摘要
铀矿勘查的数字化发展对勘查全流程、数据一体化软件的需求越来越高,按照数字地质调查系统操作规则,成功将该系统应用于某铀矿床,完成基础数据导入,实现圈定矿体范围、连接剖面、估算资源量和三维矿体建模,有效解决了地浸砂岩型铀矿资源量估算中数据量大、程序繁琐等问题,体现出该系统的高效、实用、准确。同时,该系统强大的三维建模功能为地质研究和分析提供新技术手段,提升数字化勘查水平。
With the development of digitization technology,the demand for software record and data integration of entire uranium exploration process of exploration is constantly increasing.Following the operation rules of Digital Geological Survey System,We has successfully applied the system to a uranium deposit by completing the basic data import,implementing the delineation of the orebodies,connecting the profiles for the estimation of resource and 3D orebody modeling.This system can effectively solves the problems of large amount of data and cumbersome procedure of estimating the resources of in-situ leaching sandstone uranium deposit,which embody efficiency,practicality,and accuracy of this system.Besides,the great functionality of 3D modeling provides the new techniques for geological research and analysis,and can improves the level of digital exploration.
作者
齐建全
张江旭
刘悦
QI Jianquan;ZHANG Jiangxu;LIU Yue(Inner Mongolia Mining Co.Ltd,CNNC,Hohehot,Inner Mongolia 010011,China;China National Uranium Co.Ltd,Beijing 100013,China;Geology Party 208,CNNC,Baotou,Inner Mongolia 014010,China)
出处
《铀矿地质》
CAS
CSCD
2019年第6期373-377,共5页
Uranium Geology
关键词
数字地质调查系统
资源量估算
三维建模
数字铀矿勘查
Digital Geological Survey System
estimation of resource
3D modeling
digital exploration
