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Cloaking of Metallic Cube by Plasmonic Shell in Quasistatic Limit

机译:准静态极限下等离子壳对金属立方体的掩盖

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摘要

In this paper cloaking of a cubic metallic object by plasmonic cover is investigated and numerically analyzed. Cloaking of PEC objects by plasmonic covers, especially plasmonic shells, has been recently investigated [1], and promising results have been produced. Most of these work concern with cloaking of sub-wavelength PEC spheres. Cloaking using plasmonic material was first theoretically investigated in reference [2] and [3]. Cloaking of electrically large objects has also been reported [4].
机译:本文研究了等离子体覆盖对立方金属物体的掩盖现象并进行了数值分析。最近研究了用等离激子覆盖物掩盖PEC对象,特别是等离激子壳[1],并且产生了可喜的结果。这些工作大多数与亚波长PEC球的掩盖有关。首次在参考文献[2]和[3]中对使用等离激元材料进行掩盖进行了研究。大型电气物体的掩盖也有报道[4]。

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