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A simple design method of negative refractive index metamaterials

机译:负折射率超材料的一种简单设计方法

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We propose a very simple design method of negative refractive index (NRI) materials that can overcome some drawbacks of conventional resonant-type NRI materials. The proposed NRI materials consist of single or double metallic patterns printed on a dielectric substrate. Our metamaterials (MTMs) show two properties that are different from other types of MTMs in obtaining effective negative values of permittivity (∈) and permeability (μ) simultaneously; the geometrical outlines of the metallic patterns are not confined within any specific shape, and the metallic patterns are printed on only one side of the dielectric substrate. Therefore, they are very easy to design and fabricate using common printed circuit board (PCB) technology according to the appropriate application. Excellent agreement between the experiment and prediction data ensures the validity of our design approach.
机译:我们提出了一种非常简单的负折射率(NRI)材料设计方法,该方法可以克服常规谐振型NRI材料的某些缺点。提议的NRI材料由印刷在介电基板上的单金属或双金属图案组成。我们的超材料(MTM)在同时获得介电常数(ε)和磁导率(μ)的有效负值时,显示出与其他类型的MTM不同的两个特性。金属图案的几何轮廓不限于任何特定形状,并且金属图案仅印刷在电介质基板的一侧上。因此,根据适当的应用,它们很容易使用普通的印刷电路板(PCB)技术进行设计和制造。实验和预测数据之间的出色一致性确保了我们设计方法的有效性。

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