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The Vagarious Dispersive Behavior in a Magnetically Uniaxial Metamaterial around the Plasma Frequency

机译:等离子体频率围绕磁性单轴超薄的变化性分散行为

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We investigate the dispersive behavior around the plasma frequency in a magnetically uniaxial metamaterial. We show by theoretical analysis, numerical calculation and simulation that when material loss is considered and the EM wave is oblique incidence, the negative refraction of energy and the negative group velocity of electromagnetic wave will be observed with little losses. Since the proposed magnetically uniaxial metamaterial can be constructed in the GHz frequency easily, the abnormal refraction and group velocity will be experimentally validated in the future.
机译:我们研究了磁性单轴超级材料中等离子体频率周围的分散行为。我们通过理论分析显示,数值计算和模拟,当考虑材料损失并且EM波是倾斜的入射时,能量的负折射和电磁波的负群速度几乎没有损失。由于提出的磁性单轴超级材料可以容易地在GHz频率中构建,因此将来会在实验上验证异常折射和群体速度。

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