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Investigation of bending effects in chirped FBGs array in multicore fiber

机译:多芯光纤chiFBGs阵列的弯曲效应研究

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摘要

The research and development of a measurement system for remote determination and monitoring of the location and bends of extended objects in 3D space are of current interest. In this work the results of study of bending effects in chirped fiber Bragg gratings array in multicore fiber are presented. The determination of the dependence of grating period change in each core on the bending radius of the fiber allows to reconstruct remotely optical fiber shape. The obtained investigation results will be used to determine the fiber-optic light guide shape changes without using methods of optical frequency domain reflectom-etry. The work presents experimental results with the multicore optical fiber with the array of chirped fiber Bragg gratings. The experimental optical scheme and the reflection spectra prior to and after the optical fiber bending are presented.
机译:用于远程确定和监视3D空间中扩展对象的位置和弯曲的测量系统的研究与开发是当前的关注点。在这项工作中,提出了研究core光纤在多芯光纤中的布拉格光栅阵列中弯曲效应的研究结果。通过确定每个纤芯中的光栅周期变化对光纤弯曲半径的依赖性,可以远程重建光纤的形状。获得的研究结果将用于确定光纤光导形状的变化,而无需使用光频域反射法。这项工作提出了带有core光纤布拉格光栅阵列的多芯光纤的实验结果。给出了光纤弯曲之前和之后的实验光学方案和反射光谱。

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