Kinetic model of explosive gas formation in a disperse condensed system

摘要

Considered a multicomponent kinetic model of the change in the state of a finely dispersed condensed matter in a closed system that receives a heat flux. The model naturally describes fast transient processes in establishing the initial detailed equilibrium and rearrangements in the presence of unstable equilibrium metastable states. The calculations showed that the model reproduces the observed explosive processes of gas formation during the motion of a fragmented meteorite in the atmosphere.