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首页> 外文期刊>IEEE sensors journal >A Novel Long Period Fiber Grating Sensor Measuring Curvature and Determining Bend-Direction Simultaneously
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A Novel Long Period Fiber Grating Sensor Measuring Curvature and Determining Bend-Direction Simultaneously

机译:一种同时测量曲率和确定弯曲方向的新型长周期光纤光栅传感器

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摘要

A novel long period fiber-grating (LPFG) sensor that can not only measure curvature directly, but also determine every bend-direction within the circular range of 0 deg-360 deg, is proposed and demonstrated in this paper. Such a bend-sensor consists of one LPFG induced by a UV laser and two LPFGs induced by high-frequency CO_(2) laser pulses. The curvature is measured by the UV laser-induced LPFG whose bend-sensitivity is independent of the bend-directions, and the bend-direction is determined by the CO_(2) laser-induced LPFGs whose bend-sensitivities depend strongly on the curved directions. In addition, the unique bend-characteristics of LPFGs induced by high-frequency CO_(2) laser pulses are demonstrated.
机译:提出并证明了一种新颖的长周期光纤光栅(LPFG)传感器,该传感器不仅可以直接测量曲率,而且可以确定0度至360度的圆形范围内的每个弯曲方向。这种弯曲传感器由一个紫外线激光感应的LPFG和两个高频CO_(2)激光脉冲感应的LPFG组成。曲率由UV激光诱导的LPFG测量,其弯曲敏感性与弯曲方向无关,而弯曲方向由CO_(2)激光诱导的LPFG确定,其弯曲敏感性与弯曲方向密切相关。此外,还演示了高频CO_(2)激光脉冲引起的LPFG的独特弯曲特性。

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