Abstract
The model of composite synthesis from powders of titanium and boron is proposed in this paper. Mathematical model takes into account the dependence of effective properties powders mixture on the composition and structure of reaction mixture. The ignition stage, the formation irreversible phases and reaction retardation by reaction product are also considered in the model. The reaction scheme of the composite synthesis process includes the system of four kinetic equations describing the formation of different titanium borides. Results of modeling for non-stoihiometric composition of the reaction mixture are presented and discussed.
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