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Continuous Measurement of temperature distributed on a building construction

机译:连续测量建筑物上分布的温度

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摘要

We have focused on the development of a fiber optic BOTDA (Brillouin Optical Time Domain Analysis) sensor system in order to measure temperature distributed on large structures. Also, we present a feasibility study of the fiber optic sensor to monitor the distributed temperature on a building construction. A fiber optic BOTDA sensor system, which has a capability of measuring the temperature distribution, attempted over several kilometers of long fiber paths. This simple fiber optic sensor system employs a laser diode and two electro-optic modulators. The optical fiber of the length of 1400 m was installed on the surfaces of the building. The change of the distributed temperature on the building construction was well measured by this fiber optic sensor. The temperature changed normally up to 4℃ through one day.
机译:为了测量分布在大型结构上的温度,我们专注于开发光纤BOTDA(布里渊光时域分析)传感器系统。此外,我们还提出了对光纤传感器进行监控的可行性研究,以监控建筑物上的分布温度。试图测量温度分布的光纤BOTDA传感器系统尝试了几公里的长光纤路径。这个简单的光纤传感器系统采用一个激光二极管和两个电光调制器。长度为1400 m的光纤安装在建筑物的表面上。该光纤传感器可以很好地测量建筑物上分布温度的变化。在一天之内,温度通常会升高到4℃。

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