944

Knight, et al

.

JACSA- 1963- 85-1207 (mechanism)

Knight , et al

•

JACSA- 1 963- 85-2349

Knight, et al

.

JACSA- 1 964- 86-4243

Kondrat jew, V, N. ACPYA- 194 2- 16-272

Schecker and Wagner I JCKB- 1969- 1-541

Sidhu, et al. JACSA- 1966- 88-254

Sidhu, et al. JACSA- 1966- 88- 241

2

Strausz and Gunning JACSA- 196 2- 84- 4080

Wiebe, et al. JACSA- 1965- 87- 1 443

CflS S* - C0 s

2

Breckenr idge, W. H., Jr,

Breckenridge and Taube

Fowles, et al.

Gunni ng Knight,

Kni ght

,

Kni ght

,

Sidhu,

and Strausz

e t al . e t al < e t al • e t a 1

.

Sidhu, et al.

Strausz and Gunning

Wiebe, et al.

DABBB- 1969-30- 1 063

JCPSA- 197 0-53-1 75 0

J ACS A- 196 7-89- 1 35 2

ADPCA- 1966-4- 1 43 (review)

JACSA- 1 963-85- 1 207 (mechanism)

J ACSA- 1 96 3- 85-2349

JACSA- 1 964-86-4243

JACSA- 196 6-88- 2 54

JACSA- 1966-88- 2412

JACSA- 196 2-84- 408 0

J AC S A- 195 5-87- 1 443

CfJS S* - C0

Basco and Pearson

Donovan, P. J.

Donovan, et al.

Donovan, et al.

Fai r, e t al

.

Fowles, et al.

McGrath, et al

.

CftS S - CS S6

Fay, A. J.

Hay and Bel ford

C^S + S M - C0S,

TFS0A- 1967-63-2684 (mechanism)

TFS6A- 1 969-65- 1 41 9 (mechanism)

NATUA- 1969-222-1 1 64

TFS6A-1 97 0-66-774

CJCHA- 197 1-49- 1659

JACSA- 1967-89- 1 352 (mechanism)

CJCHA-1967-45-2454 (mechanism)

DABSA- 1 967- 27- 2313

JCPSA- 196 7-47-3 94 4

M

Basco and Pearson TFS0A- 196 7-63-2684

COS S3 - C0 2 s 2

Halstead and Thrush PPLAA- 1 966-295-363 (evaluation)

CflS2 M - C0S * S M

Basco and Pearson TFS0A- 1967-63- 268 4

C0S2 S - COS s

2

Basco and Pearson TFS0A- 1 96 7- 63-2684

1(b). REVIEWS

Cottrell and McCoubrey

Gunning and Strausz

Herzfeld and Litovitz

Sorokin and Fridman

Troe and Wagner

BOOKA-1961-95 (vibrational relaxation)

ADPCA-1966-4-143

BOOKA-1959-250 (vibrational relaxation)

BOOKA- 1970-

BBPCA-1967-71-937

15
11(a). REACTIONS OF CARB6N SULFI DES

ce 2 cs? - COS COS

Partington and Neville JCS6A- 195 1- 1230

ACSPA-1 971 -1 62-Phys. Chera. 14

CS* - CS hv

Taylor, G. W.

nCS - < CS )„n Porter, G. PRLAA- 1 950-200-284

CS * CS

Kondrat jew and Yakovleva ZFKHA- 1 94 0-14- 85

3

M - C 2 S 2 M

CS hv - CS

Callear and Norrish

Kondrat iew, V.

de Sorgo, et al.

NATUA- 1 960-1 88-53 (mechanism)

CRAUA-1 93 8-20- 547

CJCHA- 1 965-43- 1 886 (mechanism)

CS M -* CS M (vibrational relaxation)

Callear, A. B.

Callear and Norrish

Dyne and Ramsay

Kondratiew, V

.

Smith, I. W. M.

Taylor, G. W.

CS O CO

Hancock and Smith

Harteck and Peeves

Homann, et al

.

Jacobson and Kimbell

PRLAA-1 96 3-2 76-4 01

NATUA- 1 96 0- 1 8 8-53 (mechanism)

JCPSA- 195 2-20- 1055

CRAUA- 193 8-20-547

TFSOA- 196 8-64-3183

ACSRA- 197 1-162-Phys. Chem. 14

CHPLB-1969- 3-573 (mechanism)

BSC BA- i 962-71 -682

BBPCA-1 96 8-72-998

JAPT A- 1 970-41 -5210 (mechanism)

CS 0 - CO S ( chemlexcitation

)

Arnold and Kimbell

Arnold and Kimbell

Hancock and Smith

Jeffers and Wiswall

Suart, et al.

Suart, et al,

Wittig, et al.

Wit tig, et al.

CS O * M - COS M

Wright, F. J.

CS o2 - CO so

McGarvey and McGrath

Rosenwaks and Yatsiv

Sheen, D . B

.

Wood and Heicklen

Wood and Heicklen

APPLA-1 969'

CHPLB-1969'

CHPLB-196 9- APPLA- 1970-

CHPLB- 1 970'

CHPLB- 1970'

APPLA- 1970

NATUA- 1970

•15-351 (mechanism)

•3-469 (review)

3-573

17-67

•5-519 (mechanism)

7-337 (mechanism)

•16-117 (mechanism)

•226-845 (mechanism)

JPCHA- 196 0-64- 1 648

PR LAA- 1964-278-490 (mechanism)

CHPLB- 197 1-9-266 (mechanism)

JCPSA- 197 0-52-648

JPCHA- 197 1-75-854 (mechanism)

JPCHA- 197 1-75-861

6

2 - CO SO (chemlexcitation)

Arnold and Kimbell

Suart, et al.

Suart, et a I.

APPLA-1 969-

CHPLB-1970-

CHPLB-1 970-

15-351 (mechanism)

5-519 ( mechanism)

7-337 (mechanism)

16
CS 6

2 - C0S 0

Arnold and Kimbell CHPLB- 1 969- 3- 4 69 (review)

Wood and Heicklen JPCHA- 1 97 1 -75- 86

1

cs* * e

2 - cas 0

Pollack, M. A. APPLA-1 966-8-237 (mechanism)

de Sorgo, et al. CJCHA- 1 96 5- 43 - 1 886 (mechanism)

CS 0

3 - C0 S02

01szyna and Heicklen JPCFA- 1 970-74- 4 1 88 (mechanism)

CS 6

3 - C0 2 S0

01szyna and Heicklen JPCHA- 1 97 0- 74- 4 1 88 (mechanism)

CS 0 3 - C0S 0 2

01szyna and Heicklen JPCHA- 1 97 0-74 - 4 1 88 (mechanism)

CS S0 - C0 S 2

Wood and Heicklen JPCHA- 1 97 1 - 75 - 85 4 (mechanism)

CS S0 - C0* + S

2

( chemiexc itation ) Pollack, M. A. APPLA- 1966-8- 237 (mechanism)

Wright, F. J. JPCHA- 1 960-64- 1 648

cs s2n - cs2 s 2n _ 1 Breckenridge, W. H. , Jr. DABBB- 1 969- 30- 1 06 3 (mechanism)

CS 2 * - CS 2 hv

Douglas, A. E. . JCPSA- 1 966-45- 1 007

Heicklen, J. J ACSA- 1 96 3- 85 - 3 56

2

cs 2 cs 2 * - CS CS s

2

de Sorgo, et al. C JCHA- 1 96 5-43- 1 886

Wood and Heicklen JPCHA- 1 97 1 -75- 854

cs 2 cs2 - CS * cs3

Arnold, et al . JPCHA- 1 97 0-74-

8

CS 2 hv ~» CS S

Basco and Pearson TFS0A- 1 96 7- 63- 268 4 (mechanism)

Gregg and Thomas JAPI A- 1 968- 39- 4399 (mechanism)

Gunning and Strausz AOPCA- 1 966- 4- 1 43 (mechanism)

Hancock and Smith CHPLB- 1 969- 3- 573 (mechanism)

Kondratjew and Yakovleva ZFKHA- 1 94 0- 1 4- 853

McGarvey and McGrath PRLAA- 1964-278-490

Pollack, M. A. APPLA- 1 966-8- 237 (mechanism)

Wright, F. J. JPCHA- 196 0-64- 1 648 (mechanism)

CS 2 hv - CS * S*

Kondrat'ev and Yakovleva ZETFA* 1 94 0- 1 0- 1 038 (mechanism)

cs 2 hv - CS* S

Callear, A. B. PRLAA- 1 96 3-2 76-4 01

17
cs. hv CS S ( Continued

)

Callear and Norrlsh

de Sorgo, et al.

