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Optical Thickness Monitoring as a Strategic Element for the Development of SPR Sensing Applications

机译:光学厚度监测是开发SPR传感应用的战略要素

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摘要

The importance of the monitoring of thickness and rate deposition is indispensable for the fabrication of thin film sensors, such as SPR sensors. The sensitivity of SPR responses varies with the thickness of the film, as well as the linear range. Thus, in the present work, we presented an experimental study of the plasmonic response of Cr/Au thin films deposited onto glass slides by evaporation, based on both a rotation and no-rotation system. The results show that the thickness of the gold film varies from 240 to 620 Å, depending on the glass slide position. The SPR response curves obtained experimentally were compared with simulated plasmonic responses and different parameters such as resonance angle, and the depth, slope and half-width of the SPR curve were analysed.
机译:对于诸如SPR传感器的薄膜传感器的制造,监视厚度和速率沉积的重要性是必不可少的。 SPR响应的灵敏度随膜的厚度以及线性范围而变化。因此,在目前的工作中,我们基于旋转和不旋转系统,对通过蒸发沉积在载玻片上的Cr / Au薄膜的等离子体响应进行了实验研究。结果表明,金膜的厚度在240至620Å之间变化,具体取决于载玻片的位置。将实验获得的SPR响应曲线与模拟的等离子体响应进行比较,并比较不同参数(例如共振角),并分析SPR曲线的深度,斜率和半峰宽。

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