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A New Approach to Stope Scale Orebody Mapping

机译:停止尺寸矿体映射的新方法

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摘要

Many people are familiar with the use of marine echo sounders which are used by fishermen to monitor water depth and locate schools of fish. Similar technology has recently been used in some West Australian mines to provide detailed maps of ore contacts and other geological structures. Whilst drillhole intersections provide details of the location of a contact at a point, echo sounding can be used to obtain a continuous profile of the contact. A series of profiles together with drillhole intersection data can be used to build a more accurate geological model than can be inferred from drillhole intersections alone. The benefits of this are more complete ore extraction, less dilution and the ability to make more informed financial decisions. This paper presents a case history which demonstrates the successful application of the technology.
机译:许多人熟悉使用渔民使用的海洋回声探测器来监测水深并找到鱼类。最近在一些西澳大利亚地雷使用了类似的技术,以提供矿石接触和其他地质结构的详细地图。虽然钻孔交叉点提供了一个点的接触位置的细节,回声探测可用于获得接触的连续轮廓。一系列与钻孔交叉点数据一起的简档可用于构建比可以单独从钻孔交叉口推断的更准确的地质模型。这的益处更完整的矿石提取,更少的稀释和制定更明智的财务决策的能力。本文提出了一个案例历史,表明了该技术的成功应用。

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