1.
Study on a New Micro Machining Technology Based on the Magnrtorhological Effect of Abrasive Slurry;
磁流变效应微砂轮超精密研抛加工机理研究
2.
Study on Micro Machining with Instantaneous Tiny-Grinding Wheel Based on the Electro-Magneto-Rheological Effect of Abrasive Slurry;
电磁流变效应微砂轮研抛加工机理研究
3.
Development of a New Plate Polishing Technique with an Instantaneous Tiny-grinding Wheel Cluster Based on Magnetorheological Effect;
集群磁流变效应微磨头平面研抛加工技术研究
4.
The Performance Research of Grinding Stainless Steel Pot with Blade Wheel
不锈钢锅体的砂带千页轮研抛加工性能研究
5.
Compositive Control of Power Position Pose and Speed on Virtual Axis Polishing Process;
虚拟轴研抛加工中力、位置、姿态、速度的综合控制
6.
Theoretical and Experimental Research on Robotic Hydrodynamic Suspension Polishing;
基于机器人的液流悬浮研抛加工理论与试验研究
7.
Experimental Investigation of Stressed Mirror Polishing on Paraboloid
应力抛光技术加工抛物面的实验研究
8.
Research on the Polishing Mechanism and Process for Extrusion Dies
挤出平模头抛光加工机理与工艺研究
9.
Research on the Kinematics System and Polishing System of Small Polishing Robot
微小研抛机器人运动与加工系统研究
10.
A Reaserch of the Principle of Nano-Processing Nano-Processing Experiment of Ice Desk Polishing on Metal Materials;
金属材料冰盘抛光纳米加工机理研究
11.
Study on Dynamic Pressure and Temperature of Slurry in Chemical-Mechanical Polishing of Silicon Wafer
硅片化学机械抛光加工区域中抛光液动压和温度研究
12.
Research on the Double-Sided Polishing Mechanism and Process Optimization for Silicon Wafer;
单晶硅双面抛光加工理论及工艺优化的研究
13.
The Study of Grinding of Polished Ceramic Tile and Diamond Tool;
陶瓷抛光砖磨削加工及其金刚石工具的研究
14.
Machining Optical Glass K9 by Using Hydrodynamic Suspension Polishing Technology;
利用液流悬浮研抛技术加工光学玻璃K9的研究
15.
Study on Principle of Hydrodynamic Suspension Ultra-smooth Machining and Dynamic Pressure of Polishing;
液流悬浮超光滑加工机理及抛光动压力的研究
16.
Nano-machining experiment of LY12 aluminium alloy polishing with ice desk;
LY12铝合金的冰盘抛光纳米加工实验研究
17.
Study on Blade Manufacture Oriented CNC Abrasive Belt Grinding System
面向叶片加工的数控砂带抛磨系统的研究
18.
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。