1 - 14 |
Diffusion edge-flame: Approximation of the flame tip Damkohler number Boulanger J, Vervisch L |
15 - 26 |
The pressure pulses generated by the combustion of natural gas in bubbling fluidized beds Zukowski W |
27 - 36 |
Ferrocene as a precursor reagent for metal-catalyzed carbon nanotubes: Competing effects Vander Wal RL, Hall LJ |
37 - 47 |
Fe-catalyzed single-walled carbon nanotube synthesis within a flame environment Vander Wal RL |
48 - 61 |
Effects of diluents on NOx formation in hydrogen counterflow flames Rortveit GJ, Hustad JE, Li SC, Williams FA |
62 - 82 |
Shock-tube and modeling study of diacetylene pyrolysis and oxidation Hidaka Y, Henmi Y, Ohonishi T, Okuno T, Koike T |
83 - 93 |
Numerical study of the effects of pressure and air-dilution on NO formation in Laminar counterflow diffusion flames of methane in high temperature air Sohn CH, Jeong IM, Chung SH |
94 - 111 |
Use of the conditional moment closure model to predict NO formation in a turbulent CH4/H-2 flame over a bluff-body Kim SH, Huh YY |
112 - 122 |
Determination of Markstein numbers in counterflow premixed flames Davis SG, Quinard J, Searby G |
123 - 136 |
Markstein numbers in counterflow, methane- and propane-air flames: A computational study Davis SG, Quinard J, Searby G |
137 - 146 |
Stability of multiple steady states of catalytic combustion James A, Brindley J, McIntosh AC |
147 - 160 |
The quenching of laminar methane-air flames by water mists Thomas GO |