Abstract
This article presents the results of calculations of the parameters of shock waves in air formed by the explosion of acetylene-oxygen and propane-air mixtures. The detonation wave is initiated along the plane of symmetry. It is assumed that the parameters of state of the air are described by the equation of an ideal gas with an adiabatic exponent of air. The parameters of the detonation products in the Chapman-Jouguet plane and during isentropic expansion are determined from an equilibrium thermodynamic calculation. It is determined that the total fraction and nature of the redistribution between the internal and kinetic energies in the air depend slightly on the composition of the combustible mixture.
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