NATUA- 1960-1 88-53 (mechanism)

CJCHA-1 965-43-1 886 (mechanism)

CS 2 hv - CS 2

Helcklen, J.

de Sorgo, et al.

Wood and Heicklen

CS. M - CS M

Arnold, et al • Arnold and Kimbell

Arnold and Kimbell

Gaydon, et al.

01 schewski, et al.

0lschewski, et al.

Troe and Wagner

JACSA-1963-

CJCHA-1965-

JPCHA-1 971

JPCHA-1970-

APPLA-1969-

JPCHA- 1969-

PRLAA- 1964-

ZPCFA- 196 5- BBPCA- 1966-

BBPCA- 1967-

85-3562

43- 1 886

75-854

( mechanism )

( mec hani sm

)

74- 8

15-351 (mechanism)

73-3751

279-313 (mechanism)

45- 329

70- 1 060

71 - 937 ( review ) CS M' - CS, 2 2

Taylor, G. W.

M ( energy transfer ) ACSRA- 1 97 1 - 1 62 -Phys . Chem. 1*

CS. M — CS p M ( elect ronic relaxation)

Hel ckl en , J • Wood and Heicklen

JACSA- 196 3-85-3562

JPCHA-1 971 -75-854

CS. M CS „ M (vibrational relaxation)

Angona, F. A.

Cottrell and McCouforey

Fricke, E. F.

Gas e , e t al

.

Gravitt, J. C.

Herzfeld and Litovltz

Knudsen and Fricke

McCoubrey, et al

.

Richards and Reid

CS. N - CS NS

Westbury and Winkler

JASMA- 1953-25-1 1 1

6

B00KA-1961-95 (review)

JASMA- 194 0-1 2- 245

ZPCLA- 197 0-242- 107 ( calculation

)

JASMA- 1 96 0-32-560

B00KA- 1959-250 (review)

JASMA- 194 0- 12-2 55

TFS0A-196 1-57- 1472 (review)

JCPSA- 193 4- 2-193

CJCHA- 196 0-38- 334

CS 0 - C0 : Sp ( chemiexc it atlon

)

Arnold and Kimbell

Gregg and Thomas

Pollack, M. A.

CS2 0 - C0S S

Arnold and Kimbell

Callear and Smith

Hancock and Smith

Homann, et al

.

McGarvey and McGrath

Myerson, et al

.

Pollack, M. A.

Sharma, et a I • Sheen, D. B.

Westenberg, A. A.

Wright, F. J.

CHPLB-1969-3-469 (mechanism)

JAPTA-1968-39-4399 (mechanism)

APPLA-1 966-8-237 (mechanism)

CHPLB-1969-3-469 (mechanism)

NATUA- 1 96 7-21 3- 38 2

CHPLB- 1969-3-573 (review)

BBPCA- 1 96 8-72- 998

PRLAA- 1 964-278-490 (mechanism)

JCPSA-1957-26- 1309 (mechanism)

APPLA- 1 966-8- 237 (mechanism)

JCPSA-- 196 5-43-2155

JCPSA- 197 0-52-648

SCIEA- 1969- 164- 381 (review)

JPCHA-1960-64- 1648 (mechanism)

18
cs 0 6 - cs * se

Arnold and Kimbell APPLA- 1969-15-351

Arnold and Kimbell CHPLB- 1 969- 3-469 ( Callear and Smith N ATU A- 1967-213- 38

2

Hancock and Smith CHPLB- 1 96 9- 3- 573 ( Harteck and Reeves BSCBA- 1 96 2-7 1 - 682

Homann, et al . BBPCA- 1 968-72-998

Jeffers and Wiswall APPLA- 1 970- 1 7- 67

Myerson, et al. JCPSA- 1 957- 26- 1 30

9

fllszyna and Heicklen JPCHA- 1 970- 74- 4 1 88

Rosenwaks and Yatsiv CHPLB- 1 97 1 - 9- 2 66 ( Smith, I. W. M. DFS0A- 1 967-44- 1 94

Smith, I. W. M. TFS0A- 1 96 8- 64- 378

Suart, et al. CHPLB- 1 97 0- 5- 5 1 9 ( Suart, et al. CHPLB- 1 97 0- 7- 337 ( Westenberg and deHaas JCPS A- 1 96 9- 50- 707

Wittig, et al. APPLA- 1970- 16- 1 17

Wittig, et al. NATTJA- 1 97 0 - 226- 845

Wood and Heicklen JPCHA- 1 97 1 - 75- 854

Wood and Heicklen JPCHA- 1 97 1 -75- 86

1

( me chan ism

)

mechanism

)

r ev lew )

( mec han ism ) mechanism

)

mechanism

)

mec hani sm

)

( mechanism)

( mechanism

)

CS. 6

2 - C6S S3

Wood and Heicklen

cs 2 e2 - cs se2

Azatyan, et al

.

Myerson, et al.

Taylor and Myerson

JPCHA- 197 1-75 -854

DKPCA-1964-158-869 (related paper)

JCPSA- 1957-26- 1 309 (mechanism)

SYMCA- 1959-7-72 (related paper)

CS. 6

2 - CS S6,

de Sorgo, et al.

Wood and Heicklen

CJCHA- 196 5-43-1 886

JPCHA- 1971 -75-85*

CS 2 6

2 M - . . . Semenoff and Voronkov

Voronkov and Semenov

ACPYA- 1940- 12- 831 (related paper)

ZFKHA- 1939-13-1 695 (related paper)

cs 2 30 2 - C<9 2 2S0.

Myerson and Taylor

Taylor and Myerson

Thompson, H. W.

J ACS A- 1953-75-4348

SYMCA- 1959-7-72

ZPCBA- 1930- 10-273 (related paper)

cs2 S - CS

Porter, G.

Wright, F. J.

PRLAA- 1950-20 0-284

JPCHA- 1960-64- 1648 (mechanism)

cs 2 S - CS s

2

Breckenridge, W. H. , Jr. DABBB- 1 969-30- 1 063

CS, M - CS3

M

Basco and Pearson

Breckenridge, W. H., Jr.

TFS6A- 196 7-63- 2 684

DABBB- 196 9- 30- 106 3

CS S0 C0S 2 "~ "-J 2

Wood and Heicklen JPCHA- 197 1-75- 861

CS 2 S0 -» CS

Wright, F. J.

S2 0

JPCHA- 1 960-64- 1 648 (mechanism)

19
CS 2 S62 - CS * S

2 62

Myerson, et al JCPSA- 1957-26- 1309 (mechanism)

CS3 M - CS2 S

A rn old, et a I

Basco and Pearson

M

JPCHA-1970-74-8

TFS0A- 196 7-63-2684

CS 3 M - CS 2 1/8S 8 M

Breckenridge, W. H . , Jr. DABBB- 1 969- 30- 1 063

cs 3

* S - cs2 s

2

Basco and Pearson TFS0A- 196 7-63-2684

TT(b). REVIEWS

Cottrell and McCoubrey

Gunning and Strausz

Herzfeld and Litovitz

Tree and Wagner

B00KA-1 961 -95 (vibrational relaxation

ADPCA- 1 966-4- 1 43

B06KA- 1959-250 (vibrational relaxatic

BBPCA-1 96 7-71 -937

20
C0 S62 - C02 S0 (overall)

Bauer, et at. SYMCA- 1 97 1-13-417

C0 S0. - C0, 2 ' vv2

Bauer, et a I.

S0

SYMCA- 1971- 13-417

C0 S6 2 - C02

* S0

Bauer, et at.

C6 S03 - C62 S02

Bauer, et al.

D 2 S D

2 SD

Darwent and Roberts

SH

Yokota, T.

H

2 S - HD

H

2 S - HD HDS

Bur cat, et al

.

S H2 S - HDS HDS

Pyper and Newbury

H 2 S H, SH

Compton, et al

Cupltt and Glass

Darwent and Krasnansky

Darwent and Roberts

Darwent and Roberts

Darwent, et al,

Darwent, et al.

Dzantiev, et al.

Forbes, et al.

Fowles, et al

.

Gann and Dubrin

Kurylo, et al

.

Levy and Merryman

Liuti , et al.

Mihelcic and Schindler

Norrish and Zeelenberg

Perner and Franken

Stein, N. 0.

Wadlinger and Darwent

Woolley and Cvetanovl6

Yokota, T.

