1 - 21 |
Influence of coal type and operating conditions on the formation of incomplete combustion products. Pilot plant experiments (vol 101, pg 505, 1994) Bonfanti L, DeMichele G, Riccardi J, LopezDoriga E |
1 - 17 |
Upstream interactions between premixed flames Sheu WJ, Lin MC, Yang SA |
19 - 51 |
Concurrent horizontal flame spread: The combined effect of oxidizer flow velocity, turbulence and oxygen concentration Chao YHC, FernandezPello AC |
22 - 22 |
Biarene formation during pyrolysis of a mixture of anthracene and naphthalene (vol 109, pg 273, 1995) Masonjones MC, Lafleur AL, Sarofim AF |
53 - 65 |
Self-sustained flaming combustion and ignition of single wood pieces in quiescent air Tuyen B, Loof R, Bhattacharya SC |
67 - 101 |
Mathematical modeling of a 2.25 MW(t) swirling natural gas flame .1. Eddy break-up concept for turbulent combustion; Probability density function approach for nitric oxide formation Peters AAF, Weber R |
103 - 122 |
Mathematical modelling of a 2.25 MW(t) swirling natural gas flame .2. Conserved scalar approach for turbulent combustion Wild PN, FaltsiSaravelou O |
123 - 146 |
On the propagation of a reaction front through a porous fuel in the presence of an opposed forced flow: Application to mixtures characteristic of municipal waste Zhou X, Torero JL, Goudeau JC, Bregeon B |
147 - 167 |
Fluidized bed studies of carbon particle oxidation: Gas phase surface products and surface area evolution Purzer NR, Yetter RA, Dryer FL, Lawson RJ |
169 - 183 |
A generalized intermediate approach to combustion chemistry: Application to methane ignition and flame propagation Lissianski VV, Gardiner WC, Zamansky VM |
185 - 195 |
A combustion study of metal powders in contact with sodium nitrate Rao RB, Singh H, Rao PN |
197 - 208 |
Flow of smoke and hot gases across horizontal vents in room fires Jaluria Y, Chiu WKS, Lee SHK |
209 - 228 |
Fuel effects on knock, heat release and "CARS" temperatures in a spark ignition engine Kalghatgi GT, Golombok M, Snowdon P |
229 - 247 |
Laser-induced fluorescence measurements of nitric oxide formation in high-pressure premixed methane flames Klassen MS, Thomsen DD, Reisel JR, Laurendeau NM |
249 - 276 |
The oxidation of allene in a low-pressure H-2/O-2/Ar-C3H4 flame Pauwels JF, Volponi JV, Miller JA |
277 - 301 |
Theory of structures of hydrogen-air diffusion flames Sanchez AL, Linan A, Williams FA, Balakrishnan G |
303 - 320 |
Catalytic combustion of propane and natural gas over silica-fibre supported catalysts Neyestanaki AK, Lindfors LE |
321 - 339 |
Two-colour pyrometry measurements of soot loading in a diesel engine burning model fuels of varying quality Beatrice C, Bertoli C, Cirillo NC, DelGiacomo N, DiStasio S |
341 - 359 |
Radiation-affected hydrodynamic instability of particle-laden flames Blouquin R, Joulin G |
361 - 379 |
Exhaust and in-situ measurements of nitric oxide for laminar partially premixed C2H6-air flames: Effect of premixing level at constant fuel flowrate Kim TK, Alder BJ, Laurendeau NM, Gore JP |
379 - 391 |
The fast-time stability of a simple deflagration Lozinski D, Buckmaster J |
393 - 417 |
Some conditional statistics in a turbulent premixed flame derived from direct numerical simulations Mantel T, Bilger RW |
419 - 441 |
Influence of reactive particles on the formation of a one-dimensional detonation wave Uphoff U, Hanel D, Roth P |
443 - 460 |
Some characteristics of NOx emission of turbulent nonpremixed hydrogen-air flames stabilized by swirl-generated flow recirculation Chen RH |
461 - 485 |
Interactions of CO, NOx and H2O under post-flame conditions Glarborg P, Kubel D, Kristensen PG, Hansen J, DamJohansen K |
487 - 504 |
An experimental investigation of sulphur-nitrogen interactions in turbulent spray flames Hampartsoumian E, Nimmo W |
505 - 529 |
Numerical simulation and scaling of NOx emissions from turbulent hydrogen jet flames with various amounts of helium dilution Chen JY, Chang WC, Koszykowski M |
531 - 548 |
Ignition of a binary-fuel (solvent-solute) cluster of drops Bellan J, Harstad K |
551 - 554 |
Comparison of physico-chemical parameters of carbon black formation during hydrocarbons pyrolysis and furnace process Tesner PA, Kuehner G |
555 - 561 |
On the role of surface-tension-driven flows in the uniform, near-flash flame spread over liquids DiBlasi C |
563 - 570 |
A method for embedding fine-wire thermocouples for solid-fuel surface temperature measurements Lu YC, Harting GC, Chiaverini MJ, Kuo KK |