摘要
由于传统的矿山工程地质勘探技术,获取到的外部地形与内部物质勘探准确度不高,研究矿山工程地质勘查及地质灾害评估体系的构建。按照“区内相似性,区际相异性”原理与半定量分析方法,建立地质灾害评估体系。通过资料收集与地面调查、数据整理及记录、对现状地质灾害进行核查与做好工程地质测绘,确定地质灾害勘查流程;利用三维可视化技术生成勘探数据信息;针对滑坡、泥石流、地面塌陷及裂缝不同地质灾害,提供不同修复治理方案。
Because of the traditional mining engineering geological exploration technology,the accuracy of the external topography and internal material exploration obtained is not high,the construction of the mine engineering geological exploration and geological hazard assessment system is studied.According to the principle of "Regional similarity,regional dissimilarity" and the Quantitative analysis method,a geological hazard assessment system is established.Through the data collection and ground survey,data collation and record,the status of geological hazards to verify and do a good job in engineering geological mapping,geological hazards to determine the exploration process;Three-dimensional visualization technology is used to generate exploration data,and different restoration schemes are provided for different geological disasters such as landslides,debris flows,ground collapses and cracks.
作者
朱付
ZHU Fu(Guizhou Geology&Mineral Foundation Engineering Co.,Ltd.,Guiyang 550081,China)
出处
《世界有色金属》
2023年第13期181-183,共3页
World Nonferrous Metals
关键词
矿山
工程地质
勘查
地质灾害
评估体系
mine
engineering geology
exploration
geological hazard
Evaluation System
