长江科学院院报2019，Vol.36Issue(10)：165-168,4.DOI:10. 11988/ckyyb. 20190940
高密度电法在水库渗漏检测中的应用
Application of High Density Resistivity Method to Reservoir Leakage Inspection
摘要
Abstract
The location and permeability of reservoir leakage, a common disease of reservoir, are difficult to be dis-covered accurately due to complex geological conditions. As a nondestructive detection method highly sensitive to low-resistance anomalies, high-density resistivity method is often used in geological prospecting at present. To in-vestigate the effect of high-density resistivity method in detecting reservoir leakage, we adopted the dipole-dipole detection method for the nondestructive inspection of leakage of a reservoir as a case study. By analyzing the resis-tivity change together with on-site drilling results, we obtained the leakage position and analyzed the cause of reser-voir leakage. The leakage position, cave location, and developed zones of corrosion fissures are highly consistent with inspection results by the high-density resistivity method, indicating that the method is efficient and feasible in reservoir leakage detection.关键词
水库渗漏/高密度电法/渗漏通道/电阻率/溶蚀发育带Key words
reservoir leakage/high-density resistivity method/leakage passage/resistivity rate/corrosion devel-oped zone分类
天文与地球科学引用本文复制引用
樊炳森,郭成超..高密度电法在水库渗漏检测中的应用[J].长江科学院院报,2019,36(10):165-168,4.基金项目
国家重点研发计划项目(2017YFC1502605) （2017YFC1502605）
