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首页> 外文期刊>Physical review. B, Condensed Matter And Materials Physics >Maxwell-Garnett mixing rule in the presence of multiple scattering: Derivation and accuracy
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Maxwell-Garnett mixing rule in the presence of multiple scattering: Derivation and accuracy

机译:多重散射下的麦克斯韦-加纳特混合法则:导数和精度

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摘要

We give a rigorous and original derivation of the Maxwell-Garnett mixing rule in the dynamical regime for a composite dielectric random medium with small spherical inclusions. For certain configurations of scatterers, we show that contrarily to the common belief, the Maxwell-Garnett formula can remain very accurate at a high concentration of scatterers and incorporate multiple-scattering effects as well as attenuation of the mean field. We provide a realistic numerical example for which this is the case.
机译:对于具有小球形夹杂物的复合介电随机介质,我们在动力学范围中给出了麦克斯韦-加纳特混合规则的严格而原始的推导。对于某些散射体配置,我们证明与通常的看法相反,Maxwell-Garnett公式在高散射体浓度下仍可以保持非常准确的状态,并包含多重散射效果以及平均场的衰减。我们提供了一个实际的数值示例。

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