Mixtures of elemental Cu and Ti powders were mechanically alloyed and thermally treated at increased levels of the ball-milling process. We have investigated the dependence of intermediate products of annealings as a function of composition, milling time and milling temperature. Useful hints are gained relevant to the interdiffusion mechanisms operative in the alloying reactions. At low Cu concentration the kinetic of amorphization is constrained by the competitive occurrence of CuTi2 and/or CuTi compounds which in turn depend on milling temperature.
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Cocco et al. (1990) studied this question.
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