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Tunable Plasmon-Induced Transparency in Plasmonic Bus Waveguide with Side-Coupled Nano-cylinder Cavity

机译:带有侧耦合纳米圆柱腔的等离子总线波导中的等离子激发可调谐透明度

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摘要

It is demonstrated here that phenomenon of plasmon-induced transparency (PIT) at near infrared band in a metal-dielectric-metal waveguide with the resonator of nano-cylinder-cavity. It is found that PIT effect does not exist in the plasmonic waveguide with one side-coupled cylinder cavity. And a single PIT effect appears in the waveguide with two parallel side-coupled cylinder cavities. The red-shift or blue shift of the double transparency peaks can be manipulated by adjusting different parameter of the waveguide structure.
机译:在此证明了在具有纳米圆柱腔的谐振器的金属-电介质-金属波导中,在近红外波段的等离子体激元诱导的透明性(PIT)现象。发现在一侧耦合圆柱腔的等离子体波导中不存在PIT效应。在波导中具有两个平行的侧面耦合圆柱腔的情况下会出现单个PIT效应。可以通过调节波导结构的不同参数来操纵双透明峰的红移或蓝移。

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