Vibrationally excited species have been considered to play significant roles in H2/F2 reaction systems. In the present study, in order to obtain further understanding of the chain reaction mechanism i
The contributions of homogeneous and heterogeneous chemistry are directed to the catalytically supported thermal combustion of methane-air mixtures at very high flow rates. The catalytically supported
Set of NO emissions measurements were obtained for 70/30(vol.%) NH3/H2 blend using a stagnation flame configuration. Simulation results from 68 recent ammonia-based kinetic mechanisms were compared ag
