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Optical fiber sensor based on hybrid material: Comparative study of theoretical model and fabricated sensor

机译:基于混合材料的光纤传感器:理论模型与制造传感器的比较研究

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The main intention to present this work is to analyze the theoretical aspect of the optical fiber based relative humidity sensor. The sensor was fabricated using layer by layer (LbL) deposition on the tip of the optical fiber. Corresponding results of fabricated relative humidity sensor using different material like SiO, ZnO and Hybrid material were compared with theoretical results. A comprehensive experimental investigation was carried out to examine the sensing response. Sensing studies were performed by Fabry-Perot sensing mechanism with different saturated salt solutions, which provide fixed relative humidity.
机译:开展这项工作的主要目的是分析基于光纤的相对湿度传感器的理论方面。传感器是通过在光纤尖端上逐层沉积(LbL)制成的。将不同材料如SiO,ZnO和Hybrid材料制成的相对湿度传感器的相应结果与理论结果进行了比较。进行了全面的实验研究以检查感测响应。通过Fabry-Perot传感机制对不同的饱和盐溶液(提供固定的相对湿度)进行了传感研究。

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