Abstract
Cu-Fe alloy samples have been thermomechanically processed to produce dispersions of rod-shaped a iron particles in single crystal matrices. These particles are aligned preferentially along one of the matrix (110) directions. Softening, following a small prestrain, has been examined as a function of the particle size and of the particle axis/slip system orientation relationship. Both factors were found to influence significantly softening in a manner consistent with the Orowan-loop pipe diffusion theory of recovery for dispersion hardened alloys.
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