Abstract
The method of Mossbauer spectroscopy has been used to study the dissolution of dispersed Ni3M intermetallic particles (M = Ti, Al, Zr) in matrices of fcc Fe-Ni-M alloys at 340 K in displacement cascades produced by neutrons. It has been found that the rate of dissolution of intermetallic particles is affected by preliminary aging, size of particles, and competing radiation-accelerated processes. The processes of dissolution of particles in neutron displacement cascades and under severe deformation have been compared.
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