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Meeting Future Mineral Resource Demand by Ult ra-Deep Mining

机译:通过ULT RA-Deep Mining满足未来的矿产资源需求

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摘要

Deep underground mines, more than 2500 m below surface, are challenged to develop the technologies required to deliver the metals that the industrial economy requires to support a growing global population. A population of nine billion will certainly strain our agricultural and transportation capacity, but it is the total resource demand of the firstworld life that threatens to out-strip the resources of the entire planet. The problems that mining face are increasingly complex requiring an in-depth understanding of topics like thermodynamics, tensor analysis and advanced computation consequently, to get much better at moving millions of tonnes of ore every day in thousands of mines around the world, mining needs a lot more physics and the involvement of many more physicists.
机译:表面深入地下矿山,超过2500米以下,挑战,开发生产金属所需的技术,以支持越来越多的全球人口所需的金属所需的技术。 九十亿人口肯定会留下我们的农业和运输能力,但它是一个威胁到整个星球资源的先货生活的资源需求。 挖掘面的问题越来越复杂,需要深入了解热力学,张量分析和先进计算等主题,因此每天在全世界数千次矿山中移动数百万吨矿石时会更好地获得更好的矿石,采矿需求 更多的物理和更多物理学家的参与。

著录项

  • 来源
    《Physics in Canada》 |2018年第4期|共66页
  • 作者

    Douglas Morrison;

  • 作者单位

    President &

    CEO Centre for Excellence in Mining Innovation (CEMI) and Network Director Ultra-Deep Mining Network (UDMN);

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 物理学;
  • 关键词

    Meeting; Future; Mineral;

    机译:会议;未来;矿物质;

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