| 1231 - 1259 |
Increase of the flame velocity in a rotating gas and the renormalization approach to turbulent burning
Bychkov V, Petchenko A, Akkerman V |
| 1261 - 1285 |
Oxidation of 1-methylnaphthalene at 1-13 atm: Experimental study in a JSR and detailed chemical kinetic modeling
Mati K, Ristori A, Pengloan G, Dagaut P |
| 1287 - 1302 |
Temperature field reconstruction from phase-map obtained with Moire deflectometry in diffusion flame on solids
Juste GL, Contat-Rodrigo L |
| 1303 - 1326 |
Flammability of aerosols generated by a rotary atomizer
Willauer HD, Ananth R, Hoover JB, Foote AB, Whitehurst CL, Williams FW |
| 1327 - 1347 |
Pre-integrated response map for inviscid propane-air detonation
Dyer RS, Korakianitis T |
| 1349 - 1360 |
Cool flame propagation speeds
Foster M, Pearlman H |
| 1361 - 1384 |
Computational study on the effects of non-periodic flow perturbations on the emissions of soot and NOx in a confined turbulent methane/air diffusion flame
Lopez-Parra F, Turan A |
| 1385 - 1416 |
Flame propagation in swirling flows - Effect of local extinction on the combustion induced vortex breakdown
Kroner M, Sattelmayer T, Fritz J, Kiesewetter F, Hirsch C |
| 1417 - 1432 |
Thermal decompositons of 1,1,1-trifluoroethane and pentafluoroethane in a turbulent flow reactor
Takahashi K, Harada A, Horigome S, Cho R, Inomata T |
| 1433 - 1449 |
Effects of turbulent flame speed development and axial convective waves on oscillations of a long ducted flame
Sathiah P, Lipatnikov AN |
