Abstract
The complete understanding of the phenomenological process related to the evolution of the ternary multiphase system is still lacking. In this paper the ternary interdiffusion process in multiphase system is discussed by means of numerical modeling. The entropy production principle is proposed to chose the proper diffusion path during the process (e.g. internal oxidation). The bi-velocity method of the three-component multi-phase system is presented. The simulations show the local entropy production curve that determines the thickness of the two-phase zone.
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