Belyavsky, [No Value]

Csach, K

Khonik, VA

Mikhailov, VA

Ocelik, Vaclav

Strain recovery of melt spun metallic glasses Fe84B16 and Ni77.5Si7.5B15 predeformed by tensile creep at temperatures 453 &lt;T &lt;633 K has been investigated. The determined kinetic recovery law allowed to propose and verify a model of strain recovery as a result of reversible atomic rearrangements in the two-well relaxation centers with a small asymmetry of the potential. The model is shown to explain the main strain recovery regularities. An inter-relationship between reversible and irreversible components of structural relaxation of metallic glasses is discussed. (C) 1998 Elsevier Science B.V. All rights reserved.</p

Isothermal strain recovery as a result of reversible structural relaxation of metallic glasses

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