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Author index volumes 14–15, 1970
335
BELL, J. C., and BJ~IIDLEY,D.: Ionization, ExtraEquilibrium Excitatian, and Electron Temperatures in FIames, 14.225
Turbulent l%mu Propagation: ComtnenLs on Sancmatsu’s Correlation (I 1. IS, 79 BIRC’HALL, J. D,: On the Mechanism of Flame Inhibilion ky Alkali Metal Salts. 14, 85 BjSwti, B. K., and &XNHIGH, R. H.: Some Charact&tics of Stabilized Smoke Flames, 15, 93 BLAIR, L. S., and G~~ZINC~EK, R. W.: A Shock Tube Study of Recombination in the Hydrogen-Oxygen Reaction Using Infrared Emission from Water Vapor, 14,5 BOLDYRE:~,V. V.. ALEXANDROV. V. V., BOLDYREVA, A. V+. GRITSAN,V. 1.. KARPENKO,Yff. YA., KORUBE$%ITCIZV, 0. P.. PANFILOY,V. N., and KHAIRETUINOV,E. F.: On the Mechanism of the Thermal Decomposition of Ammonium Perchlorate, 15, 71 E~ULDYHIWA, A. V.: See BOLIXREV, V. V., ALEXANIXWV, v. v., BOL13YREVA, A. V., GRITSAN,V. I., K.ARI%xKO.Yu. YA., KCIROBEMTCHEV, 0. P., PANHLC)V, V. N., and KHATRETDINOV. E. F. If&z, P.: See Sar~r~osr, F., B~K, P., and B~~RcsOK, S. R~SKS~JK, S: See SOL~MOSI, F., B&, P., and BBRCS~K, f.hfADURII, PI.:
S.
BOUVIER.A., CIIEVALEYRE, J.. and CROS.J.-C.: Temperature of the Cyanogen-Nitrous Oxide Flame, 14, I49 Ltrrwuns,
CUAIC~ T. : Z&P
MAN+ ~KAIG
SEWY, DANIELJ., and Bow-
f.
fhAJX..kT, D.:S~W=~_L.J.C.,and BRADLEY; D. .---and SE~EYPARD, C, G. W.: Eiectron Temperatures in Hydrocarbon Flames. 15,323 Brurr~~, D.: SLJEBALDWIN,R. R., BRATTAN,D., T~~‘NNIcL~FFE. B.. WALKFJL P. Vi'.,and WEBSTER. S. J. Br~~ls~l-rc~, P., TAKIMOTO,W. H., DENAULT,G. C.. and HICKS, W. A.: Simultaneous Mass Spectrometric Differential Thermal Analyses of Nitrate
R, A,, S@Katws. 8%. l”., arsd iw3wiP”~r.:A. Extjnctior~ of htb&w’eAir ~ifbk@@ &3+X* by Sadhm Bicurbona~c bwk% $3, 31s: Dun-_, R, E,: &T l&mw, P. A., KUWkmu. A a&d DOl)DlNc;, The
s
1
DuFP,R.E. DURIE, R. A., MAITHEWS. u’. J,, iind %#IW, %. t”. : The Catalytic Formation of St&k Trkw& in F&Rich Propane-Air Flames. @. 127 d lnEDMONDSON. H., a:;dWnp, M. P.: Hfo~sruftl verted Flames. 14. 191 R.: At&3k0t At#K%pbU+Z -. ---I and PRIr0rAaEk Effects in Flat-Flame Measurem~ti UT Burnrng Velocity, 14, 195 Betwcm Fhm;e f%%;%~~ ;sd -. -. *The Relationship Burning Velocity, 14. 40s . The Correlation of Burning Vcfw+r~y mk$ Blr.tu~, -,-. off Data by the FIanzc Strerrh C”rur:~%p~,I$, t% EDWARDS, D. d.:Srx~PRXT. ~)I)NsJI. E&&N%, ,fCl., CLAIRMOKI, A. R.. Jr.. and ErsWaKIX4, i>.J. EL-MEXZGIRI,lBR&?IM A.: S<%pN~%‘i’~.*tt.. %?&I @, 5 and EY_-MITSS~RLIBRAHW A. ERKMAN, J. 0.: Lk PRICE,DOSNA. ERL!N. J, Q., CLAIRMONT. A. R., Jr., and EU’U’AHIXLI). J. E~SNH~GI~.R. H.: Sit Bswns. B. K.. and Ewrwwrr, R.H. Eu~nt. C. A.. Jr.. and Lar+~a~,~. J. P . Jr. : The %q~w= Phase Oxidation of n-Butane in a Flow RMEIIX. 