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The microscopic nonequilibrium process in solids under transient heating

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Abstract

A brief review of studies on the dynamic process of thermal expansion since the eighties is given. A magnitude of difference of one to two orders between the results of theoretical calculations and experimental observations of the characteristic time is discussed. The nonequilibrium localized phonon gas in a “hot spot” is studied using the Boltzmann equation, leading to a soliton-like solution. It gives the way to fill the gap of the above-mentioned difference between theory and experiment. The lattice relaxation of a laser rod is developed theoretically and verified experimentally. Different expansion processes of a high-T c superconductor below and aboveT c imply the existence of some new features of excitons in the high-T c state.

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Zhou, B.L., He, G.H., Gao, Y.J. et al. The microscopic nonequilibrium process in solids under transient heating. Int J Thermophys 18, 481–492 (1997). https://doi.org/10.1007/BF02575177

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