EFFECTS OF THE SPACE AND TIME DISORDER ON ULTRASONIC RELAXATION IN GLASSES ——GENERALIZED INFRARED DIVERGENCE ROSPONSE THEORY

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EFFECTS OF THE SPACE AND TIME DISORDER ON ULTRASONIC RELAXATION IN GLASSES ——GENERALIZED INFRARED DIVERGENCE ROSPONSE THEORY

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WANG GUO-LIANG, DAI PEI-YING

Acta Phys. Sin., 1990, 39(7): 95-100.

Abstract
The effects of the space and time disorder on the survival probability of tunneling states and the relaxation time are analysed with the theory of continuous-time random walk (CTRW) on fractals. The infrared divergence response (IDR) theory is generalized and made possible to explain the relaxation phenomena in metal glasses.
Authors and contacts
WANG GUO-LIANG,

DAI PEI-YING

1.
郑州大学物理系,郑州,450052
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