Switching THz Resonances by Mechanical Bending

J. Rhie, Y. Bahk, S. J. Hong, Dukhyung Lee, Dai‐Sik Kim
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Abstract

We demonstrated a switchable terahertz (THz) resonator by bending it outward with different radius curvatures (RCs), accordingly changing the shape of a diabolo array to a bowtie array. The resonance frequency switched to 0.5 THz and 1.08 THz as the flexible substrate of the resonator was flattened and bent. We analyzed the electrical properties in the I- V curve and optical properties in THz transmission spectra for the cases on flattening/bending/re-flattening after bending the resonator. A switchable THz resonator remains functional even though the operation originates from distorting the metallic array.
通过机械弯曲开关太赫兹共振
我们演示了一个可切换的太赫兹(THz)谐振器,通过以不同的半径曲率(rc)向外弯曲,从而将空竹阵列的形状改变为领结阵列。当谐振器的柔性衬底被压平和弯曲时,谐振频率切换到0.5 THz和1.08 THz。我们分析了谐振腔在弯曲/弯曲/弯曲后再弯曲的情况下,I- V曲线的电学性质和太赫兹透射光谱的光学性质。一个可切换的太赫兹谐振器保持功能,即使操作起源于扭曲金属阵列。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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