1 - 2 |
Selected papers from third Clean Air Conference - Preface Carvalho MD, Fiveland WA, Lockwood FC, Papadopoulos C |
3 - 22 |
Heat-recirculating burners: Principles and some recent developments Weinberg F |
23 - 50 |
What overall nitrogen kinetics can teach us about optimizing catalytic NO abatement reactors DeSoete GG |
51 - 65 |
Catalytic combustion: New catalysts for new technologies Klvana D, Chaouki J, Guy C, Kirchnerova J |
67 - 84 |
Catalytic combustion of methane soot Ciambelli P, DAmore M, Palma V, Vaccaro S |
85 - 102 |
NOx-reduction in diesel exhaust gas with urea and selective catalytic reduction Koebel M, Elsener M, Marti T |
103 - 121 |
Carbonization rate of soot precursor particles Dobbins RA, Govatzidakis GJ, Lu W, Schwartzman AF, Fletcher RA |
123 - 132 |
Pyrometric particle temperature measurements in a pressurized fluidized bed gasification reactor Joutsenoja T, Stenberg J, Hernberg R |
133 - 151 |
A new sensor system for industrial combustion monitoring and control using UV emission spectroscopy and tomography Obertacke R, Wintrich H, Wintrich F, Leipertz A |
153 - 169 |
Combustion in a porous medium-advances and applications Trimis D, Durst F |
169 - 191 |
Low NOx burners for boilers, furnaces and gas turbines; drive towards the lower bounds of NOx emissions Beer JM |
193 - 219 |
The influence of the temperature fluctuations variance on NO predictions for a gas flame Beretta A, Mancini N, Podenzani F, Vigevano L |
217 - 233 |
NOx formation in counter-flow opposed-jet diffusion CH4/air flames Bonturi S, Pourkashanian M, Williams A, Oskam G, Wilson C |
235 - 253 |
Numerical simulation of the oil combustion process in a 100 kW serially produced low NOx combustion system Dreher H, Gass J, Suter P, Mischler B, Radi P, Lehmann B, Ochs M |
255 - 269 |
Optimization of a pulverized brown coal burner Matern T, Derichs W, Tippkotter T, Kakaras E |
271 - 279 |
Emissions from slow pyrolysis of solid fuels studied by GC/MS in a miniature reactor Pedersen JR, Stromberg K, Olsson JO |
281 - 298 |
The effects of extraneous metal oxides and chlorides on the partitioning of toxic metals in the flames of a pulverised waste fuel Abbas T, Godoy S, Hassan S, Lockwood FC |
299 - 315 |
Pyrolysis gas of biomass and coal as a NOx-reductive in a coal fired test facility Rudiger H, Greul U, Spliethoff H, Hein KRG |
317 - 332 |
The co-firing of pulverised bituminous coals with straw, waste paper and municipal sewage sludge VandeKamp WL, Morgan DJ |
333 - 349 |
Compact waste incinerator based on vortex combustion Gutmark EJ, Parr TP, Wilson KJ, Yu KH, Smith RA, HansonParr DM, Schadow KC |