Abstract
A study of the crystallization kinetics of amorphous alloys in the Cu-As-Se system was made using a method in which the crystallization rate is deduced bearing in mind the dependence of the reaction rate constant on time, through temperature. The method was applied to the experimental data obtained by differential scanning calorimetry, using continuous-heating techniques. The kinetic parameters determined have made it possible to discuss the glass-forming ability, as well as the different types of nucleation and crystal growth exhibited by the alloys studied.
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