The use of Z-transforms in TLM with non uniform meshes

P. Saguet, H. Louazani, F. Ndagijimana
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引用次数: 2

Abstract

The use of Z-transforms in electromagnetic simulations using TLM when dispersive media are present, has been described by Christopoulos [Christopoulos-99] and its efficiency proven. This description concerned cubic meshes. This paper describes a generalization to non uniform meshes. We give the general formulation in this case. To validate our results we apply the algorithm to a gyromagnetic media where a Polder magnetic tensor is used and when this media is included in a rectangular waveguide to obtain non reciprocal effects (isolator). A comparison with experimental results obtained by Gardiol [2] is made. Introduction In order to model generalized materials, Paul et al. solve Maxwell's equations using TLM method in vacuum, considering the material wave interaction as voltage and current sources applied in the media.
z变换在非均匀网格TLM中的应用
Christopoulos [Christopoulos-99]描述了在色散介质存在时使用TLM进行电磁模拟中的z变换,并证明了其效率。这个描述涉及立方网格。本文描述了一种非均匀网格的推广方法。在这种情况下,我们给出一般公式。为了验证我们的结果,我们将该算法应用于使用Polder磁张量的回旋磁介质,并将该介质包含在矩形波导中以获得非互反效应(隔离器)。并与Gardiol[2]的实验结果进行了比较。为了对广义材料建模,Paul等人使用TLM方法在真空中求解Maxwell方程组,将材料波相互作用作为施加在介质中的电压和电流源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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