Zeelenberg, A. P.

SYMCA- 197 1-13-417

SYMCA- 1 97 1- 13-417 (mechanism)

DFS0A-195 3- 14-55

DABS A- 1969-29-4136

JCPSA-! 96 8-49-144 9

JCPS A- 197 0-52- 196 6

JPCHA- 196 9-73- 1 1 58

TFS0A- 197 0-66- 300 7

SYMCA- 1959-7-3

DFS0A- 195 3-14-55

PRLAA- 1953-21 6-344 (mechanism)

13DFA- 196 1- 14

JPCHA- 1967-71-2346

KHVKA- 1 96 8-2-571

J ACSA- 1938-60- 1431 (mechanism)

JACSA- 1967-89- 1 35 2

JCPSA- 196 7-47- 1867

JCPS A- 197 1-54-943

CBFM A- 196 5-9-2 29

JACSA- 1966-88- 321 2 (mechanism)

BBPCA- 197 0-74- 1 28 0

PRLAA-1957- 240-293 (related paper)

BBPCA- 196 9-73- 897

TFS0A- 1 933- 29- 583 (mechanism)

JPCHA- 1967-71-2057

JCPS A- 196 9-50-4697

DABS A- 1969-29- 41 36

SYMCA- 1 959-7-68 (related paper)

H H

2 S -* H

2 SH

Yokota, T. DABSA-196 9-2 9-41 36

H H

2 S - H

2 SH'

Dzantiev, et al.

Dzantiev, et al.

KHVKA- 197 0-4-361

KHVKA- 197 0-4- 545

21
e HS02 - H2 S6 2

Halstead and Jenkins TFS0A- 1969- 65- 301 3

p + SH - H2 S

Cupi 1 1 and Glass TFS0A- 1 970- 66- 3007

Fair and Thrush TFS0A- 1 969- 65- 1 557

Mayer and Schieler JPCHA- 1968- 72- 236

Mihelcic and Schindler BBPCA- 1970- 74- 1 280

K S62

+ M - HS02 M

Fair and Thrush TFS0A- 1 969- 65- 1 550

Fenimore and Jones JPCHA- 1 96 5- 69- 3593

Halstead and Jenkins TFS0A- 1 969- 65- 3013

Kallend, A, S. JPCHA- 1 966- 70- 2055

Kallend, A. S. TFS0A- 1 967- 63- 2442

Fallend, A. S

.

CBFMA- 1 969- 13- 324

Schof ield, K. PLSSA- 1 967- 1 5- 643

Webster and Walsh SYMCA- 1 96 5- 10- 463

Wheeler, R. JPCHA- 1968- 72- 3359

H S03 - 0H S02

Fenimore and Jones JPCHA- 1965- 69- 3593

Merryman and Levy SYMCA- 197 1 - 13- 427

H

2 S - H SH

Mayer and Schieler JPCHA- 1968- 72- 236

H

2 S* - H SH

Donovan, et al. TFS6A- 1970- 66- 774

H2

* S + hv - H2 S

Norrish and Rideal JCS0A- 1924- 125 -207

H2 *S(*M)-H2 S(*M)

Aynsley and Robinson JCS0AAynsley, et al. NATUAAynsley, et al. JCS0ABodenstein, M. ZFPCANorrish and Rideal JCS0 A- Norrish and Rideal JCS0ANorrish and Rideal JCS0APorret, D. HCACAReinhold, et al. ZPCAA1935-351

193 3-131-471

1935- 58

1 899-29- 3 1

5

192 3-123-696

1 923- 123- 1689

1924- 125-2070

1936- 19-680

1939-184-273

H

.

M) - H

2 S ( M)

Fowles, et al.

Gunning and Strausz

J ACSA- 1967-89-1 352

ADPCA-1 966-4- 1 43 (mechanism)

H S03 - H2 6

Levy and Merryman

Sfl,

CBFMA- 196 5-9-2 29

H2 H2 S

Aynsley, et al.

Porret, D.

JCS0A- 1 935-58 (mechanism)

HCACA- 1 93 6- 19-680

, S 2 - H 2 S

2

Majerik, J. W. DABBB-1 970-31 -555

22
H2 S

6 - H2 S

Porret, D.

H2 0 N0 2 6

2

Urone, et al.

F 2 e Nf< 2

0.

RH

PH

Urone, et al,

H

2 6 S0 2 - Urone, et al.

H 2 0 * 02 se. hv -

H 2 0

H

2 S

Urone, et al.

S0

Emanuel, N. M.

hv -» H SH

* S 2 62 - F 2 S

HCACA- 193 6- 19-6 80

S0 2

-» • . • ESTHA-1968-2-61

I

S0 2 hv - . . . ESTHA- 1968-2-611

ESTHA-196 8-2-61

1

• • • ESTHA- 1 96 8- 2- 6 1

1

S0 2 S0 2

IANKA-1942-221

Compton, et al

.

Darwent, B. cteB.

Darwent and Krasnansky

Darwent and Roberts

Da rwe nt, et al.

Dzantiev and Shishkov

Forbes, et al.

Fowles, et al.

McGarvey and McGrath

Majerik, J. W.

Norrish and Zeelenberg

Porter, G.

Stein, N. 0.

Wadlinger and Darwent

Zeelenberg, A. P.

JPCHA- 1969-73- 1 158

DFS0A- 195 3- 14- 1 23

SYMCA- 1959-7-3 (quantum yield)

PRLAA- 1 95 3- 2 1 6- 344

1 3DFA- 1 96 1- 14

KHVKA-1967- 1- 192

J ACS A- 1938-60- 1431

JACSA-196 7-89- 1352

PRLAA- 1964-278-490 (related paper)

DABBB- 1970-31 - 555 (mechanism)

PRLAA- 1957-240-293 (related paper) DFS0A-195 3- 14- 123

TFS0A- 193 3- 29-583 (cruantum yield)

JPCHA- 1967-71-2057

SYMCA- 1959-7-68 (related paper)

H'2° 0 S hv -" H.l± S

2

Compton, et al

.

JPCHA- 196 9-73- 1 158

H

2 S hv - H

2 S

H

2 S

Stein, N. 0.

M ) - H SH ( M ) Levy and MerrymanH2 S ( ( M ) - H * SH ( M)

Gunning and Strausz

F

TFS0A- 1 933-29-583 (quantum yield)

CBFMA- 1 96 5- 9- 2 29

H2 S ( M) -

2

* 1/2

S

2

Darwent and Roberts

ADPCA- 1 966-4- 1 43 (mechanism)

( M)

PRLAA- 19 5 3-21 6-344

H

2 S M - H

2 S

Bauer, et al.

Geide, K.

M (rotational relaxation)

PHYSA-1 97 0-47- 1 09

ACUSA- 1963- 13-31

11
H

2 S + M - K^S * M (vibrational relaxation)

Bauer, et al.

Shields, F. D.

PHY SA- 1 970-4 7- 1 09

J ASMA- 1969-45-4-81

H 2 S N - H, NS

Westbury and Winkler CJCHA- 1960- 38- 334

H

2 S 0 - H, S0

Bradley, J. N.

Bradley and Dobson

Bradley and Dobson

Sachyan, et al.

Sharma, et al

Sharma, et al

.

TFS0A- 196 7-63-294 5

JCPS A- 1967-46-2865

JCPSA- 1967-46-2872

DKPCA- 1 96 7- 1 75-64 7

JCPSA- 196 5-43-2155

JPCHA- 1 96 7-71 - 160 2

( mechanism

)

( mechanism

)

H p S 0 - 0H SH

Bradley, J. N. TFS0ABradley and Dobson JCPSABradley and Dobson JCPSACupitt and Glass TFS0AHollinden, et al. JPCHALevy and Merryman CBFMALiuti, et al. JACSAMerryman and Levy JPCAANorrish and Zeelenberg PRLAASachyan, et al. DKPCATakahashi, S. MDPCAZeelenberg, A. P. SYMCA1967-63-2945 (mechanism)

1967-46-2865

1967-46-2872

1970-66-3007

1970-74-988

1965- 9-229

1966- 88- 321

2

1967- 17-800

1957-240-293 (related paper) 1967-175-647

1970- 10- 369

1959-7-68 (related paper)

H

2 S * 0H -> H2 0 SH

Bradley, J. N.

Bradley and Dobson

Bradley and Dobson

Levy and Merryman

Levy and Merryman

Zeelenberg, A. P.

