真空与负mu超材料边界引导的快速反向电磁表面波

V. Galaydych, M. Azarenkov
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引用次数: 0

摘要

本文给出了负磁导率超材料与真空分离平面的表面电磁本征模。波场在介质界面外呈指数衰减。该波为te偏振波,电场平行于界面。模是一种快波,因为它的相速度大于光速。除了。,由于相速度和群速度方向相反,模态为反向波。这种快速的表面电磁波可用于设计现代所谓的“快速波装置”,用于波的产生和放大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fast Backward Electromagnetic Surface Waves Directed by Boundary Between Vacuum and Mu-Negative Metamaterials
We present a surface electromagnetic eigenmode of a plane separating the negative permeability metamaterial and vacuum. The wavefields decreased exponentially out of the interface between the media. This wave is of TE-polarization with an electric field paralleling the interface. Mode is a fast wave because its phase velocity is more than the speed of light. Besides., the mode is a backward wave since the phase and group velocities have opposite directions. Such fast surface electromagnetic waves can be used for designing modern so-called “fast-waves devices” for both wave generation and amplification.
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