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The Application of Integrated Geophysical Method to Exploration of Multi-Metal Mine in Qinghai

机译:集成地球物理方法在青海多金属矿区探索中的应用

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This research area is located in the north of Ela Mountain zone, is the copper lead zinc polymetallic ore prospecting area. This article that combined with regional geological, geophysical and geochemical characteristics, in prospective areas that had been determined mineralization vision zone, carried out integrated geophysical prospecting practices that is the combination method of TDIP and CSAMT. The use of IP in scanning the surface mode verify geochemical anomaly zone to delimit anomaly of the apparent charging rate. And then, making use of CSAMT for the main profiling measuring to identify spatial distribution of underground of anomalies. Practice shows that: the combination of those methods can delimit anomaly more obvious, more accurate, and more efficient. Based on those parameters, we can provide reliable geologic data for the next step. The exploration model results are obvious and cost-effective, for the areas of similar geology concealed multi-metal ore mining's exploration work have a certain reference value.
机译:该研究区位于北部山区北部,是铜铅锌多金属矿石勘探区。本文结合区域地质,地球物理和地球化学特征,在确定矿化视觉区的未来领域,进行了集成的地球物理勘探实践,即TDIP和CSAMT的组合方法。在扫描表面模式时使用IP验证地球化学异常区域,以划定明显充电率的异常。然后,利用CSAMT进行主要的分析测量,以识别异常地下地下的空间分布。实践表明:这些方法的组合可以更明显,更准确,更高效地限定异常。根据这些参数,我们可以为下一步提供可靠的地质数据。勘探模型结果明显且成本效益,对于类似地质隐藏的多金属矿石采矿的勘探工作具有一定的参考价值。

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