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首页> 外文期刊>International Journal of Infrared and Millimeter Waves >Properties of near and far fields for the electric line source illumination of a lossy metamaterial covered dielectric cylinder
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Properties of near and far fields for the electric line source illumination of a lossy metamaterial covered dielectric cylinder

机译:有损耗超材料覆盖电介质圆柱体的电线源照明的近场和远场特性

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摘要

The electric field properties of the electric line source radiation in the presence of a lossy metamaterial covered dielectric cylinder are investigated. Firstly, the electromagnetic model configuration is given. The exact solution of the electromagnetic is presented. Secondly, the near field and the far field properties are investigated according to the electromagnetic and geometrical parameters. The different "focus" phenomenon, the directivities and the normalized radiation resistance are discussed and important conclusions are obtained. During all the numerical computation, the lossy conventional material covered dielectric cylinder is utilized as the reference.
机译:研究了在有损耗的超材料覆盖的介电圆柱体的存在下,电线源辐射的电场特性。首先,给出了电磁模型的配置。提出了电磁的确切解决方案。其次,根据电磁和几何参数研究了近场和远场特性。讨论了不同的“聚焦”现象,方向性和归一化辐射电阻,并得出重要结论。在所有数值计算过程中,将有损传统材料覆盖的介电圆柱体用作参考。

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