ion flotation

英 [ˈaɪən fləʊˈteɪʃn] 美 [ˈaɪən floʊˈteɪʃn]

网络  离子浮选; 离子浮选法

机械



双语例句

  1. Objective: To find good activity surface activity dose which eliminating chromium ion in the waste water by using foam flotation method to determine the kinds of the surface activity.
    前言:目的:为找到泡沫浮选法去除废水中铬离子活性较好的表面活性剂,对表面活性剂种类进行探索。
  2. Single Bubble Model for Kinetics of Cupric Ion Flotation
    铜离子浮选动力学的单泡吸附模型
  3. Ion Flotation and Solvent Sublation of Cupric Ion
    铜的离子浮选和溶剂浮选
  4. Solution chemistry on ion flotation of nickel and cobalt in metallurgical waste water
    冶炼废水中镍钴离子浮选的溶液化学研究
  5. Study on the Ion Flotation Spectrophotometric Determination of Trace Amount Sulfide Ion in Water& Application of Computer Simplex Optimization
    用离子浮选分光光度法测定水中硫离子的研究&计算机单纯形优化法的应用
  6. Effect of usually accompanying ions on the ion flotation of nickel
    常见共存离子对镍离子浮选的影响
  7. This paper describes occurrence state of such valuable metals as copper, Cobalt and nickel in manganese nodules from the East Pacific Ocean Area and new schemes for recovering them using ion flotation, providing fundamental data of process mineralogy for their beneficiation and metallurgy processes.
    本文着重论述了东太平洋锰结核中有价金属铜、钴、镍的赋存状态及应用离子浮选回收有价金属的新方案。为选冶工艺提供工艺矿物学基础资料。
  8. An Experimental Research on Roasting-magnetic Separation-negative Ion Reverse Flotation of Qijiang Iron Ore
    綦江铁矿焙烧-磁选-阴离子反浮选试验研究
  9. For the treatment and recovery of nickel and cobalt in a metallurgical waste water by ion flotation, calculation based on the theory of coordination chemistry was introduced in the solution system.
    本文用配位化学理论,通过溶液化学计算研究了镍钴冶炼废水的净化和有价成分的回收。
  10. Separating molybdenum from the tungstate solution by ion flotation method
    离子浮选法从钨酸盐溶液中分离钨钼
  11. Treatment of Radioactivity Liquid Waste With Ion Froth Flotation
    离子浮选法处理放射性废水
  12. Theoretical approach to ion flotation system
    离子浮选体系的理论研究
  13. For the kinetics of ion flotation of cupric ion, a zero order reaction was found by experiment, and the rate constant K_0 was estimated.
    发现铜离子的浮选符合零级反应动力学,并求出其速度常数K_0。