REFERENCE

\ UNITED STATES ^«

lEPARTMENT .,

, nat;l.. inst, ,of„stand,&, tech ;OMMER(

>UBLICATIC NBS SPECIAL PUBLICATION 3 7

1

ations

U.S.

EPARTMENT

OF

COMMERCE

National

A Supplementary

Bibliography of Kinetic Data

on Gas Phase Reactions of

Nitrogen, Oxygen, and

Nitrogen Oxides

A Supplementary Bibliography of Kinetic

Data on Gas Phase Reactions of

Nitrogen, Oxygen, and Nitrogen Oxides

Francis Westley

Chemical Kinetics Information Center

Institute for Materials Research

Ij^. National Bureau of Standards

' Washington, D.C. 20234

This work was supported by the NBS Office of Standard Reference Data

/ -

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

NATIONAL BUREAU OF STANDARDS, Richard W. Roberts, Direcior

Issued February 1973
Library of Congress Catalog Card Number: 72-600272

National Bureau of Standards Special Publication 371

Nat. Bur. Stand. (U.S.), Spec. Publ. 371, 92 pages (Feb. 1973)

CODEN: XNBSAV

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

Price $1.25 domestic postpaid or $1.00 G.P.O. Bookstore.
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 OflBce 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 Ofiice of Standard Reference Data, National Bureau of Standards, Washington, DC 20234.

David R. Lide, Jr., Chief

Ofl&ce of Standard Reference Data

iii
TABLE 0F CONTENTS

In'trootuc't ion i

Guidelines for the user .•.•.•••.••..••••«•••...«.•.•• . 3

Journal and report codes

Part I (a). Reactions involving N and 6 species.

N M* — N* M (energy transfer).,. 10

N* M - N M 10

N* M N M* (energy t ransfe r )................ 10

N N - 10

N N M- M 10

N N M— N2 M* 10

N N M - N^* M 10

N N M-N2 M hv iQ

N - N6 10

N N0 - e> 10

N N0 - €> 11

N N6*' -* N2 6* 11

N N02 - ^2 0 0 11

N - 1*2* 02 11

N N02 - N20 0 11

N N02 - N0 N0* 11

N 0 M— N0 M 11

N 0 M - N0 M* 11

N 0 M - N0* M • • 11

N 0* M — N0* M 11

N ©2 - 0 II

N 02 - N0* 0 11

N 03 - N0 02 11

N2* - N2 hv 12 - hv 12

N2* M - N N M 13

N2 M — N2* M (electronic excitation) 13

N2 * M — N2* M (vibrational excitation) 13

M* — N2* M (energy transfer) 13

it it -B- M. N2 M -» M (energy transfer) 14

N2* M N2 * M (electronic relaxat ion ). 14

N2* M - N2 M (rotational relaxation) 15

N2* M — M ( translatlonal relaxat ion )...... 13

iv
M - N2 M (vibrational relaxation) 15

Ng* M - M* (energy transfer) 16

M N2 * M (electronic transition).......

M * M (energy transfer ) . 17

Ng** M — M (electronic transition) 17

N2 0- N N0 17

N2 - N2ei hv 17

N2 0 M - NgO M 17

4N26 - 3N2 2N6 62 (overall) 17

N26 - N2 e>* 18

N26* -N2 <S> 18

N2O* - U^e * hv 18

NgCl hv — N N6 18

hv — N Nd* 18

N2Ci hv - N* N6 18

N2<Si hv - 6 18

N2O hv - N2 6* 18

N2e> hv - N2* 6 18

H^Q M* — N N6 M 19

N20 M* - N N6* M 19

N2CI M - I/2N2 NO M (overall) I9

N2O M- N2 0 M 19

n^e M* — N2 0 M 19

N20 M* — N2 0* M 19

N26 M - N2 1/202 * M (overall) I9

M - NgO* M (vibrational excitation) 19

M* — NgQ* M (energy transfer) 19

N20* M — M (vibrational relaxation) 19

N20* M - N20 M* (energy transfer) 20

N26 N0 — N2 •• 20

N20 N62 - N2 N6 02 • 20

N20 0 - N2 02* 20

N20 0 - N0 N0* 20

N20 0* - N N02 20

N20 0 - N2 02 20

N20 0* - N2 02 20

Np0 0 - N0 N0 21

V
li^e 6* — N6 N6 21

^2^ * ^2* -* ^2 * ^^3 21

^2^3* M -» ^2^3 * (vibrational relaxat ion ) . • • . 21

^2^4* ^^2 * ^^2 21

M - M 21

NgO^*" M — N2€>4 M (vibrational relaxat ion ) . . . . 21

N2O4 6* - N203 63 21

^2^4 6* - N0 * ^2 22

N2«5* ^2^A * ^ • 22

N265* - N62 Ni33 22 ^2^5 * '* NO2 * N02 * I/2O2 (overall) 22 N205 M ^2^5* * M (vibrational exc it at i on ) • . . . 22

N265* M - N205 M (electronic relaxation) 22

N2ei5* 2il — N205** * M (electronic tr ansi tion ) . . , 22

N205*' M — N02 * N6^ M 22

^2^5 * ^2^5 "* *N02 *~^2 Coverall) 22

^2^5 * N0 - N02 * N02 * N62 (overall) 22

^2^5 * ^^2 * ~* 3N62 * 1/202 (overall) 22

N205 0 - N204 02 22

^2^5 * <3>* - - 22

N0* - N 0 23

N0* - N0 hv 23

N0** — N0* hv 23

N0 M N0*" M (vibrational excitation) 23

N0 M* -• N0* M (energy transfer),.. 24

N0* M -• N0 M (electronic relaxation) 24

N0* M - N0 M (rotational relaxation) 24

N0* M -• N0 M (vibrational relaxation).. 24

N0* M - N0 M* (energy transfer) 24

N0** M - N0* M (electronic transition) 25

N0** M — N0* M* (vibration-vibration

resonant exchange )........ ..or

N0 N0 - N N0^ t 2 25 N0 N0 - 02 25

N0 N6* -» N2 02 25

N0 N0 - N20 0 25

N0 N0* - N20 0 25

N0 N0 02 — N02 * N02 25

N0 N02 - N203 25

N0 N02 N0 N02 ( exchange ) 25

vi
N6 N0-3 - 25

Nd 6 hv 25

N6 d M — * M 26

N6 6 M - M* 26

NO 63 - * ^2 26

N6 63 - N62* e»2 26

N02* - N 02 26

N62* — N62 * 26

N02 * - NQ 6 26

N62 * - N0 0* 26

N62 hv - N0 I/2O2 (overall) 26

N02 M - N0 0 M....- 26

N02 * "* N02* * M (energy transfer )...••...... . 27

N02* * M -* N02 * (electronic relaxation ).•...• . 27

N02* M — N02 M (vibrational relaxation) 27

N02* M N02 * M* (energy transfer)..... 27

N02 N02 - N0 N0 02 27

N02 * N0 2 — N0 N03 27

N02 N02 - N02 * N02 (exchange) 27

N02 N02 ^20^* 27

N02 * * ^2*^4 * ^ 27

N02 N03* - N0 N02 02 27

N02 N03 M - N205 * M 27

N02 0 - N0 02 27

N02 0 - N0 02* 28

N02 0* - N0 02 28

N02 0 M — N03 M 28

NCg 0 M — N03 M* 28

N02 * ^3 - N03 02 28

N03 N03 - N02 * N02 02 (overall) 28

N03* M - N03 M 28

Part I < b ) • Reviews 28

Part 11(a). Reactions involving 0 speci es ........... . 29

0*( ) - 0( ^P ) hv 29

0*( ^ S ) - 0( ^P ) hv 29

0*(^S°) - 0(-^P) hv 29

0*(^S°) - 0(^P) hv 29

0**( ^ S ) - 0*( ) hv 29

0(^P) M* - 0*(^D) M (electronic

energy transfe r ) ....... . 29

vii
M* - Og^Cb^Kg*, V = 2) 29

6(^P) M* - 6*(*S) M (electronic

energy transfer )•.••••. .29

M* =- Ng^CA-^E^* ) 29

e*(^D) M — 0( ) M (electronic r elaxation ) . . , 29

e*( ^ S ) M — 0<-^P) M (electronic relaxati on ) . . . 30

6*(^D) M -» 0(^P) M* (electronic

energy transfer )...,.,, 30

M* - e>2*(alAg) 30

M* - 62*(blEg*)

30

e>*( ) M — 6( ^P ) M* ( electronic-vibrat ional

energy t ransfer )••••••••.. 31

M* - N2*(xli:g*. V > 0) 31

M* « 02*(X^Eg", V > 0) 31

0*(^S) M — e( "^P ) M* (electronic

energy transfer )•••...•••• 31

M* - N2*(?). « 31

M* = e^i a^Ag) 31

M* « 31

6*( ^ S ) M — 6(-^P) M* ( electronic-vibrational

energy transfer )•...•.••.• 31

M* - N2*(X^Eg*, V > 0) 31

0**( ^S) M - 6*( ^D) M (electronic

trans it i on )....*.....**.*.31

ctronic energy

t ransf er )...• 31

M* * N2*(?) 31

M* - 6*( ) 21

M* « 62*^*^^g^ 32

M* - 0p*(b^z:„*) 32

0**<^S) 6(^P) - 6*(^D) 0*(^D) (electronic

energy transfer )•••.••..•• 32

32 0*6*M-02* ^ 32

'^"r lit: .VI- 1» 11 '2 » * "-^ » ^"2 » '^2

'2 ' ^^6

e**(^S) M -» 6*(^D) M* (electronic energy

0 0- 02 hv 32

0 0 U — 02 M*.. 32

•It -t JJ. ^ Jt JJ. JL M - Ar , C02 , He , Kr , , Np0 , 0*. 02*, SF^*, Xe* 32

M* « CN* 32

M* - Na* 32

M* - 0*( ^S) 32

0(-^P) 0( -^P ) M - 0^*(a^A ) M 32

0(^P) 0(^P) M - 02*(b*i;g* ) M 32

viii
6(^P) 0(^P) M - e^^i A^^^* ) * M 32

6(^P) d(^P) M - 62*( B-^E^' ) M 32

e*0*M — *M*hv (overall) 32

6 6^ — 6 02 (exchange) 32

e*(^D) 62<^^^g'> - <^3<^A> * 0 02 M - 03 M 33

0 02 * - ^3 * 33

M* = Ar , C02 » He*, N2 , ^2 » ^3 33

0*(^D) 62( X^Sg* ) M - 03(^A) M 33

0*(^D) €»3<^A) - 0(^P) 0(^P) 02(X-^2:g*) 33

ef 03 - 62 02 33

0(^P) 03(^A) - 02(X-^i:g", V « 0)

02*(X^i:g', V > 0) 33

0(^P) C>3(^A) - 02(X^Eg') 02*(b^2:g*) 33

0('^P) 03(^A) - 02*(X-^S:g", V > 0) 02*(a^Ag).. 33

0(^P) <33<^A) - 02*(a^Ag) 02*(a^Ag) 33

0(^P) 0,(^A) -* 05*(b^E„*) 0„*(b^i:„*) 33

jl H ^ e S

0"( D) e'3(^A) - 02(X^Eg') 02(X^Eg") 34

0*(^D) 0^(^A) - 0,(X^E„") 0^*(?) 3 2 g 2

(vibrational, or el ectro nic ) • • • • 34

0*(^D) 03(^A) - 02*(X-^Eg*, V > 0)

^ €»2*<^%*' V > 0) 34

02*(a Ag) --O^CX^Eg-)..... 34

05*(a*A„) 2 g - 05(X-^E„') 2 hv 34 g

02*(b^Eg*) - 62(X^Eg") hv 34

02^a3i:^*) - 02(x3Eg-) * hv 34

62*(B^i:^-) - e^ix^i:^-) * hv 35

02**(blEg*) - 02*(alAg) * hv 35

02*( a^Ag) A - [e>2-A] 35

02*(bl2:g*) - [62-A] 35

02 hv — 0 0 35

02 M— 0 0 M 35

02*(B^E^') M - 0(^P) 0(^P) M .35

02 M-»0*0 M (vibrational dissociation)... 35

05( X^Z;„* ) M - €}5*(a^A ) M (electronic 2 g 2 g

exc itat ion )••..•.•••. 33

ix
6p M - * M (rotational excitation) 35

02 * M - ^2* * (vibrational excitation) 36

X-^E„" ) M* - 6^*(a^A„) M (electronic 2 g 2 g

energy transfer)....., 35

M* - ( CH3)2C-C( CH3 )2*( Tj ) 35

M* « C^H5CH6*( Tj ) 36

" ^e^e^^Tj ) 36

M* - CqH^N2*(Tj) ( Quinoxaline ) 35

M* =» CjqHq*(Tj) (Naphthalene) 35

M* - N*(2d)

M* - N02* 36

M* - 6*( ) 36

M* - €>*( ) 36

M* =- RH*(Tj) (Organic Donor) 36

X^T: *) M* - 6,*(b^2:„*) M (electronic

energy transfer )....... . 35

M* - C^H^*(Sj, or Tj) 36

M* =- ^10^8*^^!^ (Naphthalene) 36

M* = N*( ) 36

M* - e*( ^D) 37

M* - 6*( ^S) 37

0o( X^S ") M* - 6^*(c^E *) M (electronic 2 g 2 u

ene rgy transfer ). 37

M* - Hg*(6-^Pj ) 37

6_( X"^E ") M* - 6o*( fi-^E ") M (electronic 2 g 2 u

energy transfer )••.......... 37

M* - C02*< ^B2, or ^B^} 37

M* - N2*( ) 37

eJp( x-^s„~ ) M* - 0p*(X'^i:„', V >o ) M

^ g s

( electronic -vibrati onal energy transfer)..... 37

M* - 6*( ) 37

62 * M* -• €>2* * (vibrational energy

transfer )... 37

6o*<a^A„) M - e^iX^j:'} * M 2 g 2 g

( electronic relaxation )..... ..*••.. 37

eo*(b^S *) M - X^E ") M (electronic 2 g 2 grelaxati on )...... 38

05*(c*E, ") M - 6p(X^i:„") M (electronic

r elaxat ion )•....«.••••••• • 38

X
d2*(A"^E^*) M - e^{X^^^' } * M (electronic

r elaxat ion )..•••••••..••• • 39

6^*iB^i: ') M - eip(X^E„") M (electronic

r elaxat ion )•.••...•.••••• • 39

Cfg* M 02 * (rotational relaxation) 39

M -• 62 * M ( translational rel axat ion ) . • • • . . 39

62* M C<2 * ^ (vibrational relaxation) 39

6o*(a^A ) M - 6o(X^S ' ) M* (electronic 2 g 2 g

energy transfer )•••••...•• 41

M* « N62* 41

6o*<b^E *) M - e^iX^E " ) M* (electronic 2 g 2 g

energy transfer )•••••••••••• 41

M* - N2* 41

M* - N02* 41

M* « 6*( ) 41

0^*(c^E, ") M - e^KX-^E^') M* (electronic 2 u 2 g

energy transfer )•••••••.•••. 41

M* - C3F^*(Tj ) 41

M* - Hg*( 6^Pj ) 41

0^*(B^i;„") M - e^iX^i:'} * M* (electronic 2 u 2 g

energy transfer )••..•••••••• 41

M* - C02*<^B2, or ^B^} 41

02* M - 02 * M* (vibrational

energy transf er ) • • • • • 41

05*(a^A„) M* - 0„**(b^2:„*) M 2 g 2 g (electronic energy transfer )••••••• • 42

24* - I*<^Pi/2> 42

0p**(b^E„ ) M 0^ (a^A„) M (electronic

transition ).••••••••••...• 42

02(X^Eg*) 02*(c^E^') - 0(^P) <33(^A) 42

02*<a^Ag) 02*(a^Ag) - 02( X^E^' ) 02**(blEg*)

(electronic energy transfer).. 42

0p*(a^A„) 0^*<a^A„) 0^(X-^E„") ^ S ^ g ^ g

02( X'^^g" ) * *»v 42

0p*(a^A„) 0,**(b^E„*) - 0,(X^E ~)

g 2 g 2 g

e^i X^E„" ) hv 42

0^*(b^E„*) 0,*(b^E„*) - 0„(X^E ')

2 g 2 g 2 g

02 (X^Eg") hv 42

xi
63* -* 0 62 42

^3 * - 6 02 • 42

03(^A) hv -» &i^P) * e^^ity^i:^* ) 43

63(^A) hv - 6*(*D) 62(X^Sg") 43

63(^A) hv - e*(^D) 62*( a^Ag ). . . . 43

03(^A) hv - a*(^D) 62*(b^2:g*) 43

63 M— 0 02 M 43

03 M* - 0 02 M , 43

M* « C0*, C02*, C0S*, CS*, ^2*' ^3*»

S0*, or S02* 43

M* - N2*(X^Sg*, v>4) 43

M* - 0*( ) 43

M* - 02*(X^i;g, V > 6) 43

M* - 02*(alAg) 43

M* - 02*(b*Eg* ) 44

03(^A) M* - 0(^P) 02*(a^Ag) M 44

M* " 02*(X"^z;g', V ^ 25) 44

03(^A) M* - 0*(^D) 02( X-^Eg' ) M 44

M* - 02*(?) 44

03 M — 03* M (vibrational excitation) 44

©3* M — 03 M (vibrational relaxation) 44

Part 11(b). Reviews 44

Part III. Author list of references . 45

xii
A SUPPLEMENTARY BIBLIOGRAPHY OF KINETIC DATA

ON GAS PHASE REACTIONS OF NITROGEN,

OXYGEN, AND NITROGEN OXIDES *

FRANCIS WESTLEY

A bibliography, a reaction orien-ted lis*

of references supplementing NBS publication

C6M-71-00841 ( NBS-0SRDB-71 -2, August 1971), is

provided for published papers and reports

containing rate data for reactions of N, N2 * ^3

N26, N263, N2€>^, N6, N62, N63, N6^,

6, ©2 and 6^ with each other. It includes an

extensive list of papers dealing with production

and reactions of molecular oxygen in excited

singlet states (a^A , b^E *, c^E ). In addition,

g g u

two lists of critical reviews dealing with the

above reactions are included. About 50 0 papers

are listed. The period covered extends from

1900 through January 1972.

