摘要
直流电法普遍应用于矿井水害防治,尤其以高密度形式的三维测量为基准探测方式,通过二极装置获取各个平面,再根据二维平面的地质构造连续性,应用综合静矫正技术,将测量数据组合成近似立体的三维地质模型。着重介绍了直流电法在矿井水害防治中的实践操作的优越性,以及立体成图的直观灵活性,可为矿井掘进水害治理提供指导。
DC method is widely used in mine water disaster prevention and control , particularly in the threedimensional measurement of high density form based detection methods , to obtain each plane through a diodede vice . According to the geological structure of twodimensional continuity , application of comprehensive static correction technology , the measurement data set approximate threedimensional geological modelof 3D synthesis. This pape rmainly introduced the advantages of DC operation in the prevention and control of mine water damage , and the intuitive flexibility of stereoscopic mapping , so as to provideguidance for mine water hazard management .
作者
程新阳
翟培合
殷国强
万豪豪
Cheng Xinyang;Zhai Peihe;Yin Guoqiang;Wan Haohao(College of Earth Sciences ＆ Engineering,Shandong University of Science and Technology,Qingdao 266590,Chin)
出处
《能源与环保》
2018年第5期17-20,共4页
CHINA ENERGY AND ENVIRONMENTAL PROTECTION
基金
国家自然科学基金(41572244)
关键词
三维测量
二极装置
地质构造连续性
综合静矫正技术
threedimensional measurement
dipole device
geological structure continuity
integrated static correction technology
