Transmission characteristics of finite-size, two-dimensional metallic photonic crystals studied by THz time domain spectroscopy

F. Miyamaru, T. Nagashima, A. Hangyo
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Abstract

Two-dimensional metallic photonic crystals (2D-MPC) are composed of an equilateral array of hexagonally close packed circular waveguides. This type of 2D-MPC has been used as band-pass filters or frequency selective surfaces in the millimeter region. The band-pass characteristics are determined from several parameters, i.e. diameter of the circular holes (0.69 mm), spacing between the centers of them (1.13 mm), and length of the circular waveguides (0.5 mm). The air-filling fraction of this 2D-MPC is 34%. We measured the transmission spectra of the 2D-MPC in the frequency range from 0.1 to 1 THz using the THz time domain spectroscopy.
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用太赫兹时域光谱研究有限尺寸二维金属光子晶体的透射特性
二维金属光子晶体(2D-MPC)是由六边形紧密排列的圆波导组成的等边阵列。这种类型的2D-MPC已被用作带通滤波器或毫米区域的频率选择表面。带通特性由几个参数决定,即圆孔的直径(0.69 mm),圆孔中心之间的间距(1.13 mm)和圆波导的长度(0.5 mm)。该2D-MPC的充气比例为34%。我们使用太赫兹时域光谱测量了2D-MPC在0.1 ~ 1太赫兹频率范围内的透射光谱。
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