Abstract
This paper studies chemionization in the combustion of condensed systems. In order to examine the interrelationship between the combustion process and the level of chemical ionization at the surface, the combustion of ballistic powder N was studied. Measurements were taken of the distribution of electrical conductivity of the gas from the combustion surface along the flame axis. This ionization probe study of the gaseous phase at the combustion surface of ballistic powder with lead added has detected the presence of ionization waves with nonequilibrium ionization at the surface. The relationship of chemical ionization of the gas near the surface to processes in the condensed phase has been established.
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