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Parallel coherence receiver for quasidistributed optical sensor

机译:准分布式光学传感器的并行相干接收器

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Abstract: We present the implementation of a coherence receiver that is able, in parallel, to demultiplex and measure the phase between up to seven interference signals generated in a `white light' polarimetric quasi-distributed sensing system. It is based on a Michelson interferometer, one mirror of which has seven reflecting facets with differing thicknesses in its aperture. It was further used to measure the phase variation between two polarization couplers, versus three point bending loading for optical fibres either surface bonded or embedded in GRP composite, In both cases, the sensitivity to the composite elongation is found to be in close agreement with the sensitivity of the fibre itself.!7
机译:摘要:我们介绍了一种相干接收机的实现,该接收机能够并行地多路分解并测量在“白光”偏振准分布感测系统中生成的七个干扰信号之间的相位。它基于迈克尔逊干涉仪,该干涉仪的一面镜子有七个反射面,其孔径不同。它还用于测量两个偏振耦合器之间的相位变化,以及与表面粘合或嵌入GRP复合材料的光纤的三点弯曲载荷之间的关系。在两种情况下,发现对复合材料伸长率的敏感性均与GRP复合材料的相近。光纤本身的灵敏度!! 7

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