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Quasi-static analysis of the square coaxial cable with Tellegen bi-isotropic material

机译:电视双各向同性材料方形同轴电缆的准静态分析

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The paper presents the calculation of the effective relative permittivity of the square coaxial cable with bi-isotropic Tellegen material by using the Galerkin variant of the Finite Element Method (FEM). Weak basis functions of the third order and the rectangular 2D mesh were applied. Calculation was performed for different heights of the dielectric layer. Special attention was given to the case when the cable is half-filled with dielectric. It was shown that the results for the effective relative permittivity can be approximated by a simple formula similar to the one previously reported.
机译:本文通过使用有限元方法(FEM)的Galerkin变体,通过使用Palerkin变体来计算方形同轴电缆的有效相对介电常数(FEM)。应用了三阶和矩形2D网格的弱基功能。对介电层的不同高度进行计算。当电缆半充满电介质时,给出了特殊的注意。结果表明,有效相对介电常数的结果可以通过类似于先前报道的简单公式来近似。

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