| 1 - 40 |
Simultaneous imaging of temperature and OH number density in turbulent diffusion flames
Kelman JB, Masri AR |
| 33 - 62 |
Experimental and modeling study of the effect of CF3CHFCF3 on the chemical structure of a methane-oxygen-argon flame
Sanogo O, Delfau JL, Akrich R, Vovelle C |
| 63 - 94 |
Stochastic modeling of partially stirred reactors
Chen JY |
| 95 - 111 |
On stabilization and blowoff of inverted spherical flames
Brailovsky I, Sivashinsky GI |
| 113 - 129 |
Species and temperature profiles of propellant flames obtained from FTIR absorption spectroscopy
Mallery CF, Thynell ST |
| 131 - 182 |
Mathematical modeling of a 2.4 MW swirling pulverized coal flame
Peters AAF, Weber R |
| 183 - 213 |
Thermal destruction of chlorinated hydrocarbons by reductive pyrolysis
Ravindran V, Pirbazari M, Benson SW, Badriyha BN, Evans DH |
| 215 - 230 |
Experimental studies of flame extinction by sodium bicarbonate (NaHCO3) powder
Trees D, Seshadri K |
| 231 - 255 |
Ignition of non-premixed wall-bounded boundary-layer flows
Sheu WJ, Lin MC |
| 257 - 303 |
Dynamic stress formation during catalytic combustion of methane in ceramic monoliths
Boehman AL, Simons JW, Niksa S, McCarty JG |
| 305 - 330 |
Performance and CO production of a non-azide airbag propellant in a pre-pressurized gas generator
Schmitt RG, Butler PB, Freesmeier JJ |
| 331 - 346 |
Numerical and experimental study of lean M- and V-shaped flames
Mallens RMM, Loijenga BO, DeGoey LPH, Sonnemans PJM |
| 345 - 361 |
The oxidation of n-heptane in the presence of oxygenated octane improvers: MTBE and ETBE
Dagaut P, Koch R, Cathonnet M |
| 363 - 381 |
Laser-recoil combustion response of RDX
Brewster MQ, Schroeder TB |
| 383 - 398 |
Flame temperature predictions and comparison with experiment in high flow rate, fuel-rich acetylene/oxygen flames
Glumac NG |
| 399 - 405 |
A mass-based definition of flame stretch for flames with finite thickness
DeGoey LPH, Boonkkamp JHMT |
