1 - 11 |
Magnetic field enhanced plasma reactor for pollutant gases control by corona discharge Ferreira JL, Monteiro KMFP, Damasio HJ, Kostov KG |
13 - 28 |
Acetone fluorescence as a conserved scalar marker in a laminar methane air diffusion flame Marro MAT, Miller JH |
29 - 49 |
Soot volume fraction measurements in the soot-forming regions of ethylene-air turbulent partially-premixed flames Lee TW, Mitrovic A |
51 - 68 |
Effects of buoyancy on steady hydrogen gas-jet diffusion flames Agrawal AK, Cherry SM, Gollahalli SR |
69 - 91 |
Experimental study of 1 atmosphere, rich, premixed n-heptane and iso-octane flames Bakali AE, Delfau JL, Vovelle C |
93 - 122 |
Numerical simulation of turbulent diffusion flame in cross flow Morvan D, Porterie B, Larini M, Loraud JC |
U1 - U1 |
Removal of NOx from flue gas by reburning with plasma activated natural gas: Review and economics (vol 133, page 161, 1998) Vasquez ER |
123 - 168 |
An adaptive projection method for unsteady, low-Mach number combustion Pember RB, Howell LH, Bell JB, Colella P, Crutchfield WY, Fiveland WA, Jessee JP |
169 - 195 |
Gaseous-propellant microthrusters, I. Completion of burn prior to venting Carrier GF, Fendell FE, Finkiv SF, McGregor RD |
197 - 223 |
Gaseous-propellant microthrusters. II. Venting prior to completion of burn Carrier GF, Fendell FE, Finkiv SF |
225 - 257 |
The oxidation of 1,3-butadiene: Experimental results and kinetic modeling Dagaut P, Cathonnet M |
259 - 293 |
Rapid filtration combustion waves driven by convection Aldushin AP, Matkowsky BJ |
295 - 314 |
Application of two-dimensional laser-induced fuel tracer fluorescence for ion current evaluation Neij H, Saitzkoff A, Reinmann R, Franke A, Alden M |
315 - 331 |
Pyrolysis of black liquor in a high-intensity acoustic field Koepke SA, Zhu JY |
333 - 350 |
The influence of ferrocene on PAH synthesis in acetylene and methane diffusion flames Kasper M, Siegmann K |
351 - 367 |
Estimation of hydrocarbon oxidation by measuring HC concentrations in an SI engine exhaust port Park J, Choi H, Cho H, Min K, Kim ES |
369 - 404 |
A study of flame observables in premixed methane - Air flames Najm HN, Knio OM, Paul PH, Wyckoff PS |
405 - 425 |
Laser-induced fluorescence triple-integration method applied to hydroxyl concentration and fluorescence lifetime measurements Pack SD, Renfro MW, King GB, Laurendeau NM |
427 - 449 |
Determination of and fuel structure effects on laminar flame speeds of C-1 to C-8 hydrocarbons Davis SG, Law CK |
451 - 459 |
Ignition length of laminar combustible pipe flows Sheu WJ, Shia HC, Liou NC |
461 - 468 |
Effect of overall equivalence ratio on minimum nitric oxide emission index in laminar and turbulent partially premixed flames Alder BJ, Lyle KH, Laurendeau NM, Gore JP |
469 - 472 |
Dependence of AP deflagration rate on details of test sample preparation Price EW |