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在五台山古代、现代民采强烈污染区 ,水化学测量不仅能快速有效地圈定找矿靶区 ,而且可以排除人为污染。多子样组合“面型”岩石测量方法技术 ,与常规的点线式测量相比 ,不仅大大减少了样品采集和分析数量 ,大幅度降低了工作成本 ,而且更重要的是能快速有效地追踪区域化探异常源、评价区域化探异常找矿远景、圈定矿产详查找矿地段。试点测量结果表明 ,五台山地区矿化与燕山期中酸性杂岩体具有成因联系 ,其空间分布以杂岩体为中心具有Mo、Cu、Au -Cu、Pb、Zn -Au、Ag、Pb为主的多元素异常环带状分布模式 ;相应表征着斑岩矿化—接触交代矿化—岩浆期后热液矿化及其环带状分布
In ancient times in Wutai Mountain, there is a strong polluted area in modern people’s mining area. Hydrochemical measurements can not only quickly and effectively delineate prospecting targets, but also eliminate man-made pollution. The multi-subsample combination of “face” rock measurement techniques not only greatly reduces the number of sample acquisitions and analyzes, greatly reduces the cost of doing work, but more importantly, enables quick and efficient tracking Regional anomaly sources of geochemical anomalies, evaluation of prospecting anomalies in the area of geochemical anomalies, and delineation of mineral prospecting areas in detail. The pilot measurements show that the mineralization of the Wutaishan area is associated with the Yanshanian intermediate-acidic complex, and its spatial distribution is dominated by the complex body of Mo, Cu, Au-Cu, Pb, Zn-Au, Ag and Pb Multi-element anomaly belt-like distribution pattern; Correspondingly, the characteristics of porphyry mineralization-contact metasomatic mineralization-hydrothermal mineralization and its zonal distribution