Abstract
Phase formation, stability, and mixing behavior in the metallic systems NiZr, FeZr, AuZr, and PdTa have been investigated under influence of high energy heavy ion beams as a function of temperature. Our results and data from the literature support a simple model which correlates onset temperatures for radiation enhanced diffusion and equilibrium phase formation in ion beam mixing with hole (or vacancy) formation enthalpies. The model offers the possibility to predict temperature ranges in which efficient mixing occurs by radiation enhanced diffusion without formation of stable alloys.
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