CT理论与应用研究2012，Vol.21Issue(4)：635-645,11.
利用孔间CT成像对喀斯特岩体结构、电站坝基渗漏与稳定性研究
Using CT Imaging between Hole on the Karst Rock Mass Structure and Power Station Dam Foundation Seepage and Stability Research
摘要
Abstract
hydropower station dam Foundation rock of karst caves, karst fracture zone and tectonic development of broken rock such as defect control, prone to subsidence, leakage, resulting in power plant engineering deformation and instability. Karst development and structural change of carbonate rock is very closely connected, therefore, accurate diagnosis of the hydroelectric power station dam Foundation rock mass defect was significant. This use of perspective and CT Imaging of electromagnetic wave between holes, underground concealed carbonate rock structures in non-uniformity, corrosion crack belt interface, fractured structure, nature of crack filler and geometric spatial form for digital descriptions and characterizations. Combined with a hydropower station dam Foundation in Guangxi natural properties of carbonate rock structures, changing characteristics of rock mass structure of the measured data, further analysis in engineering under the action of stress distribution, deformation law of rock, forecast and found seepage of dam Foundation and stability and thus reasonable to develop effective treatment measures.关键词
电磁波透视/岩体结构/孔间CT成像/表层岩溶带/吸收系数Key words
electromagnetic wave fluoroscopy/rock mass structure/CT imaging between holes/epikarst zone/absorption coefficient分类
天文与地球科学引用本文复制引用
黎华清,甘伏平,魏宇,黄先波,陆才昆..利用孔间CT成像对喀斯特岩体结构、电站坝基渗漏与稳定性研究[J].CT理论与应用研究,2012,21(4):635-645,11.基金项目
国家西南岩溶石山地区地下水与环境地质调查计划项目 （）
中国地质科学院岩溶地质研究所年度科研资助项目 （）
