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Long-range and short-range surface plasmon resonance in coupled plasmonic structure using bimetallic nanofilms

机译:使用Bimetallic Nanofilms的耦合等离子体结构的远程和短距离表面等离子体共振

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Long-range and short-range surface plasmon resonance has been discussed for mono and bi-metallic coupled plasmonic structures. Reflectivity and field enhancement plots with simultaneous angular and wavelength interrogation along with the two dimensional (2D) contour plots provide significant information about the resonance phenomena in these two cases. Moreover, substrate and sample dependency help to choose the correct layer parameters for designing a nanoplasmonic sensor.
机译:已经讨论了长距离和短距离表面等离子体共振,用于单体和双金属耦合等离子体结构。具有同时角度和波长询问的反射率和场增强图以及二维(2D)轮廓图提供了关于这两种情况下的谐振现象的重要信息。此外,基板和样品依赖性有助于选择用于设计纳米升压传感器的正确层参数。

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