Abstract
A dislocation spectrum of the electron-phonon interactions (EPI) of zinc single crystals is obtained for the first time. It is shown that dislocations are a source of hypersonic waves. Possible mechanisms of energy dissipation in vibrations of the network of basal dislocations in the point-contact zone are considered. It is noted that a change in the effective transport function of EPI results from the inertial properties of dislocations.
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