Evanescent Wave Fiber Optic Sensor for Detection of Fe+2 Using LED Source

V. K. Kulkarni, H. H. Bendigeri
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Abstract

A cost effective and sensitive chemical sensor is developed for detection ofFe+2 based on evanescent wave fiber optic absorption technique. A high quality LED source is used in sensing mechanism. Multimode sensor grade plastic clad silica (PCS) fiber is adopted as sensing arm, whose centre cladding region  is taken out to interact with the surrounding region(Fe+2 ions).This unclad region of the PCS fiber is used as a sensing element in this experiment. The sensor developed is highly sensitive over the dynamic range of concentration from 0.1ppm to 100ppm for the detection of Fe+2 in water.
用LED光源检测Fe+2的倏逝波光纤传感器
基于倏逝波光纤吸收技术,研制了一种高性价比、高灵敏度的ofe +2化学传感器。传感机构采用高品质LED光源。传感臂采用多模传感器级塑料包层二氧化硅(PCS)光纤,取出其中心包层区域与周围区域(Fe+2离子)相互作用。PCS光纤的无包层区域在本实验中用作传感元件。该传感器在0.1ppm ~ 100ppm的动态浓度范围内对水中铁离子的检测具有很高的灵敏度。
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