TFS0A- 1967-63- 2945 (mechanism)

JCPSA- 1967-46-2865

JCPSA- 1 967-46- 2872

CBF HA- 196 5-9-2 29

JEP0A- 196 5-87- 1 16

SYMCA-1959-7-68 (related paper)

H

2 S 02 - H

2 0 S0

Levy and Merryman JEP0A- 1 96 5-87- 1 16

F

? S 3/202 - H2 0 S0 2

Chamber

Ema nue

1

Emanuel

Ema nuel

Ema nue

1

Emanuel

Ema nue

1

Farkas,

Levy an

Markovi

Mar kovi

Pavlov,

Semenov

Taylor

Thompso Thompso

Yakovl

e

lin

, N.

, N.

, N.

, N.

* N.

, e t

L.

d Me

ch a

c h a

e t a nd

and

n, H

n an

v an

and Clarke

M.

M.

M,

M.

M.

al,

rryman

nd Emanuel

nd Emanuel

al . Emanue

I

Livingston

. W.

d Kelland

d Shantarovi

I ECHA- 192 8-20- 1016

ZFKHA- 1940-14-863

CRAUA- 194 2-35-2 50

CRAUA- 1942-36- 145

ACPYA- 194 4- 19- 3 60

ZFKHA- 1945- 19- 15

CP AUA- 1940-28-618

ZEELA- 193 1-37-67 0

JEP0A- 1963-85- 229 ( review ) ZFKHA- 194 7-21 - 1 251

ZFKHA- 1947-21- 1259

IANKA-1942-98

CP AUA- 194 0-28- 219

JPCHA- 193 1-35-2 676

NATUA- 193 1-127-62 9

JCS0A- 193 1- 1809

ch ACPYA- 1937-6-71

(related paper)

H

2 S 63 - H2 0 H2 S04

Gregor and Martin

S0 2 (overall)

AJCHA- 196 1- 14-462 (related paper)

24
H 2 S 6

3 - H2 6 S02

Caotle and Ledford AWP0 A- 1966-10-25

Gpegor and Martin AJCHA- 1 96 1-14- 462 (related paper)

Hales, J. M. DABSA- 1 968- 29- 985

Hales, et al. ATENB- 1 96 9- 3- 657

H

2

S S* - H

2 S2

Stein, N. 0, TFS6A-1 933-29-583 (mechanism)

H2 S 1/2 S62 - H2 6 3/2

S

Taylor and Wesley JPCHA- 1 92 7- 3 1 - 2 1

6

H

2 S2* - H

2

+ S

2

Majerik, J. W. DABBB- 1 970-31 -555

Perner and Franken BBPCA- 1 96 9-73 - 897

H

2 S2* - SH SH

Majerik, J. W. DABBB- 1 970-31 -555

H2 S2 * hv "* SH * SH

Strausz, et al . BBPCA- 1 96 8- 72- 253 (mechanism)

H 2 S2* * M - H

2S2 M

Majerik, J. W. DABBB- 1 97 0- 3 1 - 555 (mechanism)

HS02 0H - H 2 0 S9 2

Halstead and Jenkins TFSflA- 1969-65- 30 1

3

N S0 - N0 S

Liuti, G. AANLA-1968-45-358

N2 0 S* - N

£ S0

Breckenrldge and Taube JCPSA- 1 970-53- 1 750

N

2 0 S02 - N2

+ S03 (overall)

Bell, et al. JCS0A- 1 95 5- 1 440

Reuben, et al. SYMCA- 1 96 2- 8- 97

N

2 05 * S6 2

"* 2Ne, 2 * S6 3

Wilson, et al . *APCPZ- 1970-70- 1 1 5 (mechanism)

NO 0

2 S0 2 - N02 S0 3

. . . (overall)

Tipper and Williams TFS0A- 196 1-57-79

N0 02 S0 2 ( H2 0 hydrocarbons) hv - . . . Wilson and Levy JPCAA- 1 97 0- 20 - 3 85 (mechanism)

NO S M -» N0S M

Basco and Pearson TFS0A- 1967-63- 2684

3N62 H2 0 2S02 - N<9 2N0HS04

Stopperka, et al . Z AACA- 1 96 8- 359- 1

4

25
N0 2 S0 - N0 Sd2

Clyne, et al. PRLAA- 1966-295-35 5

N6 2 S6 2

-> N0 + S03

Armitage and Cullis

Bo re sk o v and Ilarionov

Cullis, et al

.

Kerr, J, A.

Shaw and Green

Urone, et al.

Wilson, et al.

N0 2 S0 2

( M) - Rlpperton, et al.

Rlpperton, et al.

Tipper and Williams

Wilson and Levy

CBFMA- 197 1- 16- 1 25

7FKHA- 1940- 14- 1 42 8

PRLAA- 1966

CSAAA- 1967

NATUA- 1966

ESTHA-1968

ttAPCPZ- 1 970

295-72

64-73 (review)

21 1 - 1 1 71

2-611 (related paper) 70-115 (mechanism)

ACSRA- 1965-

ACSRA- 196 4' TFS0A-196L

JPCAA- 1 970'

150- 19 .X

147-20.

R

57-79

20-385

N0 2 S03 - N03

Wilson, et al

N0 3

* S0 2 - N02

Cullis, et al.

N6S S - N0 S.

S0.

S0.

#APCPZ- 1970-70- 1 1 5 (mechanism)

PRLAA- 196 6-29 5- 72

Basco and Pearson TFS0A-1 96 7-63- 268 4

0 S M - S0 M ( chemiexcitat ion ) Tewarson and Palmer SYMCA- 1 97 1 -1 3 - 99 (mechanism)

0 S M - S0 M ( chemiexci tation ) Fair and Thrush TFS0A- 196 9-65- 1557

0 SH - H S0

Cupitt and Glass

Liuti, et al.

Takahashi, S a

TFS0A- 1970-

JACSA-1966-

MDPCA-1 970-

66-3007

88-3212

1 0-3 69

( mechanism

)

6 S0 - S0, hv

0

Cohen and Gross

Fletcher and Levitt

Gaydon, A. G.

Harteck and Reeves

Herman, et al

.

Liuti, G.

Reeves and Emerson

Rolfes, et al.

Sharma, et al

.

Sharma, et al.

Takahashi, S.

Williams, D. J.

Zeelenberg, A. P.

S0 M - S0 2

+ Bauer, S. H.

Gaydon, A. G.

Gaydon, et al.

Hal stead and Thrush

Halstead and Thrush

Kerr, J. A.

JCPSA- 1969-50 -31 19

TFS0A- 196 9-65- 1 544

PRLAA- 1934- 146-90 1 (mechanism)

BSCBA- 196 2-71 -682

JQSRA- 1962-2- 2 1 5 (mechanism)

AANLA- 1 968- 45- 358 (mechanism)

JCPSA-1970-52-2161 (mechanism)

JPCHA- 1 96 5-69- 849

JCPSA- 1965-43-2155 (mechanism)

JPCHA- 1967-71- 160 2

MDPCA- 1970- 10-369

CBFMA- 1 968- 1 2- 1 65

SYMCA- 1 959-7-68 (mechanism)

ARPLA-1965- 16-245 (review)

PRLAA- 1934- 146-90 1 (mechanism)

PRLAA-1963-276-461 (mechanism)

PHCBA-196 5-4- 1007

PRLAA- 1966-295-363

CSAAA- 1967-64-73 (review)

26
0 S0 M - S0, M ( Continued

)

McGarvey and McGrath

Norrish and flldershaw

Sharma, et al,

Takahashi, S.

Zeelenberg, A. P.

PRLAA- 1964-278-490 (related paper) PRLAA-1959-249-498 (related paper)

JPCHA- 196 7-71- 160 2

MDPCA- 1970- 10-369

SYMCA- 1959-7-68 (related paper)

0 se m - se. M ( chemiexcit ation

)

Bradley and Dobson

Fletcher and Levitt

Halstead and Thrush

Hal stead and Thrush

McGarvey and McGrath

Melliar-Smi th, et al

.

Norrish and Zeelenberg

Rolf es, et al.

Takahashi, S.

JCPSA-196 7-47- 1 55 5

TFS0A- 196 9-65- 1 54 4

NATUA-1 96 4-2 04-992

PPLAA- 1 96 6-2 95-36 3

PRLAA- 1 96 4- 278-490

JCSTA- 197 1 -606 (mechanism)

PPLAA-1957- 240-293 (related paper) JPCHA-1965-69-849 (mechanism)

MDPCA- 1 97 0 - 1 0 - 3 69

( mechani sm

)

( mec hani sm

)

(related paper)

0 * S0 M - S3 2 * M* ( chemiexcitat ion )

0

Melliar-Smi th, et al. JCSIA- 197 1-606 (mechanism)

0 S0p — 0 S0p (exchange)

Clark, et al.

