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Cumulative Author Index for Volumes 136–139
Combustion and Flame 139 (2004) 367–375 www.elsevier.com/locate/jnlabr/cnf
Cumulative Author Index for Volumes 136–139
A A BRAHAM , J.: see Gopalakrishnan, V. ACHARYA , S.: see Uhm, J.H. A DUEV, B.P.: see Zakharov, Yu.A. AGGARWAL , S.K.: see Naha, S. A LDREDGE , R.C., and K ILLINGSWORTH , N.J. Experimental evaluation of Markstein-number influence on thermoacoustic instability, 137:178 A LEIFERIS , P.G., H ARDALUPAS , Y., TAYLOR , A.M.K.P., I SHII , K., and U RATA , Y. Flame chemiluminescence studies of cyclic combustion variations and air-to-fuel ratio of the reacting mixture in a lean-burn stratified-charge spark-ignition engine, 136:72 A LEIFERIS , P.G., TAYLOR , A.M.K.P., I SHII , K., and U RATA , Y. The nature of early flame development in a lean-burn stratified-charge spark-ignition engine, 136:283 A LUKER , E.D.: see Zakharov, Yu.A. Å MAND , L.-E.: see Hansson, K.-M. A RANA , C.P., P ONTONI , M., S EN , S., and P URI , I.K. Field measurements of soot volume fractions in laminar partially premixed coflow ethylene/air flames, 138:362 A RNALDOS , J.: see Muñoz, M. ATREYA , A.: see Donovan, M.T. ATTAL -T RETOUT, B.: see Grisch, F. AVEDISIAN , C.T.: see Bae, J.H. B BABUSHOK , V.I., and M IZIOLEK , A.W. Condensation flame of acetylene decomposition, 136:141 BAE , J.H., and AVEDISIAN , C.T. Experimental study of the combustion dynamics of jet fuel droplets with additives in the absence of convection, 137:148 BAILLOT, F.: see Demare, D. BAKLANOV, A.M.: see Karasev, V.V.
BARLOW, R.S.: see Masri, A.R. BARRA , A.J., and E LLZEY, J.L. Heat recirculation and heat transfer in porous burners, 137:230 BATTAGLIA , V.: see Giacomazzi, E. B ELLAN , J.: see Harstad, K. B ELOVICH , V.M.: see Roy, S. B ILGER , R.W. Marker fields for turbulent premixed combustion, 138:188 B ILGER , R.W.: see Chen, Y.-C. B LASCO , J.: see Kurdyumov, V. B LASIAK , W., YANG , W.H., and R AFIDI , N. Physical properties of a LPG flame with high-temperature air on a regenerative burner, 136:567 B OMBACH , R.: see Reinke, M. B ORGHI , R.: see Mura, A. B OSSCHAART, K.J., and DE G OEY, L.P.H., in collaboration with J.M. B URGERS C ENTER FOR F LUID M ECHANICS The laminar burning velocity of flames propagating in mixtures of hydrocarbons and air measured with the heat flux method, 136:261 B OUCHARDY, P.: see Grisch, F. B OXX , I.G.: see Idicheria, C.A. B OZZELLI , J.W.: see Miller, T.A. B RADLEY, D., S HEPPARD , C.G.W., S UARDJAJA , I.M., and W OOLLEY, R. Fundamentals of high-energy spark ignition with lasers, 138:55 B RAUN , A., H UGGINS , F.E., S EIFERT, S., I LAVSKY, J., S HAH , N., K ELLY, K.E., S AROFIM , A., and H UFFMAN , G.P. Size-range analysis of diesel soot with ultra-small angle X-ray scattering, 137:63 B RESSON , A.: see Grisch, F. B REWSTER , M.Q.: see Fitzgerald, R.P. B REZINSKY, K.: see Sivaramakrishnan, R. B ROWN , M.S.: see Katta, V.R.
0010-2180/2004 Published by Elsevier Inc. on behalf of The Combustion Institute. doi:10.1016/S0010-2180(04)00225-1
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Cumulative Author Index for Volumes 136–139
B RUNO , C.: see Giacomazzi, E. B USHE , W.K.: see Huang, J. B YCHKOV, V.: see Petchenko, A. C C ANT, S.: see Chakraborty, N. C ARDOSO , S.S.S., K AN , P.C., S AVJANI , K.K., H AYHURST, A.N., and G RIFFITHS , J.F. The computation of the velocity, concentration, and temperature fields during a gas-phase oscillatory reaction in a closed vessel with natural convection, 136:241 C ARLSSON , T.E.: see Mattsson, R. C ASAL , J.: see Muñoz, M. C ECCIO , S.L.: see Upatnieks, A. C ESSOU , A., M AUREY, C., and S TEPOWSKI , D. Parametric and statistical investigation of the behavior of a lifted flame over a turbulent free-jet structure, 137:458 C HAKRABORTY, N., and C ANT, S. Unsteady effects of strain rate and curvature on turbulent premixed flames in an inflow–outflow configuration, 137:129 C HAKRAVARTHY, S.R.: see Panyam, R.R. C HATURVEDY, A.: see Renfro, M.W. C HE , D.: see Liu, Y. C HEN , J.H.: see Hawkes, E.R.; Liu, S. C HEN , Y.-C., and B ILGER , R.W. Experimental investigation of three-dimensional flame-front structure in premixed turbulent combustion II. Lean hydrogen/air Bunsen flames, 138:155 C HERN , J.-S., and H AYHURST, A.N. Does a large coal particle in a hot fluidised bed lose its volatile content according to the shrinking core model?, 139:208 C HOI , K.-H., KORAI , Y., and M OCHIDA , I. Combustion properties of particulate matter in diesel engine exhaust, 137:255 C HOMIAK , J.: see Lipatnikov, A.N.; Tao, F. C HRISTENSEN , T.S.: see Skjøth-Rasmussen, M.S. C HUNG , S.H.: see Lee, S.M.; Yang, S.Y. C LARAMUNT, K., C ÒNSUL , R., P ÉREZ -S EGARRA , C.D., and O LIVA , A. Multidimensional mathematical modeling and numerical investigation of co-flow partially premixed methane/air laminar flames, 137:444 C LEMENS , N.T.: see Idicheria, C.A. C OELHO , P.J. Detailed numerical simulation of radiative transfer in a nonluminous turbulent jet diffusion flame, 136:481 C ÒNSUL , R.: see Claramunt, K. C ORITON , B.: see Kyritsis, D.C. C ORPORAN , E.: see Roy, S. C REMERS , M.F.G., R EMIE , M.J., S CHREEL , K.R.A.M., and DE G OEY, L.P.H.
Heat transfer mechanisms of laminar flames of hydrogen+oxygen, 139:39 D DAGAUT, P.: see El Bakali, A. DALLY, B.B., R IESMEIER , E., and P ETERS , N. Effect of fuel mixture on moderate and intense low oxygen dilution combustion, 137:418 DAVIDSON , D.F.: see Gauthier, B.M. DAVIDSSON , K.: see Thunman, H. DE G OEY, L.P.H.: see Bosschaart, K.J.; Cremers, M.F.G.; Lammers, F.A. D ELICHATSIOS , M.A. Erratum to “Relation of opposed flow (creeping) flame spread with extinction/ignition” [Combust. Flame 135 (2003) 441–447], 136:428 D EMARE , D., and BAILLOT, F. Acoustic enhancement of combustion in lifted nonpremixed jet flames, 139:312 D ESGROUX , P.: see El Bakali, A. DE S OUZA C OSTA , F., and S ANDBERG , D. Mathematical model of a smoldering log, 139:227 D I B LASI , C.: see Galgano, A. D IETRICH , D.L.: see Okai, K. DI M ARE , F., J ONES , W.P., and M ENZIES , K.R. Large eddy simulation of a model gas turbine combustor, 137:278 D ONOVAN , M.T., H E , X., Z IGLER , B.T., PALMER , T.R., W OOLDRIDGE , M.S., and ATREYA , A. Demonstration of a free-piston rapid compression facility for the study of high temperature combustion phenomena, 137:351 D REIZLER , A.: see Renfro, M.W. D RISCOLL , J.F. Special thanks to Allan Hayhurst, 138:307 D RISCOLL , J.F.: see Upatnieks, A. D RYER , F.L.: see Zhao, Z. D U B OIS , J.: see Roy, S. D UPUY, J.L.: see Morvan, D. DYAKOV, I.V.: see Konnov, A.A. E E DDINGS , E.G.: see Molina, A. E L BAKALI , A., DAGAUT, P., P ILLIER , L., D ESGROUX , P., PAUWELS , J.-F., R IDA , A., and M EUNIER , P. Experimental and modeling study of the oxidation of natural gas in a premixed flame, shock tube, and jet-stirred reactor, 137:109 E L -L EATHY, A.M.: see Kim, C.H. E LLZEY, J.L.: see Barra, A.J. E NG , J.A.: see Huang, Y. F FAETH , G.M.: see Kim, C.H. FAIRWEATHER , M., and W OOLLEY, R.M.
Cumulative Author Index for Volumes 136–139
First-order conditional moment closure modeling of turbulent, nonpremixed methane flames, 138:3 FATHOLLAHI , M., P OURMORTAZAVI , S.M., and H OSSEINI , S.G. The effect of the particle size of potassium chlorate in pyrotechnic compositions, 138:304 FAURE , F.: see Kyritsis, D.C. F ITZGERALD , R.P., and B REWSTER , M.Q. Flame and surface structure of laminate propellants with coarse and fine ammonium perchlorate, 136:313 F LAMANT, G.: see Yan, R. F LECKL , T.: see Weissinger, A. F OX , R.O.: see Raman, V. F RISCHAT, G.H.: see Wondraczek, L. F UREBY, C.: see Mattsson, R. F URUKAWA , J.: see Williams, F.A. G G ALGANO , A., and D I B LASI , C. Modeling the propagation of drying and decomposition fronts in wood, 139:16 G ARIJO , E.G., J ENSEN , A.D., and G LARBORG , P. Reactivity of coal char in reducing NO, 136:249 G AUTHIER , B.M., DAVIDSON , D.F., and H ANSON , R.K. Shock tube determination of ignition delay times in full-blend and surrogate fuel mixtures, 139:300 G AUTHIER , D.: see Yan, R. G EITH , J., H OLL , G., K LAPÖTKE , T.M., and W EIGAND , J.J. Pyrolysis experiments and thermochemistry of mononitrobiuret (MNB) and 1,5-dinitrobiuret (DNB), 139:358 G IACOMAZZI , E., BATTAGLIA , V., and B RUNO , C. The coupling of turbulence and chemistry in a premixed bluff-body flame as studied by LES, 138:320 G LARBORG , P.: see Garijo, E.G.; Skjøth-Rasmussen, M.S.; Skreiberg, Ø. G LOTOV, O.G.: see Karasev, V.V. G LUMAC , N.G.: see Roy, S. G OLOVITCHEV, V.I.: see Tao, F. G OMEZ , A.: see Kyritsis, D.C. G OPALAKRISHNAN , V., and A BRAHAM , J. Effects of multicomponent diffusion on predicted ignition characteristics of an n-heptane diffusion flame, 136:557 G ORD , J.R.: see Katta, V.R.; Roy, S. G ORDON , P.V., and S IVASHINSKY, G.I. Pressure diffusivity and low-velocity detonation, 136:440 G ORE , J.: see Lim, J. G ORE , J.P.: see Sunderland, P.B.
