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Underwater Acoustic Sensors Based on Fiber Bragg Gratings

机译:基于光纤布拉格光栅的水下声传感器

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We report on recent results obtained with a fiber optic hydrophone based on the intensity modulation of the laser light in a FBG (Fiber Bragg Grating) under the influence of the sound pressure. In order to control the behavior of the hydrophone in terms of sensitivity and bandwidth, FBGs have been coated with proper materials, characterized by different elastic modulus and shapes. In particular, new experiments have been carried out using a cylindrical geometry with two different coating, showing that the sensitivity is not influenced by the shape but by the transversal dimension and the material characteristics of the coating.
机译:我们报告了基于声压影响下在FBG(光纤布拉格光栅)中激光强度调制的光纤水听器获得的最新结果。为了控制水听器在灵敏度和带宽方面的行为,FBG已涂有适当的材料,以不同的弹性模量和形状为特征。特别地,已经使用具有两个不同涂层的圆柱几何形状进行了新的实验,表明灵敏度不受形状的影响,而是受涂层的横向尺寸和材料特性的影响。

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