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首页> 外文期刊>International Journal of Mineral Processing >Ultimate recovery in heap leaching operations as established from mineral exposure analysis by X-ray microtomography
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Ultimate recovery in heap leaching operations as established from mineral exposure analysis by X-ray microtomography

机译:X射线显微断层照相法从矿物暴露分析确定的堆浸操作的最终恢复

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摘要

The question of ultimate recovery in heap leaching operations is always of particular concern with respect to economic considerations. Of course, the particle size distribution is a critical factor which determines ultimate recovery and which must be established based on a balance between the extent of mineral exposure and transport phenomena. Now it seems that the ultimate recovery for a given particle size distribution can be established from mineral exposure analysis by X-ray microtomography (XMT). Using recently developed software, micro-computed tomography (CT) data can be used to determine the fraction of mineral exposed and thus the ultimate recovery. Examples of mineral exposure analysis are given for the copper heap leaching operation at Zaldivar, Chile.
机译:出于经济考虑,堆浸操作的最终恢复问题始终是特别令人关注的问题。当然,粒度分布是决定最终采收率的关键因素,必须根据矿物质暴露程度和运输现象之间的平衡来确定。现在看来,可以通过X射线显微断层照相术(XMT)进行的矿物暴露分析来确定给定粒度分布的最终回收率。使用最新开发的软件,可以使用微计算机断层扫描(CT)数据确定暴露的矿物比例,从而确定最终的采收率。智利Zaldivar进行铜堆浸操作的矿物暴露分析实例。

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