Key words: Bibliography; chemical kinetics; excited state; gas phase; nitrogen atom; nitrogen mo lecule ;. nitrogen oxides; oxygen

atom; oxygen molecule; ozone.

INTPeDUCT I6N

Less than one year ago - August 1971 - the 6ffice of

Standard T?eference Data published a bibliography with the

same title as the present one: "A Bibliography of Kinetic

Data on Gas Phase Reactions of Nitrogen, Qxygen and Nitrogen

6xides", ( C0M-71 -00841 , NBS-6SRDB-71 -2 ). The period covered

by this previous bibliography extended from 1900 through

January 1971. In its introduction it was pointed out that,

although the coverage of purely chemical reactions was

extensive, this was not quite so with papers dealing with

production and reactions of excited species of the N - 6

system. Moreover, the reactions of molecular oxygen in

excited singlet states ( a^A , and b^E *), so important in

the fields of pollution and atmospheric chemistry, were

completely omitted.

This publication 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. as part of a program to provide information and data on rates of chemical

react ions

1
The present supplement redeems our pledge made at the end of the

introduction to the previous bibliography^ namely that: "it is our plan

to prepare a separate bibliography on the production and reactions of

excited species of the N - 0 system."

However^ from January 1971 until today an important number of

papers dealing with purely chemical reactions of the N - 0 system were also published. Therefore, the aim of this supplement is manifold:

1) It lists all the pertinent papers and reports on the gas

phase kinetics in the N - 0 system which appeared from

January 1971 through January 1972.

2) It lists the earlier papers dealing with the same system,

which were omitted in the 1971 bibliography. For instance,

a large number of earlier papers dealing with vibrational

and rotational relaxation of molecules in the N - 0 system,

omitted in the NBS-OSRDB-71-2 publication, are now included

in this supplement. Most of these papers are based on ultrasonic methods of measurement.

3) It lists a number of reactions dealing with N and 0 species

in excited state which were not included in the earlier

publication. The largest class belonging to this category

is the production and reactions of molecular oxygen in an excited singlet state (a^A , h^Y. and c^T. ). Its coverage,

g g

' if not exhaustive, is extensive. It includes all the papers

cited by Wayne in his review "Singlet Molecular Oxygen",

Adv. in Photochem. 7^, 311 (1969), as well as papers published

after 1969. A small number of recent papers dealing with

3 + 2 - molecular oxygen in excited triplet atate (A , and B 2^ ) is also included.

It is our plan to prepare supplements to this bibliography every

other year.

This bibliography is not the result of the effort of a single

person, but of the whole staff of Chemical Kinetics Information Center.

My thanks to all of them.

In particular, I 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.

2
GUIDELINES F0R THE USER

Arran^emen-t of the report . This bibliography is in three

parts

Part I

y

Reactions of Nitrogen and 6xygen Species,

Part I I

Reactions of 6xygen Species.

Part I I I

The combined bibliography for Parts I and II

arranged alphabetically by authors. The complete reference

citation for each article mentioned is given here.

Occasionally explanatory notes are appended. These establish

the "bibliography chain for closely related papers by the

same authors.

Parts I and II are arranged by reaction, following the

order indicated below. At the end of these parts, the two

sections Kb) and 11(b) include a short list of

critical reviews or surveys dealing with the reactions

listed in sections 1(a) and 11(a), respectively.

Ordering of chemical reactions . The bibliography lists

references to published papers and reports in which rate

data are reported for reactions of N, Ng, N^, H^^, H^^^^^

N2€>3, N2CI4, NgOg, N6, N^g, N63, N6^, 6, and 0^ with each

other. As written above, the sequence of these atoms or

molecules defines the order In which the reactions are

arranged, 1, e, : s emi alphabet leal ly, by first reactant.

Forward and reverse reactions are listed separately,

Reactants are always on the left.

Within each reaction the reactants and products are

arranged according to the same scheme: separately and

alphabetically. The general "third body", is always last.

So, equations are written:

NgCJ 6 - N^ 62 and not 6 N2e» - ^2 * ^2*

N2e' M-N2*€(*M and not M — M G Ng e3*M-6*62 M and not M 0^ - M ^2 €J

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 of two formulae or equations from left to right, with the priority order being blank, numerals, and then

letters; e.g.: N^6c- precedes N6.

Chemical symbols without asterisk ( grouna state) take

precedence over those with asterisk (excited state ).e.g:

N6p 0 - N6 6p precedes NG^ 0 — N0

3
The chemical equations of ±he 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.:

^2^5 * ^2^5 ~* *N62 «2 < overall ) N2O5 NO - * Ne2 (overall)

How to find a reaction . It 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 in

ground state, and regardless of the products. 6nly thereafter,

should the user accept, or reject a paper, according to his

own objective. As an example: Decomposition of N6. The

user should consider the reactions having on the left side:

Ne N6* N0 hv -; N6 M N6 M* -; N6* M —

N6 N6 N6 Nd* —

Display of Chemical Reactions and Forimulae. ( a ) , Gene ra I

Most of the reactions listed in parts I and II show a chemical

change. Some of these show a photolytic, chemilumi nescen t or

energy transfer process that occurs simultaneously with the

chemical change. In addition, there is an important number

of reactions that are simply collisional energy transfer or

photo -excitation processes.

An excited species is indicated by an asterisk placed

between the symbol of the species and the bracket including

its electronic configuration.

An electronic energy transfer from a lower to a higher excited state - or vice versa - is outlined by a double

asterisk following the higher excited state. E.g.:

N2* M — N2** M (electronic transition)

NO** - N6* hv

(b). Excited states of reactants and products^ In part I,

symbols defining electronic or vibronic states are very often

omitted and an excited atom or molecule is indicated by a simple asterisk. However, for a number of papers, the

electronic states are indicated in brackets placed after the

short reference.

4
In part II, the arraneement of electronic symbols is

different. Taking into account the large number of papers

dealing with molecular oxygen in excited states, as well as

the importance of excited oxygen species in the fields of air

pollution and atmospheric chemistry, it was felt that a more

detailed arrangement of the material included for reactions

involving only oxygen species would be useful. For that

reason, the electronic configuration of excited states is

indicated in the chemical reaction itself, in a bracket

following the excited atom or molecule ( rather that being

indicated at the end of the short reference, as in part I),

E.g. : 03(^A) hv - 6*( ^D) 62*(b^S *)

As a general rule, if a reaction is purely chemical, the

electronic configurations are omitted. However, if a reaction

includes even a single electronically excited oxygen species,

then the electronic configurations of all the 0 species (Including the ground states) are indicated. The ground states

are not followed by asterisks. E.g.:

0(^P) 6,(^A) - 05*(a^A„) 05*(a^A„) 3 2 g 2 g

In the special case when a molecule ( or third body) acts

as an acceptor for the excited oxygen species, it is indicated

by the letter A (Acceptor). E.g.:

02*(a^Ag) A - [02-A]

The order of priority of electronic states is based on

the lowest minima of the potential energy curves, followed

by the next lowest ones [see: Gilmore, F. R. , "Potential

Energy Curves for N2, N0, and corresponding ions,"

J. Quantit. Spectr. Rad. Trans. 5, 369 (1965)]. E.g.:

Priority of 0 atoms: 0(^P), 0*(^D), 0*(^S); Priority of

02 molecules: e^iX^i:^^}; 02*(a^Ag); 02*(b^Eg*); 02*(c^E^');

02*(A^5:^*); 02*(B^E^').

If several reactions differ only by the type of energy

Involved, being similar in every other respect, the priority

is based on "the nature of the energy, in the order: electronic, rotational, translational, vibrational. This rule applies to

certain quenching, or energy transfer processes. The nature

of the process is indicated in a bracket following the

reaction. E.g.:

02*(B^E„'*) M -- 0o(X-^E„') 02(X^Eg- M (electronic relaxation)

4- M - 02 M ( * M -* 02 * M ( «2* M - 02 M (

5
(c)« Excita-ixon of energy "transfer agents ("third

bocties" )An excited second, or third body is indicated by

a second heading centered in the middle of the page. This

arrangement results in grouping the reactions according to

the second and third foodies. E.g.:

62<X^Eg") M* - 62*(a*Ag) M (electronic energy transfer)

M* - 0*( ^D)

Gauthler* and* Snelling JCPSA6- 1971-54-4317

M* - 6*( ^ S)

Seaton, M. J. JATPA3- 1954-4-295 (calculation)

M* ^ RH*( Tj ) (Organic Donor)

Khan, et al . ESTHAG- 1 967- 1 -656 (mechanism)

Reference Citations.

The references under each reaction list the author(s)

and the sources, in the following form:

Aut hor( s ) Young, R« A.

Young and Black

Young, et al.

Source-Year- Volume-Page Number of

Author( s ) JCPSA6-1960-33-1 1 12 1 JCPSA6-1966-44-3741 2

JCPSA6-1968-49-4769 3 or more

Variations from this format (which we will call "short

reference") are usually in the direction of more explicit specification. These variations are never made in the first

two fields, source and year. They are fixed and always

present

The sources are indicated by their ASTM C0DEN

it ) abbreviations , A guide to these codes follows. As

listed in this guide, the codes include an additional sixth

cipher, which is a "check charac ter" . A code prefixed with

an asterisk is a code no t in the ASTM C6DEN set. These are

codes we have assigned for reports from industrial laboratories,

research institutes and universities. When the CdDEN system

adopts appropriate codes they will be replaced. The present,

temporary codes usually end with Z or U.

Blumenthal, J. G., Karaman, M. , and Peters, A., Editors. CeDEN F6R PERieDICAL TITLES" (Including Non-Periodical Titles and Deleted Coden), Vol. I and II, ASTM Data Series DS 23B, (1970); First Supplement DS 23

- SI (05-02 3021-42)

(1972), (American Society for Testing and Materials,

1916 Race Street, Philadelphia, Penna, 19103).

6
J6URNAL AND REP6RT C6DES

ACHRAY

ACDSAY

ADCSAJ

ADPCA2

AIAJAH

AJCHAS

AKZTAG

ANPHAJ

ANPYA2

ANYAA9

APOPAI

ASJ0AB

»AVEVZJ

BAPSA6

BBPCAX

BCSJAB

BJAPAJ

B66KA7

BSCFAS

CBSTB9

CC0MA8

CHDBAN

CHDCAO

CHPLBC

CHREAY

CJCHAG

CJPHAD

CeREAF

CRAUAX

CUSCAM

DAEBBA

Accounts of Chemical Research

Acus tica

Advances in Chemistry Series

Advances in Photochemistry

A.I.A.A. Journal (American Institute of Aeronautics

and Astronautics)

Australian Journal of Chemistry

Akustische Zeitschrift (Zurich)

Annales de Physique (Paris)

Annalen der Physik (Leipzig)

Annals of the New York Academy of Sciences

Applied 6ptics

Ast rophysica 1 Journal

AVC0 Everett Research Report

Bulletin of the American Physical Society

Berichte der Bunsengesellschaft fuer Physikalische

Chemie

Bulletin of the Chemical Society of Japan

British Journal of Applied Physics

Book

Bulletin de la Societe Chimique de France

Combustion Science and Technology

Chemical Communications* The Chemical Society (London)

Comptes Rendus Hebdomada ire s des Seances de I'^Academie

des Sciences* Serie B* Sciences Physiques

Comptes Rendus Hebdomadaires des Seances de I'^Academie

des Sciences* Serie C, Sciences Chimiques

Chemical Physics Letters (Amsterdam)

Chemical Reviews

Canadian Journal of Chemistry

Canadian Journal of Physics

Comptes Rendus Hebdomadaires des Seances de I'^Academie

des Sciences, Paris

Comptes Rendus (Doklady) de I'Academie des Sciences

de I'URSS (Moscow)

Current Science ( India)

Dissertation Abstracts International, B*

and Engineering (Ann Arbor, Mich* ) The Sciences

DFS6AW Discussions of the Faraday Society

The final sixth character in the Journal code is a check

character"* This is not shown in the listings in ASTM DS 23B

and DS 23 SI, but the calculation is explained in the

introductions to them. See also NBS Tech, Note 738 "Subroutine

for the Calculation of CGDEN Check Characters"*

7
EENAA3 Ergebnisse der Exakten Na-tujrwissenschaf ten

ENTPA5 Entropie, Revue Scientifique e± Technique cte Thermo dynami que

ESTHAG Env iromental Science and Technology

FPYKA6 Fortschritte der Physik

»GESLZ6 General Electric Company, Space Science Laboratory

HCACAV Helvetica Chimica Acta

HIECAP High Energy Chemistry (English)

IJCKB6 International Journal of Chemical Kinetics

JACSAT Journal of the American Chemical Society

JAHSAK Journal of Atmospheric Sciences

JAPIAU Journal of Applied Physics

JASMAN Journal of the Acoustical Society of America

JATPA3 Journal of Atmospheric and Terrestrial Physics

JCPQAY Journal de Chimie Physique

JCPSA6 Journal of Chemical Physics

JCS6A9 Journal of the Chemical Society (London)

JGREA2 Journal of Geophysical Research

JeiPYA6 Journal of Physics (Moscow)

J6SAAH Journal of the Optical Society of America

JPCHAX Journal of Physical Chemistry

JQSRAE Journal of Quantitative Spectroscopy and Radiative

Transfer

JTEPAR Journal of Atmospheric and Terrestrial Physics, Special Supplements (London)

MCHEBO mechanical and Chemical Engineering Transaction,

Instituttion of Engineering (Australia)

MFMPA2 Massachusetts Institute of Technology, Fluid Mechanics

Laboratory, Publications ( Cambridge

)

NATUAS Nature (London)

NATWAY Naturwissenschaft en

NUCIAD Nuovo Cimento

6PSUA3 Cptics and Spectroscopy (U.S.S.R.)

PAAAAV Proceeding of the American Academy of Arts and Sciences

PAPHAP Pure and Applied Physics

PCPSA4 Proceedings of the Cambridge Philosophical Society

PFLDAS Physics of Fluids

PHCBAP Photochemistry and Photoblology

PHDTAG PhD Thesis

PHMAA4 Philosophical Magazine

PHRVA6 Physical Review

PBYSAG Physlca. (Utrecht, Netherlands)

PHZFAG Phys ikallsche Zeitschrift

PKAWAV Eoninklijke Akademle van Wetenschappen te Amsterdam,

Proceedings

PLRAAN Physical Review, A (New York) (1970*)

PLSSAE Planetary and Space Science

8
PPSAAM Proceedings of "the Physical Society (London),

Section A

PPS6AU Proceedings of the Physical Society (London)

PRLAAZ Proceedings of the Royal Society (London), Series A

Mathematical and Physical Sciences

PELTA6 Physical Review Letters

PRVAAH Physical Review, Series A

QJRMAM Quarterly Journal of the Royal Meteorological Society

RJPCAR Russian Journal of Physical Chemistry (USSR) English Translation

RMPHAT Reviews of Modern Physics

*RPSEZ8 Rocket Propulsion Est,, Westcott, United Kingdom, Technical Report

RVGPA3 Reviews of Geophysics

SCIEAS Science. American Association for the Advancement of

Science

SPIPAG Scientific Papers of the Institute of Physical and

Chemical Research (Tokyo)

SYMCAQ Symposium on Combustion

TAGUAT Transactions of the American Geophysical Union

TFS6A4 Transactions of the Faraday Society

ZENAAU Zeitschrift fuer Naturfor sc hung Pt. A. Astrophysik, Physik und Physikal i sche Chemie

ZEPYAA Zeitschrift fuer Physik

ZPCBAL Zeitschrift fuer Physikalische Chemie, Abteilung B.