15,275 FAUCHEK,JOSEPH E.: See VUNOS. AL~xrxx, Fat:CHER, JOSEPH E., and CURTIS. WILU~M E. FEILCHEXEID, H., JOLLES, 2. E., and Mkwr. D.: The Effect of Bromides on the Burnln~ Prt.r~wne;i-i of Polyester, 15, 247 FELLS, I., z:;~d Nont&~s, P. W.: A Study ~?rfthe CL&, FIsw Occurring in Oxyhydrogen Dw~~ations, Usmp a Magnetohydrodynamic Method of Measurenr~wr. 15, 1 FIELD,M. A.: Measurements nf the Effwt of Rank on Combustion Rates of Pulverized Coal, 14. 299 GIXZINGER, R-W.: Spa BLAIR,L. S.,and Gr~xrx~#. R.W. GRAY, B. F.: The Dependence of Spontine~us tg.nrtion Temperature on Surfxe to Volume Ratio in Static Systems For Fuels Showing a Negative Tern-perature Coefficient, 14, 113 --: On the Isothermal Theory of Cool Flames, 14,273 GRAY, P., and HOLLAND, SUSAN : The Effect of isotopic Substitution on the Decomposition Flame of Hydrazinc, 14,203 and Yrw~w, D. B.: The Effect sf Iswqjc Sutr-I-
LEE. 0. F.. and ROBLEE, L. H. S.. Jr.: A Radioisotopic Tracer Study ofCarbon Formation in Ethanol-
Air Diffusion Fhmes, 14,285 LOVECU, A. L. : The Role of Shock in the Initiation of Secondary Explosives, IS, 299 I_uc~rrr~, M.: Ser PERCHE, A., PEnr?f, A., and hCQUtN. M.
MA~FARLANE, J. J. : Carbon Formation in Premixed Methane-Oxygen Flames Under Constant-Volume Co3rditions, I4,67 MACLEAN, D. I.: See HOMANN, K. H.. and MACLEAN. D. I.
M. J.: Ser BALDWIN. I?. R.. MATCHAN. M. J., ;md WALKER, R. W. AIATTBEWS,C. J.: SCB D~RIE. R. A.. MATTHEWS, C. J.. rind SMITH, M . Y. : SLY JOHNSON, G. M., MA~THIWS. C. J., S~I~T~~I. M. Y., and W!I.l,?AhLS. f). J. %bTIJI.A. R. A., ORLO=, D. I.. and Acr;ew. J. T.: Burning V&cities of Fluorocarbon-Oxygen Mixtures* 14,97 M(‘C’~rzs~~v, J.: &P WENAAS. E. P. and MCCHFSXY, J. Mmr!r.. D,: .SCVJ FEILCHENFIZLD,H., .JOLLES.2. E.. and M,\TCHAN.
Mew., II. 91t.w~ .I. W., UKTIEW. P. A.. and OPPENHEIM, A. K.: On the Inadequacy of Gas+~a:nic Processes for
Triggering rhe Transition to Detc~nation. 14. I3 bfIL,NE, ?-tW.hlASA.. GREEN, CAROL L., and BENSON. I)Avtt> K.: The Use of the Counrerflow Diffusion Flnmc in Studies of Inhibition EIl’cctiveness of Iizr~uus ;ind Powdered Agents. 15. 235 Mt!l,I%Ri. I!.: &r CAt’lTELLi, M.. ~RAMAKDSSA. F‘.. f‘R~m.o, l_.. und MOLKSARI. E. ?Y~IIROSSIN, a.: .%v !~XDIC#, W. B.. KENNEDL. J. D..
,mtl M~>RIXIN.s. ?kioVk3, it. B.: %r’ ~ALDWI?G. R. R_. Movrs. R. B.. ~~%%t~t#m.B. N., ond WhtKEn, R. W. A,ft R~I>, R J., LAMEWIXXA. _I.. ISODA, If., :ind SLjMInfluencjng W:KW:L.IL M. : A Study of Some Factors the Ignition of 9 Liquid Frrei Pool. 15. 7x9 %%‘r~k~t..
IIENKY K.. and EL-MESSIKI, IHRAC;IM A.: Combustion Chamber Concept Ior Control of Engine Exhaust Ak Pollutant Emisaicns, 14. I55 Nt:WMAN, R. N.. nnd PACE. F. M.: The Bond Energy of the Gaccous Al0 Molecule. 15. 317 N!<.itt. W. ci. : &rt SCHNEII)EH,G. R., and NIGH_ W. G. ~~NVML P. W.: $>I* FF,LI_S, !., and NORMAN. P. W. Ni!ttttW, h. I’. : .%T*I~W>WIN, R. R., HOI’KINS, D. E.. N~~Hm*i,A. t:‘., lrad WALKIIK, R. W. Pz
++3JkRt%. iv. 8.: &‘P ~LUMAN, R. 3.. NORRIS. w. itt$ khII)A, k!. I’.
