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Wavelength domain interrogation of polarimetric temperature sensor based on polarization maintaining fiber

机译:基于极化保持光纤的波长域询问极化温度传感器

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A wavelength domain technique based on the detection of peak wavelength in the interference pattern was proposed and applied to a reflection type polarimetric temperature sensor made of polarization maintaining fibers. The measurement equation that relates the temperature variation linearly to the shift of the peak wavelength in the interference pattern was derived. An experimental sensor was setup to verify the effectiveness and the accuracy of the detection technique over an applied temperature range from -40°C to 80°C. Experimental results agree well with theoretical prediction.
机译:提出了一种基于干涉图案中峰值波长检测的波长域技术,并施加到由偏振保持纤维制成的反射型偏振温度传感器。导出了将温度变化与干扰图案中的峰值波长偏移相关的温度变化的测量方程。设定实验传感器以验证检测技术的有效性和精度在-40°C至80°C的施加温度范围内。实验结果与理论预测很好。

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