MULTITEMPERATURE VIBRATIONAL AND CHEMICAL KINETICS IN AIR FLOWS BEHIND SHOCK WAVES
Abstract
In this paper chemical and vibrational relaxation of the five component air mixture behind shock waves is studied numerically on the basis of the three-temperature and one-temperature kinetic theory approaches. The influence of vibrational nonequilibrium as well as anharmonicity effects on the rates of exchange chemical reactions and macroscopic flow parameters in relaxation zone behind shock waves is estimated for different Mach numbers.
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