S0, M - S0- M

JCPS A- 197 0-52-469 2

Baldwin, R

Bell, et a Cadle and

Dooley and

Driscoll a Fenimore a Halstead a Halstead a Hedley, A.

Hedley, A.

Jakovle va

Kaufman, F

Levy and M

Levy and M

Levy and M

Levy and M

Me r ryma n a Mulcahy, e Mulcahy, e Myerson, e Nettle ton

Reuben, et

Schof ield,

Sullivan,

Thrush, B.

Tipper and

Walsh, A.

Webster an

Whi ttingha

Whi ttingha

. R.

I.

Powers

Whi ttingham

nd Warneck

nd Jones

nd Thrush

nd Thrush

B.

B.

and Kondratje

e rryman

e rryman

e rryman

e rryman

nd Levy

t al.

t al.

t al . a nd S t i rI i ng

al . K.

e t al . A.

Wi 11 i ams

D.

d Walsh

m, G

.

m , G .

SYMCAJCS0ATELLATFS0AJPCHAJPCHAPHCBAPRLAAFUS JA-

*PTCFZw ACPYAPRLAACBFMAJEP0AJEP0AJEP0ASYMCASYMCAJPCHAJCPSASYMCASYMCAPLSSANASCASYMCATFS0ASYMCASYMCA1 8MNASYMCA196 5- 1955-

1 966-

1946-

1 96 8- 196 5- 196 5- 1966-

196 2- 196 3- 1940-

1958-

196 5- 1963-

1965-

196 5- 197 I- 1969-

1967-

1 957-

1969-

1962-

1967-

196 1- 196 5- I960-

1965-

196 5- 1947-

1949-

10-

144

•18-

42-

72-

69-

4- 1 295

1 3-

204

13-

247

9-2

•85-

87-

•87-

13-

12-

71-

•26-

12-

8-9

15-

•N62

10-

56-

10-

10-

4- 5

3-4

470

0

176

354 ( 3736

3593

007

-363

45

related paper )

( mechan ism

)

( revi ew )

241

-12

29

229

1 16

374

427

323

2124

1309 (mechanism)

635

7

643

-15

470

180

470

463

91

53

i91 8

I 5

(related paper) (related paper)

0 S0 2

( M ) - S0 3* ( Jaffe and Klein

Tipper and Williams

0

M )

* S03 - 0

2 S0,

Fenimore and Jones

TFS0A- 1966-62-2 150

TFS0A- 1 96 0-56- 1 805 (mechanism)

JPCHA- 1965-69-3593

27
S6 3 - 6

2 S6g ( Continued ) Merryman and Levy

Nettleton and Stirling Norrish and flldershaw

6 S

2 - S S0

Homann, et al

.

0H * 0H S6 ? - H2 0 S0-

McAndrew and Wheeler

0H 30 - H S0,

Cupitt and Glass

Fair and Thrush

0H SH - H, S0

Zeelenberg, A. P.

S - 0 S0

Cupitt and Glass

Davis and Pilling

Fair and Thrush

Fai r, e t al . Gregg and Thomas

Hancock and Smith

FTarteck and Reeves

Homann, et al • Homann, et al,

McGarvey and McGrath

Myerson, et al.

Pollack, M. A.

Wittig, et al.

Wright, F. J.

SYMCA- 197 1-13-4 27

SYMCA- 1969-1 2-635

PPLAA- 1 95 9-249- 49 8 (related paper)

BBPCA- 1 96 8-72-998

JPCHA-1 96 2-66-2 29

TFS0A-1 97 0-66-300 7

TFS0A- 1969-65- 1557

SYMCA-1959-7-68 (mechanism)

TFS0A- 197 0-66- 300 7

ACSRA- 197 1- 162-Phys . Chem, 6

TFS0A- 196 9-65- 1557

CJCHA- 197 1-49- 1 659

JAPIA- 1968-39-4399 (mechanism)

CHPLB-1969- 3-573 (mechanism)

BSCBA- 1 96 2-71-682

BBPCA- 196 8-72-998

BBPCA- 196 9-73-967

PPLAA- 1964-278-49 0 (related paper) JCPSA-1957-26- 1309 (mechanism)

APPLA- 1966-8-237 (mechanism)

NATUA-1970-226-845 (mechanism)

JPCHA- 1 960-64- 1 648 (mechanism)

S - S02

+ S03 (overall)

Semenof f and Rjabinin

6, M - S0,

Norrish and Rideal

Norrish and Rideal

ZPCBA- 1928- 1- 1 92 (related paper)

JCS0A- 192 3- 12 3- 16 89

JCS0A- 192 3- 12 3- 32 0 2

M - S0. M

2 w ~~2

Kondrat'ev and Yakovleva ZETFA- 1 94 0- 1 0 - 1 0 38 (mechanism)

0, SH - 0H S0

Bradley, J. N.

Bradley and Dobson

Bradley and Dobson

McGarvey and McGrath

Norrish and Zeelenberg

Zeelenberg, A. P.

S0 ( M ) - 0 S0 2

( Bradley, J. N.

Bradley and Dobson

Bradley and Dobson

Driscoll and Warneck

Harteck and Reeves

Homann, et al

.

TFS0A-1967-63-2945 (mechanism)

JCPSA- 1967-46-2865

JCPS A- 196 7-46-2872

PRLAA- 1964-278- 49 0 (related paper) PPLAA-1957- 240-293 (related paper) SYMCA-1959-7-68 (related paper)

M)

TFS0A- 1967-

JCPSA- 1967-

JCPSA- 1967-

JPCHA- 196 8- BSCBA- 196 2- BBPCA- 1968-

63- 2945

46-2865

46-2872

72-3736

71- 682

72- 998

( rev lew )

28
6

2 S0 ( + M ) -» 6 + S6 5 { M) ( Continued ) Homann, et al

.

Levy and Merryman

Levy and Merryman

McGarvey and McGrath

Merryman and Levy

Myerson and Taylor

Norrish and Sldershaw

Norrish and Zeelenberg

Sachyan, et al.

Sheen, D . B.

Williams, D. J.

Wood and Heicklen

Zeelenberg, A. P.

l/26 2 SO ( M

)

Gaydon, et al

•

Levy and Merryman

s© 2

(

BBPCA- 1969-73-967

CBFMA- 1 96 5-9-22 9

JEP0A-1 96 5-87-3 74

PRLAA- 1964-278-49 0

JPCAA- 1 96 7- 1 7- 800

JCPS A- 195 7-26- 130 9

PRLAA- 1959-249- 49 8

PPL AA- 1 957-240-293

DKPCA- 196 7- 175-647

JCPSA- 197 0-52-648

CBFMA- 1968- 1 2- 1 65

JPCHA- 1 97 1-75- 86

1

SYMCA-1959-7-68 (related paper)

(related paper)

( mechanism

)

(related paper) (related paper)

( mechanism

)

M)

PPL AA- 1 96 3-27 6- 46

1

JEP6A- 196 5-87- 1 16

6, S6 M - S6- M

Dr i scol

I

Levy and

Levy and

Myerson

,

Nor ri sh

Wood

Wood

and Warneck

Me rryman

Me rryman

e t a I . and Oldershaw

and Heicklen

and Heicklen

JPCHA- 196 8-72- 3736

CBFMA- 1965-9-229

JEP0A- 196 5-87- 374

JCPSA- 195 7- 26- 130 9

PPLAA- 1 95 9-249-49 8

JPCHA- 1 97 1 -75- 854

JPCHA- 197 1-75-861

( mechanism

)

(related paper)

0 se, - 0 S0. 2 ""2 ~ ""3

Driscoll and Warneck JPCHA- 196 8- 72 -3736

6. S0. -» S0

Blacet, F. E. IECHA'

Dunham, S. B. NATUAGerhard and Johnstone IECHA'

Katz and Gale *IUAPZShirai, et al . KGKZAl/262 S0 2 hv — S0^ ( overall

)

Arin, et al. *GCABZChen, S. W. HHHPACoehn, A. ZEELACoehn and Becker ZEPCACox and Penkett ATENBEornfeld and Weegman ZEELAShirai, et al . KGKZASullivan, et al. NASCAse. M

Cullis, et al

.

Urone, et al.

l/2«2

Sfl 2 M - S0 3

Cox and Penkett

Cullis, et al

.

