1.
Study on the Surface Layer Damage of Monocrystalline Silicon Wafer Induced by Ultra-precision Grinding;
单晶硅片超精密磨削加工表面层损伤的研究
2.
Experiment & Research on Ultra-precision Grinding Process of Medical Piezoelectric Ceramics Slice
医用压电陶瓷片的超精密磨削加工实验研究
3.
Internal Bore Processing of Precision Miniature Bearings Based on Spark Grinding
基于电火花磨削的精密微型轴承内孔加工
4.
Error Analysis and Compensation Control in Precision Leadscrew Grinding;
精密滚珠丝杠磨削加工误差分析及其补偿控制
5.
The Numerical Control Grinding Technology of Large Circular-arc Drum-shaped Roller;
大圆弧鼓形滚轮精密数控磨削加工技术
6.
The Control of Grinding Thermal Deformation Error of Precision Ball Screw
精密滚珠丝杠磨削加工热变形误差的控制
7.
For form grinding, precision grinding of cutter measuring tools, instroment parts, thread grinding and fine surface finish grinding.
适用于成型磨削、具、具、纹工件、表零件的精密磨削，及其他各种高光洁度的表面加工。
8.
The Design and Development on the Precision Grinding Process Prediction Software;
精密磨削工艺预报软件的设计与开发
9.
This article is focused on the ultra-precision machine technology, and SPDT and ultra-precision grinding technologies.
因此，本文针对超精密加工设备，以及单点钻石车削与超精密轮磨技术分别介绍说明。
10.
Research on Precision-grinding Technics of Al_2O_3 Ceramic Femoral Head for Artificial Partial Hip Joint;
Al_2O_3陶瓷人工半髋关节股骨头精密磨削工艺研究
11.
Motor Notzzle: The product adopts hard alloy or carbon steel heat treatm ent and receive precision grinding and polishing by? professional processing? equipment.
产品说明：此产品以超硬合金或碳钢热处理为材料，使用专业加工设备精密磨削和抛光加工而成。
12.
Theoretical and Experimental Studies on the Ultra-Precision Face-Grinding of Engineering Ceramics;
工程陶瓷的超精密磨削机理与实验研究
13.
Grinding Performance of Soft Abrasive Grinding Wheel Used in Ultra-precision Grinding Sapphire Substrate;
超精密磨削蓝宝石基片的软磨料砂轮磨削性能
14.
The most common finishing operations are mechanical, such as milling, grinding, or polishing with abrasives.
最普通的精加工工序是用机械的方法，如研磨，磨削或用磨料抛光。
15.
A Method of Experimental Research and Calculation on Grinding Machine Working Accuracy and Grinding Process Accuracy
磨床工作精度与磨削加工精度的试验研究与分析计算方法
16.
Development of Soft Abrasive Wheel Used in Ultra-precision Grinding Silicon Wafer
超精密磨削硅片的软磨料砂轮的研制
17.
Selection of abrasives in precision grinding of Invar 36 alloy
精密磨削Invar 36合金时的磨料选择
18.
To machining parts by finishing instead of grinding, it has many advantages such as high effective, cost saving, environmental protection and convenience, etc.
用精车削代替磨削加工这类工件,具有高效、能、保、便等一系列优点。