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Study on leakage monitoring based on FBG temperature-sensing technology joint with resistivity method

机译:基于FBG温度传感技术结合电阻率法的泄漏监测研究。

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This paper develops the Fiber Bragg Grating temperature monitoring instrument according to the principle of Fiber Grating sensor, and also develops the resistivity monitoring instrument according to the principle of charging method; Introduced the Fiber Bragg Grating temperature-sensing technology into the groundwater leakage monitoring, and use the Fiber Bragg Grating temperature monitoring instrument joint with resistivity monitoring instrument in groundwater leakage monitoring simulation test. The result indicates that the instruments which independent research and development stable and reliable, and they can clearly and accurately reflect the process of groundwater leakage. Finally, this paper presents a field leakage monitoring experiment with the two monitoring instruments, and simple analysis of the monitoring results.
机译:本文根据光纤光栅传感器的原理开发了光纤布拉格温度监测仪,并根据充电方式的原理开发了电阻率监测仪。将光纤布拉格光栅温度传感技术引入地下水渗漏监测中,并结合使用了光纤布拉格温度监测仪和电阻率监测仪进行地下水渗漏监测模拟测试。结果表明,自主研发的仪器稳定可靠,能够清晰,准确地反映地下水渗漏过程。最后,本文介绍了使用这两种监测仪器进行的现场泄漏监测实验,并对监测结果进行了简单分析。

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