Cleaner Combustion
Chien, Yu-Chien||Dunn-Rankin, Derek
Cleaner Combustion
English[eng]
hydrate ignition||lean flames||Atkinson cycle||heavy metals||iso-octane||quantitative reaction pathway diagrams||watery flames||CeO2 doping||hydrogen yield||climate change||mitigation||computational fluid dynamics||solid fuel||cleaner combustion||GRI-Mech 3.0||steam methane reformer||emission characteristics||flue gas mercury removal||chemical analysis||combustion||Lewis number||powder coke||methane||hydrate flame spectrum||oxidizer ratio||fluidized bed||swirling burner||CFD||methane clathrate||fuel rich/lean combustion||general correlations||control system efficiency||MP-PIC method||wall shear stress||activated carbon sorbent||density functional theory(DFT) calculations||energy management||self-similar spherical flame propagation||bioethanol||biofuel burner||ultra-lean methane flame||NO emissions||tubular diffusion flame||flaring angle||methane–air combustion||methane/air||low load||short stroke engine||porous plate reactor||combustion adjustment||ecological fuels||field study||air-pollution control||methane hydrate||gas hydrate||battery recycling||hydrate combustion||oxy-fuel combustion||high-pressure turbulent burning velocity||tube surface temperature||PIV||cooking stove
Cleaner Combustion
English[eng]
hydrate ignition||lean flames||Atkinson cycle||heavy metals||iso-octane||quantitative reaction pathway diagrams||watery flames||CeO2 doping||hydrogen yield||climate change||mitigation||computational fluid dynamics||solid fuel||cleaner combustion||GRI-Mech 3.0||steam methane reformer||emission characteristics||flue gas mercury removal||chemical analysis||combustion||Lewis number||powder coke||methane||hydrate flame spectrum||oxidizer ratio||fluidized bed||swirling burner||CFD||methane clathrate||fuel rich/lean combustion||general correlations||control system efficiency||MP-PIC method||wall shear stress||activated carbon sorbent||density functional theory(DFT) calculations||energy management||self-similar spherical flame propagation||bioethanol||biofuel burner||ultra-lean methane flame||NO emissions||tubular diffusion flame||flaring angle||methane–air combustion||methane/air||low load||short stroke engine||porous plate reactor||combustion adjustment||ecological fuels||field study||air-pollution control||methane hydrate||gas hydrate||battery recycling||hydrate combustion||oxy-fuel combustion||high-pressure turbulent burning velocity||tube surface temperature||PIV||cooking stove