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Investigation of CaF2 substrate based plasmonic gas sensor in IR

机译:IR中CAF2基材基衬底基底族气体传感器的研究

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The performance of proposed surface plasmon resonance based methane gas sensor based on Kretschmann configuration in infrared (IR) is discussed. In this structure, calcium fluoride (CaF2) substrate is considered with gold (Au) layer deposited on its base and methane gas is used as a sensing layer. Performance of sensor is analysed in terms of sensitivity and figure of merit (FOM) with various metal layer thicknesses using angular interrogation method.
机译:讨论了基于Kretschmann配置在红外(IR)中的所提出的表面等离子体共振基甲烷气体传感器的性能。在该结构中,氟化钙(CAF2)底物被认为是沉积在其基础上的金(Au)层,并且使用甲烷气体作为感测层。在使用角度询问方法的各种金属层厚度的灵敏度和功绩(FOM)的灵敏度和体图方面分析了传感器的性能。

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