Multifunctional cascaded metasurfaces

V. Asadchy, A. Elsakka, I. Faniayeu, S. Tcvetkova, S. Tretyakov
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Abstract

In this talk, design and realization of a single-layer meta-transmitarray which provides a certain functionality in a narrow frequency band while remains reflectionless (transparent) elsewhere is presented. Realization of such transmitarrays would allow integrating several metasurfaces in a cascade that performs different functionalities at different frequencies, opening a door for various new applications. We provide a theoretical analysis for alternative possible ways to realize such transmitarrays. Moreover, in the presentation we will show results for fabricated structures as well as a cascade consisting of three independent metasurfaces for general control over reflection, transmission and absorption.
多功能级联超表面
在这次演讲中,设计和实现了一种单层元传输阵列,它在窄频带内提供一定的功能,同时在其他地方保持无反射(透明)。这种传输阵列的实现将允许在级联中集成几个元表面,在不同频率下执行不同的功能,为各种新应用打开大门。我们为实现这种发射阵列的其他可能方法提供了理论分析。此外,在演示中,我们将展示制造结构的结果,以及由三个独立的超表面组成的级联,用于对反射,透射和吸收进行一般控制。
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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