1 - 24 |
Candle flames in non-buoyant atmospheres Dietrich DL, Ross HD, Shu Y, Chang P, T'ien JS |
25 - 47 |
Active adaptive combustion control using neural networks Blonbou R, Laverdant A, Zaleski S, Kuentzmann P |
49 - 79 |
The lean oxidation of iso-octane in the intermediate temperature regime at elevated pressures Chen JS, Litzinger TA, Curran HJ |
81 - 96 |
Particle size and reactivity of aluminum powders Pranda P, Prandova K, Hlavacek V |
97 - 105 |
Partially premixed combustion in lifted turbulent jets Lyons KM, Watson KA |
107 - 137 |
Prediction of detailed structure and NOx formation characteristics in turbulent nonpremixed hydrogen jet flames Kim SK, Kim YM |
139 - 157 |
Combustion characteristics of gel fuels Nachmoni G, Natan B |
159 - 171 |
3-dimensional modeling of hydrocarbon oxidation in the exhaust port of a spark ignition engine Park J, Min K |
173 - 199 |
Effects of additives on the non-premixed ignition of ethylene in air Egolfopoulos FN, Dimotakis PE |
201 - 220 |
Further validation of an augmented reduced mechanism for methane oxidation: Comparison of global parameters and detailed structure Sung CJ, Law CK, Chen JY |
221 - 250 |
Diffusion driven combustion waves in porous media Aldushin AP, Matkowsky BJ |
251 - 269 |
Evaluation of reaction order and activation energy of char combustion by shift technique Zimbardi F |
271 - 289 |
Convection effects on the endothermic gasification and piloted ignition of a radiatively heated combustible solid Cordova JL, Fernandez-Pello AC |
291 - 314 |
Triaxial Burke-Schumann flames with applications to flame synthesis Chao BH, Axelbaum RL |