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On the solution of periodical structures with the GMT

机译:用格林尼治标准时间解决期刊结构

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The state of the art of the MMP (multiple multipole) codes is examined, and different possible combinations with other methods are described. The basic principles of the MMP codes and of the combination with the Floquet theory are considered, and an overview of the analytical basis path of resolution is given. A simple example involving a finite or infinite chain of perfectly conducting 2-D cylinders is presented. The comparison between the normal MMP code and the one with the Floquet processor shows that, on the one hand, the number of cylinders is strongly dependent on the frequency (low frequency needs more). On the other hand, it is necessary to take many Floquet modes to get an accurate field representation.
机译:检查了MMP(多个多极)代码的技术水平,并描述了与其他方法的不同可能组合。考虑了MMP代码以及与Floquet理论相结合的基本原理,并给出了解析的解析基础路径的概述。给出了一个简单的示例,该示例涉及有限的或无限的完美传导的二维圆柱体链。正常的MMP代码与使用Floquet处理器的代码之间的比较表明,一方面,圆柱体的数量很大程度上取决于频率(低频需要更多频率)。另一方面,必须采用多种Floquet模式才能获得准确的场表示。

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