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Finding deeply buried deposits using geochemistry

机译:利用地球化学发现深埋的矿床

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It has become increasingly common for geologists to drill through 100 m or more of cover in search for buried mineral deposits. Geochemistry is one tool applied to this search, using a variety of approaches, including selective leaching of soils to extract the mobile component of elements, and the measurement of inorganic and organic gases. This paper provides an overview of some of the work carried out by the project Deep-Penetrating Geochemistry, sponsored by the Canadian Mining Industry Research Organization (CAMIRO), and supported by 26 Canadian and international companies and by the Ontario Geological Survey and the Canadian Geological Survey. The objective was to provide the mining industry with information relating to processes that may form anomalies at surface over buried deposits and to provide comparative data on methods used to detect these anomalies.
机译:地质学家钻探 100 m或更多的覆盖层以寻找埋藏的矿物沉积物变得越来越普遍。 地球化学是一种用于此搜索的工具,它使用了多种方法<方法,包括选择性浸提土壤以提取元素的移动成分,以及测量无机和有机气体。本文概述了由加拿大矿业研究组织 )赞助的 项目“深部渗透地球化学”所进行的工作。 CAMIRO),并得到了26家加拿大和国际公司 以及安大略省地质调查局和加拿大地质调查局的支持。目的是为采矿业提供与可能在埋藏矿床的 表面形成异常的过程有关的信息,并提供有关方法的比较数据 用于检测这些异常。

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