1.
On the Inter-Relationship Integration Cost in Firm Acquisition;
企业兼并中的人际关系磨合成本研究
2.
This mill together with separator can form close-circuit grinding system for grinding clinker into cement products.
本磨机与选粉机组成循环圈流粉磨系统，将熟料粉磨成水泥成品。
3.
Tungsten steel (hard alloy) forming machining: tungsten forming grinding,cylindrical grinding.
钨钢（硬质合金）成形加工：钨钢成型磨削、外园磨削.
4.
Tungsten steel( hard alloy) forming machining: tungsten forming grinding, cylindrical grinding.
★ 钨钢（质合金）形加工：钨钢成型磨削、园磨削.
5.
Effect of Ball milling Parameters on the Synthesis of Ti_3SiC_2 by Mechanical Alloying
球磨工艺对机械合金化合成Ti_3SiC_2的影响
6.
The wear test was carried on a nozzle which was made from carbides and ceramics on high pressure abrasive water-jet machine.
本文采用硬质合金和陶瓷材料制成喷嘴,在高压水设备上进行了磨损实验研究。
7.
These three kinds of debris indicate that the wear between liner and piston is a composite form of fatigue wear, adhesive wear and abrasive wear.
这三种磨屑的存在表明这对摩擦副间的磨损是疲劳磨损、粘着磨损及磨粒磨损等所形成的综合磨损。
8.
Compound oxide of rare-earth transitional race in mechanical ball-mill method;
机械球磨方法合成稀土过渡族氧化物
9.
The Application and Synthesis of High Polymer Wet Fastness Improver
高分子湿磨擦牢度提升剂合成与应用
10.
Low temperature synthesis of Mg_4Nb_2O_9 nanopowders by high-energy ball-milling method
高能球磨法低温合成Mg_4Nb_2O_9纳米粉体
11.
Failure Analysis of Cemented Carbide Forming Tool in Grinding Process
硬质合金成型刀具刃磨加工失效分析
12.
Synthesis of Putty Resin with Easy Sanding and Low Shrinking Performance
易打磨低收缩的原子灰专用树脂合成
13.
Carbon nanotubes synthesized by mechanothermal method
机磨热加工法合成碳纳米管(英文)
14.
abrasive compound
复合磨料， 研磨（混合）剂［膏］
15.
And it also introducos principal properties of typical anti-wear materials, such as high manganese steel, white cast iron and low-alloy anti-wear steel.
最后还介绍了典型耐磨材料高锰钢、口铸铁和低合金耐磨钢以及表面抗磨技术的基本特性。
16.
Lab-Research on Composition, Structure and Property of the High Alloy White Cast Iron Grinding Ball Used in Molydenum Mineral;
磨钼矿用高合金白口铸铁磨球的成份、组织和性能的实验研究
17.
a mixture of emery dust and a binder; can be molded into grindstones.
金刚砂土和粘合剂的混合物，能铸成旋转磨石。
18.
Research on the in-situ Synthesized Hypereutectic Aluminum-silicon Matrix Composites with Heat-resisting and Wear-resisting;
原位合成耐热耐磨高硅铝基复合材料的研究