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Nonlocal and nonlinear effects in hyperbolic heat transfer in a two-temperature model

机译:两温模型中双曲传热中的非局部和非线性效应

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摘要

The correct analysis of heat transport at nanoscale is one of the main reasons of new developments in physics and nonequilibrium thermodynamic theories beyond the classical Fourier law. In this paper, we provide a two-temperature model which allows to describe the different regimes which electrons and phonons can undergo in the heat transfer phenomenon. The physical admissibility of that model is showed in view of second law of thermodynamics. The above model is applied to study the propagation of heat waves in order to point out the special role played by nonlocal and nonlinear effects.
机译:对纳米尺度热传输的正确分析是物理学和非平衡热力学理论超越经典傅里叶定律的新发展的主要原因之一。在本文中,我们提供了一个双温度模型,可以描述电子和声子在热传递现象中可能经历的不同区域。从热力学第二定律的角度证明了该模型的物理可容许性。将上述模型应用于研究热波的传播,以指出非局部和非线性效应所起的特殊作用。

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