369
G RANIER , J.J., and PANTOYA , M.L. Laser ignition of nanocomposite thermites, 138:373 G REN , P.: see Mattsson, R. G RIFFITHS , J.F.: see Cardoso, S.S.S. G RISCH , F., ATTAL -T RETOUT, B., B RESSON , A., B OUCHARDY, P., K ATTA , V.R., and ROQUEMORE , W.M. Investigation of a dynamic diffusion flame of H2 in air with laser diagnostics and numerical modeling, 139:28 G ÜLDER , Ö.L.: see Snelling, D.R. G UO , H.: see Liu, F. H H ANNA , S.F.: see Kulatilaka, W.D. H ANSON , R.K.: see Gauthier, B.M. H ANSON -PARR , D.: see Parr, T. H ANSSON , K.-M., S AMUELSSON , J., T ULLIN , C., and Å MAND , L.-E. Formation of HNCO, HCN, and NH3 from the pyrolysis of bark and nitrogen-containing model compounds, 137:265 H ARDALUPAS , Y., and O RAIN , M. Local measurements of the time-dependent heat release rate and equivalence ratio using chemiluminescent emission from a flame, 139:188 H ARDALUPAS , Y.: see Aleiferis, P.G. H ARSTAD , K., and B ELLAN , J. Modeling evaporation of Jet A, JP-7, and RP-1 drops at 1 to 15 bars, 137:163 H ARSTAD , K., and B ELLAN , J. Modeling of multicomponent homogeneous nucleation using continuous thermodynamics, 139:252 H ARVEY, A.D.: see Raman, V. H ASEGAWA , T.: see Im, Y.-H. H AWKES , E.R., and C HEN , J.H. Direct numerical simulation of hydrogen-enriched lean premixed methane–air flames, 138:242 H AYHURST, A.N.: see Cardoso, S.S.S.; Chern, J.-S. H E , X.: see Donovan, M.T. H EGDE , U.G.: see Hermanson, J.C. H EIDE , G.: see Wondraczek, L. H ERMANSON , J.C., J OHARI , H., S TOCKER , D.P., and H EGDE , U.G. Buoyancy effects in strongly pulsed turbulent diffusion flames, 139:61 H EWSON , J.C.: see Liu, S. H IGGINS , A.J.: see Pinard, P.F. H ILBERT, R., and T HÉVENIN , D. Influence of differential diffusion on maximum flame temperature in turbulent nonpremixed hydrogen/air flames, 138:175 H ILL , P.G.: see Huang, J.
370
Cumulative Author Index for Volumes 136–139
H IRASAWA , T., S UNG , C.-J., YANG , Z., J OSHI , A., and WANG , H. Effect of ferrocene addition on sooting limits in laminar premixed ethylene–oxygen–argon flames, 139:288 H OLL , G.: see Geith, J. H OSSEINI , S.G.: see Fathollahi, M. H SIEH , W.H.: see Liu, J.F. H UANG , J., H ILL , P.G., B USHE , W.K., and M UNSHI , S.R. Shock-tube study of methane ignition under engine-relevant conditions: experiments and modeling, 136:25 H UANG , Y., S UNG , C.J., and E NG , J.A. Dilution limits of n-butane/air mixtures under conditions relevant to HCCI combustion, 136:457 H UANG , Y., S UNG , C.J., and E NG , J.A. Laminar flame speeds of primary reference fuels and reformer gas mixtures, 139:239 H UANG , Y., and YANG , V. Bifurcation of flame structure in a lean-premixed swirl-stabilized combustor: transition from stable to unstable flame, 136:383 H UFFMAN , G.P.: see Braun, A. H UGGINS , F.E.: see Braun, A. H UH , K.Y.: see Im, Y.-H.; Kim, S.H.; Lee, E. H WANG , J.: see Lee, G.W. I I DICHERIA , C.A., B OXX , I.G., and C LEMENS , N.T. Characteristics of turbulent nonpremixed jet flames under normal- and low-gravity conditions, 138:384 I LAVSKY, J.: see Braun, A. I M , Y.-H., H UH , K.Y., N ISHIKI , S., and H ASEGAWA , T. Zone conditional assessment of flame-generated turbulence with DNS database of a turbulent premixed flame, 137:478 I MAMURA , O.: see Okai, K. I NAUEN , A.: see Reinke, M. I SHII , K.: see Aleiferis, P.G. J JANICKA , J.: see Renfro, M.W. J ENSEN , A.D.: see Garijo, E.G.; Skjøth-Rasmussen, M.S. J I , J.: see Lim, J. J OHANNESSEN , J.T.: see Skjøth-Rasmussen, M.S. J OHARI , H.: see Hermanson, J.C. J ONES , W.P.: see di Mare, F. J OSHI , A.: see Hirasawa, T. J UNG , H., K ITTELSON , D.B., and Z ACHARIAH , M.R.
Kinetics and visualization of soot oxidation using transmission electron microscopy, 136:445 J URNG , J.: see Lee, G.W K K ALT, P.A.M.: see Masri, A.R. K AMM , S., S AATHOFF , H., NAUMANN , K.-H., M ÖHLER , O., and S CHURATH , U. Gasification of a soot aerosol by O3 and NO2 : Temperature dependence of the reaction probability, 138:353 K AN , P.C.: see Cardoso, S.S.S. K ARASEV, V.V., O NISCHUK , A.A., G LOTOV, O.G., BAKLANOV, A.M., M ARYASOV, A.G., Z ARKO , V.E., PANFILOV, V.N., L EVYKIN , A.I., and S ABELFELD , K.K. Formation of charged aggregates of Al2 O3 nanoparticles by combustion of aluminum droplets in air, 138:40 K ATTA , V.R., M EYER , T.R., B ROWN , M.S., G ORD , J.R., and ROQUEMORE , W.M. Extinction criterion for unsteady, opposing-jet diffusion flames, 137:198 K ATTA , V.R., TAKAHASHI , F., and L INTERIS , G.T. Suppression of cup-burner flames using carbon dioxide in microgravity, 137:506 K ATTA , V.R.: see Grisch, F.; Linteris, G.T.; Kulatilaka, W.D. K AUFMANN , P.: see Selle, L. K AZAKOV, A.: see Zhao, Z. K ELLY, K.E.: see Braun, A. K EMPF, A.: see Renfro, M.W. K HORSANDI , A.: see Wondraczek, L. K ILLINGSWORTH , N.J.: see Aldredge, R.C. K ILPINEN , P.: see Skreiberg, Ø. K IM , C.H., E L -L EATHY, A.M., X U , F., and FAETH , G.M. Soot surface growth and oxidation in laminar diffusion flames at pressures of 0.1–1.0 atm, 136:191 K IM , K.-T.: see Kim, S.-G. K IM , N.I., L EE , U.D., and S HIN , H.D. Extinction of a premixed flame by a large variation in axial velocity, 136:467 K IM , S.-G., K IM , K.-T., PARK , J., and O H , C.B. Behavior of partially premixed flame fronts excited with a fuel tube resonance frequency, 139:351 K IM , S.H., and H UH , K.Y. Second-order conditional moment closure modeling of turbulent piloted Jet diffusion flames, 138:336 K ING , G.B.: see Renfro, M.W. K ITAJIMA , A., T ORIKAI , H., TAKEUCHI , M., and OYA , M. Experimental study of extinction and its quantification in laminar and turbulent
Cumulative Author Index for Volumes 136–139
counterflow CH4 –N2 /O2 –N2 nonpremixed flames, 137:93 K ITTELSON , D.B.: see Jung, H. K LAPÖTKE , T.M.: see Geith, J. KOCH , R.: see Selle, L. KONNOV, A.A., and DYAKOV, I.V. Measurement of propagation speeds in adiabatic flat and cellular premixed flames of C2 H6 + O2 + CO2 , 136:371 KONO , M.: see Okai, K. KORAI , Y.: see Choi, K.-H. KORTSCHIK , C., P LESSING , T., and P ETERS , N. Laser optical investigation of turbulent transport of temperature ahead of the preheat zone in a premixed flame, 136:43 KOSÁLY, G.: see Mitarai, S.; Sripakagorn, P. K REBS , W.: see Selle, L. K RECHETOV, A.G.: see Zakharov, Yu.A. K RISHNAN , S.S.: see Sunderland, P.B. K UKAEV, E.N.: see Starikovskaia, S.M. K UKSIN , A.Y U .: see Starikovskaia, S.M. K ULATILAKA , W.D., L UCHT, R.P., H ANNA , S.F., and K ATTA , V.R. Two-color, two-photon laser-induced polarization spectroscopy (LIPS) measurements of atomic hydrogen in near-adiabatic, atmospheric pressure hydrogen/air flames, 137:523 K UPIAINEN , M.: see Mattsson, R. K URDYUMOV, V., B LASCO , J., S ÁNCHEZ , A.L., and L IÑÁN , A. On the calculation of the minimum ignition energy, 136:394 K URDYUMOV, V.N., and M ATALON , M. Dynamics of an edge flame in a mixing layer, 139:329 K YRITSIS , D.C., C ORITON , B., FAURE , F., ROYCHOUDHURY, S., and G OMEZ , A. Optimization of a catalytic combustor using electrosprayed liquid hydrocarbons for mesoscale power generation, 139:77 L L AI , J.-S.: see Liaw, H.-J. L AMMERS , F.A., and DE G OEY, L.P.H. The influence of gas radiation on the temperature decrease above a burner with a flat porous inert surface, 136:533 L ARTIGUE , G.: see Selle, L. L AURENDEAU , N.M.: see Renfro, M.W.; Siow, J.E. L AW, C.K.: see Zheng, X.L. L ECKNER , B.: see Thunman, H. L EE , B.K.: see Yang, S.Y. L EE , C.E.: see Oh, C.B. L EE , E., and H UH , K.Y. Zone conditional modeling of premixed turbulent flames at a high Damköhler number, 138:211
371
L EE , G.W., J URNG , J., and H WANG , J. Formation of Ni-catalyzed multiwalled carbon nanotubes and nanofibers on a substrate using an ethylene inverse diffusion flame, 139:167 L EE , J.H.S.: see Pinard, P.F. L EE , S.M., YOON , S.S., and C HUNG , S.H. Synergistic effect on soot formation in counterflow diffusion flames of ethylene–propane mixtures with benzene addition, 136:493 L EE , U.D.: see Kim, N.I. L EVYKIN , A.I.: see Karasev, V.V. L IAW, H.-J., TANG , C.-L., and L AI , J.-S. A model for predicting the flash point of ternary flammable solutions of liquid, 138:308 L IM , J., S IVATHANU , Y., J I , J., and G ORE , J. Estimating scalars from spectral radiation measurements in a homogeneous hot gas layer, 137:222 L IN , Y.-F.: see Wu, Y.-p.G. L IÑÁN , A.: see Kurdyumov, V. L INTERIS , G.T., K ATTA , V.R., and TAKAHASHI , F. Experimental and numerical evaluation of metallic compounds for suppressing cup-burner flames, 138:78 L INTERIS , G.T.: see Katta, V.R. L IPATNIKOV, A.N., and C HOMIAK , J. Comment on “Turbulent burning velocity, burned gas distribution, and associated flame surface definition”: D. Bradley, M.Z. Haq, R.A. Hicks, T. Kitagawa, M. Lawes, C.G.W. Sheppard, R. Woolley, Combust. Flame 133 (2003) 415, 137:261 L IU , F., G UO , H., and S MALLWOOD , G.J. Effects of radiation model on the modeling of a laminar coflow methane/air diffusion flame, 138:136 L IU , F.: see Snelling, D.R.; Tian, K. L IU , G.: see Yu, J. L IU , J.F., and H SIEH , W.H. Experimental investigation of combustion in porous heating burners, 138:295 L IU , S., H EWSON , J.C., C HEN , J.H., and P ITSCH , H. Effects of strain rate on high-pressure nonpremixed n-heptane autoignition in counterflow, 137:320 L IU , Y., C HE , D., and X U , T. The effects of indigenous minerals in a coal on the emissions of NO and SO2 during combustion, 138:404 L IVBJERG , H.: see Skjøth-Rasmussen, M.S. L UCAS , J.: see Yu, J. L UCHT, R.P.: see Kulatilaka, W.D.; Roy, S. M M AGI , V.: see Viggiano, A.
