The Kaizer effect was observed in the measurement of acoustic emission (AE) during the course of uniaxial compression of the bulk samples of metallic glasses <$E roman {Zr sub 41 Ti sub 14 Cu sub 12,5 Ni sub 10 Be sub 22,5}> and <$E roman {Zr sub 52,5 Ti sub 5 Cu sub 17,9 Ni sub 14,6 Al sub 10}> at room temperature. For the first time, the Kaizer effect recovery has observed as the AE recovery during a repeated loading due to the short-term annealing of a sample at a temperature close to the temperature of glass transition <$E T sub roman g>. The Kaizer effect recovery occurs due to the processes of structure relaxation activation. These structural processes are impossible at low temperatures. The plastic deformation processes which are the sources of AE in metallic glasses are adequately described in the poly cluster model of amorphous solids.

• Неклюдов Іван Матвійович (1935–2024) (фізико-математичні науки)
• Стоєв Петро Ілліч (фізико-математичні науки)

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