State Monitoring of the Process of Ceramic-ball Lapping;
陶瓷球研磨加工过程的状态监测
The Research of On-line Vibration Monitoring System of Ceramic-ball Lapping;
陶瓷球研磨加工在线振动监测系统的研究
The State Monitoring of the Process of Ceramic-ball Lapping;
陶瓷球研磨加工过程的状态监测
This paper introduces a XY worktable in order to enlarge the workspace of polishing system.
仿真结果表明,利用由6自由度机器人和XY工作台组成的自动研磨加工设备进行研磨加工,可以获得较好的加工效果。
Excimer laser texturing and grinding was performed on the surfaces of Al2O3 ceramic which is used regularly in MEMS.
Zq值均比研磨加工表面小。
The HIPSN ceramic balls were ground up in taper-grinding technological process,of which the relationship of such parameters as grinding pressure/speed and time interval of adding abrasive additive onto workpiece to the grinding efficiency was analyzed.
采用锥形研磨法加工热等静压氮化硅(HIPSN)陶瓷球,分析了研磨压力、研磨转速以及研磨剂添加周期等研磨工艺参数与研磨效率的关系,研究如何提高金刚石研磨剂的利用率,降低研磨加工成本·研究表明,为了提高研磨效率、降低研磨成本,合理、稳定的研磨工艺应确定为:单球研磨压力6～8N;研磨转速450～800r/min;研磨剂的一次添加时间是60min左右·按照总结出的研磨工艺进行HIPSN陶瓷球的研磨加工,成品陶瓷球的表面粗糙度在0 01～0 02μm,球形误差在0 09～0 18μm范围内,完全满足使用要求
Computer Simulation and System Design of Micro-controller Based Magnetic Abrasive Finishing Using Rotating Magnetic Field;
基于单片机的旋转磁场磁力研磨加工的计算机仿真与系统设计
45 teel tubes with different walls have been done,and these results show it is unsuita ble for magnetic abrasive finishing on internal surface of magnetisable material tubing with thick wall
在分析内圆磁力研磨加工原理的基础上,通过建立适量的假设条件,简化了磁力研磨加工区域中的磁场,利用拉普拉斯方程及必要的边界条件推导出在磁场中圆柱腔内、外磁感应强度的近似关系,并对不同壁厚的45钢圆柱管进行对比试验,结果表明内圆磁力研磨加工只适合加工薄壁磁性材料圆管工件。
The single abrasive movement characteristics were studied under two-body lapping and three-body machining mode.
分析了在两体加工及三体加工模式条件下,单颗磨粒运动特点以及磨粒由两体研磨加工向三体抛光加工转变的临界条件。
Effect of Plate Materials on Sapphire Wafer Lapping Process
蓝宝石衬底研磨加工中研磨盘材质的影响
Research on the Mechanism and Technology of Efficient Planetary Precise Ball Lapping Method;
行星式精密球体高效研磨加工机理与工艺研究
Control Method of Material Removal in Digitized MAF for Mold & Die Surface
模具曲面数字化磁力研磨加工中研磨量的控制方法
A Visual Study on the Grinding Parameters for Grinding Engineering Ceramic;
磨削加工工程陶瓷磨削用量的可视化研究
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。
To transform or process mechanically in a mill.
磨出，以机械加工通过研磨机而整形或制造
Basic Research of Abrasive Machining on the Virtuali Numerical Circular Grinder;
虚拟数控外圆磨床磨削加工的初步研究
Research on the Material Removal Mechanism of Semi-Fixed Abrasive Tool
基于半固着磨粒磨具加工的材料去除机理研究
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
grinding machine for mineral substances in solid form (excl. glass working machines)
固体矿物研磨机（玻璃加工机除外）
Design and Research on the System of Gear-grinding Machining Errors and Compensation;
磨齿加工误差补偿系统的设计与研究
Application Research on the CNC Transformation of Bearing Processing Grinder
轴承加工磨床数控化改造的应用研究
Magnetic grinding method applied in complex cavity finishing
磁研磨法应用于模具型腔的光整加工
Review of the Research on Grinding Process of Engineering Ceramics
工程陶瓷材料磨削加工工艺研究现状与进展
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
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
Research of EDG for Slender Rod With Low Rigidity
低刚度细长杆零件电火花磨削加工工艺研究
Study on the Wear-behavior of Woodworking Tools for to Optimize Machining Wood;
木工刀具磨损特性与木材切削加工优化的研究