Development of the theoretical annealing model for two-component systems

Abstract

The curve showing dependence of amount of silver in copper grains on the annealing temperature, compiled during the annealing process at different temperature has been theoretically analyzed. An attempt to develop a model based on the approach of nonequilibrium evolutionary thermodynamics to describe the annealing process was made. This model has been tested using computer simulation. Taking the previously developed model for megaplastic deformation within the framework of nonequilibrium evolutionary thermodynamics into account, the experiment was fully simulated, which consisted of annealing and further processing by plastic torsion deformation.