Levy and Merryman

Levy and Merryman

Merryman and Levy

Nikolov, et al.

M

1952-44-1339 (mechanism)

1960-188-51 (mechanism)

1955-47-972

1 970-CP-l

E

1962-65-1906 (mechanism)

1 96 9- RPT/GC A- TR- 69- 1 2-G

1958-24- 187

1 907-13-545

191 0-70-88

1970-4-341

1 930-36-789

1962-65- 1906

196 1- RPT/GCA- TR-61- 1 7-N

CBFMA- 196 7- 11-150

ESTHA- 1 968-2-6 1 1 (related paper)

ATENB- 197 0-4-34 1 PPLAA- 1966-29 5-72

JEP0A- 1963-85- 2 29 (review)

JEP6A- 196 5-87- 1 16

SYMCA- 197 1- 13-4 27

J APUA- 197 0-43-2 34 0

29
62

S€»3 - l/202 S0 4

Katz and Gale *IUAPZ- 1 97 O-CP- 1

E

6

2 S631 - 6 3

* S62

Tipper and Williams

l/262 S04 - 02 S03

Katz and Gale

TFS0A- 1 96 0-56- 1 80 5 (mechanism)

*TUAPZ- 197 0-CP- 1

E

0. S0, 0 S0-

0

Blacet, F • E.

Dunham, S . B.

Shlral, et al

.

2 S2 - S S0 2

Kondratjew, V. N.

IECHA-1952-44- 1339 (mechanism)

NATUA- 1960- 188-51 (mechanism)

KGKZA- 1 962-65- 1906 (mechanism)

ACPYA-1942-16-272 (mechanism)

0- S0 S0O ( Hal stead and Thrush NATUA- 1964-204-992

Halstead and Thrush CC0MA- 1 965- 2 1

3

Hal stead and Thrush PHCBA- 1 96 5-4- 1 007

Halstead and Thrush PRLAA- 1 966-295- 380

Horna tin , et al . BBPCA- 1 96 9-73- 967

McKenzle and Thrush PRLAA- 1968-308- 1 33

Met tee , H. D. JACSA- 1 968-90- 2972

01szyna and Heicklen JPCHA- 1 970-74- 4 1 88

Schot ield, R, PLSSA- 1 967- 1 5- 643

Thrush, B. A. CHMBA- 1 966-2- 287

Thrush, et al . JPCHA- 1 96 8- 72- 37 1

1

( mechanism

)

( mechanism

)

* S0 ( M ) — 0. S0, ( * II)

Halstead and Thrush

Halstead and Thrush

Halstead and Thrush

Mettee, H. D.

Scho field, K.

Thrush, B. A.

Thrush, et al

.

S0, 0

2 S03

Wilson and Levy

Wilson, et al.

0

3

* S62 - . . . Rlpperton, et al.

CC0MAPHCBAPRLAAJACSAPLSSACHMBAJPCHA196 5- 1965-

1966-

1 96 8-

1967-

1966-

1968-

213

4-1 007

295-380

90-2972

15-643

2- 287

72- 371

1

JPCAA- 1970-20-385

*APCFZ- 1 970-70- 1 1 5 (mechanism)

ACSPA-196 4- 14 7-20.R

R S02 - RS0 2

Good and Thynne Good and Thynne

TFS0 A- 196 7-63- 2708

TFS0A- 1 967-63- 272 0

PH S0. - RS0 2 H

Badcock, et

Dainton and

Sidebot torn,

Timmons, R.

Ivin

et al.

B.

JACSATFS0AJACSAPHCBA1 971

1 950-

1 97 1 1970-

93-31 1

5

46-374

93-3121

12-219

30
Rse2 - R S6.

Good and Thynne

Good and Thynne

TFSOA- 1 96 7- 63-270 8

TFSOA- 1 96 7- 63- 2720

M S M ( electronic relaxation)

Breckenridge, W. H. , Jr.

Breckenridge and Taube

Donovan, R. J.

Donovan, et al,

Donovan, et al.

Fa lr, e t al • Knight, et al.

Knight, et al.

I. own, e t a I . McGrath, et al.

DABBB- 1 969- 30- 1 063

JCPSA- 1970- 53- 1 750

TFS0A- 1969- 65- 1419

NATUA- 1969- 222 - 1 1 64

TFS0A- 1970- 66- 774

CJCHA- 1 97 1- 49- 1 659

JACSA- 1963- 85- 2349

JACSA- 196 4- 86- 4243

JACSA- 1967- 89- 1056

CJCHA- 1967- 45- 2454 ( M -» S M (energy transfer)

Fowles, et al

.

Gunning and Strausz

Sidhu, et al.

M - 1/8S M 8

Breckenridge and Taube

J ACSA- 1967-89- 1 352 (mechanism)

ADPCA- 1966-4- 1 43 ( mechanism)

J ACSA- 1966-88- 254

JCPSA- 1970-53- 1750

M - 1/8S 3

+ M

Breckenridge and Taube

S + M-S2 +M

Bodenstein, M.

Callear, A. B.

Fowles, et al.

Knight, et al

.

Knight, et al

Knight, et al

Norrish and Rideal

Porret, D.

Porter, G.

JCPSA- 1 970-53- 1 75 0

ZEPCA- 1899-29- 315 (mechanism)

PRLAA- 196 3-276-401

JACSA-1967-89- 1352

JACSA- 1963-85- 1207 (mechanism)

J AC SA-1 96 3-85-2349 (mechanism)

JACSA- 1964-86-4243 (mechanism)

JCS6A-1923- 123- 1689 (mechanism)

HCACA- 1936- 19-680 (mechanism)

DFS0A- 1 95 3-14-123 (mechanism)

S*S*M-S0 + M ( chemiexci tatiott ) Tewarson and Palmer SYMCA-1971-13-99 (mechanism)

S M -» S

,

M ( chemiexci tation

)

Fair and Thrush

Fair and Thrush

Tewarson and Palmer

Sx - yS( x + l )/y

Aynsley, et al.

SH - H + S

2

Fair and Thrush

Mlhelcic and Schindler

S02 - S2 6 2

DFS0A- 1967-44-236

TFS0A-1 969-65- 1 208

SYMCA-1971-13-99 (mechanism)

JCS0A- 1935- 58 (mechanism)

TFS0A-1969-65-

BBPCA-1970-74

Jakovleva and Kondratjew ACPYA- 1940- 1 3- Kondratjew, V. N. ACPYA- 1 94 2- 1 6-

1557

1 280

241 (mechanism)

272 (mechanism)

31
SH SH - H HS 2

Fowles, et al. JACSA-1967-89- 1 35 2 (mechanism)

SH - H,

Darwent, B. deB, DFS0A-1953-

Darwent and Roberts PRLAA-1953-

Darwent, et al. JPCHA-1967-

Dzantiev and Shishkov KRVKA-1967-

Fair and Thrush TFS0A-1969-

Fowles, et al. JACSA-1967-

Gunning and Strausz ADPCA-1966-

Mihelcic and Schindler BBPCA-1970-

Norrish and Zeelenberg PPLAA-1957-

Perner and Franken BBPCA- 1969'

Porter, G. DFS0A-1953-

Stein, N. 6. TFS0A-1933

Strausz, et al. BBPCA- 1 96 8

•14-123 (mechanism)

•216-344

•71-2346 (mechanism) 1-192

•65-1557

•89- 1352

•4-143 (mechanism) 74- 1 280

•240-293 (related paper) 73- 897

14-123 (mechanism)

•29-583 (mechanism)

•72-253

SH SH - H

2 S2

Strausz, et al. BBPCA- 196 8-72-2 53

SH SH - H2 S S

Darwent, B. deB.

Darwent and Roberts

Darwent, et a I

.

Dzantiev and Shishkov

Fair and Thrush

Forbes, et al.

Fowles, et al.

Mihelcic and Schindler

Porter, G.

Strausz, et al.

DFS6A- 1953-

PRLAA-195 3- JPCHA- 1 967-

KHVKA- 1967-

TFS0A-1969-

JACSA-1938-

JACSA- 1967-

BBPCA- 1970-

DFS0A-1953-

BBPCA- 1968-

14-123 (mechanism)

216-344

71- 2346 (mechanism)

1-192

65-1557

60- 1 431

89- 1352

74- 1280

14- 1 23

72- 253

( mec hanism

)

( mechanism

)

SH SH - H2 S 2

Forbes, et al.

Fowles, et al.

