Study of process of propagating of front of gases filtration combustion

The article deals with the adiabatic model of filtration combustion of gases (FCG) in an inert porous medium, where the expected rate of inter phases heat transfer, thermal conductivity of the phases, the strong temperature dependence of the rate of reaction and diffusion is neglected and the pressure gradient in the gas phase. The dependence of the velocity of the front FCG from the injection velocity and the dependence of the rate of injection of gas corresponding to a stationary combustion wave on the density at different orders of reaction rate and the different proportions of hydrogen in the mixture. (author)