摘要
矿产资源是“工业粮食”,能源资源安全乃“国之大者”。能源资源保障和安全事关国计民生,须臾不可忽视。在寻求提高地下矿产资源勘查效率的过程中,本文全面探讨了多源地质信息融合技术在深部找矿中的应用路径,涉及数据获取与初步整合、特征提取与高级分析、3D建模与可视化、地质解释与资源评估、钻探验证与调整以及持续优化与迭代等方面。这些关键路径的落实,可促使多源地质信息融合技术显著提高勘探的精度和效率,深化对地质过程的理解,并优化资源评估和勘探决策过程。
Mineral resources are the"industrial food",and energy resource security is the"greatest of the country".The guarantee and security of energy resources are closely related to the national economy and people's livelihood,and cannot be ignored for a moment.In the process of seeking to improve the efficiency of underground mineral resource exploration,this article comprehensively explores the application path of multi-source geological information fusion technology in deep mineral exploration,involving data acquisition and preliminary integration,feature extraction and advanced analysis,3D modeling and visualization,geological interpretation and resource evaluation,drilling verification and adjustment,as well as continuous optimization and iteration.The implementation of these critical paths can significantly improve the accuracy and efficiency of exploration through multi-source geological information fusion technology,deepen the understanding of geological processes,and optimize resource assessment and exploration decision-making processes.
作者
陈敬东
CHEN Jing-dong(China Building Materials Industry Geologic Exploration Center Liaoning Branch,Shenyang 110000,China)
出处
《世界有色金属》
2024年第19期70-72,共3页
World Nonferrous Metals
关键词
多源地质信息融合
深部找矿
地质勘探
3D建模
multi-source geological information fusion
Deep mineral exploration
geological prospecting
3D modeling
