Electromagnetic Field Screening on a Limited Antenna Arranger Located on a Multilayer Dielectric

Marian Tadeusz Wnuk
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Abstract

The analysis presented in the article is based on the concept of the window function superimposed on the sought distribution of currents and integrated into the structure of the problem of scattering on a periodic unconfined structure which is an antenna array located on a multilayer dielectric. The function used allowed to solve the problem of scattering on an unlimited periodic antenna array. The presented solution to the analysed scattering problem is based on the spectral decomposition of the window function into Floquet harmonics ek(x,y). In general, the analysis of the problem also allows for the possibility of decomposing the window function into mesh harmonics with different grid pitch values, for example equal to Mdx and Ndy, respectively in the directions of the x and y axes. In this case, it corresponds to the spectral distributions on the planar harmonics of a rectangular unconfined periodic structure with a single cell carrier equal to that of the HMN function.
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多层介质上有限天线排布的电磁场屏蔽
本文的分析是基于窗口函数的概念,叠加在求出的电流分布上,并结合到多层介质上的周期性无约束结构天线阵的散射问题的结构中。该函数用于解决无限周期天线阵上的散射问题。对所分析的散射问题提出的解决方案是基于窗函数的频谱分解为Floquet谐波ek(x,y)。一般来说,对问题的分析还允许将窗口函数分解为具有不同网格间距值的网格谐波,例如分别等于x和y轴方向上的Mdx和Ndy。在这种情况下,它对应于具有单细胞载流子的矩形无约束周期结构的平面谐波上的频谱分布等于HMN函数的频谱分布。
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来源期刊
CiteScore
2.90
自引率
0.00%
发文量
17
期刊介绍: The International Journal on Communications Antenna and Propagation (IRECAP) is a peer-reviewed journal that publishes original theoretical and applied papers on all aspects of Communications, Antenna, Propagation and networking technologies.
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