Chemie der Elementarprozesse, Aufbau der Materie

ZPCFAX Zeitschrift fuer Physikalische Chemie, Neue Folge

( Frankfurt ) ZTPHAU Zeitschrift fuer Technische Physik

24ZVAA Chemical Reactions In Urban Atmosphere, Proceedings

of the Symposium Held at General Motors Research

Laboratories, Warren, Mich., 1969

9
1(a). REACTIONS INV6LVING N AND 6 SPECIES

N M* - N* M (energy

Meyer, et al.

transfer

)

JPCHAX-1 970-74-2238 [N*(^P);

M N2*( A^S^*, V =0,1)]

N M - N M

Donovan and Husain

Hunten and McElroy

Meyer, et al.

Seaton , M . J

CHREAY-1 970-70-489 ( '^D ) (review)

RVGPA3-1966-4-30 3 [^D, or ]

( re vi ew

)

JPCHAX-1 970-74-2238 [N*'(^P)]

JTEPAR-1 955-5-289 [ N*'( ^D ) ] N M -» N M (energy transfer)

Wallace and McElroy PLSSAE-1 966-1 4-677 [N*(^D);

M* - 62*( ^Ag, ^Sg* )]

N N -» N2

Ghosh and Jain

N*N M-N2 M

Broemer and Zwirner

Shui, et al.

CUSCAM- 1971-40-29

ZENAAU-1 969-24-1 18

SYMCAQ- 1971- 13-21 (calculation)

N N M - N.

Schofield, K.

M

PLSSAE-1 965- 1 5-643

N N M - M

Brennen and Shane

Campbell and Thrush

Golde and Thrush

Ghosh and Jain

N*N*M-N2*M*hv

Brennen and Shane

JPCHAX-1 971 -75-1 552 [ N2*( ^5^, or

B^Hg. or A^E^*)]

PRLAAZ-1967-296-20 1 [ N2*( A^^E^* ) ] CHPLBC-1 971-8-375 [No*(a^n„)] •-2 g (calculation

)

CUSCAM- 1 971-40-29

JPCHAX-1 971-75-1 552

N N20 - N2 NO

Schofield, K,

N N6 - N2 O

6 roth and Schierholz

PLSSAE-1965- 15-643

PLSSAE-1 959- 1-333 (mechanism)

10
N N0 - N2 0 (Continued ) Yang and Servedio JCPSA6 - 1 967- 4 7 -4 8 1 7 (quantum yield

)

N N6 - €J Schofield, K. PLSSAE- 1 965- 1 5-643

N N0* -* N2 0*

Fontijn and Ellison JPCHAX- 1 968- 72-3 70 1 [ Nei*( a*n ) ; ,*/ 1 6 (^S)] (mechanism)

N - N2 0 0

Schofield, K. PLSSAE- 1 965- 1 5-643

N N02 - Ng* 02

Schofield, K, PLSSAE- 1 965- 1 5-643

N N02 - N20 0

Schofield, K. PLSSAE- I 965- 1 5-643

N N02 - N0 N0*

Schofield, K. PLSSAE-1 965- 1 5-643

N*0*M-N0*M

Broemer and Zwirner ZENAAU-1 969-24-1 1

Shui, et al. SYMCAQ- 1 97 1 - 1 3-2 1 (calculation)

Schofield, K, PLSSAE- 1 965- 1 5-643

N 0 M N0* M

Roth, W. JCPSA6-1 961-34-999 rN0*(A^E*,

V * 3 ) J ( mechanism)

N 0* M - N0* M

Fontijn and Ellison JPCHAX-1 968- 72-370 1 [ N0*( a^n or

b^E" ); 0*(^D)] (mechanism)

N 02 - N0 0

Bowman, C. T. CBSTB9- 1 97 1- 3- 37 (review)

Livesey, et al. CBSTB9- 1 971 -4-9

N 02 - N0* 0

Schofield, K. PLSSAE- 1 965- 1 5-643

0^ -* N0 02

Schofield, K. PLSSAE- 1 965- 1 5-6 43

11
Borst and Zipf

Brennen and Shane

Broemer and Spieweck

Carleton and Oldenburg

Freund, R. S,

Hesser , J . E

Hesser and Dressier

Holland, R. F.

Meyer, et al.

Schultz, H, A.

Shemansky, D, E,

Shemansky and Carleton

Tinti and Robinson

Went ink and Isaacson

Young, R. A.

Young and SI:. John

PLRAAN-1 971-3-979 [N^^Ca^n^, or

JPCHAXPLSSAEJCPSA6-

JCPSA6-

JCPSA6-

JCPSA6-

JCPSA6-

JCPSA6-

JCPSA6-

JCPSA6-

j:cpsa6-

JCPSA6-

JCPSA6'

JCPSA6-

ADCSAJ1 971

1 967

1 962

1 969

1 968

1 966

1 969

1 97 1

1 966

1 969

1 969

1 968

1 967

1 960

1 969

-V>3

75-1 552 [ No*( B^* ) 1 2 g

•15-6 89 [ N2*( A-^i:^* ) ] •36-3460 [ N2*( A-^E^* ) ] •50-3734 [ N2*( E^^Eg* )]

•48-2518 [ N2*( p'^E^* )

]

•45-3149 [ N2*( p'^E^* )

]

•51-3940 [N,*(a^n„)]

•55-2084 [N2*(A^E^*)]

44-377 [ N2*( C^n^ )]

•51-6 89 [ N2*'( A^E^* ) ] 51-682 [N2*(A^E^*)]

49^3229 [N^^CA^E^*)]

-46-822 [N2*(^E^*)]

33-1112 [Np (B-^E„)]

'2

-2 g

80-105 [Np*(A^E^*,

0, 1 )]

Zelikoff and Aschenbrand JCPSA6- 1 957- 2 7- 1 23 [N5*(B'^n„)]

Zipf, E. C, Jr.

Zipf, E, C, Jr.

Zipf, E. C,, Jr.

- N2 hv

Beale and Broida

( mechani sm

)

JCPSA6-1 963-39-3534 [N2*(A^Eg*)]

BAPSA6-1 964-9- 185 [N2*(A^E^*)]

BAPSA6-1 965-1 0-1 79 [ N2*( A'^E^* ) ]

JCPSA6-1 959-31 ^1 030 [ c'^n^ - B^^n^;

or B^Hg - A^E^*]

Bennett and Dalby JCPSA6-

Brocklehurst , B. TFS6A4'

Brocklehurst and Downing JCPSA6-

Broemer and Zwirner ZENAAU"

Calo and Axtmann JCPSA6'

Fontijn and Ellison JPCHAX1959-31-434 [ C^n , - B^n„]

1964-60-2151 [C^„ - B^n„] u

1967-46-2976 [ C-^n„ - B^U^"] u g

1969-24-1 18 [ B-^Hg - A^E^*]

1971-54-4961 [C^H^ — B-^n^]

1968-72-3701 [ B-^n„ - A^E„* ] K U

( mechanism)

12
N2 - N2 hv ( Continued ) Hesser, J. E. JCPSA6- 1 968- 48- 251 8 [C^H^ - B-^n^ ] Jonathan and Petty JCPS A6- 1 969- 50- 3 804 [ B-^n^ - A-^Z)^* ] Schmidt, K. ZENAAU-1956- 1 1-1 023 [N2**('^n^) -

N2*(B^n^)]

Shemansky and Carleton JCPSA6 - 1 969- 5 1 -6 82 [ B-^n^ - A"^E^* ] Stanley, C. R. PPSAAM- 1 955-68-709 [ C-^n^ - B^n^;

or B^Dg - A^E^* )]

Tanaka and Jursa J0SAAH-1 961 -51 -1 239 [C%^ - B^n^;

or B^Hg -* A^E^*]

Tinti and Robinson JCPSA6-1 968-49-3229 [ C"^^ - B-^n^ ] Wagner, K . H, ZENAAU- 1 964- 1 9-7 1 6 [ C^^n^ - B^^n^]

Wentink and Isaacson JCPSA6- 1 967-46-822 [ B^^n^ — A^^E^* ] N2**M— N*N*M

Golde and Thrush CHPLBC-1 971 - 8-375 [N^*(a^n„)] 2 g

( calculation )

* M ~* N2 * M (electronic excitation)

Engelhardt, et al . PRVAAH- 1 964- 1 3 5- 1 566 [N2*(A^E^*,

a^Og, or C^n^)]

Fishburne, E. S. JCPSA6- 1 967- 47- 58

Gilmore, et al. JQSRAE-l 969-9- 157 [N2*'(A^E^*, or

a^n )] (evaluation)

g

Losev and Smekhov 0PSUA3-1 967-22-484 [No*(B-^n„)] "-2 g

N2 M - N2* M (vibrational excitation)

Engelhardt, et al , PR VAAH- 1 964- 1 35- 1 566

Gilmore, et al. JOSRAE- 1 969- 9- 1 57 (evaluation)

Schultz, G. J, PHRVA6-1 959- 1 16- 1 1 41

Schultz, G. J. PHRVA6-196 2- 125- 229

Schultz, G. J. PEVAAK-1964- 135- 988

Taylor, et al. SYMCAQ- 1 967- 1 1 -4

N2 * M M (energy transfer)

Andreev, E. A. CHPLBC- 1 97 1- 1

1 -4 29 (calculation)

Bauer and Roesler ZENAAU-1 964- 1 9-656

Billingsley and Callear TFS0A4- 1 97 1 - 67- 2 57

Bortner, et al, *GESLZ6-1 970-RPT/DASA-2560

( review

)

Callear, A. B. DFS6AW- 1 962- 3 3-2

13
M* -• * M (energy transfer) ( Con t inued

)

Callear and Wood

Calo and Ax"tmann

Fistiburne, E. S.

Granzow, e-t al,

Moore, C. B,

Prince, ei: al,

Rosser, et ai,

Sato and Tsuchiya

Schmidt, K.

Schultz, H. A.

Sharma and Brau

Sharma and Brau

Taylor and Bitterman

Taylor and Bitterman

Taylor and Bitterman

Taylor, et al.

White, D. R.

Young and Sharpie ss

TFS6A4-1 971-67-598 [N2*(A^E^ )]

JCPSA6-1971-54-4961 [N2*(C^n^)]

JCPSA6-1 967-47-58 [N2*(C-^n^)]

JPCHAX-1 968-72-1 402 [ N2*( A^E^* )

]

ACRRAY-1 969-2-103 (review)

JCPSA6-1 964-40-2619 [N2*(C-^n^);

M * Ar 3 JCPSA6-1 969-50-4996

CHPLBC-1 970-5-293

ZENAAU'1956-1 1-1 023

JCPSA6-1 966-44-377 [N2*(C^n^);

M* = Ar*]

PRLTA6-1 967- 1 9-1 273 ( calculation

)

JCPSA6-1 969-50-924 (calculation)

BAPSA6-1 968-13-P15 91

JCPSA6-1 969-5 0-1 72 0

RMPHAT-1969-41-26 (review)

SYMCAQ- 1 967- 11-49

JCPSA6-1 968-49-5472

JCPSA6-1 963-39-1 071 [ M* -= 6*( ^ S ) ] . M * ^2 M ( energy transfer ) Young and Sharpie ss JCPSA6-1 963-39-1 071 [ M** 6*( ^S)

M* = 0*( )]

M N2 * M (electronic relaxation)

Callear and Wood

Flagan and Appleton

Golde and Thrush

Hunten and McElroy

Meyer, et al,

6lmsted, et al.

Schultz, H. A.

Weinreb and Mannella

Weinreb and Mannella

Young, R. A.

Zipf, E, C, Jr.

Zipf, E, C, Jr.

TFSCJA4-1 971-67-598 [ N2 *( A^^E^* ) ] MFMPA2-1 971 -71 -7 [ N2*( A"^ 2^* ) ] CHPLBC-1 971-8-375 CN2*(a^ng)]

RVGPA3-1 966-4-303 [ N2*( A-^S^* ) ]

( r evi ew ) JCPSA6-1 971-55-2084 [ N2*( A^^E^* ) ] JCPSA6-1965-42-2321 [Np*(a^n_)]

JCPSA6-1 966-44-377 [ N2*( C^^n^ ) ] JCPSA6-1 969-50-3129 C N2*( A^^E^* ) ] JCPSA6-1 969-51 -4973 [N2*(A^E^*)]

JCPSA6-1960-33-1 112 [N2*(a^ng,

v - n; or B-^Hg)]

BAPSA6-1964-9-185 [N2*(A^E^*)]

BAPSA6-1 965-1 0-1 79 [ N2*( A^^E^* ) ]

14
M M (rotational relaxation)

Brout

Cottr

Fujii Fujii

Green

Green

Gr een

Herzf

Holme

J on at

M i y am

6'Bri

Par br

Parke

Pa rke

Sessl

Sivia

Winte

Zar tm

Zmuda

, R.

ell a

, e t

, et

e and

span,

span , eld a

s, e t

han a

a and

en an

ook a

T , J . r , e t

er, G

n, L . r and

an , I

. A.

nd McCoubrey

al . al • Hornig

M.

M.

nd Litovitz

al • nd Petty Endoh

d Robinson

nd Tempest

G.

a I • • J . Hill

. F.

J.

JCPSA6- 1 954- 22- 1 189 ( calculation)

B60KA7-1 961 -81 (review)

JASMAN- 1 962- 34-7 14

JASMAN- 1963- 35-961

JCPSA6-^1 953-2 1 -6 17

JASMAN-1 958-30-672

JASMAN- 1 959-31-1 55

PAPHAP-1 959-7-238 (review)

TFS6A4-1 962-58-2342

JCPSA6-1 969-50-3 804

JCPSA6-1 967-46-201

CHPLBC- 1 971-8-79 (calculation)

ACUSAY-1 958-8-345

PFLDAS-1 959-2-449

JASMAN- 1953-25-263

ACUSAY-1 958-8-395

JASMAN-1 94 7-1 9-914

JASMAN-1 967-42-848

JASMAN-1 949-21-1 71

JASMAN-1 951-23-4 72

M N2 * M ( transl at ional relaxation)

Miyama and Endoh JCPSA6-1967-46-201 1

M No * M (vibrational relaxation)

Appleton, J. P.

Appleton and Steinberg

Arnold, et al

,

Bauer and Roesler

Bender, D,

Benson and Be rend

Boyer, R. A,

Breshears and Bird

Callear and Wood

Cary, B,

Clouston, et al

Cottrell and McCoubrey

Dixon, et al,

Fritsche, L,

Griffith, W.

Griffith, et al

Guenoche, et al

Henry, P. S. H.

Herzfeld and Litovitz

Huber and Kantrowitz

Jonathan and Petty

Keescm and Lammeren

Keller, H. H.

Kneser , H , 0

,

Knoetzel, H, Lukasik and Young McCoubrey, et al,

Miyama and Endoh

Moore, et al

,

Morgan and Schiff

6berst, H,

O'Brien and Robinson

Parker, J, G,

Parker, R, C.

