1.
Study and Practice on the Cycloid Rotational Indexing Technology for Machining the Back-angled Shifterstops of Automobile Synchronizer Sleeves;
汽车同步器齿套倒锥摆线旋分加工技术研究与实践
2.
Analysis of Machine Tool Motion in Rotary Burr Machining
旋转锉螺旋刃加工时机床运动的分析
3.
Research on the Error Correcting Technology and Application of Spiral Bevel and Hypoid Gears
螺旋锥齿轮加工误差分析与应用研究
4.
Theoretic Research of the Liquid-particle Two-phase Spiral Flow Finishing Technique and the Simulation about Spiral Flow;
液粒两相螺旋流光整加工技术的理论研究及螺旋流仿真分析
5.
NC Milling Analysis of the Non-circular Screw Curve Parts
非圆等距螺旋曲线零件的数控铣削加工分析
6.
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
7.
The cognitive process of mental rotation is located in right parietal hemispheric.
结论分类任务由于不需要心理旋转加工,其ERP成分不会受到旋转所引起的变化。
8.
Design Method and Fabrication Technology of the Shaft of Screw Press
螺旋挤浆机螺旋轴结构优化设计与加工工艺
9.
Study and Simulation of the Micro-workpiece Magnetic Abrasive Finishing Using a Circling Magnetic Pole System;
微小零件旋转磁场磁性研磨加工机理研究及模拟分析
10.
The Theoretical Analysis and the Study on Numerical Simulation of Gas-Particle Two-Phase Spiral Flow Finishing Technique;
气—固两相螺旋流光整加工技术的理论分析与数值模拟研究
11.
Research on processing technology of logarithmic spiral bevel gear--establishment of the orbit diagram equations of tool
对数螺旋锥齿轮加工中刀具走刀轨迹方程的分析与确定
12.
Studies on the Technics of the Racemization and Split of Dextromisole Hydrochoride;
盐酸右旋咪唑消旋化及拆分工艺研究
13.
The milling tools of processing screw bevel gear on the basis of half spreading out principle;
螺旋伞齿轮半展成法加工的铣削工具
14.
The Method of NC Program about Rough Cut of Helicoid Base on Helix-milling;
基于螺旋线铣削的螺旋面粗加工数控编程方法
15.
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
16.
metalworking machine for making flexible tubes of spiral metal strip
金属加工机,用于加工螺旋金属板条可曲性管材
17.
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
18.
Since the profile of the globoidal indexing cam is a spiral surface, traditional machining technology couldn't meet it's accuracy demands.
弧面分度凸轮轮廓面为一空间不可展开螺旋面，传统的加工工艺很难满足其精度要求。