Abstract
The influence of boundary conditions on the parameters of the low-temperature Δ T effect is investigated. Our analysis provides a new evidence supporting the physical model of the low-temperature Δ T effect. The developed model has been experimentally verified. This model explains the published experimental data and can serve as the basis for developing macroscopic mechanisms responsible for irreversible changes of the structure and the physical properties of amorphous metallic alloys after the low-temperature treatment.
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