Parker, et al,

SchDii dtmueller, N,

JCPSA6-1 967-47-3 23

JCPSA6-1 967-46-1 52

TFS0A4-1957-53t738 (calculation)

ZENAAU-1 964- 1 9-6 56

ANPYA2-1 940-38-1 99

JCPSA6- 1 966- 44-470 (calculation)

JASMAN-1 951-2 3-1 76

JCPSA6-1 968-48-4768

TFS6A4-1 971-67-2 72

PFLDAS-1 965-8-26

PRLAAZ-1 95 8-248-429

B00KA7- 196 1-80 (review)

PRLAAZ-1 922- 1 00-

ACUSAY-1 960- 10- 1 89

JAPIAU-1950-21-1 31

PHRVA0-1 956- 1 02-12 09

ENTPA5-1 970-34-35- 49

PCPSA4-1 932-2 8-2 49 (calculation

)

PAPHAP-1 959-7-24 1 (review)

JCPSA6-1947-1 5-275

JCPSA6- 1969- 50-3 804

PKAWAV-1 932-35-727

PHZFAG-1 940-41 -386

EENAA3- 1949- 2 2- 1 21 (review)

AKZTAG-1 940-5-245

JCPSA6- 1957- 27-1 149

TFS6A4-1 961-57-1472 (review)

JCPSA6-1 967-46-201

JCPSA6- 1967-46-4 22 2

CJCHAG-1 963-4 1 -903

AKZTAG-1 93 7-2-76

CHPLBC- 1 971-8-79 (calculation)

PFLDAS-1 959-2-449

PPS6AU-1 937-49-95

JASMAN- 1 953- 25-263

AKZTAG-1 938-3-1 1

15
M N2 * M (vibrational relaxation) ( Continued

)

Schweikert, G. ANPYA2- 1 9 1 5- 48- 593

Sessler, G. ACUSAY-1 958-8-395

Sivian, L. J. J ASMAN- 1 947- 1 9-9 1

Starr and Shaw JCPSA6- 1 966-44 -4 1 8

Taylor and Bitterman RMPHAT- 1 969-4 1 --Ze (review)

Taylor, et al . SYMCAQ- 1 967- 1

1 -49

Tempest and Parbrook ACUSAY-1 957-7-354

Tsuchiya, S. BCSJAB- 1 964-37-828

Van Itterbeck and Mariens PHYSAG- 1937- 4-207

White, D. R. JCPSA6- 1 968- 4 8-5 25

White, D, R. JCPSA6- 1 968- 49-5472

Zartman, I. F. JASMAN- 1 949-2 1 - 1 7

Zmuda, A. J. JASMAN-1 951 -23-472

M N2 M* (energy transfer)

Bauer and Roesler ZENAAU- 1 964- I 9-6 56

Breshears and Bird JCPSA6-1 968-48-4768

Callear and Wood TFS6A4- 1 971 - 67-2 72 [ A^^Z; *,

u

V - 0,1

]

Cheo, P. K. JAPIAU-1 967-38-3563

Fontijn and Ellison JPCHAX-1 96 8- 72-37 0 1 [ N2*( A^E^* )

M* = N6*(A^i:*), or a*(^S)]

( mechanism

)

Golde and Thrush CHPLBC-1 971 - 8-375 [N2*(a^ng)]

Hurle, I. R. JCPS A6- 1 964- 4 1 -3 91 1 Mentall, et al. DFS6AW- 1 967- 44- 1 57

Meyer, et al. AS JG AB- 1 969- 1 57- 1 023 [N^^tA^E^*);

M* ' e*( ^ S), or 62*]

Meyer, et al . JPCHAX- 1 970-74-2238 [ N2*( A^^E^

'

V = 0,1); M* = N*(^P), or 6'^(^S)]

Meyer, et al. JCPS A6- 1 97 1 - 55-2 084 [ N2*'( A^E^* ) ] Moore, C. B. ACHRAY- 1 969- 2 - 1 0 3 (review)

Moore, et al . JCPSA6- 1 967- 46- 422

Parkinson and Zipf PLSSAE- 1 970- 1 8-895 [N2*(A^E^*);

M* - 0*( ^ S ) ] Phillips, L, P. CJCHAG-1 965-43-369 [N2*(A^E^*);

M* - I2*]

Rosser, et al. JCPSA6- 1 969- 50- 4996

Starr, W, L. JCPSA6-1 965-43-73

Starr and Shaw JCPSA6- 1 966- 44-4 18

Taylor and Bitterman BAPSA6-1 968- 1 3- 1 591

Taylor and Bitterman RMPHAT- 1 969-4 1 -26 (review)

Taylor, et al . SYMCAQ- 1 967- 1

1 -49

White, D. R. JCPSA6-1 968-49-5472

Young and St. John ADCSAJ-1 969-80-1 05 [ N2*( A^^E^* ),

V - 0,1; M* =" N6*(A^E*, V = 0,1)]

u

16
M -» Ng** * M (electronic transition)

Golde and Thrush

Weinreb and Mannella

Weinreb and Mannella

Young and St. John

CHPLBC-1 971 -8-375 [ B^^n^ - a^n^]

JCPSA6-1 969-50-3129 [ A^E^* - B^n^

]

JCPSA6-1 969-51 -4973 [ A"^E^* - B^n^ ] ADCSAJ-1 969-80-1 05 [ N^^C A^E, *

) -

u

]

M* - N2 M (energy transfer)

Stedraan and Setser JCPSA6-1969-50-2256 [ N2 ( A^E^ ); M* ' cc-^'n^)]

Ng M -» N2 * M (electronic transition)

Brennen and Shane

Brockl ehurst , B,

Brocklehurst , B.

JPCHAX-1 971 -75-1 552 [ ^E - B"^n -

DFS6AW-1 962-33-88 [C'^n^ -» B^^]

TFS6A4- 1 964-60-2 15 1 [C^nu - fi-^n ] g

Brocklehurst and Downing JCPSA6- 1 967- 46-2976 [C^n^ -» B-^H^ ] Freund, R. vS.

Oldenberg, 6.

Schmidt, K,

Wagner, K, H.

Young and Black

JCPSA6-1 969-50-3734 [ E^E * - C-^n , g u * or B^^n , or

g

PLSSAE-1 959- 1 -40 [ a^H - B^^n ] g g

ZENAAU-1 956- 1 1- 1 023 [C^^n ^ ZENAAU-1 964-1 9-7 16 [ C^n

JCPSA6-1 966-44-374 1 [^E

g

B-^n^ ] B^Hg]

B^n^]

N, 0 - N N6

Bowman, C. T,

Livesey, et al.

CBSTB9-1 971 -3-37 (review)

CBSTB9-1971-4-9

N2 0 - N26 hv

Seaton, M. J. JATPA3-1 954-4-295 [ 0*( )

]

(upper limit estimate)

0 M N20 M

Stuhl and Niki JCPSA6-1 971-55-3943

4N20 - 3N2 2N0 02 (overall)

Gedye, G, R, JCS0A9- 1931- 3016

17
^2^ - 6'

Gedye, G, R. JCS6A9-1931-3016 (mechanism)

6

Beli, e t al.

Bunker, D, L,

Gill and Laidler

Tschuikow-Roux, E,

JCS6A9-1955

JCPSA6-1 964

1440

• 4 0 - 1 94 6 ( c ale Vila tion ) PRLAAZ-1 959-250-12 1 (calculation) JPCHAX-1969-73-389 1 ( calculation )

Gerlovin and 6rlova eiPSUA3- 1 964- 16-9

N^ei hv -» N N6

Briner and Rarbassi

Dodge and Heicklen

Groth and Schierholz

Yang and Servedio

HCACAV-1 945-28-1 204

IJCKB0-1971-3-269 (quantum yield)

PLSSAE-1 959-1 -333 (quantum yield) JCPSA6-1 967-47-481 7 (quantumyield ) hv - N N6

Zelikoff and Asctienbrand JCPSA6-1 957-27-1 23 [ N6*( A^E* )

]

(quantum yield)

Ng^ hv - N N6

Dodge and Heicklen

N^O hv - 0

Briner and Karbassi

Greenberg and Heicklen

Dodge and Heicklen

Groth and Schierholz

iJCKBO-1971-3-269 Cn ( d)J

(quantum yield)

HCACAV-l 945-28-1 204

IJCKB6-1 970- 2-18 5

IJCKB6-1 971-3-269 (quantum yield)

PLSSAE-1 959- 1 -333 (quantum yield)

N^CI * hv - N2 <3' Dodge and Heicklen

Greenberg and Heicklen

Paraskevopoul OS , et al

,

Yang and Servedio

IJCKB0-1 971-3-269 [ e*( ^ D ) ]

( quantum yield ) IJCKBO-l 970-2- 185 [ €J*( ^ D or ^S)]

JCPSA6-1 971-54-3907 [0*(^D)]

(quantum yield)

JCPSA6-1 967-47-4817 [ 6*( ^ S ) ] (quantum yield)

N^CI hv - N2 « Dodge and Heicklen IJCKB0-1 971-3-269

Zelikoff and Aschenbrand JCPSA6-1 957-27-1 23

CN2*( A^E^* )]

( quantum yield )

[ N2*( B^Dg)]

(quantum yield)

18
N^d M -» N N6 M

Manning and Noyes

N2CI M N + N6

Prince , e t al

M

JACSAT-1 932-54-390 7

JCPSA6-1 964-40-261 9 [ N0*( B^n ) ; M = Ar*]

M - I/2N2 N0

Mahenc , et al

Batten and Jotinston

Bunker , D , L

Garnett, et al,

Gedye, G. R.

Gilbert and Ross

M ( overall

)

CHDCAQ-1 971-272-345

IJCKB0- 1 97 1- 3- 38

JCPSA6-1 962-37-393 ( calculation

)

JCPSA6-1 969-5 1-^84

JCSfA9-l 931-3016 (mechanism)

AJCHAS-1 971-24-1541 < calculation

)

0 M

Cvetanovic, P. J,

Cvetanovic, R. J.

Manning and Noyes

Simonaitis and Heicklen

JCPSA6- 1 955- 23- 1 203 (mechanism)

JCPSA6-1 955-23-1 208

JACSAT-1 932-5 4-390 7

IJCKSe-l 971-3-31 9 [ M* « Hg*

]

M 0^ M

Cvetanovic, R, J.

Manning and Noyes

Zelikof

N20 M - N,

JCPSA6-1955-23-1203 (mechanism)

JACSAT-1 932-54-3907 C0*(^D)]

( mechani sm

)

nd Aschenbrand JCPSA6-1 957-27-1 23 [0*(^S);

M* = No*( B-^n )] (mechanism) 2 g

l/20p M (overall)

Bodenstein and Jost

Foong, e t al

Mahenc, et al.

B00KA7-1 941-267 (review)

MCHEBQ-1 970-6-25

CHDCAQ-1 971-2 72-34 5

N20 M -» N20 M (vibrational excitation)

Bell, et al.

Gill and Laidler

Tschuikow-Roux, E,

JCS6A9-1 955-1440

PRLAAZ-1 9 59-2 50- 12 1 ( calculation ) JPCHAX-1 969-73-3891 (calculation)

N2 0

n- It M -» N20 M (energy transfer)

Callear and Wood

Moore, C, B,

TFS0A4-1 971-67-2 72

ACHRAY-1 969-2-103 (review)

N20 M - N20 M (vibrational relaxation)

Abello, T. P.

Ardlti, et al,

Arnold, et al

,

Arnold, et al.

PHRVA6-1928-31-1 083

CHDBAN-1 970-270-477

TFS0A4-1 957-53-738 (calculation)

PRLAAZ-1 958-2 48- 445

19
M - M (vibrational relaxation) ( Cont inued ) Bates, et al. JCPSA6-1

Bell, et al. JCS6A9-1

Bunker, D. L. JCPSA6-1

Buschmann and Schaefer ZPCBAL-1

Cottrell and McCoubrey B66KA7-1

Cottrell, et al . TFSeA4-l

Cottrell, et al. TFS0A4-1

Dickens and Pipamonti TFS6A4-1

Dixon, et al , PRLAAZ-1

Eucken and Jaacks ZPCBAL-1

Eucken and Nuemann ZPCBAL-1

Griffith, W. JAPIAU-1

Griffith, et al. PHRVA6-1

Herzfeld and Litovitz PAPHAP-1

Jacox and Bauer JPCHAX

Kneser, H. 6. EENAA3-1

Kneser and Zuhlke ZEPYAA-1

Kuechler, L. NATWAY-1

McCoubrey, et al. TFS6A4-1

Penman, H. L. PPS6AU-1

Railston and Richardson PPS6AU-1

Richardson, E, G, PRLAAZ^l

Schweikert, G. ANPYA2-1

Shilling, W. G. PHMSAO-1

Slobodskaya and Tkachenko 6PSUA3-

Wight, H. M. JASMAN-1

Yardley, J. T. JCPSA6-1

968-49- 1 432

955- 1 440

964-40-1946 (calculation)

941-50-73

961-93 ( review

)

966- 62-2655

967- 63-2093

961-57-735

922- 100-

935-30-85

937- 36-1 63

950-21-1319

956- 102-1209

959-7-252 (review)

957- 61-833

949-22-121 (review)

932-77-649

938- 26-1 04

961-57-1472 (review)

935-47-543

935-47-533

934-1 46-56

91 5-48-593

927- 3-273

1967-23-256

956-28-459

968- 49-2816

Np0* '2^ M... -* U^e .,2' * M* (energy transfer)

Moore, C. B. ACHRAY-1 969-2-103 (review)

N2el N6 -» N2 N62

Batten and Johnston

Schofield, K.

IJCKB6- 1 97 1- 3- 38

PLSSAE-1 965-15-643

N26 N62 - N2 NO 62

Batten and Johnson I JCKB0- 1 97 1- 3- 38

N2« 0 - N2 ^2

Schofield, K. PLSSAE-1 965-15-643

N2ei 0 - N6 N6

Schofield, K. PLSSAE-1 965- 1 5-643

H^G 0 - N N02

Scott, et alCJCHAG-1 971-49-1 808 [0*(^D)]

N20 0 - N2 02

Groth and Schierholz PLSSAE-1959- 1-333 (mechanism)

N20 0 - N2 02

Dodge and Helcklen IJCKB0-1 971-3-269 [0*(^D or ^S)]

20
0^ - N2 * ( Continued ) IJCKB0-1971-3-5O 1 [0*(^D)]

IJCKB6-1 970-2- 185 [6*(^D)]

IJCKB0-1 972-4-41 7 [0*(^D)]

JCPSA6-1 971-54-3907 [0*(^D)]

CJCHAG-1 971-49-1 808 [6*(^D)]

JCPSA6-1 967-47-481 7 [ 0*( ^ S )

]

(quantum yield)

Zelikoff and Aschenbrand JCPSA6-1 957-27-1 23 [ 0*( ^ S ) ]

( mechani sm

)

Goldman, et al.

Greenberg and Heicklen

Greenberg and Heicklen

Par askevopoulos, et al

Scott , et al

Yang and Servedio

0 - N6 N0

Groth and Schierholz PLSSAE-1 959-1 -333 (mechanism)

N20 0 - N0 N0

IJCKB0-1 971-3-269 [ 0*( or ^S)]

JCS0A9-1931-3O16 (mechanism)

IJCKB0-1 971 -3-501 [0*(^D)]

IJCKB0-1 970-2-185 [0*(^D)]

IJCKB0-1 972-4-41 7 [^D]

JCPSA6-1 971 -54-3907 [0*(^D)]

CJCHAG-1 971-49-1 808 [0*(^D)]

JCPSA6-1 967-47-4817 [ 0*( ^ S )

]

(quantum yield)

Zelikoff and Aschenbrand JCPSA6-1 957-27-1 23 [ 0*( ^ S ) ]

( mechanism

)

Dodge and Heicklen

Gedye, G. R,

Goldman, et al,

Greenberg and Heicklen

Greenberg and Heicklen

Paraskevopoulos, et al»

Scott, et al,

Yang and Servedio

N2 0 02* - N2 0.

^2^3

Goldman, et al.

It M ^2^3

Bauer, et al.

IJCKB0-1 971-3-50

M (vibrational relaxation)

ACUS AY- 1959-9- 18 1 ^2^4 - N0, N0. 2 ""2

Sharma, et al. JPCHAX-1 970-74-9 23

^2^4 M - N0. N0,

Blend, H,

Keck and Kalelkar

M

JASMAN-l 970-47-757

*AVEVZJ-1 968-SPT/289 ( calculation

)

N204- M - N204

Bauer, et al.

M (vibrational relaxation)

ACUSAY-1959-9- 181

^2^4 0- ^ N203 0-

Paraskevopoulos, et al , JCPSA6-1 971 - 54-3 907 [0*(^D)]

21
Paraskcvopoulos, et al . JCPSA6-1 971 - 54-3907 [6*(^D)]

N2O5* - NgO^ 6

Murphy, R. F, PHDTAG- 1 969- Call f . Univ., L.A.

[N2 65*(Tj )]

Tschuikow-Roux, E. JPCHAX- 1 969- 73- 389 1 (calculation)

^2^5 * - Ne>2 * 1/2^2 (overall)

Murphy, R. R. PHDTAG- 1 969- Cal i f . Univ., L.A.

(quantum yield)

N205 M - N2€J5* M (vibrational excitation)

Gill and Laidler PRLAAZ- 1 959- 250- 1 2 1 (calculation)

Tschuikow-Roux, E, JPCHAX - 1 969- 73 r 3 89 1 (calculation)

"^2^5 M - ^2^5 * (electronic relaxation)

Murphy, R. H. PHDTAG- 1969-Calif . Univ., L.A.

[N265*(Tj)]

^2^5 M - N2O5 M (electronic transition)

Murphy, R. H. PHDTAG- 1 969-Cali f . Univ., L.A.

[ Sj Tj ] (mechanism)

N265* M - N02 * N63 M

Gill and Laidler PRLAAZ- 1 9 59- 2 50- 1 2 1 (calculation)

^2^5 * ^2^5 '* ^^^2 * ^2 Coverall)

Bodenstein and Jost B6CJKA7- 1 94 1 - 267 (review)

^2^5 * - N62 N02 * N62 (overall)

Norrish, R. G. W. NATUAS- 1 927- 1 1 9- 1 23 (mechanism)

^2^5 * ^^2 * '* 3N62 * 1/2C«2 (overall)

Murphy, R. H. PHDTAG- 1 969-Cali f . Univ., L.A.

