1.
The Effects of Calcium Gluconate on the Milling Efficiency and Magnetic Properties of Strontium Ferrite
葡萄糖酸钙对锶铁氧体球磨效率和磁性能的影响
2.
The Failure Analysis and Improvement of the Mill Balls and the Research of the Method of Raising the Milling Efficiency;
球磨机磨球失效分析与改进及提高磨机生产效率的方法研究
3.
Effect of magnetic fluid grinding parameters on grinding efficiency and grinding mechanism of steel balls
磁流研磨参数对钢球研磨效率及研磨机理的影响
4.
Technical Measures to Raise the Powder Reduction Efficiency of the Cement Mill
提高水泥管磨机粉磨效率的技术措施
5.
Research on the influence of packing fraction and rotation rate on the power of ball mill
填充率与转速率对球磨机功率影响的研究
6.
The ladder-shaped rollers and ring improve crushing efficiency greatly.
采用能提高粉碎效率的梯形磨辊与磨环。
7.
FAILURE ANALYSIS OF LOW Cr CAST IRON BALL FOR ALUMINA ORE WET GRINDING
湿式研磨铝矿低铬铸铁磨球的失效分析
8.
High Efficient Environment Protection Spheroidizer in Nodular Iron Grinding Ball
高效环保球化剂在球铁磨球生产中的应用
9.
Study on the Effect of Honing stone on the Honing Efficiency and Its Micro-mechanism;
珩磨加工中珩磨油石对珩磨效率的影响及其微观机理研究
10.
Increase Grinding Effi ciency during Processing the Hollow Shaft of Shearer Motors
提高采煤机电机空心轴磨削加工效率
11.
Research on the Technology of High Efficiency Lapping Method of Hard Material Sphere;
硬质材料精密球的高效研磨技术研究
12.
Trial use of rubber lining plate at the end of ball mill 1~#
1~#球磨机端部橡胶衬板试用效果
13.
Research of Effective Use of High Chromium Grinding Ball of Austenite and Bainite Basal Body
高铬奥氏体磨球与贝氏体磨球的有效应用的研究
14.
Research of Ball Mill′s Material Level Measurement System on Sound-electronic Measurement
基于球磨机电声功率谱料位检测系统的研究
15.
Analysis of Power and Efficiency of Differential Mechanism with Ball Disk as Speed Controller
球盘调速差动机构的功率及效率分析
16.
Under given conditions there is a correspondence between the active power and the grinding efficiency, which is one of key parameters for evaluating the grinding efficiency.
在一定磨矿条件下磨机有功功率与磨矿效率有明显对应关系，而且是判断磨矿效率的重要参数之一。
17.
The Study of Milling Dynamics and Rotational Speed Control of a Novel Eccentric Planet Muller;
高效偏心球磨机的研磨动力学及其速度控制的研究
18.
This means, therefore, that the mill efficiency and degree of dispersion are significant.
因此，这意味着研磨效率和分散度是重要的。