1.
Two-dimension Modelling for Material Removal of Magneto-rheological Finishing
磁流变光整加工材料去除的二维建模
2.
Experiment and Analysis on Processing Quartz Glass Optical Parts by MRF
环带式磁流变抛光加工石英光学零件实验分析
3.
This paper introduces the working principle of liquid-magnetic abrasive tool finishing technology, expounds the magnetic property, rheological property and stability of the liquid-magnetic abrasive tool.
介绍了液体磁性磨具光整加工法的工作原理,阐述了液体磁性磨具的磁特性、变性及稳定性。
4.
Magnetic grinding method applied in complex cavity finishing
磁研磨法应用于模具型腔的光整加工
5.
Process Research of Finish Machining Technology for Hole Surface Processing based on Rotating Permanent Magnetic Field
旋转永磁场加工内孔表面的光整加工技术研究
6.
Dwell Time Algorithm Based on Vector for MRF Process of Optics
基于矩阵运算的光学零件磁流变加工的驻留时间算法
7.
Research and Development of the Liquid-Magnetic Abrasive Tool for Finishing Treatment
面向光整加工的液体磁性磨具的研究与开发
8.
Research and Development of Experimental Equipment in Liquid-Magnetic Abrasive Tool Finishing
液体磁性磨具光整加工实验装置的研制与开发
9.
Research on Finishing Mechanism and Physical Property of Liquid-Magnetic Abrasive Tool;
液体磁性磨具光整加工机理和物理性质的研究
10.
Research on the Application of Nano-structure Magnetic Liquid Material in Polishing
纳米磁性液体材料在光整加工中的应用研究
11.
Comparison between Gas and Liquid Vortex Flow Field in Spiral Flow Finishing by Numerical Simulation
螺旋流光整加工中气流场和液流场的仿真模拟
12.
Numerical Simulation for Different Structure of the Vortex Flow Field in Spiral Flow Finishing
螺旋流光整加工中旋涡流流场的数值模拟研究
13.
Study and Application of Magnetic Abrasive Finishing and Preparation Technology of Magnetic Abrasive Grains
磁力研磨光整加工及磁性磨料制备技术的研究与应用
14.
The Computer Simulation and experimental facilities of Swirling Flow Fields in Finishing Process
光整加工中旋涡流流场的模拟仿真与实验装置
15.
Flow Field Analysis of Compulsive Spiral Flow in Finishing the Inner Surface of Rifle Barrel
强制螺旋流对身管内表面光整加工的流场分析
16.
Process Research on the Swirling Air Flow Finishing;
旋涡气流光整加工技术的工艺实验研究
17.
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
18.
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