条状物
电磁感应透明
诺共振
太赫兹辐射
超材料
谐振器
共振(粒子物理)
光学
材料科学
光电子学
分裂环谐振器
联轴节(管道)
法诺平面
物理
慢光
太赫兹光谱与技术
等离子体子
原子物理学
纯数学
冶金
复合材料
数学
作者
Chao Tang,Q. Jason Niu,Yongfeng He,Xiangyang Zhang,Ben-Xin Wang
摘要
A terahertz metamaterial resonator consisting of two rectangular strips embedded in a closed-ring resonator is designed and investigated in this paper that can simultaneously generate the classical electromagnetically induced transparency effect and two Fano resonance modes. The formation of the transparent window and the Fano dips can be attributed to the coupling of the localized resonance modes between the closed-ring resonator and the two embedded rectangular strips. The effect of embedded rectangular strip sizes on the transmitted performance is discussed, and it is found that the resonant performance of the transparent window and Fano effect depends mainly on the length of the rectangular strips in the longitudinal direction. Based on this, two different device applications related to the embedded rectangular strips are discussed. The metamaterial proposed here could open up new avenues toward the control of terahertz waves in many technology-related areas.
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