| 1 - 24 |
Numerical simulation of combustion and ignition-quenching behavior of a carbon packed bed
Xie MZ, Liang XH |
| 25 - 45 |
A critical study of the Bray-Moss-Libby model
Hakberg B |
| 47 - 72 |
A scalar pdf construction model for turbulent non-premixed combustion
Goldin GM, Menon S |
| 73 - 137 |
Chemistry of acetylene flames
Lindstedt RP, Skevis G |
| 139 - 164 |
The effect of the precessing vortex core on combustion in a swirl burner
Syred N, Fick W, ODoherty T, Griffiths AJ |
| 159 - 180 |
The role of nitrous oxide in the mechanism of thermal nitric oxide formation within flame temperature range
Tomeczek J, Gradon B |
| 181 - 200 |
Structures of CO diffusion flames near extinction
Rightley ML, Williams FA |
| 201 - 241 |
Eigenvalue analysis and calculations for the deflagration of porous energetic materials in the merged-flame regime
Ilincic N, Margolis SB |
| 243 - 283 |
A model for the effects of mixing on the autoignition of turbulent flows
Mastorakos E, DaCruz AP, Baritaud TA, Poinsot TJ |
| 283 - 349 |
Buoyancy driven filtration combustion
Aldushin AP, Matkowsky BJ, Schult DA |
| 351 - 373 |
Two-dimensional temperature field measurements using a molecular filter based technique
Elliott GS, Glumac N, Carter CD, Nejad AS |
| 371 - 401 |
Three-dimensional structure of lifted, turbulent-jet flames
Schefer RW |
