Recovery of Lithium from High MgLi Ratio Brines by Solvent Extraction Process

来源 :中国化学会第六届全国热分析动力学与热动力学学术会议 | 被引量 : 0次 | 上传用户:qjbfg123
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
  Lithium regarded as one of the strategic elements,plays a more and more important role in national economy and has been extensively applied in various industrial fields,especially lithium-ion battery [1-2].
其他文献
  吸热型碳氢燃料耦合裂解反应的流动换热过程是再生冷却技术的关键问题之一。正十烷热裂解反应的详细动力学机理因其准确性和宽压力范围适用性,具有较为重要的研究意义。但
  对于H+H2交换反应,在XYG3型双杂化密度泛函势能面上展开的量子反应动力学计算,可以与CCSD(T)势能面上的动力学计算结果高度一致1.由于CCSD(T)方法具有O(N7)的计算标度,用这
  化学反应网络本质上是二分网络,不能直接应用复杂网络中的特征参量进行分析.本文基于甲烷燃烧GRI-3.0详细反应机理,将该反应网络映射为一个以反应物质为节点,反应为边,反应流
  环己酮是一种重要的第二代生物燃料,其在内燃机中的使用可有效降低燃烧所产生的温室气体及碳烟颗粒排放[1].本文在加热激波管上测量了环己酮/氧气/氩气混合物的点火延迟
In recent years,how to improve the energy density and quick-charge property of lithium ion batteries has become the focus of the attentions.Lithium-sulfur(Li-S)
会议
  Consider the following nonlocal integro-differential operator:for α∈(0,2),£σ,b(α)f(x):=p.v.∫Rd-{0}f(x+σ(x)z)-f(x)/丨z丨d+αdz+b(x)·▽f(x),where σ:(R)
会议
  Ionic membrane electrolysis is the most advanced technology for the production of caustic soda,but it has high demands on the quality of electrolyzed brine(
  Oil field brines in Nanyishan area of Qinghai-Tibet Plateau,China,are connate waters which are found during deep rock penetration by the drill and are rich
  China has numerous types of salt lakes,and the large numbers are high concentrations of sodium,potassium,lithium,magnesium,boron as well as rare elements.
  Salt lake brine,abundant with minerals as sodium,potassium,lithium,magnesium and borate,is one kind of important natural liquid resource and acts as importa