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Homogenization of Maxwell's equations in dissipative bianisotropic media

机译:耗散各向异性介质中麦克斯韦方程的均质化

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摘要

We study the periodic homogenization of Maxwell's equations for dissipative bianisotropic media in the time domain, both in R-3 and in a bounded domain with the perfect conductor boundary condition. We consider both local with respect to time (optical response region) and non-local in time (allowing dispersive effects) constitutive laws; in the non-local case the explicit description of the homogenized coefficients is given in terms of the Laplace transform. The principal result of this work is the description of the asymptotic behaviour of the solutions of the considered problems as the period of the electromagnetic parameters tends to zero. Copyright (C) 2003 John Wiley Sons, Ltd. [References: 26]
机译:我们研究了时域中R-3和具有理想导体边界条件的有界域中耗散各向异性介质的Maxwell方程的周期均匀化。我们既考虑时间局部性(光学响应区域),又考虑时间非局部性(允许色散效应)本构定律。在非局部情况下,均化系数的明确描述是根据拉普拉斯变换给出的。这项工作的主要结果是描述了当电磁参数的周期趋于零时所考虑问题的解的渐近行为。版权所有(C)2003 John Wiley Sons,Ltd. [参考:26]

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