世界有色金属Issue(17)：67-69,3.
基于三维建模的金属矿深部隐伏矿体定位研究
Three-dimensional Modeling-based Localization of Deep-seated Concealed Ore Bodies in Metal Deposits
摘要
Abstract
The localization of deep-seated concealed ore bodies constitutes a critical aspect of mineral exploration.This study integrates multi-source data including geological exploration,geophysical surveys,and remote sensing to achieve ore body positioning through three-dimensional modeling techniques.The research elaborates on geological characteristics of concealed ore bodies and principles of 3D modeling,detailing processes of multi-source data acquisition,preprocessing,and fusion to establish a 3D geology-based localization methodology.A case study of H metal deposit demonstrates complete procedures from data collection,model construction,ore body localization to drilling verification.Results confirm this approach significantly improves positioning accuracy for deep-seated concealed ore bodies,providing technical support for metal deposit exploration.关键词
金属矿/深部隐伏矿体/三维建模/多源数据/矿体定位Key words
metal deposit/deep-seated concealed ore body/three-dimensional modeling/multi-source data/ore body localization分类
地质学引用本文复制引用
吴苏原..基于三维建模的金属矿深部隐伏矿体定位研究[J].世界有色金属,2025,(17):67-69,3.基金项目
1.2025年陕西省重点研发计划项目(编号:2025CY-YBXM-485) （编号:2025CY-YBXM-485）
2.透明地质综合保障系统集成与应用示范(编号:2024-TD-ZD001-02). （编号:2024-TD-ZD001-02）
