Abstract:
Kinetic equations for quantum chemically reacting gases derived in the part I are
investigated. Various particular cases are considered, which make it possible to simplify
the description of chemically reacting mixture. In particular, the extension of the Waldman–Snyder equations to chemically reacting gases with exchange reactions is obtained.
The simplest kinetic equation for gases with reactions of dissociation and recombination
is formulated which represents the analogue of the generalised Boltzmann
equation. For all equations considered, the $H$-theorem and the law of conservation of
complete collision invariants are proved.
Fulltext:
PDF file (960 kB)
