陕西水利2024,Issue(1) :129-132.

基于DTS的岩溶洼地渗漏室内试验研究

Laboratory Experimental Study on Seepage in Karst Depression Based on DTS

郭法旺 彭浩 毛鹏 朱宝强
陕西水利2024,Issue(1) :129-132.

基于DTS的岩溶洼地渗漏室内试验研究

Laboratory Experimental Study on Seepage in Karst Depression Based on DTS

郭法旺 1彭浩 1毛鹏 1朱宝强1
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作者信息

  • 1. 中国电建集团贵阳勘测设计研究院有限公司,贵州 贵阳 550081
  • 折叠

摘要

岩溶洼地是修建水库的理想场所,但岩溶洼地多位于岩溶强发育区,存在岩溶渗漏难题.在各种渗漏监测方法中,分布式光纤温度传感技术(DTS)有着显著优势.通过分析两类光缆在相同渗漏条件下的温度表现规律、不同介质和加热功率下可加热型光缆的温度特征值、可加热型光缆的渗漏感知范围,验证将加热光缆沿PVC管螺旋缠绕工艺提高渗漏感知能力的效果.研究成果可为DTS在岩溶洼地渗漏监测的应用提供参考.

Abstract

Karst depression is an ideal place for the construction of reservoirs,but most of the karst depressions are located in the strong karst development area,and there is a problem of karst leakage.Among various leakage monitoring methods,distributed optical fiber temperature sensing technology(DTS)has significant advantages.By analyzing the temperature performance law of the two types of optical cables under the same leakage conditions,the temperature characteristic value of the heatable optical cable under different media and heating power,and the leakage sensing range of the heatable optical cable,the effect of improving the leakage sensing ability of the heated optical cable along the PVC pipe spiral winding process is verified.The research results can provide reference for the application of DTS in seepage monitoring in karst depressions.

关键词

分布式温度传感(DTS)/岩溶洼地库盆渗漏/模型试验/温度分布/感知能力

Key words

Distributed Temperature Sensing(DTS)/leakage of reservoir basin in karst depression/model test/temperature distribution/perception ability

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基金项目

中国电建集团贵阳勘测设计研究院有限公司重大科研项目(YJZD2020-02)

出版年

2024
陕西水利
陕西省城乡供水管理办公室

陕西水利

影响因子:0.185
ISSN:1673-9000
参考文献量3
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