372
Cumulative Author Index for Volumes 136–139
M ANTZARAS , J.: see Reinke, M. M ARICQ , M.M. Size and charge of soot particles in rich premixed ethylene flames, 137:340 M ARYASOV, A.G.: see Karasev, V.V. M ASRI , A.R., K ALT, P.A.M., and BARLOW, R.S. The compositional structure of swirl-stabilised turbulent nonpremixed flames, 137:1 M ASUYA , G.: see Takita, K. M ATALON , M.: see Kurdyumov, V.N. M ATTSSON , R., K UPIAINEN , M., G REN , P., W ÅHLIN , A., C ARLSSON , T.E., and F UREBY, C. Pulsed TV holography and schlieren studies, and large eddy simulations of a turbulent jet diffusion flame, 139:1 M AUREY, C.: see Cessou, A. M C E NALLY, C.S., and P FEFFERLE , L.D. Experimental study of fuel decomposition and hydrocarbon growth processes for cyclohexane and related compounds in nonpremixed flames, 136:155 M ENZIES , K.R.: see di Mare, F. M EUNIER , P.: see El Bakali, A. M EYER , T.R.: see Katta, V.R.; Roy, S. M ILLER , T.A., W OOLDRIDGE , M.S., and B OZZELLI , J.W. Computational modeling of the SiH3 +O2 reaction and silane combustion, 137:73 M ITARAI , S., KOSÁLY, G., and R ILEY, J.J. A new Lagrangian flamelet model for local flame extinction and reignition, 137:306 M ITROFANOV, A.Y U .: see Zakharov, Yu.A. M IZIOLEK , A.W.: see Babushok, V.I. M OCHIDA , I.: see Choi, K.-H. M ÖHLER , O.: see Kamm, S. M OLINA , A., E DDINGS , E.G., P ERSHING , D.W., and S AROFIM , A.F. Nitric oxide destruction during coal and char oxidation under pulverized-coal combustion conditions, 136:303 M ORVAN , D., and D UPUY, J.L. Modeling the propagation of a wildfire through a Mediterranean shrub using a multiphase formulation, 138:199 M UÑOZ , M., A RNALDOS , J., C ASAL , J., and P LANAS , E. Analysis of the geometric and radiative characteristics of hydrocarbon pool fires, 139:263 M UNSHI , S.R.: see Huang, J. M URA , A., and B ORGHI , R. Introducing a new partial PDF approach for turbulent combustion modeling, 136:377
N NAHA , S., and AGGARWAL , S.K. Fuel effects on NOx emissions in partially premixed flames, 139:90 NAUMANN , K.-H.: see Kamm, S. N ISHIKI , S.: see Im, Y.-H. N ORTON , D.G., and V LACHOS , D.G. A CFD study of propane/air microflame stability, 138:97 N UDNOVA , M.M.: see Starikovskaia, S.M. O O BERNBERGER , I.: see Weissinger, A. O H , C.B., L EE , C.E., and PARK , J. Numerical investigation of extinction in a counterflow nonpremixed flame perturbed by a vortex, 138:225 O H , C.B.: see Kim, S.-G. O’H ERN , T.J.: see Tieszen, S.R. O KAI , K., U EDA , T., I MAMURA , O., T SUE , M., KONO , M., S ATO , J., D IETRICH , D.L., and W ILLIAMS , F.A. Effects of DC electric fields on combustion of octane droplet pairs in microgravity, 136:390 O LIVA , A.: see Claramunt, K. O NISCHUK , A.A.: see Karasev, V.V. O RAIN , M.: see Hardalupas, Y. Ø STBERG , M.: see Skjøth-Rasmussen, M.S. OYA , M.: see Kitajima, A. P PALMER , T.R.: see Donovan, M.T. PANFILOV, V.N.: see Karasev, V.V. PANTANO , C., and P ULLIN , D.I. A statistical description of turbulent diffusion flame holes, 137:295 PANTOYA , M.L.: see Granier, J.J. PANYAM , R.R., P RICE , E.W., and C HAKRAVARTHY, S.R. Combustion at the interface of a laminate system of solid oxidizer and solid fuel, 136:1 PARK , J.: see Kim, S.-G.; Oh, C.B. PARR , T., and H ANSON -PARR , D. Cyclotetramethylene tetranitramine/glycidyl azide polymer/butanetriol trinitrate propellant flame structure, 137:38 PAUWELS , J.-F.: see El Bakali, A. P ÉREZ -S EGARRA , C.D.: see Claramunt, K. P ERSHING , D.W.: see Molina, A. P ETCHENKO , A., and B YCHKOV, V. Axisymmetric versus non-axisymmetric flames in cylindrical tubes, 136:429 P ETERS , N.: see Dally, B.B.; Kortschik, C. P FEFFERLE , L.D.: see McEnally, C.S. P ICKETT, L.M., and S IEBERS , D.L.
Cumulative Author Index for Volumes 136–139
Soot in diesel fuel jets: effects of ambient temperature, ambient density, and injection pressure, 138:114 P ILLIER , L.: see El Bakali, A. P INARD , P.F., H IGGINS , A.J., and L EE , J.H.S. The effects of NO2 addition on deflagration-to-detonation transition, 136:146 P ITSCH , H.: see Liu, S. P LANAS , E.: see Muñoz, M. P LESSING , T.: see Kortschik, C. P OINSOT, T.: see Selle, L. P ONTONI , M.: see Arana, C.P. P OPE , S.B. Gibbs function continuation for the stable computation of chemical equilibrium, 139:222 P OPE , S.B.: see Ren, Z. P OURMORTAZAVI , S.M.: see Fathollahi, M. P RADE , B.: see Selle, L. P RICE , E.W.: see Panyam, R.R. P ULLIN , D.I.: see Pantano, C. P URI , I.K.: see Arana, C.P. R R AFIDI , N.: see Blasiak, W. R AMAN , V., F OX , R.O., and H ARVEY, A.D. Hybrid finite-volume/transported PDF simulations of a partially premixed methane–air flame, 136:327 R ASMUSSEN , C.C.: see Upatnieks, A. R EINKE , M., M ANTZARAS , J., S CHAEREN , R., B OMBACH , R., I NAUEN , A., and S CHENKER , S. High-pressure catalytic combustion of methane over platinum: In situ experiments and detailed numerical predictions, 136:217 R EMIE , M.J.: see Cremers, M.F.G. R EN , Z., and P OPE , S.B. An investigation of the performance of turbulent mixing models, 136:208 R EN , Z., and P OPE , S.B. Entropy production and element conservation in the quasi-steady-state approximation, 137:251 R ENFRO , M.W., C HATURVEDY, A., K ING , G.B., L AURENDEAU , N.M., K EMPF, A., D REIZLER , A., and JANICKA , J. Comparison of OH time-series measurements and large-eddy simulations in hydrogen jet flames, 139:142 R IDA , A.: see El Bakali, A. R IESMEIER , E.: see Dally, B.B. R ILEY, J.J.: see Mitarai, S.; Sripakagorn, P. ROQUEMORE , W.M.: see Grisch, F.; Katta, V.R. ROSENBAND , V. Thermo-mechanical aspects of the heterogeneous ignition of metals, 137:366 ROY, S., D U B OIS , J., L UCHT, R.P., and G LUMAC , N.G.
