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Ultra-broadband near-field antenna for terahertz plasmonic applications

机译:太赫兹等离子体应用的超宽带近场天线

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摘要

A new type of ultra-broadband near-field antenna for terahertz frequencies is proposed. This antenna is a short-period planar metal array. It is theoretically shown that irradiation of the short-period array antenna by a plane homogeneous terahertz waves excite a highly inhomogeneous near electric field near the metal array. In this case, the amplitude of the excited inhomogeneous near electric field is almost independent of frequency in the entire terahertz frequency range. The excitation of plasma oscillations in a two-dimensional electron system using the antenna under study is numerically simulated in the resonant and non-resonant plasmonic response modes. This type of antenna can be used for developing ultra-broadband plasmonic detectors of terahertz radiation.
机译:提出了一种新型的太赫兹频率超宽带近场天线。该天线是短周期的平面金属阵列。从理论上讲,平面齐次太赫兹波对短周期阵列天线的辐射激发了金属阵列附近的高度不均匀的近电场。在这种情况下,激发的非均匀近电场的幅度几乎与整个太赫兹频率范围内的频率无关。在共振和非共振等离子体响应模式下,使用所研究的天线在二维电子系统中激发等离子体振荡进行了数值模拟。这种类型的天线可用于开发太赫兹辐射的超宽带等离子体探测器。

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