首页> 外文期刊>International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics >Design of the N-sided regular polygonal transparent device using metamaterials
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Design of the N-sided regular polygonal transparent device using metamaterials

机译:利用超材料设计N面规则多边形透明器件

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摘要

Based on the coordinate transformation method, we derived the material parameters for arbitrary N-sided regular polygonal transparent device, which is an important device for antenna protection. The electric field distributions of the device under TE wave and cylindrical wave irradiation are simulated using the finite element solver COMSOL Multiphysics. It shows that although the incident waves are distorted in the transformation region, they return to the original wavefronts when passing through the transformation region. The results of full-wave simulations validate the material parameters for the N-sided regular polygonal transparent device we derived.
机译:基于坐标变换法,推导了任意N边正多边形透明器件的材料参数,该器件是保护天线的重要器件。使用有限元求解器COMSOL Multiphysics模拟了TE波和圆柱波辐照下的设备电场分布。结果表明,尽管入射波在转换区域内发生了畸变,但当它们通过转换区域时,它们会返回原始波阵面。全波仿真的结果验证了我们导出的N边规则多边形透明设备的材料参数。

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