光子学报, 2020, 49 (2): 0227002, 网络出版: 2020-03-19 复制并引用该论文  被引通知

图 & 表

图 1. 双矩形腔边耦合等离子体波导系统结构示意图Schematic of two stub cavities side-coupled to a plasmonic waveguide system

Fig. 1. 双矩形腔边耦合等离子体波导系统结构示意图Schematic of two stub cavities side-coupled to a plasmonic waveguide system

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图 2. PIT效应的实现原理示意图Schematic diagram of realizing principle of the PIT effect

Fig. 2. PIT效应的实现原理示意图Schematic diagram of realizing principle of the PIT effect

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图 3. 满足等离子体波导色散方程的有效折射率曲线和相移曲线，等离子体波导宽度w=50 nmThe effective refractive index and phase shifts which satisfy the dispersion equation in the plasmonic waveguide with plasma waveguide width of w=50 nm

Fig. 3. 满足等离子体波导色散方程的有效折射率曲线和相移曲线，等离子体波导宽度w=50 nmThe effective refractive index and phase shifts which satisfy the dispersion equation in the plasmonic waveguide with plasma waveguide width of w=50 nm

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图 4. 耦合系数和耦合Q值随双腔间距的变化The coupling coefficient and the coupling quality factor versus the coupling distance L

Fig. 4. 耦合系数和耦合Q值随双腔间距的变化The coupling coefficient and the coupling quality factor versus the coupling distance L

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图 5. PIT simulation analysis

Fig. 5. PIT simulation analysis

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图 6. Magneticfield distributions of |H_z|² at the resonance wavelength

Fig. 6. Magneticfield distributions of |H_z|² at the resonance wavelength

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图 7. Relationship between phase shifts of the PIT transmission spectrum and phase shifts of the waveguide signal light

Fig. 7. Relationship between phase shifts of the PIT transmission spectrum and phase shifts of the waveguide signal light

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王波云, 程加宝, 朱月红, 令永红, 曾庆栋, 熊良斌, 杜君, 王涛, 余华清. 基于双矩形腔边耦合波导的等离子体诱导透明效应[J]. 光子学报, 2020, 49(2): 0227002. Bo-yun WANG, Jia-bao CHENG, Yue-hong ZHU, Yong-hong LING, Qing-dong ZENG, Liang-bin XIONG, Jun DU, Tao WANG, Hua-qing YU. Plasmon Induced Transparency Effect Based on Two Stub Cavities Side-coupled Waveguide[J]. ACTA PHOTONICA SINICA, 2020, 49(2): 0227002.