373
Hydroxyl radical concentration measurements near the deposition substrate in low-pressure diamond-forming flames, 138:285 ROY, S., M EYER , T.R., L UCHT, R.P., B ELOVICH , V.M., C ORPORAN , E., and G ORD , J.R. Temperature and CO2 concentration measurements in the exhaust stream of a liquid-fueled combustor using dual-pump coherent anti-Stokes Raman scattering (CARS) spectroscopy, 138:273 ROYCHOUDHURY, S.: see Kyritsis, D.C. S S AATHOFF , H.: see Kamm, S. S ABELFELD , K.K.: see Karasev, V.V. S ADO , M.: see Takita, K. S AEED , K., and S TONE , C.R. Measurements of the laminar burning velocity for mixtures of methanol and air from a constant-volume vessel using a multizone model, 139:152 S AKAGUCHI , S.: see Takita, K. S AMUELSSON , J.: see Hansson, K.-M. S ÁNCHEZ , A.L.: see Kurdyumov, V. S ANDBERG , D.: see de Souza Costa, F. S AROFIM , A.: see Braun, A. S AROFIM , A.F.: see Molina, A. S ATO , J.: see Okai, K. S AVJANI , K.K.: see Cardoso, S.S.S. S CHADE , W.: see Wondraczek, L. S CHAEREN , R.: see Reinke, M. S CHEFER , R.W.: see Tieszen, S.R. S CHENKER , S.: see Reinke, M. S CHILDMACHER , K.-U.: see Selle, L. S CHREEL , K.R.A.M.: see Cremers, M.F.G. S CHURATH , U.: see Kamm, S. S ECHENOV, V.A.: see Zhukov, V.P. S EIFERT, S.: see Braun, A. S ELLE , L., L ARTIGUE , G., P OINSOT, T., KOCH , R., S CHILDMACHER , K.-U., K REBS , W., P RADE , B., K AUFMANN , P., and V EYNANTE , D. Compressible large eddy simulation of turbulent combustion in complex geometry on unstructured meshes, 137:489 S EN , S.: see Arana, C.P. S HAH , N.: see Braun, A. S HENG , C.: see Yu, J. S HEPPARD , C.G.W.: see Bradley, D. S HIN , H.D.: see Kim, N.I. S IEBERS , D.L.: see Pickett, L.M. S INHA , A., and T HOMSON , M.J. The chemical structures of opposed flow diffusion flames of C3 oxygenated hydrocarbons (isopropanol, dimethoxy methane, and
374
Cumulative Author Index for Volumes 136–139
dimethyl carbonate) and their mixtures, 136:548 S IOW, J.E., and L AURENDEAU , N.M. Flame inhibition activity of phosphorus-containing compounds using laser-induced fluorescence measurements of hydroxyl, 136:16 S IVARAMAKRISHNAN , R., T RANTER , R.S., and B REZINSKY, K. High-pressure, high-temperature oxidation of toluene, 139:340 S IVASHINSKY, G.I.: see Gordon, P.V. S IVATHANU , Y.: see Lim, J. S KELTON , R.L. Hydrocarbon Process Safety. By J.C. Jones. Whittles Publishing, Caithness, Scotland, 2003, 292 pp., 136:570 S KJØTH -R ASMUSSEN , M.S., G LARBORG , P., Ø STBERG , M., J OHANNESSEN , J.T., L IVBJERG , H., J ENSEN , A.D., and C HRISTENSEN , T.S. Formation of polycyclic aromatic hydrocarbons and soot in fuel-rich oxidation of methane in a laminar flow reactor, 136:91 S KREIBERG , Ø., K ILPINEN , P., and G LARBORG , P. Ammonia chemistry below 1400 K under fuel-rich conditions in a flow reactor, 136:501 S MALLWOOD , G.J.: see Liu, F.; Snelling, D.R.; Tian, K. S NEGIREV, A.Y U . Statistical modeling of thermal radiation transfer in buoyant turbulent diffusion flames, 136:51 S NELLING , D.R., L IU , F., S MALLWOOD , G.J., and G ÜLDER , Ö.L. Determination of the soot absorption function and thermal accommodation coefficient using low-fluence LII in a laminar coflow ethylene diffusion flame, 136:180 S NELLING , D.R.: see Tian, K. S RIPAKAGORN , P., KOSÁLY, G., and R ILEY, J.J. Investigation of the influence of the Reynolds number on extinction and reignition, 136:351 S TANMORE , B.R. The formation of dioxins in combustion systems, 136:398 S TARIKOVSKAIA , S.M., K UKAEV, E.N., K UKSIN , A.Y U ., N UDNOVA , M.M., and S TARIKOVSKII , A.Y U . Analysis of the spatial uniformity of the combustion of a gaseous mixture initiated by a nanosecond discharge, 139:177 S TARIKOVSKII , A.Y U .: see Starikovskaia, S.M.; Zhukov, V.P. S TEPOWSKI , D.: see Cessou, A. S TOCKER , D.P.: see Hermanson, J.C. S TONE , C.R.: see Saeed, K.
S UARDJAJA , I.M.: see Bradley, D. S UNDERLAND , P.B., K RISHNAN , S.S., and G ORE , J.P. Effects of oxygen enhancement and gravity on normal and inverse laminar jet diffusion flames, 136:254 S UNG , C.J.: see Hirasawa, T.; Huang, Y. T TAKAHASHI , F.: see Katta, V.R.; Linteris, G.T. TAKEUCHI , M.: see Kitajima, A. TAKITA , K., S ADO , M., M ASUYA , G., and S AKAGUCHI , S. Experimental study of premixed single edge-flame in a counterflow field, 136:364 TANG , C.-L.: see Liaw, H.-J. TAO , F., G OLOVITCHEV, V.I., and C HOMIAK , J. A phenomenological model for the prediction of soot formation in diesel spray combustion, 136:270 TARVER , C.M., and T RAN , T.D. Thermal decomposition models for HMX-based plastic bonded explosives, 137:50 TAYLOR , A.M.K.P.: see Aleiferis, P.G. T HÉVENIN , D.: see Hilbert, R. T HOMSON , K.A.: see Tian, K. T HOMSON , M.J.: see Sinha, A. T HUNMAN , H., DAVIDSSON , K., and L ECKNER , B. Separation of drying and devolatilization during conversion of solid fuels, 137:242 T IAN , K., L IU , F., T HOMSON , K.A., S NELLING , D.R., S MALLWOOD , G.J., and WANG , D. Distribution of the number of primary particles of soot aggregates in a nonpremixed laminar flame, 138:195 T IESZEN , S.R., O’H ERN , T.J., W ECKMAN , E.J., and S CHEFER , R.W. Experimental study of the effect of fuel mass flux on a 1-m-diameter methane fire and comparison with a hydrogen fire, 139:126 T OMASEK , A.J.: see Vander Wal, R.L. T ORIKAI , H.: see Kitajima, A. T RAN , T.D.: see Tarver, C.M. T RANTER , R.S.: see Sivaramakrishnan, R. T SUE , M.: see Okai, K. T ULLIN , C.: see Hansson, K.-M. U U EDA , T.: see Okai, K. U HM , J.H., and ACHARYA , S. Control of combustion instability with a high-momentum air-jet, 139:106 U PATNIEKS , A., D RISCOLL , J.F., R ASMUSSEN , C.C., and C ECCIO , S.L. Liftoff of turbulent jet flames—assessment of edge flame and other concepts using cinema-PIV, 138:259
Cumulative Author Index for Volumes 136–139
U RATA , Y.: see Aleiferis, P.G. V VANDER WAL , R.L., and T OMASEK , A.J. Soot nanostructure: dependence upon synthesis conditions, 136:129 V EYNANTE , D.: see Selle, L. V IGGIANO , A., and M AGI , V. A 2-D investigation of n-heptane autoignition by means of direct numerical simulation, 137:432 V IOLI , A. Modeling of soot particle inception in aromatic and aliphatic premixed flames, 139:279 V LACHOS , D.G.: see Norton, D.G. W W ÅHLIN , A.: see Mattsson, R. WALL , T.: see Yu, J. WANG , D.: see Tian, K. WANG , H.: see Hirasawa, T. WANG , Y.: see Yan, R. W ECKMAN , E.J.: see Tieszen, S.R. W EIGAND , J.J.: see Geith, J. W EINBERG , F. Professor A.G. Gaydon, FRS (1911–2004), 138:1 W EINBERG , F. Optimising heat recirculating combustion systems for thermoelectric converters, 138:401 W EISSINGER , A., F LECKL , T., and O BERNBERGER , I. In situ FT-IR spectroscopic investigations of species from biomass fuels in a laboratory-scale combustor: the release of nitrogenous species, 137:403 W ILLER , U.: see Wondraczek, L. W ILLIAMS , F.A., and F URUKAWA , J. Approximate local mathematical descriptions of turbulent Bunsen flames in the flamelet regime, 138:108 W ILLIAMS , F.A.: see Okai, K. W ONDRACZEK , L., K HORSANDI , A., W ILLER , U., H EIDE , G., S CHADE , W., and F RISCHAT, G.H. Mid-infrared laser-tomographic imaging of carbon monoxide in laminar flames by difference frequency generation, 138:30 W OOLDRIDGE , M.S.: see Donovan, M.T.; Miller, T.A. W OOLLEY, R.: see Bradley, D.
375
W OOLLEY, R.M.: see Fairweather, M. W U , Y.- P.G., and L IN , Y.-F. The oxidation of trichloroethene with methane: experiment and kinetic modeling, 137:376 X X U , F.: see Kim, C.H. X U , T.: see Liu, Y. Y YAN , R., G AUTHIER , D., F LAMANT, G., and WANG , Y. Behavior of selenium in the combustion of coal or coke spiked with Se, 138:20 YANG , S.Y., L EE , B.K., and C HUNG , S.H. Observation of various non-premixed flames in twin-jet counterflow, 136:246 YANG , V.: see Huang, Y. YANG , W.H.: see Blasiak, W. YANG , Z.: see Hirasawa, T, YOON , S.S.: see Lee, S.M. Y U , J., L UCAS , J., WALL , T., L IU , G., and S HENG , C. Modeling the development of char structure during the rapid heating of pulverized coal, 136:519 Z Z ACHARIAH , M.R.: see Jung, H. Z AKHAROV, Y U .A., A LUKER , E.D., A DUEV, B.P., K RECHETOV, A.G., and M ITROFANOV, A.Y U . Time-resolved picture of initiation and propagation of preexplosive luminescence in AgN3 , 137:538 Z ARKO , V.E.: see Karasev, V.V. Z HAO , Z., K AZAKOV, A., and D RYER , F.L. Measurements of dimethyl ether/air mixture burning velocities by using particle image velocimetry, 139:52 Z HENG , X.L., and L AW, C.K. Ignition of premixed hydrogen/air by heated counterflow under reduced and elevated pressures, 136:168 Z HUKOV, V.P., S ECHENOV, V.A., and S TARIKOVSKII , A.Y U . Ignition delay times in lean n-hexane–air mixture at high pressures, 136:257 Z IGLER , B.T.: see Donovan, M.T.