B,_
BELL, J. C., and BJ~IIDLEY,D.: Ionization, ExtraEquilibrium Excitatian, and Electron Temperatures in FIames, 14.225
Turbulent l%mu Propagation: ComtnenLs on Sancmatsu’s Correlation (I 1. IS, 79 BIRC’HALL, J. D,: On the Mechanism of Flame Inhibilion ky Alkali Metal Salts. 14, 85 BjSwti, B. K., and &XNHIGH, R. H.: Some Charact&tics of Stabilized Smoke Flames, 15, 93 BLAIR, L. S., and G~~ZINC~EK, R. W.: A Shock Tube Study of Recombination in the Hydrogen-Oxygen Reaction Using Infrared Emission from Water Vapor, 14,5 BOLDYRE:~,V. V.. ALEXANDROV. V. V., BOLDYREVA, A. V+. GRITSAN,V. 1.. KARPENKO,Yff. YA., KORUBE$%ITCIZV, 0. P.. PANFILOY,V. N., and KHAIRETUINOV,E. F.: On the Mechanism of the Thermal Decomposition of Ammonium Perchlorate, 15, 71 E~ULDYHIWA, A. V.: See BOLIXREV, V. V., ALEXANIXWV, v. v., BOL13YREVA, A. V., GRITSAN,V. I., K.ARI%xKO.Yu. YA., KCIROBEMTCHEV, 0. P., PANHLC)V, V. N., and KHATRETDINOV. E. F. If&z, P.: See Sar~r~osr, F., B~K, P., and B~~RcsOK, S. R~SKS~JK, S: See SOL~MOSI, F., B&, P., and BBRCS~K, f.hfADURII, PI.:
S.
BOUVIER.A., CIIEVALEYRE, J.. and CROS.J.-C.: Temperature of the Cyanogen-Nitrous Oxide Flame, 14, I49 Ltrrwuns,
CUAIC~ T. : Z&P
MAN+ ~KAIG
SEWY, DANIELJ., and Bow-
f.
fhAJX..kT, D.:S~W=~_L.J.C.,and BRADLEY; D. .---and SE~EYPARD, C, G. W.: Eiectron Temperatures in Hydrocarbon Flames. 15,323 Brurr~~, D.: SLJEBALDWIN,R. R., BRATTAN,D., T~~‘NNIcL~FFE. B.. WALKFJL P. Vi'.,and WEBSTER. S. J. Br~~ls~l-rc~, P., TAKIMOTO,W. H., DENAULT,G. C.. and HICKS, W. A.: Simultaneous Mass Spectrometric Differential Thermal Analyses of Nitrate
R, A,, S@Katws. 8%. l”., arsd iw3wiP”~r.:A. Extjnctior~ of htb&w’eAir ~ifbk@@ &3+X* by Sadhm Bicurbona~c bwk% $3, 31s: Dun-_, R, E,: &T l&mw, P. A., KUWkmu. A a&d DOl)DlNc;, The
s
1
DuFP,R.E. DURIE, R. A., MAITHEWS. u’. J,, iind %#IW, %. t”. : The Catalytic Formation of St&k Trkw& in F&Rich Propane-Air Flames. @. 127 d lnEDMONDSON. H., a:;dWnp, M. P.: Hfo~sruftl verted Flames. 14. 191 R.: At&3k0t At#K%pbU+Z -. ---I and PRIr0rAaEk Effects in Flat-Flame Measurem~ti UT Burnrng Velocity, 14, 195 Betwcm Fhm;e f%%;%~~ ;sd -. -. *The Relationship Burning Velocity, 14. 40s . The Correlation of Burning Vcfw+r~y mk$ Blr.tu~, -,-. off Data by the FIanzc Strerrh C”rur:~%p~,I$, t% EDWARDS, D. d.:Srx~PRXT. ~)I)NsJI. E&&N%, ,fCl., CLAIRMOKI, A. R.. Jr.. and ErsWaKIX4, i>.J. EL-MEXZGIRI,lBR&?IM A.: S<%pN~%‘i’~.*tt.. %?&I @, 5 and EY_-MITSS~RLIBRAHW A. ERKMAN, J. 0.: Lk PRICE,DOSNA. ERL!N. J, Q., CLAIRMONT. A. R., Jr., and EU’U’AHIXLI). J. E~SNH~GI~.R. H.: Sit Bswns. B. K.. and Ewrwwrr, R.H. Eu~nt. C. A.. Jr.. and Lar+~a~,~. J. P . Jr. : The %q~w= Phase Oxidation of n-Butane in a Flow RMEIIX. 