Collective Processes in Reaction Sintering Involving the Liquid Phase

Abstract

The experimental thermal-kinetic research of reactive sintering confirmed the exis-tence of various trajectories of irreversible motion of non-equilibrium system. When the external temperature conforms to contact melting of liquid, and the equilibrium condition of a composition is in solid state area the thermal-kinetic exponential trajectory with a rapid characteristic growth of temperature and sample volume is usually realized. Active consolidation may be observed in the case of appearance of thermal-kinetic oscillations.