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P3-29: Dispersion relation of electromagnetic waves in magnetized plasma dielectric photonic crystals

机译:P3-29:电磁波在磁化等离子体电介质光子晶体中的色散关系

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摘要

Dispersion relations of electromagnetic wave in one-dimensional (1D) and two-dimensional(2D) magnetized plasma dielectric photonic crystal (PDPC) are studied, where external magnetic field is set to be perpendicular to wave vector. It is found that gap width can be effectively controlled by external magnetic field, these unique properties are not realized in unmagetized PDPC and solid photonic crystal composed of metal or dielectric material, which can satisfy the needs for dynamically controlling electromagnetic wave.
机译:研究了一维(1D)和二维(2D)磁化等离子体电介质光子晶体(PDPC)中电磁波的色散关系,其中将外部磁场设置为垂直于波矢量。研究发现,间隙宽度可以通过外部磁场有效控制,在未消磁的PDPC和由金属或介电材料组成的固态光子晶体中无法实现这些独特的性能,可以满足动态控制电磁波的需求。

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