extractive metallurgy

美 [ɪkˈstræktɪv ˈmetəlɜːrdʒi]英 [ɪkˈstræktɪv məˈtælədʒi]
  • 网络提取冶金;提取冶金学;萃取冶金学;提炼冶金学;冶金
extractive metallurgyextractive metallurgy
  1. Application and Prospect of Power Ultrasonic in Extractive Metallurgy

    功率超声在提取冶金中的应用及展望

  2. Advance in Application of Scandium and its Extractive Metallurgy

    钪的应用及其提取冶金的进展

  3. Waste water utilization in extractive metallurgy of heavy metals

    重金属冶炼废水的利用

  4. Is extractive metallurgy different from process metallurgy ?

    提取冶金学和过程冶金学有什么不同吗?

  5. Test and Study on extractive metallurgy of gossan type gold-silver ores

    铁帽型金银矿石提金银的工艺研究

  6. Recovery of valuable metals in copper extractive metallurgy

    铜冶炼过程有价金属的回收

  7. Nonferrous Metals ( extractive metallurgy ) total contents

    有色金属(冶炼部分)2006年总目录

  8. This paper reviews the history of the extractive metallurgy of lead and describes the characteristics of modern lead smelting technologies .

    评述了铅提取技术的历史及现代铅提取技术的特点;

  9. Terminology for extractive metallurgy of light metals

    轻金属冶炼术语标准

  10. Terminology for extractive metallurgy of heavy non-ferrous metals

    重有色金属冶炼术语标准

  11. With the depletion of wolframite , scheelite concentrate substitute has become the developing trend of the future extractive metallurgy of tungsten .

    随着黑钨矿资源的枯竭,白钨矿代替黑钨矿资源已逐渐成为未来钨冶金的发展趋势,简单有效的钨冶炼技术已成为众多学者研究的焦点。

  12. K.Williams Cooperative Research Centre for Extractive Metallurgy , a joint venture between the CSIRO Division of Minerals and The University of Melbourne Department of Chemical Engineering .

    威廉姆斯协作研讨中心的萃取冶金、合资企业矿物之间的分工和联邦迷信与工业研讨组织墨尔本大学化工部门工程。

  13. In this paper , the application and extractive metallurgy of scandium and its alloys are introduced , the preparative technique of the high pure scandium and its advance are also reviewed .

    本文介绍了钪的应用领域、钪及其合金的制取、钪的高纯化技术,并对其发展趋势进行了评述。

  14. Continuous ion exchange process ( CIX ) is particularly suited to the recovery of Uranium and other valuable metals from lean ores , and has been extensively applied and developed in the extractive metallurgy over the last decade .

    连续离子交换过程特别适合于从贫矿中回收铀和其它有用金属,近十几年来连续离子交换设备在提取冶金过程中得到了广泛应用与发展。