Cumulative Author Index for Volumes 136–139
A A BRAHAM , J.: see Gopalakrishnan, V. ACHARYA , S.: see Uhm, J.H. A DUEV, B.P.: see Zakharov, Yu.A. AGGARWAL , S.K.: see Naha, S. A LDREDGE , R.C., and K ILLINGSWORTH , N.J. Experimental evaluation of Markstein-number influence on thermoacoustic instability, 137:178 A LEIFERIS , P.G., H ARDALUPAS , Y., TAYLOR , A.M.K.P., I SHII , K., and U RATA , Y. Flame chemiluminescence studies of cyclic combustion variations and air-to-fuel ratio of the reacting mixture in a lean-burn stratified-charge spark-ignition engine, 136:72 A LEIFERIS , P.G., TAYLOR , A.M.K.P., I SHII , K., and U RATA , Y. The nature of early flame development in a lean-burn stratified-charge spark-ignition engine, 136:283 A LUKER , E.D.: see Zakharov, Yu.A. Å MAND , L.-E.: see Hansson, K.-M. A RANA , C.P., P ONTONI , M., S EN , S., and P URI , I.K. Field measurements of soot volume fractions in laminar partially premixed coflow ethylene/air flames, 138:362 A RNALDOS , J.: see Muñoz, M. ATREYA , A.: see Donovan, M.T. ATTAL -T RETOUT, B.: see Grisch, F. AVEDISIAN , C.T.: see Bae, J.H. B BABUSHOK , V.I., and M IZIOLEK , A.W. Condensation flame of acetylene decomposition, 136:141 BAE , J.H., and AVEDISIAN , C.T. Experimental study of the combustion dynamics of jet fuel droplets with additives in the absence of convection, 137:148 BAILLOT, F.: see Demare, D. BAKLANOV, A.M.: see Karasev, V.V.
BARLOW, R.S.: see Masri, A.R. BARRA , A.J., and E LLZEY, J.L. Heat recirculation and heat transfer in porous burners, 137:230 BATTAGLIA , V.: see Giacomazzi, E. B ELLAN , J.: see Harstad, K. B ELOVICH , V.M.: see Roy, S. B ILGER , R.W. Marker fields for turbulent premixed combustion, 138:188 B ILGER , R.W.: see Chen, Y.-C. B LASCO , J.: see Kurdyumov, V. B LASIAK , W., YANG , W.H., and R AFIDI , N. Physical properties of a LPG flame with high-temperature air on a regenerative burner, 136:567 B OMBACH , R.: see Reinke, M. B ORGHI , R.: see Mura, A. B OSSCHAART, K.J., and DE G OEY, L.P.H., in collaboration with J.M. B URGERS C ENTER FOR F LUID M ECHANICS The laminar burning velocity of flames propagating in mixtures of hydrocarbons and air measured with the heat flux method, 136:261 B OUCHARDY, P.: see Grisch, F. B OXX , I.G.: see Idicheria, C.A. B OZZELLI , J.W.: see Miller, T.A. B RADLEY, D., S HEPPARD , C.G.W., S UARDJAJA , I.M., and W OOLLEY, R. Fundamentals of high-energy spark ignition with lasers, 138:55 B RAUN , A., H UGGINS , F.E., S EIFERT, S., I LAVSKY, J., S HAH , N., K ELLY, K.E., S AROFIM , A., and H UFFMAN , G.P. Size-range analysis of diesel soot with ultra-small angle X-ray scattering, 137:63 B RESSON , A.: see Grisch, F. B REWSTER , M.Q.: see Fitzgerald, R.P. B REZINSKY, K.: see Sivaramakrishnan, R. B ROWN , M.S.: see Katta, V.R.
0010-2180/2004 Published by Elsevier Inc. on behalf of The Combustion Institute. doi:10.1016/S0010-2180(04)00225-1
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Cumulative Author Index for Volumes 136–139
B RUNO , C.: see Giacomazzi, E. B USHE , W.K.: see Huang, J. B YCHKOV, V.: see Petchenko, A. C C ANT, S.: see Chakraborty, N. C ARDOSO , S.S.S., K AN , P.C., S AVJANI , K.K., H AYHURST, A.N., and G RIFFITHS , J.F. The computation of the velocity, concentration, and temperature fields during a gas-phase oscillatory reaction in a closed vessel with natural convection, 136:241 C ARLSSON , T.E.: see Mattsson, R. C ASAL , J.: see Muñoz, M. C ECCIO , S.L.: see Upatnieks, A. C ESSOU , A., M AUREY, C., and S TEPOWSKI , D. Parametric and statistical investigation of the behavior of a lifted flame over a turbulent free-jet structure, 137:458 C HAKRABORTY, N., and C ANT, S. Unsteady effects of strain rate and curvature on turbulent premixed flames in an inflow–outflow configuration, 137:129 C HAKRAVARTHY, S.R.: see Panyam, R.R. C HATURVEDY, A.: see Renfro, M.W. C HE , D.: see Liu, Y. C HEN , J.H.: see Hawkes, E.R.; Liu, S. C HEN , Y.-C., and B ILGER , R.W. Experimental investigation of three-dimensional flame-front structure in premixed turbulent combustion II. Lean hydrogen/air Bunsen flames, 138:155 C HERN , J.-S., and H AYHURST, A.N. Does a large coal particle in a hot fluidised bed lose its volatile content according to the shrinking core model?, 139:208 C HOI , K.-H., KORAI , Y., and M OCHIDA , I. Combustion properties of particulate matter in diesel engine exhaust, 137:255 C HOMIAK , J.: see Lipatnikov, A.N.; Tao, F. C HRISTENSEN , T.S.: see Skjøth-Rasmussen, M.S. C HUNG , S.H.: see Lee, S.M.; Yang, S.Y. C LARAMUNT, K., C ÒNSUL , R., P ÉREZ -S EGARRA , C.D., and O LIVA , A. Multidimensional mathematical modeling and numerical investigation of co-flow partially premixed methane/air laminar flames, 137:444 C LEMENS , N.T.: see Idicheria, C.A. C OELHO , P.J. Detailed numerical simulation of radiative transfer in a nonluminous turbulent jet diffusion flame, 136:481 C ÒNSUL , R.: see Claramunt, K. C ORITON , B.: see Kyritsis, D.C. C ORPORAN , E.: see Roy, S. C REMERS , M.F.G., R EMIE , M.J., S CHREEL , K.R.A.M., and DE G OEY, L.P.H.
Heat transfer mechanisms of laminar flames of hydrogen+oxygen, 139:39 D DAGAUT, P.: see El Bakali, A. DALLY, B.B., R IESMEIER , E., and P ETERS , N. Effect of fuel mixture on moderate and intense low oxygen dilution combustion, 137:418 DAVIDSON , D.F.: see Gauthier, B.M. DAVIDSSON , K.: see Thunman, H. DE G OEY, L.P.H.: see Bosschaart, K.J.; Cremers, M.F.G.; Lammers, F.A. D ELICHATSIOS , M.A. Erratum to “Relation of opposed flow (creeping) flame spread with extinction/ignition” [Combust. Flame 135 (2003) 441–447], 136:428 D EMARE , D., and BAILLOT, F. Acoustic enhancement of combustion in lifted nonpremixed jet flames, 139:312 D ESGROUX , P.: see El Bakali, A. DE S OUZA C OSTA , F., and S ANDBERG , D. Mathematical model of a smoldering log, 139:227 D I B LASI , C.: see Galgano, A. D IETRICH , D.L.: see Okai, K. DI M ARE , F., J ONES , W.P., and M ENZIES , K.R. Large eddy simulation of a model gas turbine combustor, 137:278 D ONOVAN , M.T., H E , X., Z IGLER , B.T., PALMER , T.R., W OOLDRIDGE , M.S., and ATREYA , A. Demonstration of a free-piston rapid compression facility for the study of high temperature combustion phenomena, 137:351 D REIZLER , A.: see Renfro, M.W. D RISCOLL , J.F. Special thanks to Allan Hayhurst, 138:307 D RISCOLL , J.F.: see Upatnieks, A. D RYER , F.L.: see Zhao, Z. D U B OIS , J.: see Roy, S. D UPUY, J.L.: see Morvan, D. DYAKOV, I.V.: see Konnov, A.A. E E DDINGS , E.G.: see Molina, A. E L BAKALI , A., DAGAUT, P., P ILLIER , L., D ESGROUX , P., PAUWELS , J.-F., R IDA , A., and M EUNIER , P. Experimental and modeling study of the oxidation of natural gas in a premixed flame, shock tube, and jet-stirred reactor, 137:109 E L -L EATHY, A.M.: see Kim, C.H. E LLZEY, J.L.: see Barra, A.J. E NG , J.A.: see Huang, Y. F FAETH , G.M.: see Kim, C.H. FAIRWEATHER , M., and W OOLLEY, R.M.
Cumulative Author Index for Volumes 136–139
First-order conditional moment closure modeling of turbulent, nonpremixed methane flames, 138:3 FATHOLLAHI , M., P OURMORTAZAVI , S.M., and H OSSEINI , S.G. The effect of the particle size of potassium chlorate in pyrotechnic compositions, 138:304 FAURE , F.: see Kyritsis, D.C. F ITZGERALD , R.P., and B REWSTER , M.Q. Flame and surface structure of laminate propellants with coarse and fine ammonium perchlorate, 136:313 F LAMANT, G.: see Yan, R. F LECKL , T.: see Weissinger, A. F OX , R.O.: see Raman, V. F RISCHAT, G.H.: see Wondraczek, L. F UREBY, C.: see Mattsson, R. F URUKAWA , J.: see Williams, F.A. G G ALGANO , A., and D I B LASI , C. Modeling the propagation of drying and decomposition fronts in wood, 139:16 G ARIJO , E.G., J ENSEN , A.D., and G LARBORG , P. Reactivity of coal char in reducing NO, 136:249 G AUTHIER , B.M., DAVIDSON , D.F., and H ANSON , R.K. Shock tube determination of ignition delay times in full-blend and surrogate fuel mixtures, 139:300 G AUTHIER , D.: see Yan, R. G EITH , J., H OLL , G., K LAPÖTKE , T.M., and W EIGAND , J.J. Pyrolysis experiments and thermochemistry of mononitrobiuret (MNB) and 1,5-dinitrobiuret (DNB), 139:358 G IACOMAZZI , E., BATTAGLIA , V., and B RUNO , C. The coupling of turbulence and chemistry in a premixed bluff-body flame as studied by LES, 138:320 G LARBORG , P.: see Garijo, E.G.; Skjøth-Rasmussen, M.S.; Skreiberg, Ø. G LOTOV, O.G.: see Karasev, V.V. G LUMAC , N.G.: see Roy, S. G OLOVITCHEV, V.I.: see Tao, F. G OMEZ , A.: see Kyritsis, D.C. G OPALAKRISHNAN , V., and A BRAHAM , J. Effects of multicomponent diffusion on predicted ignition characteristics of an n-heptane diffusion flame, 136:557 G ORD , J.R.: see Katta, V.R.; Roy, S. G ORDON , P.V., and S IVASHINSKY, G.I. Pressure diffusivity and low-velocity detonation, 136:440 G ORE , J.: see Lim, J. G ORE , J.P.: see Sunderland, P.B.
