Abstract
Numerical simulations demonstrated that small additives of propane to rich hydrogen-air mixtures suppress the formation of HO2 and OH in the low-temperature region of the flame zone, thereby causing a substantial decrease in the laminar flame speed. In the low-and high-temperature regions, propane interacts predominantly with OH and H, respectively. In the flame zone, propane is completely converted to CO, CO2, CH4, C2H2, H2, and H2O, being oxidized concurrently with hydrogen at that.
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