Abstract
To characterize structural changes occurring in amorphous alloys during annealing, the possibility of using the dependences of the impedance on elastic tensile stresses is shown. It has been found that, under elastic stresses exceeding 100 MPa, three ranges of annealing-current densities can be distinguished. Within these ranges, the wires have close impedance magnitudes. The correlation between the existence of the ranges and structural relaxation and crystallization processes of amorphous alloys is shown.
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