J ACS A- 193 8-60- 1431

J ACS A- 1967-89- 1 352

( mechanism

)

SH SH - H2 S

?

Majerik, J. W.

Perner and Franken

DABEB-1970-

BBPCA-1969-

31-555

73-897 ( calculation

S0 hv -» 0 * s Kornfeld and McCaig

Wieland, K.

TFS0A-1934-3Q-991 (mechanism)

TFS0A-1 934-30-260 (mechanism)

S6 M* -- S0* M (energy transfer)

Breckenridge and Miller

Carrington, et al.

ACSRA- 1 97 1 -1 62 -Phys . Chem. 87

TFS0A- 1 966-62- 2994

S6 M - S0 M (energy transfer)

Tewarson and Palmer SYMCA-1971-13-99 (mechanism)

S0 S0 - S S0.

Donovan, et al

.

Halstead and Thrush

Hal stead and Thrush

Hoyermann, et al.

Sullivan and Warneck

Tewarson and Palmer

TFS0A- 196 9-65- 2930

PHCBA-196 5-4- 1 0 07

PRLAA- 1966-295-363

BBPCA- 1 967-71-60 3

BBPCA- 1965-69-7

SYMCA- 197 1-13-99 ( mechanism

)
S0 S0 - S

2 02

Jakovleva and Kondratjew ACPYAMarkovich and Emanuel ZFKHANorrish and Olciershaw PRLAANorrish and Zeelenberg PRLAAZeelenberg, A. P. SYMCA1940-13-241 (mechanism)

1947-21-1251 (mechanism)

1959-249-498 (related paper) 1957-240-293 (related paper) 1959-7-68 (related paper)

S6 se> 2 - S * so3

Bauer, et al.

Kornfeld and McCaig

SYMCA- 197 1-13- 417 (mechanism)

TFS0A-1934-3O-991 (mechanism)

S0 S0- S6 2 S02

Hal stead and Thrush

Norrish and 0ldershaw

PHCBA-1965-4- 1007

PR LAA- 1 95 9-249-498 (related paper)

S0 2 - 0 S0

Driscoll and Warneck JPCHA-1 96 8-72-3736

S0 2 - 0

2 S

Driscoll and Warneck JPCFA- 1 96 8- 72-3736

S0. S0 2

Badcock

Bradley

Caton a Coll i er

Douglas

Fl etche

Ger lov

i

Greenou

Hal stea

Hal stea

Hal stea

LePre to

Levitt

Levitt

McK enzi

Met tee

,

Met tee

,

Nor r i sh

0kuda

,

0t suka

Pao and

Rao, et

Pao, et

Reeves

Rolf es,

Sidebot

Sidebo

t

Strickl

Thrush,

Timmons

, et

and

nd D

, e t

, A.

r an

n an

gh a d an

d an

d an

n , e and

and

e an

H.

H.

and

e t a and

Cal

al • al.

and

et

torn,

torn,

er a

B.

R.

hv

al.

Dobson

unc an

al.

E.

d Levitt

d 0rlova

nd Duncan

d Thrush

d Thrush

d Thrush

t al.

She en

She en

d Thrush

D.

D.

Zeelenberg

I.

Calvert

ve r t

Eme rson

al.

e t al

.

et al.

nd Howell

A.

B.

JACSAJCPSAJACSAJACSAJCPSATFS0A0PSUAJACSAPHCBAPRLAA"

PRLAAJCPSAJCPSATFS0AFRLAAJACSAJCPSAPRLAAJPCHAJACSAJPCHAJACSAJACSAJCPSAJPCHAJACSAJACSAJCPSACHMBAPHCBA1971 - 1967-

1 96 8-

1 970-

1 966-

1969-

1 964-

1 96 1

• 1 965-

1966-

1966-

197 1- 196 4- 1967-

1968-

1 96 8-

196 8- 1957-

1969-

197 1- 1970-

1 969-

1 96 9-

1970-

1 965-

197 1- 197 1-

1 968-

196 6-

1970-

3 ( mechanism

)

0

93-31 1

5

47- 1 555

90-1945

92- 217

45- 1 007

65-1544 (mechanism)

16-9

83-555

4- 1 007

295-36

295-38

55- 2940

41- 584

63-540

308-133

90- 2972

49- 1 784

240-293

73- 4412

93- 2581

74- 681

91- 1609

91- 161

6

52-2161

69- 849

93-2587

93-3121

49- 1947

2-287

12-219 ( me c h an ism)

(related paper)

( mechanism

)

( mechanism)

S0, hv - 0 S0

Driscoll and Warneck JPCHAHerman, et al . JQSRA- Jakovleva and Kondratjew ACPYAKornfeld and McCaig TFS0ANorrish and 0ldershaw PRLAASullivan, et al. NASCAWi^land, K. TFS0A1968-72° 3736

1962-2-215 (mechanism)

1940-13- 241

1934-30-991 (mechanism)

1959-249-498 (related paper)

196 1 -N62- 1591 8 (mechanism)

1934-30-260 (mechanism)

33
S0, hv - S0.

Dr iscoll and Warneck

Sullivan, et al.

S0 2 M - 0 S0 M

Keck and Kalelkar

Levitt and Sheen

Cllschewski, et al.

Troe and Wagner

JPCHA-1 96 8-72-3 736

NASCA-1961-N62-1591 8 ( mechan ism

)

*AVEVZ- 1968-289 (calculation)

TFS0A- 1 96 7-63-2955

ZPCFA-196 5-44- 173

3BPCA- 1967-71 -937

S0, M - 0 S0 M

Levitt and Sheen TFS0A-1 96 7-63-54 0

S0. M S0,* M ( electronic excitation)

Gaydon, et al.

LeBreton, et al.

PPLAA- 1963-276-46 1 JCPSA-1 9 7 1-55- 294 0

S0. — S0^ M ( electronic relaxation)

Badcock, et al.

O'Brien and Myers

JACSA- 1971 -93-31 1

5

JCPSA-1 970-53-3832

S6 2 M* - S6 2* M (energy transfer)

Tewarson and Palmer SYMCA-1971-13-99 (mechanism)

S0 M

Badcoc

Coll ie

Dainto

Dainto

Dr isco

Fl etch

Greeno

Hal ste

Hal ste

Hal ste

Jackso

Levitt

Levitt

McKenz

Me t tee

Met tee

0kuda

,

01 sche

0t suka

Pao an

Pao , e Rao, e Rolf es

Shi rai

Sidebo

Sidebo

Strick

Thrush

Timmon

-» S0 2

* M (electronic relaxation)

k, et al

r , et a

I

n and Iv

n and Iv

11 and W

er and L

ugh a nd

ad and T

ad and T

ad and T

n and Ca

and She

and She

ie and T

, H. D.

, H. D.

e t al,

wski , e t

and Cal

d Calver

t al.

t al .

, et al.

, e t al . 1 1 ora , e t

ttom, et

ler and

, B. A.

s, P. B.

in

in

arneck

ev it t

Duncan

hrush

hrush

hrush

1 vert

en

en

hrush

al

.

vert

t

al.

al.

Howell

JACSAJACSATFS0ATFS0AJPCHATFS0AJACSAPHCBAPRLAAPRLAAJACSAJCPSATFS0APRLAAJCPSAJPCHAJPCHAZPCFAJACSAJPCHAJACSAJACSAJPCHAKGKZAJACSAJACSAJCPSACHMBAPHCBA1971

1 970-

1 950-

1950-

1 96 8-

1969-

196 1- 196 5- 1966-

1966-

197 1- 1964-

1967-

1968-

1968-

1969-

1969-

196 5- 197 1- 1970-

1 969-

1969-

1 965-

1962-

1 97 1- 197 1- 1968-

1966-

1970-

93-

92-

46-

46-

72-

65-

83-

4- 1 295

295

93-

41-

63-

308

49-

73-

73-

44-

93-

74-

91 - 91-

69-

65-

93-

93-

49-

2- 2

12-

31 1 217

374

382

3 73

1 54

555

007

-36

-38

259

584

540

-13

1 78

107

441

173

258

681

160

161

849

1 90

258

312

194

87

219

4 (mechanism)

3 (mechanism)

0

3

3

4

12

19

6

( mechanism

)

6 (mechanism)

7

17

S0 M -» S0 2 M (vibrational relaxation)

Bass, et al.

Bauer, et al.

