磨矿介质

  • 网络grinding media
磨矿介质磨矿介质
  1. 研究了球形、短圆柱形和短圆柱+球形3种磨矿介质对铝土矿选择性磨矿的作用。

    The effects of the ball shape , the short cylindrical and the mxied grinding media on selective grinding of bauxite were studied , respectively .

  2. 利用自制的模拟测定装置,采用电测法研究了衬板材质对磨矿介质冲击力的影响。

    The effect of liner material quality on the impact force of grinding media is studied by the electrical measurement method and with a selfmade simulation measurement device .

  3. 我国磨矿介质应用研究与发展述评

    The Research and Development of China 's Grinding Medium Application

  4. 磨矿介质对磨机衬板冲击力的模拟计算

    Simulation calculation of impact force exerted on mill liners by grinding media

  5. 磨矿介质对十二胺浮选方解石的影响

    Effect of Grinding Medium on the Flotation of Calcite with Lauryl Amine

  6. 磨矿介质的应用与管理

    The application of milling media and its management

  7. 磨机中磨矿介质的运动规律

    The Laws of the Grinding Medium Inside Mill

  8. 磨矿介质磨损机制研究

    On the Abrasion Mechanism of Ore Grinding Media

  9. 磨矿介质制度的进展及优化

    Development and Optimization of the Grinding Media System

  10. 磨矿介质对油酸钠浮选碳酸盐的影响

    Effect of grinding media on the flotation of carbonate using sodium oleate as collector

  11. 磨矿介质与磨矿效率剖析

    Relation between grinding medium and grinding efficiency

  12. 衬板材质对磨矿介质冲击力影响的模拟研究

    Simulation Study on the Effect of Liner Material Quality on the Impact Force of Grinding Media

  13. 指出主要可行性措施为,破碎作业集中显示和管理,减小球磨机给料粒度,优化磨矿介质制度,采用磁性耐磨衬板,提高分级效率,磨矿分级作业推行自动控制,尾矿综合利用。

    Using magnetic liners ; raising classification efficiency ; practicing automatic control for grinding circuits and comprehensive utilization of tailings .

  14. 应用电技术监控球磨过程并减小磨矿介质的磨损速度

    Application of Electrical Technology to Monitor the Ball Milling Process and reduce the Rate of Wear of the grinding Media

  15. 提出了按矿石性质、粒度要求、工艺设备不同进行磨矿介质消耗研究的新方法。

    The new method of grinding media consumption study according to different ore properties , different requirement on grinding size and different grinding equipment is introduced .

  16. 就磨损观点来看,橡胶衬板最重要的磨损因素是给矿粒度,磨矿介质尺寸,磨机转速和简体直径。

    The most important grinding variables from the point of view of wear are feed size , grinding media size , mill speed , and mill diameter .

  17. 根据磨机内介质运动形态的有关理论,模拟计算磨矿介质对衬板冲击速度的大小、方向及冲击位置等。

    Based on the theories on grinding medium motion in a mill , the impact speed , direction and points of the grinding medium on the liner could be calculated .

  18. 介绍了一种简单实用、可用于直接计算和进一步优化研究的磨矿介质配比计算数学通式。

    A general mathematical formula for calculating the size composition of grinding medium which is simple and practical and can be used in direct calculation and further optimization study is described .

  19. 窄粒级物料磨矿最佳尺寸介质研究

    A Study of Optimum Size of Grinding Media for Single Size Feed

  20. 通过改变磨矿方式、介质类型、磨机转速,可获得高径厚比的绢云母;

    Enriched ore with higher ratio to diameter to thickness is obtained by changing grinder type , medium and speed .

  21. 铝土矿选择性磨矿中磨矿介质的研究

    Study on grinding media of selective grinding of bauxite

  22. 结果表明,矿浆浓度、磨矿时间、研磨介质添加量和配比、叶轮搅拌速度是制备超细煤系煅烧高岭土粉体的重要工艺参数,合理地选择这些工艺参数。

    The results show that grinding concentration , time , the content and charge ratio of grinding media , stirring velocity of peddler are the important processing parameters of preparing ultra-fine calcinated coal kaolin powder .

  23. 矿物粉体搅拌磨湿法超细磨矿中研磨介质的行为与作用

    Behavior of Grinding Media in Wet Ultrafine Grinding of Mineral Powder Using Stirred Mill and Its Effect

  24. 在磨矿过程中,磨矿介质消耗量大,其费用占磨矿成本的一半左右。

    In the grinding activity , the consumption of grinding medium is great , which takes a half of grinding cost .

  25. 研究了氮气磨矿环境下不同的磨矿介质(钢罐瓷球、铁罐铁球)对磁黄铁矿浮选的影响。

    Study was made on the effect of the various kinds of grinding media ( steel jar and porcelain ball or iron jar and iron ball ) on the flotation of pyrrhotite grinded in a nitrogen environment .

  26. 阐述了为达到通过磨矿产品细度稳定产品质量的目的,进行的降低磨矿介质尺寸改善磨矿分级效果的工业试验。

    In order to stabilize product quality through control of grinding fineness , tests of reducing size of grinding balls are done for the goal of improving grinding & classifying performance .