论文标题
设计无磁性非reciprocal超材料的计算方法
Computational Approach of Designing Magnetfree Nonreciprocal Metamaterial
论文作者
论文摘要
本文旨在讨论设计无磁性非倒流超材料的计算方法。浮雕模式分析上的详细数学推导是针对法拉第和Kerr旋转的。在圆形环谐振器的间隙中载有偏置晶体管的情况下，在设计的跨表面中的非循环性是实现的。基于合成的数学模型，我们从开发的合成模型中提取共横层极化组件以及Faraday和Kerr旋转，并比较/对比互惠和非偏置系统。
This article aims at discussing computational approach to design magnet-free nonreciprocal metamaterial. Detailed mathematical derivation on floquet mode analysis is presented for Faraday and Kerr rotation. Non-reciprocity in the designed metasurface is achieved in the presence of biased transistor loaded in the gap of circular ring resonator. Based on the synthesized mathematical model, We extract co-cross polarized components as well as Faraday and Kerr rotation from the developed synthesized model and compare/contrast reciprocal and nonreciprocal system.
