Abstract:
A mathematical model for detonation of suspensions of volatile secondary explosives in vacuum that takes into account the nonuniform temperature distribution inside the particles in flow of gaseous products is considered. The nonshock structure of stationary detonation, in the RDX dust in vacuum is studied. The parameters of a two-phase flow in the reaction zone and its length are calculated as a function of the mass concentration and sizes of the RDX particles.