369
G RANIER , J.J., and PANTOYA , M.L. Laser ignition of nanocomposite thermites, 138:373 G REN , P.: see Mattsson, R. G RIFFITHS , J.F.: see Cardoso, S.S.S. G RISCH , F., ATTAL -T RETOUT, B., B RESSON , A., B OUCHARDY, P., K ATTA , V.R., and ROQUEMORE , W.M. Investigation of a dynamic diffusion flame of H2 in air with laser diagnostics and numerical modeling, 139:28 G ÜLDER , Ö.L.: see Snelling, D.R. G UO , H.: see Liu, F. H H ANNA , S.F.: see Kulatilaka, W.D. H ANSON , R.K.: see Gauthier, B.M. H ANSON -PARR , D.: see Parr, T. H ANSSON , K.-M., S AMUELSSON , J., T ULLIN , C., and Å MAND , L.-E. Formation of HNCO, HCN, and NH3 from the pyrolysis of bark and nitrogen-containing model compounds, 137:265 H ARDALUPAS , Y., and O RAIN , M. Local measurements of the time-dependent heat release rate and equivalence ratio using chemiluminescent emission from a flame, 139:188 H ARDALUPAS , Y.: see Aleiferis, P.G. H ARSTAD , K., and B ELLAN , J. Modeling evaporation of Jet A, JP-7, and RP-1 drops at 1 to 15 bars, 137:163 H ARSTAD , K., and B ELLAN , J. Modeling of multicomponent homogeneous nucleation using continuous thermodynamics, 139:252 H ARVEY, A.D.: see Raman, V. H ASEGAWA , T.: see Im, Y.-H. H AWKES , E.R., and C HEN , J.H. Direct numerical simulation of hydrogen-enriched lean premixed methane–air flames, 138:242 H AYHURST, A.N.: see Cardoso, S.S.S.; Chern, J.-S. H E , X.: see Donovan, M.T. H EGDE , U.G.: see Hermanson, J.C. H EIDE , G.: see Wondraczek, L. H ERMANSON , J.C., J OHARI , H., S TOCKER , D.P., and H EGDE , U.G. Buoyancy effects in strongly pulsed turbulent diffusion flames, 139:61 H EWSON , J.C.: see Liu, S. H IGGINS , A.J.: see Pinard, P.F. H ILBERT, R., and T HÉVENIN , D. Influence of differential diffusion on maximum flame temperature in turbulent nonpremixed hydrogen/air flames, 138:175 H ILL , P.G.: see Huang, J.
370
Cumulative Author Index for Volumes 136–139
H IRASAWA , T., S UNG , C.-J., YANG , Z., J OSHI , A., and WANG , H. Effect of ferrocene addition on sooting limits in laminar premixed ethylene–oxygen–argon flames, 139:288 H OLL , G.: see Geith, J. H OSSEINI , S.G.: see Fathollahi, M. H SIEH , W.H.: see Liu, J.F. H UANG , J., H ILL , P.G., B USHE , W.K., and M UNSHI , S.R. Shock-tube study of methane ignition under engine-relevant conditions: experiments and modeling, 136:25 H UANG , Y., S UNG , C.J., and E NG , J.A. Dilution limits of n-butane/air mixtures under conditions relevant to HCCI combustion, 136:457 H UANG , Y., S UNG , C.J., and E NG , J.A. Laminar flame speeds of primary reference fuels and reformer gas mixtures, 139:239 H UANG , Y., and YANG , V. Bifurcation of flame structure in a lean-premixed swirl-stabilized combustor: transition from stable to unstable flame, 136:383 H UFFMAN , G.P.: see Braun, A. H UGGINS , F.E.: see Braun, A. H UH , K.Y.: see Im, Y.-H.; Kim, S.H.; Lee, E. H WANG , J.: see Lee, G.W. I I DICHERIA , C.A., B OXX , I.G., and C LEMENS , N.T. Characteristics of turbulent nonpremixed jet flames under normal- and low-gravity conditions, 138:384 I LAVSKY, J.: see Braun, A. I M , Y.-H., H UH , K.Y., N ISHIKI , S., and H ASEGAWA , T. Zone conditional assessment of flame-generated turbulence with DNS database of a turbulent premixed flame, 137:478 I MAMURA , O.: see Okai, K. I NAUEN , A.: see Reinke, M. I SHII , K.: see Aleiferis, P.G. J JANICKA , J.: see Renfro, M.W. J ENSEN , A.D.: see Garijo, E.G.; Skjøth-Rasmussen, M.S. J I , J.: see Lim, J. J OHANNESSEN , J.T.: see Skjøth-Rasmussen, M.S. J OHARI , H.: see Hermanson, J.C. J ONES , W.P.: see di Mare, F. J OSHI , A.: see Hirasawa, T. J UNG , H., K ITTELSON , D.B., and Z ACHARIAH , M.R.
Kinetics and visualization of soot oxidation using transmission electron microscopy, 136:445 J URNG , J.: see Lee, G.W K K ALT, P.A.M.: see Masri, A.R. K AMM , S., S AATHOFF , H., NAUMANN , K.-H., M ÖHLER , O., and S CHURATH , U. Gasification of a soot aerosol by O3 and NO2 : Temperature dependence of the reaction probability, 138:353 K AN , P.C.: see Cardoso, S.S.S. K ARASEV, V.V., O NISCHUK , A.A., G LOTOV, O.G., BAKLANOV, A.M., M ARYASOV, A.G., Z ARKO , V.E., PANFILOV, V.N., L EVYKIN , A.I., and S ABELFELD , K.K. Formation of charged aggregates of Al2 O3 nanoparticles by combustion of aluminum droplets in air, 138:40 K ATTA , V.R., M EYER , T.R., B ROWN , M.S., G ORD , J.R., and ROQUEMORE , W.M. Extinction criterion for unsteady, opposing-jet diffusion flames, 137:198 K ATTA , V.R., TAKAHASHI , F., and L INTERIS , G.T. Suppression of cup-burner flames using carbon dioxide in microgravity, 137:506 K ATTA , V.R.: see Grisch, F.; Linteris, G.T.; Kulatilaka, W.D. K AUFMANN , P.: see Selle, L. K AZAKOV, A.: see Zhao, Z. K ELLY, K.E.: see Braun, A. K EMPF, A.: see Renfro, M.W. K HORSANDI , A.: see Wondraczek, L. K ILLINGSWORTH , N.J.: see Aldredge, R.C. K ILPINEN , P.: see Skreiberg, Ø. K IM , C.H., E L -L EATHY, A.M., X U , F., and FAETH , G.M. Soot surface growth and oxidation in laminar diffusion flames at pressures of 0.1–1.0 atm, 136:191 K IM , K.-T.: see Kim, S.-G. K IM , N.I., L EE , U.D., and S HIN , H.D. Extinction of a premixed flame by a large variation in axial velocity, 136:467 K IM , S.-G., K IM , K.-T., PARK , J., and O H , C.B. Behavior of partially premixed flame fronts excited with a fuel tube resonance frequency, 139:351 K IM , S.H., and H UH , K.Y. Second-order conditional moment closure modeling of turbulent piloted Jet diffusion flames, 138:336 K ING , G.B.: see Renfro, M.W. K ITAJIMA , A., T ORIKAI , H., TAKEUCHI , M., and OYA , M. Experimental study of extinction and its quantification in laminar and turbulent
Cumulative Author Index for Volumes 136–139
counterflow CH4 –N2 /O2 –N2 nonpremixed flames, 137:93 K ITTELSON , D.B.: see Jung, H. K LAPÖTKE , T.M.: see Geith, J. KOCH , R.: see Selle, L. KONNOV, A.A., and DYAKOV, I.V. Measurement of propagation speeds in adiabatic flat and cellular premixed flames of C2 H6 + O2 + CO2 , 136:371 KONO , M.: see Okai, K. KORAI , Y.: see Choi, K.-H. KORTSCHIK , C., P LESSING , T., and P ETERS , N. Laser optical investigation of turbulent transport of temperature ahead of the preheat zone in a premixed flame, 136:43 KOSÁLY, G.: see Mitarai, S.; Sripakagorn, P. K REBS , W.: see Selle, L. K RECHETOV, A.G.: see Zakharov, Yu.A. K RISHNAN , S.S.: see Sunderland, P.B. K UKAEV, E.N.: see Starikovskaia, S.M. K UKSIN , A.Y U .: see Starikovskaia, S.M. K ULATILAKA , W.D., L UCHT, R.P., H ANNA , S.F., and K ATTA , V.R. Two-color, two-photon laser-induced polarization spectroscopy (LIPS) measurements of atomic hydrogen in near-adiabatic, atmospheric pressure hydrogen/air flames, 137:523 K UPIAINEN , M.: see Mattsson, R. K URDYUMOV, V., B LASCO , J., S ÁNCHEZ , A.L., and L IÑÁN , A. On the calculation of the minimum ignition energy, 136:394 K URDYUMOV, V.N., and M ATALON , M. Dynamics of an edge flame in a mixing layer, 139:329 K YRITSIS , D.C., C ORITON , B., FAURE , F., ROYCHOUDHURY, S., and G OMEZ , A. Optimization of a catalytic combustor using electrosprayed liquid hydrocarbons for mesoscale power generation, 139:77 L L AI , J.-S.: see Liaw, H.-J. L AMMERS , F.A., and DE G OEY, L.P.H. The influence of gas radiation on the temperature decrease above a burner with a flat porous inert surface, 136:533 L ARTIGUE , G.: see Selle, L. L AURENDEAU , N.M.: see Renfro, M.W.; Siow, J.E. L AW, C.K.: see Zheng, X.L. L ECKNER , B.: see Thunman, H. L EE , B.K.: see Yang, S.Y. L EE , C.E.: see Oh, C.B. L EE , E., and H UH , K.Y. Zone conditional modeling of premixed turbulent flames at a high Damköhler number, 138:211
371
L EE , G.W., J URNG , J., and H WANG , J. Formation of Ni-catalyzed multiwalled carbon nanotubes and nanofibers on a substrate using an ethylene inverse diffusion flame, 139:167 L EE , J.H.S.: see Pinard, P.F. L EE , S.M., YOON , S.S., and C HUNG , S.H. Synergistic effect on soot formation in counterflow diffusion flames of ethylene–propane mixtures with benzene addition, 136:493 L EE , U.D.: see Kim, N.I. L EVYKIN , A.I.: see Karasev, V.V. L IAW, H.-J., TANG , C.-L., and L AI , J.-S. A model for predicting the flash point of ternary flammable solutions of liquid, 138:308 L IM , J., S IVATHANU , Y., J I , J., and G ORE , J. Estimating scalars from spectral radiation measurements in a homogeneous hot gas layer, 137:222 L IN , Y.-F.: see Wu, Y.-p.G. L IÑÁN , A.: see Kurdyumov, V. L INTERIS , G.T., K ATTA , V.R., and TAKAHASHI , F. Experimental and numerical evaluation of metallic compounds for suppressing cup-burner flames, 138:78 L INTERIS , G.T.: see Katta, V.R. L IPATNIKOV, A.N., and C HOMIAK , J. Comment on “Turbulent burning velocity, burned gas distribution, and associated flame surface definition”: D. Bradley, M.Z. Haq, R.A. Hicks, T. Kitagawa, M. Lawes, C.G.W. Sheppard, R. Woolley, Combust. Flame 133 (2003) 415, 137:261 L IU , F., G UO , H., and S MALLWOOD , G.J. Effects of radiation model on the modeling of a laminar coflow methane/air diffusion flame, 138:136 L IU , F.: see Snelling, D.R.; Tian, K. L IU , G.: see Yu, J. L IU , J.F., and H SIEH , W.H. Experimental investigation of combustion in porous heating burners, 138:295 L IU , S., H EWSON , J.C., C HEN , J.H., and P ITSCH , H. Effects of strain rate on high-pressure nonpremixed n-heptane autoignition in counterflow, 137:320 L IU , Y., C HE , D., and X U , T. The effects of indigenous minerals in a coal on the emissions of NO and SO2 during combustion, 138:404 L IVBJERG , H.: see Skjøth-Rasmussen, M.S. L UCAS , J.: see Yu, J. L UCHT, R.P.: see Kulatilaka, W.D.; Roy, S. M M AGI , V.: see Viggiano, A.
