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A test of mtem' application in the iron mine ahead to explore the water

机译:MTEM应用在铁矿中的应用探索水

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In the iron ore mining process, often encounter the fault fracture zone, the weak interlayer and the moisture content of the anomalous body is not a direct predictor of adverse geological formations, timely forecasts and governance of these geological disasters will affect the safety in production. Geophysical techniques in many prediction methods for its non-destructive, accurate, efficient, fast and to be recognized. Which, in different geological conditions, mine transient electromagnetic apparent resistivity differences obvious response, the data processing results can be accurate lithologic difference between the electrical changes in interface, has been confirmed in a lot of Mine Water Project. On the basis of a brief introduction to the basic principles of multi-mine transient electromagnetic, combined with the theoretical premise in the exploration of iron ore, iron ore project instance try to explain mine transient electromagnetic Iron Ore Mine water.
机译:在铁矿石采矿过程中,经常遇到故障骨折区,弱层间和异常体的水分含量不是不利地质形成的直接预测因子,对这些地质灾害的及时预测和治理将影响生产安全。许多预测方法的地球物理技术,其非破坏性,准确,高效,快速和识别。其中,在不同的地质条件下,矿山瞬态电磁表观电阻率差异明显响应,数据处理结果可以是界面电气变化之间的准确岩性差异,已经在很多矿井水项目中得到了证实。在简要介绍了多矿瞬态电磁的基本原则的基础上,结合了铁矿石勘探的理论前提,铁矿石项目案试图解释矿井瞬态电磁铁矿石水。

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