( quantum yield ) ^2^5 * ^ ^2% * ^2

Murphy, R. H. PHDTAG- 1 969-Calif . Univ., L.A.

(upper limit estimate)

N205 * 0* - Wayne, R. P. PHCBAP-1 966-5-889 [ 0*( ^D ) ]

22
N (3

N6

Hubert

,

H. JCPSA6- 1 97 2- 56

Cal iear and Pilling TFS6A4- 1 970- 66

Callear and Pilling TFSCfA4- 1 970- 66 - N0 hv

Bo rtn er . et al. *GESLZ6- 1 970- RP"

Broeme r and Zwirne r ZENAAU- 1 969- 24

Bub ert

,

H. JCPSA6- 1 972- 56

V J ) Callear and Pilli ng TFS6A4- 1 970- 66

Callear and P i 1 H ntr X jr h3 \J 1 970- 66

Copeland, G. E. JCPSA6- 1 972- 56

Copeland, et al . BAPSA6- 1 970- 15

Crosl ey and Zare JCPS A6- 1 968- 49

Font i jn and Ellison JPCHAX- 1 96 8- 72

O I* German

,

e t a 1. JCPSA6- 1971- 54'

Hesse r

,

J . E• • JCPSA6- 1 968- 48

= J]

J ) - [ Nd*( XpH^ V n]

V

) 0.1,2]

= 0,1,2)]

je*( A^E*,

V - 1 ) ]

D]

ASJOAB-l 965- 1 42-389 [ N6*( D^E* )

]

JCPSA6-1 966-45-3149 [Ne*(A^n)]

JCPSA6-1 961 -34-999 [ N6*( A^E* v -

[ N0( X^n^ V * n )]

JCPSA6-1 972-56-3456 [N0*(A^I:*.

V = 1 ) J Zelikoif and Aschenbrand JCPS A6 -1 957- 2 7- 1 23 [ N6*( A^E* )

]

( mechanism)

Hesser and Dressier

Hesser and Dressier

Roth,

Weinstock and Zare

m )]

N6** - N0* hv

Hubert, H,

Callear and Pilling

Callear and Pilling

Gross and Cohen

JCPSA6-1 972-56- 1 1 13 [ D'^E , V » J - A^E*, V - J]

TFS0A4-1 970-66-1618 [C^n - A^E*]

TFS6A4- 1970- 66- 1886 [D^e' o r n - A'^E ] JCPSA6-1 968-48-2582 [C^n - A^E*]

( evaluation

)

NO M - N6 M (vibrational excitation)

Hortner, et al,

Taylor, et al.

*GESLZ6-1 970- RPT/DASA- 256 0 ( review ) SYMCAQ-1 967-1 1 -49

23
M* - NO* M (energy transfer)

Bortner, et al,

Callear and Wood

Fontijn and Ellison

Mel-ton and Klemperer

Moore, C, B,

Taylor, et al

Young and St. John

»GESLZ6-1 970-RPT/DASA-2560 ( review

)

TFS0A4-1 971-67-272 [NG^CA^E)

V - 0,1,2]

JPCHAX-1 968-72-3701 [N0*(A^I;*);

M* = N2*(A^E^*)] (mechanism)

JCPSA6-1 971-55-1 468 [N6*(A^E*,

V = 0,1 ) ] ACHRAY-1969-2- 103 (review)

SYMCAQ-1 967-1 1 -49

ADCSAJ-1 969-80-1 05 CN0*(A^E*,

- 0,1 ; M* - N2*(A^E^*, V - 0,1)]

N0 M -» H& * M (electronic relaxation)

Bauer and Sahm

Callear, A, B.

Callear and Pilling

Callear and Pilling

Callear, et al.

Copeland, G, E.

Heicklen, J.

Kneser, et al.

JCPSA6-1 965-42-3400

DFSOAW-1 962-33-28 [n6*(A^E*) v "= X^n^, V = 1

]

TFS6A4-1 970-66-1 61 8 [ N6*( C^H v = TFSeA4-l 970-66-1 886 [ N0*( C^H ) ] TFSeA4-l 968-64-2296 [N6*(D^E*)]

JCPSA6-1 972-56-689 [N6*(A^E*,

V « 0.1,2]

JPCHAX-1 966-70-2456 [ N0*( A^E* )

]

JASMAN-1 967-4 1- 1029

0

-

0]

N0 M — N0 * M (rotational relaxation)

Bauer and Sahm

Zneser, et al.

JCPSA6-1 965-42-3400

JASMAN-1 967-4 1-1 029

N0 M - N0 M (vibrational relaxation)

Bauer

Bauer,

Bauer,

B ender

Billin

Billin

Billin

Bo rtn e Bradle

Breshe

Callea

Herzf

Ho Chan

Kneser

Kne se r Nikit

Roth,

Roth,

Taylor

Van It

and

et

e t

, D

gsl

gsl

gsl

r,

y a

ars

Id

ade

, H

3 e n,

W.

W.

» e

t er

Sahm

al.

al.

•ey and Callear

ey and Callear

ey and Callear

et al,

nd Lewis

and Bird

A. B.

and Litovitz

I, et al.

. 0.

t al . E. E.

t al.

beek and Thys

JCPSA6-1 965-42-3400

ACUSAY-1 959-9-181

JCPSA6^1959-30-l 119

ANPYA2-1 940-38-1 99

NATUAS-1 969-221-1 136

NATUAS- 1969- 2 24-687

TFS0A4-1 971-67-257

*GESI-Z6-1 970-RPT/DASA-2560 ( review ) JCPSA6- 1969- 50^544

NATUAS-1 969-224-268

DFS0AW-1 962-33'-28

PAPHAP-1959-7-245 (review)

JCPSA6-1 969-50-3075

ANPYA2-1 941-39-261

JASMAN- 1967-4 1-1029

0PSUA3-1 960-9-8

JCPSA6-1 961-34-999

JCPSA6-196 1-34-2 20 4

SYMCAQ-1 967- 11-49

PHYSAG-1 938-5-64 0

N0 M - N0 M (energy transfer)

Billingsley and Callear NATUAS-1 969-224-687

and Callear TFS0A4-1 971 -67-257

24
N6* M — N0 M* (energy transfer) (Con t inued

)

Bortner, et al.

Callear, A, B.

Callear and Williams

Callear and Wood

Melton and Klemperer

Moore, C. B.

Taylor, et al.

*GESLZ6-1 970-RPT/DASA-2560 ( review

)

Di-SOAW-l 962-33-2 8

TFS0A4- 1966-6 2-20 3 0

TFS6A4-1 971-67-598 [C^n]

JCPSA6-1 971-55-1 468 [N0*(A^E*,

V = 0,1)]

ACHRAY-1969- 2- 10 3 (review)

SYMCAO-1 967-1 1 -49

NO M N0 M (electronic transition)

Callear and Pilling

Gross and Cohen

TFS6A4-1970-66-1886 [ D^E* - C^n]

JCPSA6-1968-48-2582 [C^n - A^E*

]

( evaluation )

Ne M N0* M* (vibration-vibration resonant exchange)

Hochanadel, et al

Ne NCJ - N Ndg

Schofield, K.

N6 N6 - N^ &2

Mahenc, et al • Schofield, K,

JCPSA6-1 969-50-3 075

PLSSAE-1965- 15-643

CHDCAO- 1 969- 269- 665

PLSSAE-1 965- 1 5-643

ae * N6* - N2

Heicklen, J.

NO N0 - N2,6 6

Schofield, K,

JPCHAX-1 966-70-2456 [Ne*(A^i;*)]

PLSSAE-1 965- 15-643

N0 N6* - NgC 0

Heicklen, J.

N0 N0 02 -» N02

Mahenc, et al.

Schofield, K,

N0 N0, ^2^3

N0,

Hochanadel, et al

N02 - N0 N

Sharma, et al.

JPCHAX-1 966-70-2456 [ N0*( A^E* ) ]

BSCFAS-1 971- 1578

PLSSAE-1 965- 1 5-6 43

JCPSA6-1 969-50-3 075

N0 N02 - N0 N02 (exchange)

N0 N0^ - N02

Schofield, K.

N0,

JPCHAX- 1 970- 74- 9 23

PLSSAE-1965- 15-643

Ne 0 - N0, hv

Vanpee, et al. AIAJAH-1 971-9-135

25
NO 0 M - M

Broemer and Zwirner ZENAAU-1 969-24-1 18

Clyne, et al . TFS0A4- 1 965- 6 1 -270 1 (erratum)

Hochanadel, et al. JCPSA6 - 1 969- 50-3 075

Stuhl and Niki JCPSA6-1 971 -55-3943

N6 6 M - M*

Schofield, K. PLSSAE- 1 965- 1 5-643

N0 63 -* * ^2

Johnston, H. S. SCIEAS- 1 97 1- 1 73- 5 1 7 (review)

Sharma, et al . JPCHAX-1 970-74-923

Stephens, E. R. 24ZVAA- 1 97 1- 45 (evaluation)

N6 63 - * ^2

Redpath and Menzinger CJCHAG- 1 971-49-3063

Schofield, K. PL SSAE- 1 965- 1 5-6 43

Bunker, D. L, JCPSA6- 1 964- 40- 1 946 (calculation)

N02* -* N62 hv

Sackett and Yardley CHPLBC- 1 97 1 - 9- 61 2 [NCl2*(^Bj)]

Schwartz, S« E. DABBBA-1 969-30-1 073 [n62*<^Bj)]

Sidebottom, et al. CHPLBC- 1 972- 1 3 -3 37 [N62*'(^Bj)]

Ne2 hv -* N6 O

Dimitriades and Whisman 24ZVAA- 1 97 1- 89

Hippler and Troe BBPCAX-1 971 -75-27 (quantum yield) Johnston, H. S. SCIEAS- 1 97 1 - 1 73- 51 7 (review)

Murphy, R. H. PHDT AG- 1 969- Cali f . Univ., L.A.

(quantum yield) Paraskevopoulos, et al, JCPSA6- 1 97 1- 54-3907 (quantum

yield ) N02 hv -» N0 0*

Paraskevopoulos, et al , JCPSA6-1 971 - 54-3907 [0*(^D)]

(quantum yield)

N02 hv - N0 1/202 Coverall)

Murphy, R. H. PHDTAG- 1 969-Ca li f . Univ., L.A.

(quantum yield)

Norrish, R. G. W, NATU AS- 1 927- 1 1 9- 1 2 3 (mechanism)

N02 M-NO ^0 M

Keck and Kalelkar * AVEVZJ- 1 968- RPT/289 (calculation)

26
!<*-» N02* * (energy transfer)

6'Brien and Myers CHPLBC- 1 971 -9- 544 [ M* - ^'2*^^^g*

N62* M -• * M (electronic relaxation)

or

Sidebottom, et al . CHPLBC-1 972- 1 3-337 [n62*'(^Bj)]

Ne>2* M -• N€>2 * M (vibrational relaxation)

Bunker, D. L. JCPSA6- 1 964- 40- 1 946 (calculation)

2* M -• N62 * M* (energy transfer)

0'Brien and Myers CHPLBC- 1 971 -9-544 [ M* - ^2**^^g'

or -£„*)] 1^

Schwartz, S. E. DABBBA- 1 969- 30- 1 073 [ N62 ( B ^ )

]

N02 N02 - N0 N0 62

Mahenc, et al. CHDCAQ- 1 969- 269- 665

Ne2 * N02 - N6 N6^

Schofield, K. PLSSAE- 1 965- 1 5-643

N02 N02 -* Ne2 N62 (exchange)

Sharma, et al. JPCHAX- 1 970- 74-9 23

N62 N02 - ^20^*

Sharma, et al. JPCHAX- 1 970- 74-923

N62 M - N26^ M

Sharma, et al. JPCHAX- 1 970-74-923

N62 * - N0 N02 * ^2

Murphy, R. H. PHDTAG- 1 969- Cal i f . Univ., L.A.

N62 * NG^ M - ^2^5 * ^ Bodenstein and Jost Bd6KA7-l 941 -267 (review)

C» - N0 + ^2

Cupltt and Glass TFSeA4- 1 971 -67-

Hippler and Troe BBPCAX- 1 971- 75-27

Johnston, H. S. SCIEAS-1 971 - 1 73-51 7 (review)

Stephens, E. R. 24ZVAA- 1 97 1- 45 (evaluation)

27
Pitts, ct al.

Schofield, K.

ESTHAG-1 969-3-24 1 [ ^ A )]

( review ) PLSSAE-1 965- I 5-643 [v 19]

e) - NO ^2

ParaskevopouloSa et al

M

Hippler and Troe

N62 0 M - M'

Scho±ield, K,

N02 * ^3 ^ 02

Bodenstein and Jost

Schofield, K.

N0

N0

3 N03 N02 .,^2 -2

Bodenstein and Jost

N0, 0,

M N0. 3

"'^3

Murphy, P.. H,

M

K b ) Bodenstein and Jost

Cottrell and McCoubrey

Donovan and Husain

Gilraore, et al.

Herzfeld and Litovltz

Johnston^ H. S. Kneser, H. 0.

Kondratlev_, V. N.

McCoubrey, et al.

Moore, C. B,

Schiff, H. J.

Taylor and Bitterman

JCPSA6-1 971-54-3907 [0*(^D)]

BBPCAX- 1 971-75-27

PLSSAE-1 965- 1 5-6 43

B00KA7- 1 941- 267 (review)

PLSSAE-1 965- 1 5-6 43

( overall ) B00KA7- 1 941- 267 (review)

PHDTAG- 1969-Calif . Univ., L.A,

REVIEWS

BOOKA7-1941-267

BOOKA7-1961 rot, and

vib. relax.; pgs. 80, 81, 93)

CHREAY-1970-70-489 (N*)

JQSRAE-1969-9-157 (N, NO

excitation and relaxation)

PAPHAP-1959-7 {^^, N^O, NO, rot.

and vibr. relax.

pgs. 238, 241, 245, 252)

SCIEAS-1971-173-517 (Nitrogen oxides)

EENAA3-1949-22-121 (N2, N2O

vibrational relaxation)

BOOKA7-1970 (N, N2, Nitrogen

oxides: General Tables)

TFSOA4-1961-57-1472 (N2, N2O

vibrational relaxation)

A(mAY-1969-2-103 (N2, N2O, NO

vibrational energy transfer)

CJCHAG-1969-47-1903

RMPHAT-1969-41-26 (N2 vibrational

28

energy transfer)
1 1 ( a ) . R EACTIONS INVOLVING 6 SPECIES

Bor-tner and Kummler

Dalgarno and Walker

Young and Ung

*GESLZ6-1 969-RPT/GE-950 0-ECS-SR-1

( revi ew ) JAHSAK-1 964-21 -463

JCPSA6- 1 966- 4 4-3 03 8

6*( ^S) - e( ^P ) hv

Bortner and Kummler *GESLZ6-1 969- RPT/GE-950 0 -ECS- SR

( rev i ew ) Evans and Vallance-Jones CJPHAD- 1 965-43-697

0mholt and Harang JATPA3- 1955-7- 247

6*( ) - 0( ^P) hv

AJ ello , J . M, JCPSA6-1 971-55-3156

e*( ^S° ) - 6( ^P) hv

AJello, J. M. JCPSA6-1 971-55-3156

) - 0*( ) hv

Fon+ijn and Ellison JPCHAX-1 968-72-3701 (mechanism)

6( "^P ) M* - 0*(^D) M (electronic energy transfer)

M - 0^ (b*E„ , V = 2) 2 g

' Wallace and Chamberlain PLSSAE- 1 959- 2- 60 (calculation)

0( "^P ) M - 0*( ^S

)

M (electronic energy transfer)

M

Fontijn and Ellison

Meyer, et al

Meyer, et al

,

Parkinson and Zipf

N2 (aX ) JPCHAX-1 968-72-3701 (mechanism)

ASJ0AB-"! 969- 157- 1 023

JPCHAX-1 970-74-2 238

PLSSAE-1 970-1 8-895

0*( ) M - 0( P ) M (electronic relaxation)

Bates and Dalgarno

Biedenkapp, et al

Bortner and Kummler

Castellano

Clerc and

Clerc and

Dalgarno a DeMore, W.

DeMore and

DeMore and

DeMore and

DeMore and

Dodge and

Donovan an

Donovan, e Donovan, e Gauthier a

Gilpin, et

Gr e en berg

and Schumach

Bar at

Barat

nd Walker

B.