372
Cumulative Author Index for Volumes 136–139
M ANTZARAS , J.: see Reinke, M. M ARICQ , M.M. Size and charge of soot particles in rich premixed ethylene flames, 137:340 M ARYASOV, A.G.: see Karasev, V.V. M ASRI , A.R., K ALT, P.A.M., and BARLOW, R.S. The compositional structure of swirl-stabilised turbulent nonpremixed flames, 137:1 M ASUYA , G.: see Takita, K. M ATALON , M.: see Kurdyumov, V.N. M ATTSSON , R., K UPIAINEN , M., G REN , P., W ÅHLIN , A., C ARLSSON , T.E., and F UREBY, C. Pulsed TV holography and schlieren studies, and large eddy simulations of a turbulent jet diffusion flame, 139:1 M AUREY, C.: see Cessou, A. M C E NALLY, C.S., and P FEFFERLE , L.D. Experimental study of fuel decomposition and hydrocarbon growth processes for cyclohexane and related compounds in nonpremixed flames, 136:155 M ENZIES , K.R.: see di Mare, F. M EUNIER , P.: see El Bakali, A. M EYER , T.R.: see Katta, V.R.; Roy, S. M ILLER , T.A., W OOLDRIDGE , M.S., and B OZZELLI , J.W. Computational modeling of the SiH3 +O2 reaction and silane combustion, 137:73 M ITARAI , S., KOSÁLY, G., and R ILEY, J.J. A new Lagrangian flamelet model for local flame extinction and reignition, 137:306 M ITROFANOV, A.Y U .: see Zakharov, Yu.A. M IZIOLEK , A.W.: see Babushok, V.I. M OCHIDA , I.: see Choi, K.-H. M ÖHLER , O.: see Kamm, S. M OLINA , A., E DDINGS , E.G., P ERSHING , D.W., and S AROFIM , A.F. Nitric oxide destruction during coal and char oxidation under pulverized-coal combustion conditions, 136:303 M ORVAN , D., and D UPUY, J.L. Modeling the propagation of a wildfire through a Mediterranean shrub using a multiphase formulation, 138:199 M UÑOZ , M., A RNALDOS , J., C ASAL , J., and P LANAS , E. Analysis of the geometric and radiative characteristics of hydrocarbon pool fires, 139:263 M UNSHI , S.R.: see Huang, J. M URA , A., and B ORGHI , R. Introducing a new partial PDF approach for turbulent combustion modeling, 136:377
N NAHA , S., and AGGARWAL , S.K. Fuel effects on NOx emissions in partially premixed flames, 139:90 NAUMANN , K.-H.: see Kamm, S. N ISHIKI , S.: see Im, Y.-H. N ORTON , D.G., and V LACHOS , D.G. A CFD study of propane/air microflame stability, 138:97 N UDNOVA , M.M.: see Starikovskaia, S.M. O O BERNBERGER , I.: see Weissinger, A. O H , C.B., L EE , C.E., and PARK , J. Numerical investigation of extinction in a counterflow nonpremixed flame perturbed by a vortex, 138:225 O H , C.B.: see Kim, S.-G. O’H ERN , T.J.: see Tieszen, S.R. O KAI , K., U EDA , T., I MAMURA , O., T SUE , M., KONO , M., S ATO , J., D IETRICH , D.L., and W ILLIAMS , F.A. Effects of DC electric fields on combustion of octane droplet pairs in microgravity, 136:390 O LIVA , A.: see Claramunt, K. O NISCHUK , A.A.: see Karasev, V.V. O RAIN , M.: see Hardalupas, Y. Ø STBERG , M.: see Skjøth-Rasmussen, M.S. OYA , M.: see Kitajima, A. P PALMER , T.R.: see Donovan, M.T. PANFILOV, V.N.: see Karasev, V.V. PANTANO , C., and P ULLIN , D.I. A statistical description of turbulent diffusion flame holes, 137:295 PANTOYA , M.L.: see Granier, J.J. PANYAM , R.R., P RICE , E.W., and C HAKRAVARTHY, S.R. Combustion at the interface of a laminate system of solid oxidizer and solid fuel, 136:1 PARK , J.: see Kim, S.-G.; Oh, C.B. PARR , T., and H ANSON -PARR , D. Cyclotetramethylene tetranitramine/glycidyl azide polymer/butanetriol trinitrate propellant flame structure, 137:38 PAUWELS , J.-F.: see El Bakali, A. P ÉREZ -S EGARRA , C.D.: see Claramunt, K. P ERSHING , D.W.: see Molina, A. P ETCHENKO , A., and B YCHKOV, V. Axisymmetric versus non-axisymmetric flames in cylindrical tubes, 136:429 P ETERS , N.: see Dally, B.B.; Kortschik, C. P FEFFERLE , L.D.: see McEnally, C.S. P ICKETT, L.M., and S IEBERS , D.L.
Cumulative Author Index for Volumes 136–139
Soot in diesel fuel jets: effects of ambient temperature, ambient density, and injection pressure, 138:114 P ILLIER , L.: see El Bakali, A. P INARD , P.F., H IGGINS , A.J., and L EE , J.H.S. The effects of NO2 addition on deflagration-to-detonation transition, 136:146 P ITSCH , H.: see Liu, S. P LANAS , E.: see Muñoz, M. P LESSING , T.: see Kortschik, C. P OINSOT, T.: see Selle, L. P ONTONI , M.: see Arana, C.P. P OPE , S.B. Gibbs function continuation for the stable computation of chemical equilibrium, 139:222 P OPE , S.B.: see Ren, Z. P OURMORTAZAVI , S.M.: see Fathollahi, M. P RADE , B.: see Selle, L. P RICE , E.W.: see Panyam, R.R. P ULLIN , D.I.: see Pantano, C. P URI , I.K.: see Arana, C.P. R R AFIDI , N.: see Blasiak, W. R AMAN , V., F OX , R.O., and H ARVEY, A.D. Hybrid finite-volume/transported PDF simulations of a partially premixed methane–air flame, 136:327 R ASMUSSEN , C.C.: see Upatnieks, A. R EINKE , M., M ANTZARAS , J., S CHAEREN , R., B OMBACH , R., I NAUEN , A., and S CHENKER , S. High-pressure catalytic combustion of methane over platinum: In situ experiments and detailed numerical predictions, 136:217 R EMIE , M.J.: see Cremers, M.F.G. R EN , Z., and P OPE , S.B. An investigation of the performance of turbulent mixing models, 136:208 R EN , Z., and P OPE , S.B. Entropy production and element conservation in the quasi-steady-state approximation, 137:251 R ENFRO , M.W., C HATURVEDY, A., K ING , G.B., L AURENDEAU , N.M., K EMPF, A., D REIZLER , A., and JANICKA , J. Comparison of OH time-series measurements and large-eddy simulations in hydrogen jet flames, 139:142 R IDA , A.: see El Bakali, A. R IESMEIER , E.: see Dally, B.B. R ILEY, J.J.: see Mitarai, S.; Sripakagorn, P. ROQUEMORE , W.M.: see Grisch, F.; Katta, V.R. ROSENBAND , V. Thermo-mechanical aspects of the heterogeneous ignition of metals, 137:366 ROY, S., D U B OIS , J., L UCHT, R.P., and G LUMAC , N.G.
