Microwave Meta-lens for Generating Polarization-Independent refracted waves

Kuang Zhang, Yueyi Yuan, Yuxiang Wang, Xumin Ding, Qun Wu
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Abstract

In this paper, a transmissive-type metalens is proposed to realize independent manipulation of orthogonal circularly polarized wave in microwave region. Based on the combination of propagation phase and geometry phase principles, the opposite circularly polarized transmitted wave can be deflected into independent and arbitrary directions. Experimental measurement are conducted and effectively verified the feasibility of the proposed theory for artificial manipulation of circular polari-zation manipulation in microwave region.
用于产生与偏振无关的折射波的微波元透镜
本文提出了一种透射型超构透镜来实现微波区正交圆极化波的独立操纵。基于传播相位和几何相位相结合的原理,反向圆极化透射波可以被偏转到独立的任意方向。进行了实验测量,有效地验证了所提出的理论在微波区域进行圆偏振操纵的可行性。
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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