Dede

Raper

Raper

Raper

Hei cklen

d Husain

t al,

t al.

nd Snelling

al . and Heicklen

JATPA3-1 953-4-112 (estimate)

CHPLBC-1 970-5-379

*GESLZ6-1 969-RPT/GE-9 50 0-ECS-SR-1

( review)

er ZPCFAX- 1971-76-258

JCPQAY-1 966-63-1 525

JCPSA6-1967-46-107 (estimation)

JAHSAK-1 964-21 -463

JCPSA6-1 967-47-2777

JPCHAX-1 970-74-262

JCPSA6-1 962-37-2048

JCPSA6-1 966-44-1 780

JCPSA6- 1 967- 46-2 50 0

IJCKB6-1 971-3-269

CHREAY-1 970-70-489 (review)

TFS6A4- 1 970-66-774 ( calculat ion

)

TFS0A4-1 971-67-375

JCPSA6-1 971-54-431

JCPSA6- 197 1-55-1 087

IJCKB0-1 970-2-185

29
) M 6( P) M (electronic relaxation) ( Cont in\ted

)

Gr eenberg

Gulledge,

Hunten and

LeBlanc, e Lowenst ein

Norrish an

Paraskevop Paraskevop Pravilov a Preston an

Quick and

Paper and

Scott, et

Seaton, M.

Slanger an

Snelling a

Sul

Vil

Vil

von

von

Wal

Wal

Way

Wei

Yam

You

livan a esov an

esov an

Ellenr

Ellenr

lace an

lace an

ne , R . ge , et

az aki a ng and

and Heicklen

et al • McEl roy

t al,

, M.

d Wayne oulos and Cve

oulos, et al.

nd Vilesov

d Cvetanovic

Cve tanovi c DeMore

al.

J.

d Black

nd Balr

nd Wameck

d Pravilov

d Pravilov

ieder, et al.

ieder, et al,

d Hunten

d McElroy

P,

al,

nd Cvetanovic

Ung

IJCKB6

JGREA2

RVGPA3

JCPSA6

JCPSA6

PRLAAZ

tanovic

JCPSA6

RJPCAR

JCPSA6

CJCHAG

JCPSA6

CJCHAG

JTEPAR

JCPSA6

JCPSA6

JCPSA6

HIECAP

HIECAP

CHPLBC

ZPCFAX

JGREA2

PLSSAE

ADPCA2

BBPCAX

JCPSA6

JCPSA6

-1972-

-1 96 8-

-1966-

-1 966-

-1 971-

-1 965-

JACSAT

-1971

-1 971

-1 966

-1 971 - -1 964-

-1 971-

-rl 955-

-1 971-

-1 968-

-1967-

-1 970-

-1 970-

- 1 97 1 - -1971-

-1 96 8-

-1 966-

-1969-

-1 969-

-1 964-

-1966-

4-41 7

73-5535

4- 303 (review)

45-2200

54-2282

288-36 1 (mechanism)

-1969-91 -7572

54-3907

45-1018

45-2888

49-2193

40-1053

49-1 808

5- 289

54- 1 889

48-5737

( mechanism

)

46-953

4-191

4-475

9-152

76-240

73-4813

1 4-677

7-311 (review)

73-91

41-3703

44-3038

( upper limit

e stimate

)

6*( ^S) M - e(-^P) M (electronic relaxation)

Barth and Hildebrandt

Bortner and Kummler

Evans and Vallance

Hunten and McElroy

LeBlanc, et al,

6mholt and Harang

Wallace and McElroy

Welge , et al , Welge, et al.

Young and Black

JGREA2-1 961 -6 6-9 85

*GESLZ6-1 969- RPT/GE-9 50 0- ECS-SR

( review)

Jones CJPHAD- 1965-43-697

RVGPA3-1 966-4-303 (review)

JCPSA6-1 966-45-2 20 0

JATPA3-1 955-7-247

PLSSAE-1 966-1 4-677

BBPCAX-1969-73-91

CHPLBC-1 971-1 0-1 3

PLSSAE-1 966- 14-1 13

0*(

)

M - 0( ^P ) M (electronic energy transfer)

M

Bortner and Kummler

Gauthier and Snelling

Gilpin, et al , Langley and McGrath

McCullough and McGrath

Seaton, M, J,

Vallance Jones and Gatt

Vilesov and Pravilov

Wayne, R, P,

e^*( a^A„) 2 g *GESLZ6-1 969-

JCPSA6-1 971-

JCPSA6-1 971-

PLSSAE-1 971-

CHPLBC-1 971-

ASJeiAB-1 958-

inger PLSSAE-1

HIECAP-1 970-

ADPCA2-1969-

M

Biedenkapp and Bair

Bortner and Kummler

2 g

) JCPSA6-1 970-

»GESLZ6-1 969-

Castellano and Schumacher ZPCFAX- 1971

Gauthier and Snelling ANYAA9-1970-

RPT/GE-950 0- ECS-SR

( revi e w

)

54-431

55- 1 087

19t416

8-353

127-67 (calculation)

963-11-961 (estimate)

4- 191

7-311 (review)

52-61 19

RPT/GE-9 50 0- ECS-SR

( review

)

-76- 258

171-220 (mechanism)

30
6*(

)

M (electronic energy transfer) ( Cont inu ed ) Gauthier and Snelling

Gilpin, et al

Langley and McGrath

McCullough and McGrath

McCullough and McGrath

Sea ton , M , J

,

Seaton, M, J,

Snelling and Gauthier

von Ellenrieder, et al.

von Ellcnrieder, et al,

Wallace and Chamberlain

Wallace and Hunten

Wayne, R. P.

Welge, et al

,

Young and Black

JCPSA6- 1 971- 54-^31 7

JCPSA6-1 971-55-1 087

PLSSAE-1971- 19-4 16

CHPLBC-1 971-8-353

CHPLBC-1 971-12-98

AS J6AB- 1 958- 1 27- 67 (calculation)

JATPA3-1 954-4-295 (calculation)

CHPLBC-1 971-9-254

CHPLBC- 1 97 1-9-152

ZPCFAX-1 971-76-2 4 0

PLSSAE-1 959-2-60 (calculation)

JGREA2- 1968-73-4813

ADPCA2-1 969-7-31 1 (review)

BBPCAX-1 969-7 3-9 1

JCPSA6-1 967-47-231

0*( ) M - 6( "^P )

Seaton , M . J

M

M

M ( electronic- vibr at ional energy transfer)

0 ) ASJ6AB-1 958- 1 27-67 (calculation)

McCullough and McGrath

McCullough and McGrath

0 ) CHPLBC- 1 97 1- 8- 35 3

CHPLBC- 1971- 12-98

6*( ^ S ) M -» 6( P) M (electronic energy transfer)

Young and Sharpless

Seaton, M,

Seaton, M

J.

J .

M" = N2*(?)

JCPSA6-1 963-39-1 071 (upper limit

e stima te ) M* = 6^*"( a^A„) 2 g JATPA3- 1 954- 4- 295 (calculation)

M* « 62*( t»^^g* > JATPA3-1 954-4-295 (calculation)

0*( ^ S ) M - 6(^P ) M

Seaton, M, J,

M ( electronic-vibr at ional energy transfer)

it 1 N2 (X^Eg 0 ) ASJ<3AB-1 958- 1 27-67 (calculation)

( ^S ) M - 6*( ^D)

Barth and Hildebrandt

Bortner and Kummler

LeBlanc, et al.

Young and Black

Young, et al.

M (electronic transition)

JGREA2-1 961-66-9 85

*GESLZ6-1 969-RPT/GE-950 0-ECS-SR-1

( rev iew ) JCPSA6-1 966-45-2200

PLSSAE-1 966- 14-113

JCPSA6-1 968-49-4769

6***( ^S ) M - 0*( )

Young and Sharpless

Young and Sharpless

M (electronic energy transfer)

M*^ = N2*(?)

JCPSA6-1 963-39-1 071 (upper limit

e stima te

)

M* ^ 0*( ^D)

JCPSA6-1 963-39-1 071

31
^ S ) M -» 6*(^D) M* (electronic energy transfer) ( Cont i nued

M

Seaton, M. J.

Sea ton , M . J

ff^^t a^A ) JATPA3-1954-4-295 (calculation)

JATPA3-1 954-4-295 (calculation)

6**( ^ S ) 0(^P ) -* CJ*(

Young and Sharpless

# 1 0 ( D) (electronic energy transfer)

JCPSA6-1 963-3 9-1 07 1 0 0 0, hv

Bates and Dalgarno JATPA3-1 953-4-1 1 2 (calculation)

0*0*M-»02*M

Billotte, et al

Broemer and Zwirner

Jensen and Jones

Shui, et al.

ENTPA5-1 971-38-5

ZENAAU-1 969-24-1 18

*RPREZ8-1 971-RPT/71 -9 (review)

SYMCAQ- 1971- 13-21 (calculation)

0*0 M - 0,

M = Ar , C02 , He

Schofield, K.

Kr N^*. N20*, <3*, 0

* SF^*, Xe*

Setser and Thrush

Carabetta and Kaskan

Schofield, K,

Young and Black

M

M

2 * "2^ * " » "2

FLSSAE-1 965-15-643 (evaluation)

it « CN

PRLAAZ-1 965-288-275

Na•K- SYMCAO-1 967-1 1 -321

= 0*( ^S)

PLSSAE-1 965- 1 5-643 (evaluation)

PLSSAE-1 966- 14-113

0( ^P ) 0( ^P ) M

Wayne, R, P.

02*( A ) M

ANYAA9-1 970- 171-199

0( ^P ) 0( -^P ) M

Pitts, et al.

Wayne, R. P.

05*(b^E„*) M 2 g

ESTHAG-1969-3-241 (review)

ADPCA2-1 969-7-31 1 (review)

0( ^P ) 0( -^P ) M

McNeal and Durana

02*( A^S^*) M

JCPSA6-1969-51-2955 (mechanism)

©(-^P) 0(-^P) M - 02*< B^E^" ) M

Myers and Bartle JCPSA6- 1 967- 47- 1 783

0*0*M-02*M + hv( overall ) Myers and Bartle JCPSA6- 1 968- 48-3935

0 02 - 0 02 (exchange)

Garnett, et al, JCPSA6- 1 969-5 1-84

32
Seaton^ M . J

hv

JATPA3- 1 954- 4- 295 (upper limit

e stima te

)

6 M

Bodenstein and Jost

Dimi triades and Whisman

Francis, P. D.

Hippler and Troe

S-tephens, E, R,

Stuhl and Niki

Vilesov and Pravilov

Vllesov and Pravilov

Wood and Heicklen

B6e»KA7-l 941-267 (review)

24ZVAA-1971-89

BJAPAJ-1 969-2-1717

BBPCAX-1 971-75-2 7

24ZVAA-1971-45 (evaluation)

JCPSA6-1 971-55-3943

HIECAP-1 970-4-359

HI EC AP-1 970-4-47 5

JPCHAX-1 971-75-861

0 * M*

M - Ar , Schofield, K.

It -tt -it -It It C62 , He*, N2*, 62 • *^3 PLSSAE-1 965- 1 5-643 (evaluation)

6*(^D) 0^(X^E„") '2"- - -g M - 03(^A) M

Vilesov and Pravilov HIECAP-1 970-4-475

0*( ) 03( *A) - 0( ^P ) Baiamonte, et al.

6( ^P ) 6^( X^E„" ) 2 g

JCPSA6-1 971- 55-3617

6 63 - 62 ^2

Bodenstein and Jost

Johnston, H. S.

B06KA7-1 941-267 (review)

SCIEAS-1 971- 1 73-51 7 (review)

Kondratiev and Interzarova I JCKBO-1 969- 1 - 1 05

Krezenski, et al,

McCrumb and Kaufman

Michael , J . V

,

I JCKB0- 1 97 1- 3- 467

JCPSA6-1972 (in press)

JCPSA6-1 971-54-4455

0(^P) C'sC^A) - Q^iX^B^'*

Ellis, et al.

0 ) 02*( X^E 0 ) NATUAS- 197 1-229- 153 (mechanism)

©(-^P) 0^(*A) - 6^iX^Y:' 3 2 g

Pitts, et al.

Young and Black

* 02 ( b^Eg ) ESTHAG-1969-3- 24 1 (review)

JCPSA6-1 966-44-3 74 1 0(^P) 0^(^A) - 05*(X^S„' 3 2 g

Schofield, K,

V > 0) 02*(a*Ag)

PLSSAE-1965- 15-643 (evaluation)

6(-^P) 0,(^A) -* 0^*(a^A„) 0 *(a*A„) 3 2 g 2 g

Vallance Jones and Harrison JATP A3- 1 958- 1 3- 45 (mechanism)

0(^P) 0^(^A) - 0,*(b*E„' 3 2 g

Heidt, L, J,

) 05*(b^E„*) 2 g

JACSAT- 1935- 57- 1 7 1

33
Bicdenkapp, e t al

DeMore and Raper Gauthier and Snelling

Goldman^ eir al,

Langley and McGrath

Langley and McGra"tli

Wayne, R. P.

2 g

) CHPLBC-1 970-5-379

JCPSA6-1 966-44-1 78 0

JCPSA6- 197 1-54-431

IJCKB6-1 971-3-501

PLSSAE-1971- 1 9-413

PLSSAE-1971- 19-416

ADPCA2-1 969-7-31 1 (review)

6*( ) e3(^A) - 62(X^Sg' 65 (?) (vibrational, or

elec tronic ) Castellano and Schumacher ZPCFAX- 1971-76- 258

Ellis, et al.

McCullough and McGrath

Norrish and Wayne

Schofield, K,

von Ellenrieder, et al,

von Ellenrieder, et al,

Wayne, R. P,

NATUAS-1 971 -229- 153 (mechanism)

CHPLBC- 1971- 1 2-98

PRLAAZ-1 965-238-200 (mechanism)

PLSSAE-1 965- 1 5-643 (evaluation)

CHPT,BC-1 97 1-9-152

ZPCFAX-1 971-76-24 0

PHCBAP-1 966-5-889

6*(^D) e>3(^A) - 02*<

Baiamonte, et al.

0 ) X-^E^' 2 g

JCPSA6-1971-55-3617

0 )

62*<a^Ag) - 62(X^i:g")

Pitts, et al,

) fl2< ) hv

ESTHAG- 1969- 3- 241 (review)

JCPSA6-1970-53-1312 (mechanism)

JCPSA6-1 965-43-4345

*GESLZ6-1969- RPT/GE-9 50 0-ECS-SR

( review)

CJPHAD- 1 969- 39-1110

Vallance Jones and Gattinger PLSSAE-1 963- 1

1 -961 (calculation

Vallance Jones and Harrison J ATPA3- 1958- 1 3- 45

Akimoto and Pitts

Badger, et al

,

Bortner and Kummler

Noxon, J, F,

Wayne, R, P, ADPCA2-1969-7-31 1 (review)

^ © ^ e Bortner and Kummler

hv

Childs, W. H, J,

Chi Ids and Mecke

Noxon, J, F,

Seaton , M , J

,

Wallace and Chamberlain

Wark and Mercer

Wayne, R, P,

Young and Black

*GESLZ6-1 969- RPT/GE-9 50 0-ECS-SR

( review

)

PHMSAO-l 932-14-1 04 9

ZEPYAA- 193 1-68-3 44

CJPHAD-1 961-39-1 1 1

ASJ6AB-1 958-127-67 (calculation)

PLSSAE-1 959- 2-60 (v » 2)

( calculation

)

AP6PAI-1 96 5-4-83 9

ADPCA2-1 969-7-31 1 (review)

JCPS A6- 1 966- 44- 374

62*(aX ) - e^( x-^E„ 2 g

McNeal and Durana

Young and Black

hv

JCPSA6-1969-51 -2955 (mechanism)

JCPSA6- 1 966- 44-374

34
^2 <S^^u 2 g

hv

Myers and Bartle

Myers and Bartle

62 ( b*Eg ) Bortner and Kummler

Noxon, J. F,

Seaton, M. J,

A [Cp-A]

Broadbent, et al.

Coomber and Pitts

Furukawa, et al

G leas on, et al.

Herron and Huie

Herron and Huie

Kearns, D, R,

Khan, et al.

Kunainler and Bortner

Pitts, J. N. , Jr.

Pitts, J. N., Jr.

Pitts, et al

Steer, et al.

g

) A - [0p-A]

Kearns, D. R.

Khan, et al,

Pitts, et al.

62 hv -» 6 6

Johnston, H. S,

02 * M - 0 e M

Billotte, et al.

Breshears and Bird

Keck, J.

02*(B%

JCPSA6-1 967- 47- 1 783

JCPSA6-1 968-48-3935

hv

*GESLZ6-1 969-RPT/GE-9 50 0-ECS-SR-1

( review

)

CJPEAD-1 961-39-1 110

ASJ0AB- 1 958- 1 27- 67 (calculation)

CC0MA8- 1 968- 1315 ( mechani sm

)

ESTHAG-1 970-4-506

ANYAA9- 1 970- 171- 175

JACSAT-1 970-92-2068

ANYAA9-1 970-171-229

JCPSA6- 1 969-51-4 164

CHREAY-1 971-71 -395 (review)

ESTHAG-1 967- 1 -656 (mechanism)

ANYAA9- 1 970- 1 71- 273 (review)

ANYAA9-1970-171-239 (review)

24ZVAA-1 971-3 (review)

ESTHAG- 1969-3- 24 1 (review)

ESTHAG-1969-3-946 (mechanism)

CHREAY-1971-71-395 (review)

ESTHAG-1 967- 1 -656 (mechanism)

ESTHAG-1969-3-241 (review)

SCIEAS-1 971- 173-517 (i*eview)

ENTPA5-1 971 -3 8-5

JCPSA6-1971-55-4017

DFS0AW-1 962-33-1 73 (calculation)

) M -» 0( -'P ) Myers and Bartle0( ^P) M

JCPS A6- 1 967- 47- 1 78 3

02 M-0*0*M (vibrational dissociation)

Clcuston, et al.

