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由于各种未勘探的、近地表的、已知类型矿床的数量日益减少,地质勘探部门应进一步研制和完善一些直接的或间接的勘探方法和技术.在二十世纪的早期和中期,由于勘探者的努力,取得了较大的进展,并一直得到工业和科学技术上新成果的促进.某些勘探方法和技术在应用上已有改进,有的已发展成为有发展前景的重要勘探手段.一些矿床成因的概念和板块构造理论,可帮助制定勘探计划,确定哪种勘探技术可能是成功而有效的.同位素地质学、全岩地球化学和地质年代学,都可帮助提供有关金属的来源和矿化作用的时间及其演化的数据.地下水地球化学在勘探某些隐伏矿床方面,正在变成有价值的手段.遥感技术提供了快速勘探远景区的可能,特别是对一些很少勘探过的地区.硫化物铁帽评价方法的日臻完善,被认为是鉴定有经
Due to the declining number of various unexploited, near-surface and known types of deposits, the geological exploration department should further develop and improve some direct and indirect exploration methods and techniques. In the early and mid-twentieth century, exploration Has made great progress and has been boosted by new achievements in industry and science and technology.Optimization of some exploration methods and techniques has been applied and some have developed into important exploration means with development prospects. Some concepts of genesis and plate tectonics that helped to develop exploration plans to determine which exploration techniques may be successful and effective isotope geology, whole-rock geochemistry and geochronology can all help provide information about the source of metals and Mineralization Time and Its Evolution Data Groundwater geochemistry is becoming a valuable tool in the exploration of some of the hidden deposits and remote sensing technology offers the potential for rapid prospecting of prospects, especially for some rarely explored Area.Sulfide iron hat evaluation method is getting better, is considered to have identified