Surface catalysis in dissociated, chemically frozen air boundary layers with variable transport properties

摘要: Abstract This work is concerned with the effects of surface catalysis and variable transport properties on structure chemically frozen, dissociated air boundary layers enveloping flat plates slender wedges. Our main interest in nonsimilar hypersonic flows past catalytic segments placed aft leading edges or stagnation points coated noncatalytic materials. The problems are solved numerically; method solution shown to be reliable applicable general boundarylayer equations. Local convective heat transfer release due atoms computed separately. These results show that non-similarity flow field have a significant influence flux suggest possible serious errors available diagnostic formulas for gauges.