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地球物理勘探在引水隧道工程地质中的应用
The Application of Integrated Geophysical Methods to the Engineering Geological Exploration of Diversion Tunnel in Tailing Dam Area
【摘要】 综合运用浅层地震折射法、高密度电法和音频大地电磁测深法三种方法对某矿区2Km浅埋的矿山尾矿库引水隧道通过区域的地质结构面、岩性特征、赋水性等地质情况进行了地球物理勘察,利用物探及地质资料进行综合解释,评价可能影响工程施工的断层、破碎带及异常区域,为设计提供可靠的地质依据及地球物理参数。
【Abstract】 Shallow seismic refraction method, high density resistivity method and audio magnetotelluric sounding method are use for detecting geological structural planes, lithologic characters and water-bearing capability of diversion tunnel in tailing dam area of a mine which in combination with geological data assesses the engineering geological problems of the diversion tunnel.
【关键词】 地球物理勘探;
尾矿库;
引水隧道;
应用;
【Key words】 integrated geophysical method; shallow seismic refraction; high-density resistivity method;
【Key words】 integrated geophysical method; shallow seismic refraction; high-density resistivity method;
- 【文献出处】 四川地质学报 ,Acta Geologica Sichuan , 编辑部邮箱 ,2015年02期
- 【分类号】TD926.4;P631
- 【下载频次】26