1) combined grinding
磨矿组合
2) Grinding
磨矿
1.
Application of A New Type Grinding Medium to Reduce the Content of MgO in Jinchuan Copper-nickel Voncentrate;
新型磨矿介质在金川铜镍精矿降镁工艺中的应用
2.
Reconstruction research on the grinding and classification circuit in Paishanlou Gold Mine;
排山楼金矿磨矿与分级系统技术改造研究
3.
The Analysis of Some Problems Existed in the Grinding Process and Their Countermeasures;
磨矿过程中应注意的问题分析及对策研讨
3) ore grinding
磨矿
1.
Study on grinding media consumption of secondary ore grinding in Qidashan Beneficiation Plant and Donganshan Sinter Plant;
齐选厂与东烧厂二次磨矿介质消耗研究
2.
Frequently encountered problems in the design and installation of ore grinding and classification unit in mineral dressing plant;
选厂磨矿与分级机组设计及施工阶段常见问题
3.
This article discusses the applying technology of tulc grinding aid to intensify the ore griding process, toincrease the grinding efficiency and to decrease the energy consumption of ore grinding, describes the test andresearch on talc grinding aid.
本文试图为强化磨矿作业，提高磨矿效率，降低磨矿能耗而论述了助磨剂工艺，并针对滑石的助磨刺进行了试验研究。
4) milling
磨矿
1.
Simulation of the milling process using a vertical roller mill;
立式辊磨机的磨矿过程模拟研究
2.
4MgCO_3·Mg(OH)_24H_2O which contains over 99% of MgO more than 99% can be obtained from low grade magnesite by milling and soaking under certain conditions.
采用碳化法,对低品位菱镁矿进行磨矿、浸出,可获得MgO含量大于99%的高纯(4MgCO3·Mg(OH)24H2O)产品,MgO回收率大于85%。
3.
The paper present the application of water cyclone in milling grading and sulfur dressing of tailings.
介绍了水力旋流器在德兴铜矿泗洲选矿厂粗选段磨矿分级、精选段尾矿选硫等方面的应用现状。
5) Grinding medium
磨矿介质
1.
The short cylindrical grinding medium is benefittal to the selective grinding of bauxite, but the increasing of the mass ratio of Al_2.
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。
6) grinding condition
磨矿条件
1.
Effects of grinding conditions on the wear of steel balls;
磨矿条件对钢球磨损的影响
参考词条
补充资料：露天矿组合台阶
露天矿组合台阶
combined-bench of open-pit
}ut一onkuong Zuhe to一J一e露天矿组合台阶(eomblned一bene一of open-pit)将露天矿剥岩帮上若干个生产台阶组合在一起作为一个开采单元，进行轮流开采的一组台阶。它是露天矿陡帮开采工艺的一种作业方式。其开采程序是挖掘机自最上一个台阶逐个向下进行开采，采完该组最下一个台阶后，挖掘机再上到最上一个台阶进行下一个循环的采剥程序。组合台阶结构要素见图，其值的确定主要取决于矿体赋存条件、矿山规模、装备水平、新水平开沟位置、采剥推进方向等因素。中国南芬露天铁矿、德兴铜矿已应用组合台阶开采。美国和加拿大等国家均普遍采用。 (田泽英)一气………{…{… 组合台阶开采 内红阶高度寿全转北工作平台宽度‘}了工作平盘宽度 召，推进宽度。台阶坡面角冲工作帮坡角
说明：补充资料仅用于学习参考，请勿用于其它任何用途。