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Spectral Analysis for SPR sensor with monolayer metal film

机译:具有单层金属膜的SPR传感器的光谱分析

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In order to explore the key factors of the SPR effect, such as sensitive material, thickness of sensitive metal film, incident angle and wavelength, especially the affection of the incident light wavelength on the modulated reflectivity, calculations and analyses are carried out in this paper. Simulation results show that Ag has the lowest reflectivity when the incident light with shorter wavelength in visible wave band, Au has the lowest reflectivity with red light, and Cu has the best effect from 600 nm to infrared band. The ranges of thickness measurement for thin films can be obtained when the light source wavelength and incidence angle are fixed with the adopted metal sensitive material. Moreover, there is a special range of incidence angle that can put up a significant SPR effect phenomenon when there are definite metal films and wavelength of incident light.
机译:为了探讨SPR效果的关键因素,例如敏感材料,敏感金属膜的厚度,入射角和波长,特别是在本文中进行了入射光波长对调制反射率的影响,计算和分析。仿真结果表明,当可见波浪带中具有较短波长的入射光时,AG具有最低的反射率,AU具有红色光的最低反射率,Cu具有600nm至红外带的最佳效果。当用采用的金属敏感材料固定光源波长和入射角时,可以获得薄膜的厚度测量范围。此外,当存在有明确的金属膜和入射光波长时,存在特殊的入射角。

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