Reflection-type 1-bit coding metasurface based on polarization conversion for broadband RCS reduction

Gaiping Zhang, Aixia Wang, Sai Sui
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Abstract

This paper proposed a 1-bit coding metasurface which based on polarization conversion for broadband RCS reduction. The coding metasurface were composed of digital ‘0’ and ‘1’ elements which formed by two semicircle structure and its mirror, respectively. The simulation confirmed that the unit cell can realize the polarization conversion; Moreover, the PCR was more than 90% at 7.7-18.3 GHz. Meanwhile, the phase difference of ‘0’ and ‘1’ element was exactly π at full band. So, the coding metasurface can scatter the energy of incident electric magnetic in all other directions, it successfully realized the RCS reduction.
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基于偏振转换的反射型 1 位编码元表面,用于降低宽带 RCS
本文提出了一种基于极化转换的 1 位编码元面,用于降低宽带 RCS。编码元面由数字 "0 "和 "1 "元素组成,分别由两个半圆结构及其镜面构成。仿真结果表明,该单元能实现极化转换;而且,在 7.7-18.3 GHz 频率下,PCR 超过 90%。同时,"0 "和 "1 "元素的相位差在全波段正好为 π。因此,编码元表面可以向所有其他方向散射入射电磁的能量,成功实现了 RCS 的降低。
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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