Abstract
We investigated the change of the structural state when a current pulse was passed through the high-modulus alloy ABM-1 situated in a medium of liquid nitrogen. Current pulses heat the material and bring about thermal stresses that lead to a reduction of the regions of coherent scattering. A change of the structural state causes a deviation of the dependence U (I a)from linearity. It was discovered that thermoelectric treatment results in the formation of a stable amorphous layer at least 10-μn thick on the surface of the alloy.
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