Cottrell and McCoubrey

JCPSA-1 97 1-54-644

SYMCA- 197 1-13-417

B00KA-1 961 -97 (review)

34
S0-p* * M — S0 ? M (vibrational relaxation) ( Continued > Dickens and Linnett PRLAA- 1957-243- 84 (calculation)

Fricke, E. F. JASMA- 1940-12-245

Grossmann, E. ANPYA- 1 932- 1 3-681

Herzfeld and Litovitz B00KA- 1 959-253 (review)

Kneser, H. 0. ANPYA- 1 933 - 1 6- 337

Lambert and Salter PRLAA- 1 958-243 - 78

McCoubrey, et al . PPLAA- 1 96 1 - 26 4- 299

Petralia, S. NUCI A- 1 952-9- 8 1

8

Richards and Reid JCPSA- 1 934- 2- 1 93

Schweikert, G. ANPY A- 1 9 1 5- 48- 593

Shields, F. D. JCPSA- 1 96 7- 46- 1 06

3

Shields and Anderson JCPSA- 1 97 1 - 55- 2636

S0 2* M - S0 2 M* (energy transfer)

Levitt and Sheen TFS0A- 1 96 5-61 - 2404

Rao, et al. J ACSA- 1 96 9-9 1 - 1 609

Sidebottom, et al. JACSA- 1 97 1 -93- 2587

sa 2 S0 2 * - se se» 3

Badcock, et al. JACSA- 1 97 1 -93-3 1 1

5

Driscoll and Warneck JPCHA- 1 96 8-72 - 3 736

Gaydon, et al . PRLAA- 1 96 3-276-46

1

Jackson and Calvert JACSA- 1 97 1 -93- 2593

Jakovleva and Kondratjew ACPYA- 1 94 0- 1 3- 241

0kuda, et al. JPCHA- 1969-73- 441

2

eischewski, et al. ZPCFA- 1 96 5- 44- 1 73

Gtsuka and Calvert JACSA- 197 1-93- 2581

Sidebottom, et al. JACSA- 1 97 1 -93- 2587

Sullivan, et al. NASCA- 1 96 1 -N6 2- 1 591 8 (mechanism)

50 2S<9 4 - S03

S<3 3

Shirai, et al. KGKZA- 1 96 2- 65- 1 90 6 (mechanism)

50 3 hv - 0 S02

Norrish and 0ldershaw PRLAA- 1 959- 249- 498 (related paper)

S0 3 hv - 0

2 S0

Norrish and 0ldershaw PRLAA- 1 959-249- 498

S0 3

* hv - l/20 2* S0 2

Coehn, A. ZEELA- 1 90 7- 1 3- 545

Coehn and Becker ZEPCA- 1 91 0- 70- 88

S0 3 M - 0 S0 2 M

Nettleton and Stirling SYMCA- 1969- 1 2- 635

S0 3 * ( M ) - 0 S02

( M

)

Jaffe and Klein TFS0A- 1966-62-21 50

S0 3 M - 0

2 S0 M

Gaydon, et al . PPLAA- 196 3-276-461 (mechanism)

S03 M - l/202 S0 2

+ M

Hedley, A. B. FUSJA- 1 96 2- 1 3- 45

Hedley, A. B. *PTCFZ- 1963-204

Levy and Merryman JEP0A- 1 96 5- 87- 1 1

6

Vi tukhnovskaya and Belyanskaya JAPUA- 1960-33- 2397

35
S0- M — S6 3 M ( electronic relaxation)

Jaffe and Klein

Tipper and Williams

TFS0A- 1966-62-2150

TFS6A- 1 960-56- 1 805 (mechanism)

S6 4 - 0

2 S0.

Katz and Gale

S,

ttIUAPZ-1 97 0-CP- 1

E

nS 2 — '2n

Bodenstein, M« ZEPCA- 1899- 29- 315 (mechanism)

Breckenridge and Taube JCSA- 1970- 53- 1 750

Gunning and Strausz ADPCA- 1966- 4- 1 43 (mechanism)

Knight, e t al . JACSA- 1963- 85- 1207 (mechanism)

Knight, et al . JACSA- 1963- 85- 2349 (mechanism)

Knight, e t al

.

JACSA- 196 4- 86- 4243 (mechanism)

Porre t

,

D. HCACA- 1936- 19- 680 (mechanism)

Porter, G. PPLAA- 1950- 200 -284

St rausz and Gunning JACSA- 1962- 84- 4080

Wright, F. J. JPCHA- 196 0- 64- 1 648 - s. hv

Durand, E.

Fair and Thrush

Fair and Thrush

JCPSA-1940-8-46

DFS0A-1 967-44-236

TFS6A- 1 96 9-65 - 1 2 08

M 3

Bodenstein, M«

Norrish and Rldeal

ZEPCA-1899-29-315 (mechanism)

JCS0A- 1923- 123- 1689 (mechanism)

S

2 M -* S

2 M (electronic relaxation)

Basco and Pearson

Donovan, et al

.

Fair and Thrush

Fair and Thrush

TFS0A-196 7-63-2684

NATU A- 1969-222-1 164

DFS0A- 1967-44-236

TFS0A-1 96 9-65-1 2 08

M -» S

2 M (vibrational relaxation)

Durand, E.

,* M - S

2

+ Fowles, et al

.

Tewarso n and Palmer

JCPSA-1940-8-46

(energy transfer)

JACSA- 1967-89- 1 35 2

SYMCA-1971-13-99 (mechanism)

* S2 M - M

Callear, A, B.

Fowles, et al

Majerlk, J. W.

Norrish and Pideal

Norrish and Rideal

s

2 0

2 S0.

s2 0

2

Myerson, et al,

hv - S0 S0

Zeelenberg, A. P.

PPL AA- 196 3-276- 401

JACSA- 196 7-89- 135 2

DABBB- 1970-31 - 555

JCS0A- 1923- 123- 1689 (mechanism)

JC30A- 1923- 123-3202

JCPSA- 1957-26- 1 309 (mechanism)

SYMCA- 1959-7-68 (related paper)

36
S

4 M - S

2 S2 M

Norrish and Rlcfeal

Norrish and Rideal

M - S«

Norrish and

Norrish and

S8 M - S4

Norrish and

Norrish and

M

P ideal

Rideal

S 4 M

Rideal

Rideal

JCS0A- 1923-123-1689 (mechanism)

JCS0A-1923-123-32O2 (mechanism)

JCS0A- 1923- 123- 1689 (mechanism)

JCS0A- 1923- 123-3202 (mechanism)

JCS0A- 1923-123- 1689 (mechanism)

JCS6A-1923-123-3202 (mechanism)

ITI(h). REVIEWS

Bufalini, M.

Cottrell and McCoubrey

Gunning and Strausz

Herzfeld and Litovltz

E STHA- 1971-5-685

B06KA- 196 1-97

ADPCA- 1966-4- 1 43

B60KA-1959-253

37

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62
form NBS-U4A (1-7D

U.S. DEPT. OF COMM. BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO. NBS SP-3622. Gov't Accession No.

3. Recipient's Accession No.

A* • TTTT 111 LCP i\AMnIN LJ OUDUl •nIIRTTTIL.CP Chemical Kinetics in the C-O-S and H-N-O-S Systems:

A Bibliography - 1899 through June 1971

5. Publication Date April 1972

6» Performing Or^miziit i on Code

7. AUTHOR(S)

Francis Westley

8. Performing Organization

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

10. Project/Task/ Work Unit No.

11. Contract/Grant No.

12. Sponsoring Organization Name and Address Office of Standard Reference Data NBS

Naval Ordnance Systems Command Washington D.C.

13. Type of Report & Period Covered Final

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.)

A bibliography, a reaction oriented list of references, is provided for

published papers and reports containing rate data for reactions of COS,

C0S

2

, CS, CS

2 , CS

3 , D

£

S, H

2

S, H S

2 , HS02

, S, SH, SO, S0

2 , S0

3 , S0

4 , S

2

, S 2°2' S4'

S

6 3nd S8 With 6aCh other and with 00

> G0

2> D

> D

2> H> R

2> H2°'

N, N

2 , N20, N20

5

, NO, N0

2 , N03

, NOS, 0, OH, 0

2 , 0

3

, R and RH. Three

lists of critical reviews dealing with the above reactions are included.

317 papers covering 240 reactions are listed. The period covered extends

from 1899 through June 1971.

17. KEY WORDS (Alphabetical order, separated by semicolons)

Bibliography; carbon oxysulfides; carbon sulfides; chemical kinetics; gas phase;

hydrogen; nitrogen; nitrogen oxides; oxygen; sulfur; sulfur hydrides; sulfur oxides.

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69

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