Abstract
Using transmission electron microscopy and differential scanning calorimetry, the microstructure and martensitic transformation of the Ti50·0Ni50·0 alloy after cold rolling and after rolling with a pulse current were compared. A structural relaxation effect was observed in the alloy during rolling with current. The effect is manifested in the more slow kinetics of the structure formation and less intensive suppression of martensitic transformations at rolling with current compared to cold rolling with some deformation degrees.
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