02<^%" ) M - 0p*(a^A„ 2 g

0

Walker, J. C. G.

*

PRLAAZ-l 958-248-429

) M (electronic excitation)

PLSSAE-1970- 18-1043 (mechanism)

M 0^" M (rotational excitation)

JCPSA6-1 968-48-3 935

2 - -2

Myers and Bartle

35
02 * M * M (vibrational excitation)

Myers and Bartle JCPSA6- 1 968- 48-3935

Ci^(X"^i: ~) M*^ — 0o*(a^A ) + M (electronic energy transfer)

2 g d s M* = ( CH3 )2C = C( CH3 )2*'( Tj ) Coomber and Pitts ESTHAG-1 970-4-506 (mechanism)

M* = C^HgCH0*( Tj ) Coomber and Pitts ESTHAG* 1 970-4 -506 (mechanism)

Kuromler and Bortner ESTHAG- 1 969-3-944 (mechanism)

Snelling, D. R. CHPLBC-1 968-2-346

Steer, et al. ESTHAG-1 969-3-946 (mechanism)

M* = CqH^N2*(Tj) ( Quinoxaiine)

Duncan and Kearns CHPLBC- 1 971 - 1 2 -3 06

M* = CjQHg*(Tj) (naphthalene)

Duncan and Kearns CHPLBC-1 971 - 1 2-3 06

Kearns, et al . JACSAT- 1 969-9 1 - 1 039

Steer, et al, ESTHAG- 1 969- 3- 94 6 (mechanism)

Wasserman, et al. JACSAT-1 969-9 1 - 1 040

M* = N*( ^D)

Wallace and McElroy PLSSAE-1 966- 1 4-677

-tt- M = Ne2

6'Brien and Myers CBPLBC-1 971-9-544 (mechanism)

M

Bortner and Kuramler

0*( ^D)

»GESLZ6-1 969-RPT/GE-950 0-ECS-SR-1

( review

)

JCPSA6-1 971-54-431 7

JCPSA6- 1 97 1- 55- 1 087

PLSSAE-1 971-1 9-4 16

CHPLBC-1 971-8-353

JATPA3-1 954-4-295 (calculation)

ASJ6AB-1 958- 1 2 7-67 (calculation)

Vallance Jones and Gattinger PLSS AE- 1 963- 1 1 -96 1 (estimate) Vilesov and Pravilov HIECAP- 1 970- 4- 19

M* - e*( *S)

Seaton, M. J. JATPA3-1 954-4-295 (calculation)

M* - RH*(Tj) (Organic Donor)

Khan, et al, ESTHAG- 1 967- 1 -65 6 (mechanism)

Gauthier and Snelling

Gi Ipin, e t al

,

Langley and McGrath

McCullough and McGrath

Seaton , M , J

,

Seaton, M, J,

02(X^Eg- ) M* - 6, *(bl£

M

Snelling, D, R,

Khan, et al.

g

) M (electronic energy transfer)

C^H^"(Si or Tj )

M

CHPLBC-1 968-2-346

^10^8 (Tj) (naphthalene)

M

Wallace and McElroy

ESTHAG-1 967-1 -656 (mechanism)

N*( ^D)

PLSSAE-1 966-1 4-677

36
02(X^Eg") M* - 02*<t.*^g*) * M (electronic energy transfer)

J- „ 1 (Continued)

Biedenkapp and Bair JCPSA6- 1 970- 52-6 1 1

Bortner and Kummler *GESLZ6- 1 969- RPT/GE-950 0-ECS-SR

( rev iew ) Castellano and Schumacher ZPCFAX- 1 971 - 76- 25

Gauthier and Snelling ANYAA9- 1 970- 1 7 1- 220 (mechanism)

Gauthier and Snelling JCPSA6- 1 97 1 - 54-43 1

Gilpin, et al . JCPS A6- 1 97 1 - 55- 1 087

Langley and McGrath PLSSAE- 1 97 1 - 1 9-4 1

McCullough and McGrath CHPLBC-1 971 - 8-353

McCullough and McGrath CHPLBC- 1 971 - 1 2-98

Seaton, M. J. JATPA3- 1 954- 4- 295 (calculation)

Seaton, M. J, ASJ6AB- 1 958- 1 27-67 (calculation)

Snelling and Gauthier CHPLBC- 1 97 1 - 9-254

Vilesov and Pravilov HIECAP- 1 970- 4- 1 9

von Ellenrieder, et al, CHPLBC- 1 97 1 - 9- 1 5

von Ellenrieder, et al. ZPCFAX-1 971 -76-240

Wallace and Chamberlain PLSSAE- 1 959- 2- 60 (calculation)

Wallace and Hunten JGREA2- 1 968- 73 -4 81

Welge, et al . BBPCAX- 1 969- 73-9 1

Young and Black JCPSA6- 1 967- 47- 231

M* - 6*(^S)

Seaton, M. J. JATPA3-1 954-4-295 (calculation)

i^iX^T:^'} M* - 62*(c^S^") M (electronic energy transfer)

-* . TT ^ 3, M Hg"( 6"Pj

)

Heicklen and Johnston JPCHAX- 1 967-71 -1 391

Jp(X"^i:„') M* - 65,*( B^E, ' ) M (electronic energy transfer)

M* - C02*C ^B2' **** ^^2*

Myers and Bartle JCPSA6-1 967-47-1 783

M* = N2 ( A^E^ ) Callear and Wood TFS0A4- 1 971- 67-272

Jo(X-^E„") 'g ' M* - 0o*(X^E„", -2 ^ ^ V > 0) M ( electronic-vibrationa"

M* - 0*( ^D)

energy transfer)

McCullough and McGrath CHPLBC- 1 97 1 - 1 2-9

McCullough and McGrath CHPLBC- 1 97 1- 8- 353

It It J2 * M "* €>2 * M (vibrational energy transfer)

Bauer and Roesler ZENAAU- 1 964- 1 9-656

Breshears and Bird JCPS A6- 1 968- 48- 4768

Cottrell and Day JCPSA6-1 965-43-1 433

Henderson and Herzfeld JASMAN-1 965-37-986 (review)

Monk, R. G, JASMAN- 1 969- 46-580

Moore, C. B. ACHRAY-1 969-2- 103 (review)

Taylor and Bitterman RMPHAT-1 969-4 1 -26 (review)

White, D. R. JCPSA6- 1 968- 49- 5 472

?P*(a^A„) M - CJp(X^E„'') M (electronic relaxation)

Ackerman, et al . JCPSA6-1 970-52-1 603

Ackerman, et al. JCPSA6- 1 97 1- 54-4960

Akimoto and Pitts JCPSA6-1 970-53-1 31

37
2 g 2 g

Bortner and Kummler

Clark and Wayne Clark and Wayne Clark and Wayne

Duncan and Kearns

Evans, e t al

) M (electronic relaxation) ( Continued

)

is^GESLZ6-1969- RPT/GE-9 50 0- ECS-SR

( review

)

Evans, et al,

Findlay and S

Findlay and S

Findlay, et a Furukawa, et

Furukawa and

Gleason, et a Hunten and Mc

Kearns, O. R,

Kummler and B

Kummler and B

6gryzlo and T

Qlszyna and H

Pitts, J. N.,

Pitts, J. N.,

Snelling and

Steer, et al

Vallance J one

Wayne, R. P.

Wayne, R. P.

Winer and Bay

Zipf, E, C.

nell ing nelling

1.

al.

Ggryzlo

1.

Elroy

ortner

o r tn e r ang

e icklen

Jr.

J r. G aut h i er

s and Gatt

es

CHPLBC-1 969-

CHPLBC-1969-

PRLAAZ-1 969-

CHPLBC-1 971

JGREA2-1968-

PLSSAE-1969-

JCPSA6-1971-

JCPSA6-1971-

CHPLBC-1 969-

ANYAA9-1 970-

CHPLBC-1971-

JACSAT-1 970-

RVGPA3-1 966-

CHREAY-1 971-

ANYAA9-1 970-

ESTHAG- 1969-

JACSAT-l 970-

JPCHAX-1 970-

ANYAA9-1970-

*SRUAZ-1 971-

CHPLBC-1 971-

JCPSA6-1969-

inger PLSSAE-1

ANYAA9-1 970-

ADPCA2-1 969-

JPCHAX-1966-

CJCEAG-1 969-

3-93

3-405

314- 1 1 1

1 2-3 06

73- 2885 (upper limit) estimate ) 17-933 (calculation)

54-2 75 0

55- 545

3- 204

171-175

1 2-370

92-2068

4- 303 ( review

)

71-395 ( review ) 171-273 (review)

3-944 (mectianism) 92-5034

74-4188

171-239 (review)

3 ( r ev iew ) 9-254

51-843

963-11-961 (calculation)

171-199

7-311 ( review

)

70-302

47-1863 (review)

g

) M - 0p( x-^2:„ ^ g

) M (electronic relaxation)

Andrews and Abrahamson

Arnold, et al

Beretta and Sdiumactier

Biedenkapp and Bair

Bortner and Kummler

Derwe

Filse

Filse

Gilpi

Heidt

Hunt e Izod

Kearn

Myers

Noxon

6'Bri

6gryz

Stuhl

Stuhl

Stuhl

Wayne

Wayne Welge

Young

Zipf,

n t an

th an

t h, e n, e t

, L.

n and

and W

s , D , and

, J.

en an

lo, E

and

and

and

, R.

. R.

, et

and

E. C

d Thrush

d Welge

t al.

al . J.

McElroy

ayne

R . e'Brien

F.

d Myers

. A.

Niki

Niki

Welge

P.

P.

al.

Black

CHPLBC- 1 97 1- 1 0- 1 1 3

ADCSAJ-1 968-77-133

ZPCBAL-1932- 17-417

JCPSA6-1 970-52-61 1

<-GESLZ6-l 969-RPT/GE-950 0-ECS-SR-1

( review

)

TFSe'A4-l 971 -6 7-2 036

ANYAA9-1 970- 171- 226

JCPSA6-1 970-52-5502

JCPSA6-1 971-55-1 087

JACSAT- 1 935- 57- 1 7 1

RVGPA3-1966-4-303 (review)

PRLAAZ-1 968-3 08-81

CHREAY-1 971-71-395 (review)

ANYAA9-1 970- 171-224

JCPSA6- 1 970- 52- 1 852

JCPSA6-1 970-53-3832

CJCHAG-1 969-47-1 817

CHPLBC' 1 970- 5- 573

CHPLBC-1 970-7-473

CJCHAG- 1 969- 4 7-1870

ADPCA2-1969-7-31 1 (review)

QJRMAM-1 967-93-69 (calculation)

BBPCAX-1 969-73-91

JCPSA6-1967-47-231

CJCHAG-1 969-47-1 863 (review)

0o*(c^i:.") '2 M -» 6^(X-^E„") M (electronic relaxation) "u ' ^2'

Simonaitis and Heicklen IJCKB0- 1 97 I- 3- 3 1

38
«2 ) M — 6^(X i:_ ) M (electronic relaxation)

Hunten and McElroy

McNeal and Durana

RVGPA3- 1 969- 4- 30 3 (review)

JCPSA6-1 969-51 -2 95 5

Myers and Bartle

Myers and Bartle

) M (electronic releixation)

JCPSA6-1967-47-178 3

JCPSA6-1 968-48-3935

6. M -» 0o * M (rotational relaxation)

Brout, R.

Connor, J, V,

Cottrell and McCoubrey

Ener, et al,

Fujii, et al.

Fujii , e t al

Greenspan, M,

Greene and Hornig Herzfeld and Litovitz

Holmes, et al.

Kneser, H« 6.

Myers and Bartle

Parbrook and Tempest

Parker, J. G.

Parker, et al

Petralia, S.

Sessler, G.

Sivian, L . J

,

Thaler, W. J,

Winter and Hill

Wray and Freeman

Zartman, I. F.

JCPSA6- 1954- 2 2-1 189 ( calculation)

JASMAN-1 958-3 0-297

B66KA7-1 961-84 (review)

JASMAN-1 95^-24^474

JASMAN-1 962-34-714

JASMAN- 1963-35-9 61

JASMAN-1 959-31 -1 55

JCPSA6-1 953-21-617

PAPHAP-1959-7-238 (review)

TFSCIA4-1 962-58-2342

BAPSA6- 1 933- 8-17

JCPSA6-1 968-48-3935

ACUSAY-1 958-8-34 5

PFLDAS-1 959-2-449

JASMAN-1 953-25-263

NUCI AD- 1 955-2-241

ACUSAY-1 958-8-395

JCPSA6- 1 936- 4-427

JASMAN-1 952-24-1

JASMAN-1 967-42-848

JCPSA6- 1 964- 40-2 78 5

JASMAN-1949-21-1 71

^2 M -• &2 * ^ ( translat ibnal relaxation)

Wray and Freeman JCPSA6- 1964-40-2785

6, M 6o * M (vibrational relaxation)

Angerer and Ladenburg

Bauer and Roesler

Benson and Berend

Boyer, R. A.

Clark and Henderson

Colwell, et al.

Cottrell and McCoubrey

Curtis, R. W.

Dadaian and Pumper

Dixon, e t al

Esclangon, E.

Evans and Bazley

Grabau, M.

Griffith, et al.

Grossman, E.

Grueneisen and Merkel

Harlow and Kitching

Harris, C. M.

Harris, C. M.

Harris and Tempest

Harris and Tempest

Hebb, T. C.

Hebb, T. C.

ANPYA2- 1 921-

ZENAAU-1 964-

JCPSA6-1 966-

JASMAN- 1 951-

JASMAN-1 963-

PERVA6-1 938-

Be0KA7- 196 1- PHRVA6-1 934-

CRAUAX-1 938-

PRLAAZ-1922-

C6REAF-1 91 9-

ACUSAY-1 956-

JASMAN-1 933-

PHRVA6-1 956-

ANPYA2-1 932-

ANPYA2-1921-

JASMAN-1 964-

JASMAN-1 963-

JASMAN-1 966-

JASMAN-1 964-

JASMAN-1 964-

PHRVA6-1905-

PHRVAO-1 91 9-

66-293

1 9-656

44-470 (calculation)

23- 1 76

35-1 909

53-686

82 ( review ) 46-81

20- 539

100- 1

1 68-165

6-238

5- 1

1 02-1209

13- 681

66- 344

36- 1100

35- 1 1 40- 148

36-2390

36- 2416

20- 89

14- 74

39
M - 0, M (vibrational relaxation) ( Conti nued ) Henderson and Herzfeld

Henderson and Queen

Henderson, et al,

Henry, P. S. H.

Herzfeld and Litovitz

Herzfeld and Rice

Hubbard, J, C,

Ishii, C.

Jones, et al,

Kao, P. T.

Keesom, et al

,

Kinoshita and Ishii

Kneser, H, 6,

Kneser, H. 0,

Kneser, H. 0.

Kneser, H, 0,

Kneser, H, 0,

Knoetzel, H«

Knudsen, V, 0,

Knudsen, V, 0,

Knudsen, V. 0.

Knudsen and 0bert

Knudsen and 0bert

Korolev, F, A.

Krasnooshkin, P, E.

Kukkamaki, T. J,

Lebedew, P.

McCoubrey, et al,

Meyer and Sessler

Ml ods e jews ki , A,

Mokhtar and Richardson

Monk, R, G,

Myers and Bartle

Neklepajev, N,

Norton, G, A,

0berst, H,

Parker, J, G,

Parker, R, C,

Parker, et al

,

Pearson, E, B,

Pielemeier, W, H,

Pielemeier, W, H,

Pielemeier, W. H,

Pielemeier, W, H,

Pielemeier, W. H,

Pielemeier, W, H,

Pierce, G, W,

Pumper, E, J,

Reid, C. D,

Reid, C, D,

Richardson, E, G,

Rogers, H, H,

Schilling, et al,

Schmi dtmueller , N,

Schnaus, U, E,

Schweikert, G,

Sessler, G,

Shields and Lee

Sinness and Roseveare

Sivian, L , J

,

Smith and Tempest

Taylor and Bitterman

Tempest and Parbrook

Thiesen, M.

