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BRAGG INTRAGRATING STRUCTURAL SENSING

机译:布拉格集成结构感测

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When a fiber-optic intracore Bragg grating is subject to an appreciable strain gradient, its reflective spectrum will not only be shifted but also be distorted because of the chirp of the grating. We employed the T-matrix formalism to calculate the influence of different strain gradients on the reflective spectra of Bragg gratings and have undertaken experiments to test these calculations. The results of these experiments have confirmed that intracore Bragg gratings can be used to evaluate strain gradients and can be thought of as quasi-distributed strain sensors. This adds a new dimension to structural sensing, permitting measurements in any situation where strain gradients exist. It also provides a warning of any sensor/host debonding. [References: 16]
机译:当光纤内芯布拉格光栅受到可观的应变梯度影响时,由于光栅的rp声,其反射光谱不仅会发生偏移,而且会失真。我们采用T矩阵形式来计算不同应变梯度对布拉格光栅反射光谱的影响,并进行了实验来测试这些计算。这些实验的结果证实了核内布拉格光栅可用于评估应变梯度,并可被视为准分布式应变传感器。这为结构传感增加了新的维度,允许在存在应变梯度的任何情况下进行测量。它还提供任何传感器/主机脱胶的警告。 [参考:16]

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