A novel model for complex permittivity of glass for propagation modeling in millimeter-wave band

F. Arvani, A. A. Shishegar
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引用次数: 3

Abstract

In radio channels modelings, the phases and amplitudes of the rays undergo some modifications when they are reflected from or transmitted through a particular material. These reflection and transmission coefficients make use of the electrical properties of the materials, thus, it is essential to know the values of the relative dielectric constant and of the conductivity or the loss tangent of the materials that appear in the propagation environments. In this paper, a theoretical model based on the inter-molecule interactions, has been developed and used to estimate the dielectric parameters of glass.
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玻璃复介电常数在毫米波波段的传播模型
在无线电信道模型中,当射线从特定材料反射或通过特定材料传输时,其相位和振幅会发生一些变化。这些反射和透射系数利用了材料的电学特性,因此,了解材料在传播环境中出现的相对介电常数和电导率或损耗正切的值是至关重要的。本文建立了一种基于分子间相互作用的理论模型,用于估计玻璃的介电参数。
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