Evaluation of dielectric permittivity for homogeneous materials from transmittance requirements

F. Paulis, M. H. Nisanci, A. Orlandi
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引用次数: 1

Abstract

This paper presents a quick and efficient analytical approach to derive the electrical and geometrical properties of a medium that achieve a given transmittance (shielding) performances. The procedure is able to synthesize, according to the panel thickness, the frequency-dependent effective permittivity described in terms of a first order Debye model. The synthesis procedure is validated by comparing the specified transmittance to the performances of the synthesized medium simulated by a full-wave tool.
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从透射率要求评价均匀材料的介电常数
本文提出了一种快速有效的分析方法,可以推导出达到给定透射率(屏蔽)性能的介质的电学和几何特性。该程序能够根据面板厚度合成用一阶德拜模型描述的频率相关的有效介电常数。通过将指定的透射率与全波工具模拟的合成介质的性能进行比较,验证了合成过程。
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