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Electromagnetic modes in a parallel plane waveguide filled with nanoparticles

机译:填充纳米粒子的平行平面波导中的电磁模

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Propagation characteristics of an electromagnetic wave through parallel plane waveguide filled with nanoparticles is studied. The dispersion relation reveals two modes, a surface plasmon like mode for ω≤ω_(pe)/3~(1/2), (ω is electromagnetic wave frequency and ω_(pe) is electron plasma frequency of nanoparticles) and another normal electromagnetic mode for ω≥ω_(pe)/3~(1/2). The plasmon like mode is sensitive to plate separation and the excitation frequency is higher for smaller plate separation. The cutoff frequency of electromagnetic mode can be varied by changing the concentration or size of the nanoparticles and also the plate separation.
机译:研究了电磁波通过纳米粒子填充的平行平面波导的传播特性。色散关系揭示了两种模式,ω≤ω_(pe)/ 3〜(1/2)的表面等离激元模式,(ω是纳米粒子的电磁波频率,ω_(pe)是纳米粒子的电子等离子体频率)和另一种正常的电磁波。 ω≥ω_(pe)/ 3〜(1/2)的模式。类等离子体激元模式对板分离敏感,对于较小的板分离,激发频率较高。电磁模式的截止频率可以通过改变纳米颗粒的浓度或大小以及板间距来改变。

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