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金属矿山 2008, Vol. 38 Issue (07) :22-23+83    DOI:
采矿工程 最新目录 | 下期目录 | 过刊浏览 | 高级检索 << Previous Articles | Next Articles >>
溶浸液矿化度与电导率关系模型研究
朱泮民1,焦学然1,时晓2,孙占学3,史维浚3
1.平顶山工学院;2.平顶山煤业集团;3.华东理工大学
Model for Relation between Mineralization Degree and Electrical Conductivity of Leaching Solution
Zhu Panmin1,Jiao Xueran1,Shi Xiao2,Sun Zhanxue3,Shi Weijun3
1.Pingdingshan Institute of Technology;2.Pingdingshan Coal Group;3.East China University of Technology

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摘要 溶浸液的电导率与矿化度值存在相关性。在室内地浸采铀模拟试验中,根据对溶浸液的电导率和水化学资料的分析,建立两者之间的关系模型。利用该模型可由溶浸液电导率快速获得其矿化度,为下一步现场地浸采铀中获得溶浸液矿化度提供了简便、快速、准确的方法。
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朱泮民
焦学然
时晓
孙占学
史维浚
关键词溶浸液   矿化度   电导率   Cl·   SO4-Na·   Ca型水   模型     
Abstract: There is correlation between the electrical conductivity and mineralization degree of leaching solution.A model for this relation was established based on the analysis of the data of the electrical conductivity and water chemistry of the leaching solution in the indoor simulation test of in-situ uranium leaching.This model can be used to quickly find the mineralization degree through the electrical conductivity of leaching solution,providing a simple,rapid and accurate method for the next stage real in-situ uranium mining.
KeywordsLeaching solution   Electrical conductivity   Cl·SO4-Na·Ca water   Model     
Received 2008-05-13;
引用本文:   
朱泮民, 焦学然, 时晓, 孙占学, 史维浚. 溶浸液矿化度与电导率关系模型研究[J]  金属矿山, 2008,V38(07): 22-23+83
ZHU Pan-Min, JIAO Xue-Ran, SHI Xiao, SUN Zhan-Xue, SHI Wei-Jun.Model for Relation between Mineralization Degree and Electrical Conductivity of Leaching Solution[J]  METAL MINE, 2008,V38(07): 22-23+83
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