373
Hydroxyl radical concentration measurements near the deposition substrate in low-pressure diamond-forming flames, 138:285 ROY, S., M EYER , T.R., L UCHT, R.P., B ELOVICH , V.M., C ORPORAN , E., and G ORD , J.R. Temperature and CO2 concentration measurements in the exhaust stream of a liquid-fueled combustor using dual-pump coherent anti-Stokes Raman scattering (CARS) spectroscopy, 138:273 ROYCHOUDHURY, S.: see Kyritsis, D.C. S S AATHOFF , H.: see Kamm, S. S ABELFELD , K.K.: see Karasev, V.V. S ADO , M.: see Takita, K. S AEED , K., and S TONE , C.R. Measurements of the laminar burning velocity for mixtures of methanol and air from a constant-volume vessel using a multizone model, 139:152 S AKAGUCHI , S.: see Takita, K. S AMUELSSON , J.: see Hansson, K.-M. S ÁNCHEZ , A.L.: see Kurdyumov, V. S ANDBERG , D.: see de Souza Costa, F. S AROFIM , A.: see Braun, A. S AROFIM , A.F.: see Molina, A. S ATO , J.: see Okai, K. S AVJANI , K.K.: see Cardoso, S.S.S. S CHADE , W.: see Wondraczek, L. S CHAEREN , R.: see Reinke, M. S CHEFER , R.W.: see Tieszen, S.R. S CHENKER , S.: see Reinke, M. S CHILDMACHER , K.-U.: see Selle, L. S CHREEL , K.R.A.M.: see Cremers, M.F.G. S CHURATH , U.: see Kamm, S. S ECHENOV, V.A.: see Zhukov, V.P. S EIFERT, S.: see Braun, A. S ELLE , L., L ARTIGUE , G., P OINSOT, T., KOCH , R., S CHILDMACHER , K.-U., K REBS , W., P RADE , B., K AUFMANN , P., and V EYNANTE , D. Compressible large eddy simulation of turbulent combustion in complex geometry on unstructured meshes, 137:489 S EN , S.: see Arana, C.P. S HAH , N.: see Braun, A. S HENG , C.: see Yu, J. S HEPPARD , C.G.W.: see Bradley, D. S HIN , H.D.: see Kim, N.I. S IEBERS , D.L.: see Pickett, L.M. S INHA , A., and T HOMSON , M.J. The chemical structures of opposed flow diffusion flames of C3 oxygenated hydrocarbons (isopropanol, dimethoxy methane, and
374
Cumulative Author Index for Volumes 136–139
dimethyl carbonate) and their mixtures, 136:548 S IOW, J.E., and L AURENDEAU , N.M. Flame inhibition activity of phosphorus-containing compounds using laser-induced fluorescence measurements of hydroxyl, 136:16 S IVARAMAKRISHNAN , R., T RANTER , R.S., and B REZINSKY, K. High-pressure, high-temperature oxidation of toluene, 139:340 S IVASHINSKY, G.I.: see Gordon, P.V. S IVATHANU , Y.: see Lim, J. S KELTON , R.L. Hydrocarbon Process Safety. By J.C. Jones. Whittles Publishing, Caithness, Scotland, 2003, 292 pp., 136:570 S KJØTH -R ASMUSSEN , M.S., G LARBORG , P., Ø STBERG , M., J OHANNESSEN , J.T., L IVBJERG , H., J ENSEN , A.D., and C HRISTENSEN , T.S. Formation of polycyclic aromatic hydrocarbons and soot in fuel-rich oxidation of methane in a laminar flow reactor, 136:91 S KREIBERG , Ø., K ILPINEN , P., and G LARBORG , P. Ammonia chemistry below 1400 K under fuel-rich conditions in a flow reactor, 136:501 S MALLWOOD , G.J.: see Liu, F.; Snelling, D.R.; Tian, K. S NEGIREV, A.Y U . Statistical modeling of thermal radiation transfer in buoyant turbulent diffusion flames, 136:51 S NELLING , D.R., L IU , F., S MALLWOOD , G.J., and G ÜLDER , Ö.L. Determination of the soot absorption function and thermal accommodation coefficient using low-fluence LII in a laminar coflow ethylene diffusion flame, 136:180 S NELLING , D.R.: see Tian, K. S RIPAKAGORN , P., KOSÁLY, G., and R ILEY, J.J. Investigation of the influence of the Reynolds number on extinction and reignition, 136:351 S TANMORE , B.R. The formation of dioxins in combustion systems, 136:398 S TARIKOVSKAIA , S.M., K UKAEV, E.N., K UKSIN , A.Y U ., N UDNOVA , M.M., and S TARIKOVSKII , A.Y U . Analysis of the spatial uniformity of the combustion of a gaseous mixture initiated by a nanosecond discharge, 139:177 S TARIKOVSKII , A.Y U .: see Starikovskaia, S.M.; Zhukov, V.P. S TEPOWSKI , D.: see Cessou, A. S TOCKER , D.P.: see Hermanson, J.C. S TONE , C.R.: see Saeed, K.
S UARDJAJA , I.M.: see Bradley, D. S UNDERLAND , P.B., K RISHNAN , S.S., and G ORE , J.P. Effects of oxygen enhancement and gravity on normal and inverse laminar jet diffusion flames, 136:254 S UNG , C.J.: see Hirasawa, T.; Huang, Y. T TAKAHASHI , F.: see Katta, V.R.; Linteris, G.T. TAKEUCHI , M.: see Kitajima, A. TAKITA , K., S ADO , M., M ASUYA , G., and S AKAGUCHI , S. Experimental study of premixed single edge-flame in a counterflow field, 136:364 TANG , C.-L.: see Liaw, H.-J. TAO , F., G OLOVITCHEV, V.I., and C HOMIAK , J. A phenomenological model for the prediction of soot formation in diesel spray combustion, 136:270 TARVER , C.M., and T RAN , T.D. Thermal decomposition models for HMX-based plastic bonded explosives, 137:50 TAYLOR , A.M.K.P.: see Aleiferis, P.G. T HÉVENIN , D.: see Hilbert, R. T HOMSON , K.A.: see Tian, K. T HOMSON , M.J.: see Sinha, A. T HUNMAN , H., DAVIDSSON , K., and L ECKNER , B. Separation of drying and devolatilization during conversion of solid fuels, 137:242 T IAN , K., L IU , F., T HOMSON , K.A., S NELLING , D.R., S MALLWOOD , G.J., and WANG , D. Distribution of the number of primary particles of soot aggregates in a nonpremixed laminar flame, 138:195 T IESZEN , S.R., O’H ERN , T.J., W ECKMAN , E.J., and S CHEFER , R.W. Experimental study of the effect of fuel mass flux on a 1-m-diameter methane fire and comparison with a hydrogen fire, 139:126 T OMASEK , A.J.: see Vander Wal, R.L. T ORIKAI , H.: see Kitajima, A. T RAN , T.D.: see Tarver, C.M. T RANTER , R.S.: see Sivaramakrishnan, R. T SUE , M.: see Okai, K. T ULLIN , C.: see Hansson, K.-M. U U EDA , T.: see Okai, K. U HM , J.H., and ACHARYA , S. Control of combustion instability with a high-momentum air-jet, 139:106 U PATNIEKS , A., D RISCOLL , J.F., R ASMUSSEN , C.C., and C ECCIO , S.L. Liftoff of turbulent jet flames—assessment of edge flame and other concepts using cinema-PIV, 138:259
Cumulative Author Index for Volumes 136–139
U RATA , Y.: see Aleiferis, P.G. V VANDER WAL , R.L., and T OMASEK , A.J. Soot nanostructure: dependence upon synthesis conditions, 136:129 V EYNANTE , D.: see Selle, L. V IGGIANO , A., and M AGI , V. A 2-D investigation of n-heptane autoignition by means of direct numerical simulation, 137:432 V IOLI , A. Modeling of soot particle inception in aromatic and aliphatic premixed flames, 139:279 V LACHOS , D.G.: see Norton, D.G. W W ÅHLIN , A.: see Mattsson, R. WALL , T.: see Yu, J. WANG , D.: see Tian, K. WANG , H.: see Hirasawa, T. WANG , Y.: see Yan, R. W ECKMAN , E.J.: see Tieszen, S.R. W EIGAND , J.J.: see Geith, J. W EINBERG , F. Professor A.G. Gaydon, FRS (1911–2004), 138:1 W EINBERG , F. Optimising heat recirculating combustion systems for thermoelectric converters, 138:401 W EISSINGER , A., F LECKL , T., and O BERNBERGER , I. In situ FT-IR spectroscopic investigations of species from biomass fuels in a laboratory-scale combustor: the release of nitrogenous species, 137:403 W ILLER , U.: see Wondraczek, L. W ILLIAMS , F.A., and F URUKAWA , J. Approximate local mathematical descriptions of turbulent Bunsen flames in the flamelet regime, 138:108 W ILLIAMS , F.A.: see Okai, K. W ONDRACZEK , L., K HORSANDI , A., W ILLER , U., H EIDE , G., S CHADE , W., and F RISCHAT, G.H. Mid-infrared laser-tomographic imaging of carbon monoxide in laminar flames by difference frequency generation, 138:30 W OOLDRIDGE , M.S.: see Donovan, M.T.; Miller, T.A. W OOLLEY, R.: see Bradley, D.
375
W OOLLEY, R.M.: see Fairweather, M. W U , Y.- P.G., and L IN , Y.-F. The oxidation of trichloroethene with methane: experiment and kinetic modeling, 137:376 X X U , F.: see Kim, C.H. X U , T.: see Liu, Y. Y YAN , R., G AUTHIER , D., F LAMANT, G., and WANG , Y. Behavior of selenium in the combustion of coal or coke spiked with Se, 138:20 YANG , S.Y., L EE , B.K., and C HUNG , S.H. Observation of various non-premixed flames in twin-jet counterflow, 136:246 YANG , V.: see Huang, Y. YANG , W.H.: see Blasiak, W. YANG , Z.: see Hirasawa, T, YOON , S.S.: see Lee, S.M. Y U , J., L UCAS , J., WALL , T., L IU , G., and S HENG , C. Modeling the development of char structure during the rapid heating of pulverized coal, 136:519 Z Z ACHARIAH , M.R.: see Jung, H. Z AKHAROV, Y U .A., A LUKER , E.D., A DUEV, B.P., K RECHETOV, A.G., and M ITROFANOV, A.Y U . Time-resolved picture of initiation and propagation of preexplosive luminescence in AgN3 , 137:538 Z ARKO , V.E.: see Karasev, V.V. Z HAO , Z., K AZAKOV, A., and D RYER , F.L. Measurements of dimethyl ether/air mixture burning velocities by using particle image velocimetry, 139:52 Z HENG , X.L., and L AW, C.K. Ignition of premixed hydrogen/air by heated counterflow under reduced and elevated pressures, 136:168 Z HUKOV, V.P., S ECHENOV, V.A., and S TARIKOVSKII , A.Y U . Ignition delay times in lean n-hexane–air mixture at high pressures, 136:257 Z IGLER , B.T.: see Donovan, M.T.