( calculation

)

( review )

( revi ew

)

( review )

( revi ew

)

( calculation

)

(review)

JASMAN- 1965-37-9 86 (review)

JASMAN-1 962-34-714

JASMAN- 1 965-37-457

PCPSA4-1 932-2 8-249 (calculation)

PAPHAP-1959-7-241 (review)

PHRVA0-1 928-31 -691 (calculation)

PHRVA0- 1932- 4 1-523

SP I PAG- 1 935-26-2 01

PPS0AU-1 965-86-857

ANPHAJ- 1932- 17-315

PKAWAV-1 931-34-9 88

SPIPAG-1 932-1 9-83

BAPSA6-1933-8- 17

ZTPHAU- 1 935- 16-213

ZTPHAU-1 938-19-486

ANPYA2-1 939-34-665

EENAA3- 1 949- 22-121

AKZTAG-1 940-5-245

JASMAN- 193 1-3- 126

BAPSA6-1 933-8-16

JASMAN-1 935-6-199

PHRVA0- 1 935- 47-2 56

JASMAN- 1936- 7-24

CRAUAX-1 938-20-545

PHRVA0- 1 944-65- 1 90

ANPYA2-1 938-31 -398

ANPYA2-191 1-35-171

TPSOA4-iq6l-57-1^72

ZEPYAA-l 957- 1 49-15

FPYKA6-191 1-66-200

PRLAAZ-1945- 184- 1 1

JASMAN-1 969-46-580

JCPSA6-1 968-48-3935

ANPYA2- 19 11-35-175

JASMAN-1 935-7-16

AKZTAG-1 937-2-76

PFLDAS- 1 959- 2-449

PPS0AU-1 937-49-95

JASMAN-1 953-25-263

PPS0AU- 1935- 47- 1 36

PHRVA0-1 929-34-1 184

PHRVA0-1 930-35-141

PHRVA0-193O-36- 100 5

PHRVA0-1 931-3 8-1 23 6

PHRVA0-1 937-52-244

JASMAN- 1939- 10-313

PAAAAV-1 925-60-271

J0PYA6-1 939- 1 -41

PHRVA0-1 930- 35-814

PHRVA0-1 931-3-1 1 47

PRLAAZ-1 934-146-56

PHRVA0- 1 934- 4 5- 20 8

JASMAN-1 947- 1 9-222

AKZTAG-1 938-3-1 1

JASMAN- 1 965- 37-

ANPYA2-1 91 5-48-593

ACUSAY-1 958-8-395

JASMAN- 1963-3 5-1909

JCPSA6-1 936-4-427

JASMAN-1 947- 19-914

JASMAN- 1 96 1 - 33- 1 62 6

RMPHAT-1 969-41 -2 6 (review)

ACUSAY-1 957-7-354

ANPYA2- 1 908-25-506

( r ev i ew )

40
6^* M — ^2 * (vibrational relaxation) ( Continued

)

Van Itterbeck and Mariens PHYSAG- 1 937- 4- 207

Van Itterbeek and Mariens PHYSAG- 1 937-4 -6 09

Van Itterbeek and Tbys PHYSAG- 1 938- 5- 298

Van Itterbeek and Van Paemel PHYSAG- 1 938- 5- 593

White, D. R. JCPSA6-1 968-49-5472

Wray and Freeman JCPSA6- 1 964- 40-2785

Zartman, T. F, J ASMAN- 1 949- 2 1 - 1 71

65*(a^A ) M — 6p(X^i; " ) M* (electronic energy transfer)

M* * I*( ^ Arnold, et al , JCPSA6-1 966-44-2529 (mechanism)

Derwent, et al. CHPLBC- 1 970-6- 1 1

M* = N62*

6'Brien and Myers CHPLBC-1 971 - 9-544 (mechanism)

0^*(b^E*) ,2 ^(b^E*) M -— G^iX^i:^' 0^(X^5: ~) M* (electronic energy transfer)

a- it M = N2

Young and Black JCPSA6- 1 966-44-374

Young and Sharpless JGPEA2- 1 962- 67-3 87

M = N62

G^Brien and Myers CHPLBC- 1 971 - 9- 544 (mechanism)

M* «= 6*( ^D)

Wallace and Chamberlain PLSSAE-1 959-2-60 (calculation)

62*(c^Z:^") M - 62(X^Eg~) M* (electronic energy transfer)

" C3F6*<Ti)

Heicklen and Johnston JPCHAX-1 967-71 -1 391

M* - Hg*( 6^Pj ) Heicklen and Johnston JPCHAX-1 967- 71 -1 391

6p*(B^E ") M - 6p(X^E ") M* (electronic energy transfer)

M* = C62*(^B2, or '^B2 ) Myers and Bartle JCPSA6-1 967-47-1 783

02 M -• ^2 * M (vibrational energy transfer)

Bauer and Roesler ZENAAU- 1 964- 1 9-656

Calvert, J. B, JASMAN- 1 965-37-3 86 (mechanism) Henderson and Herzfeld JASMAN- 1 965- 37-9 86 (review)

Henderson, et al. JASMAN-1 965-37-457

Jones, et al . PPS0AU-1 965- 86-857 (calculation)

Monk, R. G. JASMAN- 1 969- 46-580

Moore, C. B. ACHR AY- 1 969- 2- 1 03 (review)

Taylor and Bitterman RMPHAT-1 969-4 1 -26 (review)

White, D. R. JCPSA6- 1 968- 49-5 472

Yardley and Moore JCPSA6-1 968-48-1 4

41
) M* 62**^*>^^g*^ * M (electronic energy transfer)

Arnold, et al,

Derwent, et al.

JCPSA6-1 966-44-2529 (mechanism)

CHPLBC- 1 970- 6 - 1 1

2 g

M 0p (a A ) M (electronic transition)

Coomber and Pitts ESTHAG- 1970- 4-506 (mechanism)

) 62 (c^E^ ) - 6(^P) 03(^A)

Simonaitis and Heicklen IJCKB6- 1 97 1-3-31

05,*(a^A„ ) 2 g0^*( a^A ) - 6^(X^S

Arnold and 6gryzlo

Arnold, et al

Bortner and Kummler

Derwent and Thrush

Izod and Wayne

Ma rch, et al

Schofield, K.

Myers and 6'' Br i en

Wayne, R. P.

Wayne, R, P,

Wayne, R. P.

Winer and Bayes

Young and Black

g

It-It 1 ) 02 (b^E ) ( electronic

energy transfer)

CJPHAD- 1 967- 4 5-2053

ADCSAJ-1 968-77-133

«GESLZ6-1 969-RPT/GE-9 50 0-ECS-SR-1

( review)

TFS0A4- 1971-67-20 36

PRLAAZ-1 968-3 08-81

PHCBAP-1965-4-97 1 (mechanism)

PLSSAE-1 967- 15-643 (review)

ANYAA9-1 970-1 71-224 (mechanism)

ADPCA2-1 969-7-31 1 (review)

PHCBAP-1 966-5-889

QJRMAM-1 967-93-69 (mechanism)

JPCHAX-1 966-70-302

JCPSA6-1 965-42-3740

02*(alAg) 02*(alAg)

Akimoto and Pitts

Arnold, et al

,

Arnold, et al«

Arnold, et al.

Bader and Ggryzlo

Derwent and Thrush

Falick and Mahan

Gray and 0gryzlo

Wayne, R. P.

02(X-^E " ) * 02^X^g ) hv

JCPSA6-1970-53-1312 (mechanism)

JCPSA6-1 964-40-1 769 (mechanism)

PHCBAP-1 965-4-963

JCPSA6-1 966-44-2529 (review)

DFS0AW-1 964-37-46 (mechanism)

TFS0A4- 1 971- 67- 2036

JCPSA6-1 967-47-4778

CHPLBC-1 969-3-658

ADPCA2- 1 969-7-31 1 (review)

02**( b^Eg ) - 02( X-Eg

Gray and 0gryzlo

) * 02(x3Eg-)

CHPLBC- 1 969- 3- 65 8

hv

02*(blEg ) 2 g

) - 0^(X'^E

Gray and 0gryzlo

S

) 02( X Eg hv

CHPLBC-1 969- 3-658

0- - 0 0,

Bunker, D, L,

Gill and Laidler

JCPSA6-1 964-40- 1 946 ( calculation

)

PRLAAZ-1959-250-fl21 (calculation)

hv 0 0,

Bodenstein and Jost

Ellis, et al.

Johnston, H. S,

B00ZA7- 194 1-267 (review)

NATUAS-1 971 -229- 153 (mechanism)

SCIFAS- 1971- 173-517 (review)

42
Heidt, L. J. JACSAT- 1 935- 57- 1 7 1

Biedenkapp, et al, CHPLBC- 1 970- 5- 379

DeMore, W. B. JCPSA6- 1 967- 4 7-2 77 7 ( quantiim yield)

DeMore and Dede JPCHAX- 1 970-74-262 1 Norrish and Wayne PPLAAZ-1 965- 2 88- 36 1 (quantum yield)

6^(^A) hv - 6*(*D) 6,*(a^A„) 3 2 g

Castellano and Schumacher ZPCFAX- 1 97 1 - 76- 258 (quantum yield)

Gauthier and Snelling ANYAA9- 1 970- 1 7 1 -22 0 (mechanism)

Gauthier and Snelling JCPS A6- 1 97 1- 54- 43 1

Gilpin, et al . JCPSA6-1 971 -55-1 087

Jones and Wayne PRLAAZ - 1 971 - 32 1 - 40 9 (quantum yield)

Kummler, et al. ESTHAG- 1 969- 3- 24 3 (calculation)

Langley and McGrath PLSSAE- 1 971 - 1 9>-4 1 3 (quantum yield)

Langley and McGrath PLSS AE- 1 971 - 1 9-4 1

McCullough and McGrath CHPLBC- 1 97 1 - 1 2-9

Norrish and Wayne PPLAAZ-1 965-288-200 (quantum yield) Vallance Jones and Gattinger PLSS AE- 1 963- 1 1 -96 1 (mechanism)

von Ellenrieder, et al. CHPLBC- 1 97 1- 9- 1 52

von Ellenrieder, et al. ZPCFAX-1 971 -76-240 (quantum yield) Wallace and Hunten JGREA2- 1 968- 73-481 3 (mechanism)

Wayne, R. P. ADPCA2- 1 969- 7- 31 1 (review)

Wayne, R. P. PHCBAP-1 966-5-889

Wayne, R. P. OJRMAM- 1 967- 93-^69 (mechanism)

6^(^A) hv - 0*(1d) 6^*(b^E„*) o 2 g

Gauthier and Snelling JCPSA6- 1 97 1 - 54-43 1

Gilpin, et al. JCPSA6-1 971 -55-1 087

Norrish and Wayne PRLAAZ- 1 96 5- 288- 20 0 (quantum

yield ) Wallace and Hunten JGREA2- 1 968- 73- 4 8 1 3 (mechanism)

Bunker, D. L, JCPSA6-1 962-37-393 (calculation)

Keck and Kalelkar # AVEVZJ- 1 968- RPT/289 (calculation)

Michael, J. V. JCPS \6 - 1 97 1 - 54-4 45

63 M* - 6 ©2 * M

M* - C0*, C02*, C6S*, CS*, ^2** ^3** , or S62*

eiszyna and Heicklen JPCHAX-1 970-74-4 1 83

M = N2 (X^Eg , v>4)

Schofield, K. PLSSAE- 1965- 1 5-643 (evaluation)

M* - e*( ^D)

Baiamonte, et al. JCPSA6- 1 971 - 55-36 1

M* - 62*(X^Eg, V > 6)

Schofield, K. PLSS AE- 1 965- 1 5-643 (evaluation)

M* - 65*( a^A„) 2 g

' Findlay and Snelling JCPSA6- 1 97 1- 54-2750

Kaufman and Kelso DFS0AW- 1 964- 37-26 (mechanism) Langley and McGrath PLSSAE- 1 971 - 1 9-4 1

McNeal and Cook T AGUAT- 1 967-4 8-73

43
0^ M* - 6 M ( Continued

)

Mathias and Schlff

Norrlsh and Wayne

Schofleld, K,

Snelling and Gau-thier

Wayne, R. P.

Wayne, R. P.

JCPSA6-1964-40-31 1

PRLAAZ-l 965-288-200 (mechanism)

PLSSAE-1965- 15-643 (evaluation)

CHPLBC-1 971-9-254

ADPCA2-1 969-7-31 1 (review)

ANYAA9-1970-171- 199

* * 1 +. M = 0^ (h\ ) Clyne, et al.

Gauthler and Sneliing

Heldt, L. J.

Kaufman and Kelso

Mathias and Schlf±

Norrlsh and Wayne Schofleld, K,

Wayne, R. P.

g

PHCBAP-1 965-4-957 (mechanism)

JCPSA6-1 971-54-431

JACSAT-l 935-57-1 71

DFS0AW-1964-37-26 (mechanism)

JCPSA6-1 964-40-31 1

PRLAAZ-l 965-288- 200 (mechanism)

PLSSAE-1965- 15-643 (evaluation)

ADPCA2-1 969-7-31 1 (review)

M* - 6( ^P ) &*{ a^A„) 2 a, M

Schofleld, K.

M* • 62*(X-^Eg", V ^ 25)

PLSSAE-1965-15-643 (evaluation)

ei^i *A ) - *D) X-^E^ M

Norrlsh and Wayne

«•

PRLAAZ-l 965-288-20 0 (mechanism)

63 M - 63 M (vibrational excitation)

Gill and Laidler PRLAAZ-l 959-250- 1 2 1 (calculation)

6- M -» 63 M (vibrational relaxation)

Bunker, D. L, JCPSA6-1964-40-1946 ( calculation

)

Il(b). REVIEWS

Bodenstein and Josx

Bortner, et al.

Cottrell and McCoubrey

B66KA7-1941-267

GESLZ6-1 970-RPT/DASA-2560

(Ng, N0 excitation, relaxation,

energy transfer

)

B66KA7-1961-( CJg rot. and vlbr.

relax. : pgs . 82, 84)

Donovan and Husain CHREAY-1 970-70-489 (6 )

Gllmore, et al. JQSRAE- 1969-9-157 (6,62

excitation and relaxation ) Herzfeld and Litovitz PAPHAP-1959-7 ( rot. and vibr.

relax. : pgs. 238, 241

)

44
Johnston, H. S.

Kearns, D. R.

Kneser, H. 6,

Kondratlev, V. N,

McCoubrey, et al,

Moore, C. B,

Pitts, J, N., Jr.

SCIEAS-1971-173-517 (6, Og, 63)

CHREAY- 1971 -74-395 [0p*(A^A_) and

e

EENAA3-1949-22-121 ( vibrational

relax at ion

)

Be0KA7-197O (6, 6^, 63: General

Tables ) TFS6A4- 1961 -57-1472 vibrational

relaxation

)

ACHRAY-1 969-2-103 (0^ vibrational

ANYAA9-1 970-1 71-239 36p*(^A„)]

energy transfer )

^ 2 ' -g

Pitts, J. N., Jr.

Schiff, H, J.

Taylor and Bitterman

Wayne, R. P.

24ZVAA-1971-3 [6p*(^A„)] ^ g

CJCHAG-1 969-47- 1 903

RMPHAT-1 969-41 -26 ( 0^ vibrational

energy transfer

)

ADPCA2-1 969-7-31 1 [e^^i&^A^) and

45
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50
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* U. S. GOVERNMENT PRINTING OFFICE : 1973—511-324 (195)

79
^ORM NBS-114A (1.71) U.S. DEPT. OF COMM. 1 . PUBLICATION OR REPORT NO. 2. Gov't Accession BIBLIOGRAPHIC DATA ct, 071 SHEET NBS SP-371

3. Recipient's Accession No.

4. TITLE AND SUBTITLE

A Supplementary Bibliography of Kinetic Data on Gas Phase

Reactions of Nitrogen, Oxygen, and Nitrogen Oxides

5. Publication Date February 1973

6. Performing Organization 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

' rrojccc/ lasK/ worK unit ino.

11. Contract/Grant No.

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

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 supplementing

NBS publication COM-71-00841 (NBS-OSRDB-71-2 , August 1971), is provided

for published papers and reports containing rate data for reactions of

N, N^, N^O, N2O2, ^2^3> ^2°4» ^20^, NO, NO2, NO^, NO^, 0, O2 and

0^ with each other. It includes an extensive list of papers dealing

with production and reactions of molecular oxygen in excited singlet

state (a

1

A , b

1+1 E , c E ). In addition, two lists of critical reviews

g' g

'

' dealing with the above reactions are Included. About 500 papers are listed. The period covered extends from I9OO through January 1972.

17. KEY WORDS (Alphabetical order, separated bj' semicolons)

Bibliography; chemical kinetics; excited state; gas phase; nitrogen atom;

nitrogen molecule; nitrogen oxides; oxygen atom; oxygen molecule; ozone.

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