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Methods for extension of the rejection band of microwave devices on the basis of planar modified mushroom-shaped metamaterial structures

机译:基于平面修饰的蘑菇形超材料结构扩展微波器件阻带的方法

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摘要

Methods for extension of the rejection band of microwave devices on the basis of planar modified mushroom-shaped metamaterials comprising either two-layered topological structures with frequency-selective surfaces or multilayer bulk structures with intermediate layers containing split-ring resonators are proposed. Computer simulation of such devices, clearly demonstrating a twoto six-fold extension of the rejection band is performed. Experimental results confirming the results of numerical simulation are presented.
机译:提出了基于平面修饰的蘑菇形超材料来扩展微波装置的拒绝带的方法,该平面修饰的蘑菇材料包括具有频率选择表面的两层拓扑结构或具有包含裂环谐振器的中间层的多层体结构。进行此类设备的计算机仿真,清楚地表明了拒绝频带的2到6倍扩展。实验结果证实了数值模拟的结果。

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  • 来源
    《NTT R&D 》 |2016年第2期| 204-210| 共7页
  • 作者单位

    United Rocket & Space Corp, Res Inst Space Device Engn, Ul Aviamotornaya 53, Moscow 111250, Russia;

    Natl Res Univ, Higher Sch Econ, Ul Tallinskaya 34, Moscow 123458, Russia;

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