| 2061 - 2074 |
Visualization of OH radical distribution in a methane-hydrogen mixture flame by isotope shift/planar laser induced fluorescence spectroscopy
Katoh A, Oyama H, Kitagawa K, Gupta AK |
| 2075 - 2096 |
Oxy-combustion properties of interacting separated jets
Sautet JC, Boushaki T, Salentey L |
| 2097 - 2114 |
Combustion and thermal decomposition of fluorinated polymers
Gustavsson JPR, Segal C, Dolbier WR, Ameduri B, Kostov G |
| 2115 - 2143 |
Forest fire spread models: The local quasi-equilibrium approach
Andre JCS, Urbano JM, Viegas DX |
| 2145 - 2163 |
Experimental and numerical studies of opposed jet oxygen-enhanced methane diffusion flames
Cheng Z, Wehrmeyer JA, Pitz RW |
| 2165 - 2176 |
Predicting the temperature distribution of wood exposed to a variable heat flux
Yang LZ, Guo ZF, Chen XJ, Fan WC |
| 2177 - 2198 |
Burning rates and flame oscillations in globally homogeneous two-phase mixtures (flame speed oscillations in droplet cloud flames)
Atzler F, Demoulin FX, Lawes M, Lee Y, Marquez N |
| 2199 - 2218 |
Experimental and numerical investigation of transient soot buildup on a cylindrical container immersed in a jet fuel pool fire
Ciro WD, Eddings EG, Sarofim AF |
| 2219 - 2247 |
Studies on the liftoff properties of dimethyl ether jet diffusion flames
Xue Y, Ju YG |
| 2249 - 2280 |
Effects of dimethyoxymethane blending into diesel fuel on soot in an optically accessible DI diesel engine
Song KH, Litzinger TA |