15,275 FAUCHEK,JOSEPH E.: See VUNOS. AL~xrxx, Fat:CHER, JOSEPH E., and CURTIS. WILU~M E. FEILCHEXEID, H., JOLLES, 2. E., and Mkwr. D.: The Effect of Bromides on the Burnln~ Prt.r~wne;i-i of Polyester, 15, 247 FELLS, I., z:;~d Nont&~s, P. W.: A Study ~?rfthe CL&, FIsw Occurring in Oxyhydrogen Dw~~ations, Usmp a Magnetohydrodynamic Method of Measurenr~wr. 15, 1 FIELD,M. A.: Measurements nf the Effwt of Rank on Combustion Rates of Pulverized Coal, 14. 299 GIXZINGER, R-W.: Spa BLAIR,L. S.,and Gr~xrx~#. R.W. GRAY, B. F.: The Dependence of Spontine~us tg.nrtion Temperature on Surfxe to Volume Ratio in Static Systems For Fuels Showing a Negative Tern-perature Coefficient, 14, 113 --: On the Isothermal Theory of Cool Flames, 14,273 GRAY, P., and HOLLAND, SUSAN : The Effect of isotopic Substitution on the Decomposition Flame of Hydrazinc, 14,203 and Yrw~w, D. B.: The Effect sf Iswqjc Sutr-I-
LEE. 0. F.. and ROBLEE, L. H. S.. Jr.: A Radioisotopic Tracer Study ofCarbon Formation in Ethanol-
Air Diffusion Fhmes, 14,285 LOVECU, A. L. : The Role of Shock in the Initiation of Secondary Explosives, IS, 299 I_uc~rrr~, M.: Ser PERCHE, A., PEnr?f, A., and hCQUtN. M.
MA~FARLANE, J. J. : Carbon Formation in Premixed Methane-Oxygen Flames Under Constant-Volume Co3rditions, I4,67 MACLEAN, D. I.: See HOMANN, K. H.. and MACLEAN. D. I.
M. J.: Ser BALDWIN. I?. R.. MATCHAN. M. J., ;md WALKER, R. W. AIATTBEWS,C. J.: SCB D~RIE. R. A.. MATTHEWS, C. J.. rind SMITH, M . Y. : SLY JOHNSON, G. M., MA~THIWS. C. J., S~I~T~~I. M. Y., and W!I.l,?AhLS. f). J. %bTIJI.A. R. A., ORLO=, D. I.. and Acr;ew. J. T.: Burning V&cities of Fluorocarbon-Oxygen Mixtures* 14,97 M(‘C’~rzs~~v, J.: &P WENAAS. E. P. and MCCHFSXY, J. Mmr!r.. D,: .SCVJ FEILCHENFIZLD,H., .JOLLES.2. E.. and M,\TCHAN.
Mew., II. 91t.w~ .I. W., UKTIEW. P. A.. and OPPENHEIM, A. K.: On the Inadequacy of Gas+~a:nic Processes for
Triggering rhe Transition to Detc~nation. 14. I3 bfIL,NE, ?-tW.hlASA.. GREEN, CAROL L., and BENSON. I)Avtt> K.: The Use of the Counrerflow Diffusion Flnmc in Studies of Inhibition EIl’cctiveness of Iizr~uus ;ind Powdered Agents. 15. 235 Mt!l,I%Ri. I!.: &r CAt’lTELLi, M.. ~RAMAKDSSA. F‘.. f‘R~m.o, l_.. und MOLKSARI. E. ?Y~IIROSSIN, a.: .%v !~XDIC#, W. B.. KENNEDL. J. D..
,mtl M~>RIXIN.s. ?kioVk3, it. B.: %r’ ~ALDWI?G. R. R_. Movrs. R. B.. ~~%%t~t#m.B. N., ond WhtKEn, R. W. A,ft R~I>, R J., LAMEWIXXA. _I.. ISODA, If., :ind SLjMInfluencjng W:KW:L.IL M. : A Study of Some Factors the Ignition of 9 Liquid Frrei Pool. 15. 7x9 %%‘r~k~t..
IIENKY K.. and EL-MESSIKI, IHRAC;IM A.: Combustion Chamber Concept Ior Control of Engine Exhaust Ak Pollutant Emisaicns, 14. I55 Nt:WMAN, R. N.. nnd PACE. F. M.: The Bond Energy of the Gaccous Al0 Molecule. 15. 317 N!<.itt. W. ci. : &rt SCHNEII)EH,G. R., and NIGH_ W. G. ~~NVML P. W.: $>I* FF,LI_S, !., and NORMAN. P. W. Ni!ttttW, h. I’. : .%T*I~W>WIN, R. R., HOI’KINS, D. E.. N~~Hm*i,A. t:‘., lrad WALKIIK, R. W. Pz
++3JkRt%. iv. 8.: &‘P ~LUMAN, R. 3.. NORRIS. w. itt$ khII)A, k!. I’.
B,_