摘要
随着经济的快速发展,金属矿床的勘探与开发成为许多国家的重要战略目标。然而,金属矿床的勘探具有复杂性和高风险性。因此,寻求高效和准确的勘探技术成为解决这一问题的关键。地球物理方法作为一种有效的勘探手段,具有较高的可靠性和准确性,被广泛应用于金属矿床的勘探。地球物理方法通过测量金属矿床区域的重力、磁力、电磁和地震等物理属性,实现对地下矿床的准确定位和性质分析。本文基于山东省济南市莱芜区角峪地区庄地区富铁矿普查项目野外地质调查形成的矿床地质数据、地球物理勘探资料,详细研究基于地球物理方法的金属矿床勘探技术,分析各种方法的原理和适用范围。通过本研究,期望为金属矿床勘探提供科学可靠的技术支持,促进资源开发与利用的可持续发展。
With the rapid development of the economy,the exploration and development of metal deposits have become important strategic goals for many countries.However,the exploration of metal deposits is complex and high-risk.Therefore,seeking efficient and accurate exploration techniques has become the key to solving this problem.Geophysical methods,as an effective exploration method,have high reliability and accuracy and are widely used in the exploration of metal deposits.Geophysical methods achieve accurate positioning and property analysis of underground mineral deposits by measuring physical properties such as gravity,magnetic,electromagnetic,and seismic in metal deposit areas.This article is based on the geological data and geophysical exploration data formed by the field geological survey of the rich iron ore deposit in the Zhuang area of Jiaoyu District,Laiwu District,Jinan City,Shandong Province.A detailed study is conducted on the exploration technology of metal deposits based on geophysical methods,and the principles and applicability of various methods are analyzed.Through this study,it is expected to provide scientific and reliable technical support for the exploration of metal deposits,and promote sustainable development of resource development and utilization.
作者
樊洪明
董金鑫
王锋
FAN Hong-ming;DONG Jin-xin;WANG Feng(Geophysical Survey Team of Shandong Coalfield Geological Bureau,Jinan 251000,China)
出处
《世界有色金属》
2024年第7期112-114,共3页
World Nonferrous Metals
关键词
地球物理方法
金属矿床
勘探技术
重力
磁力
电磁
地震
Geophysical methods
Metal deposits
Exploration technology
Gravity
Magnetic force
Electromagnetic
earthquake
