1.
Study on the vibration system of the efficiency ultrasonic honing;
功率超声振动加工技术中谐振系统的研究
2.
Research on Cutting Vibration and Machining Technology in Milling Thin-walled Components;
薄壁零件的加工振动分析与加工工艺研究
3.
A Method of Vibration Chip Breaking & Its Application in Automatic Manufacturing
振动断屑在切削加工自动化中的应用
4.
Investigation of Small-Hole Vibration Tapping in Difficult-To-Cut Materials;
难加工材料小孔振动攻丝的试验研究
5.
During machining, ultrasonic vibration of workpiece can improve the machining process.
在加工过程中,通过超声波振动，工件加工工艺得到改善。
6.
Technological Characteristics of ECM with Intermittent Feeding and Pulsating Current
振动进给与脉冲电流电解加工的工艺特性
7.
Transversal Vibration of Tools Influences on Ultrasonic Machining Precision;
工具的横向振动对超声加工精度的影响
8.
The screw tube oscillator is used to produce vib ration in the polymeric dynamic molding equipment.
螺管激振器用于在新型聚合物动态加工设备中产生轴向振动。
9.
In operation, the transverse vibration of wire takes place and it can trace the cutting direction.
加工中电极丝可产生横向振动，且振动方向始终与切割方向一致。
10.
Study on Vibration Field of Ultra-Smooth Surface Polishing Based on Liquid Two-Dimension Vibration and Experiment Research;
流体二维振动超光滑表面加工振动场分析与实验研究
11.
Kinematics Characteristics of Vibration Drilling and Its Influence on Processing Quality
振动钻削的运动学特性及其对加工质量的影响
12.
Grey Theory Analysis on Relation Between Vibration and Machining Quality of Rolling Bearings
滚动轴承振动与加工质量的灰色理论分析
13.
13 L.C.M. has been added into the mud, tell the derrickmen to stop the shale shaker.
泥浆中已加入堵漏材料，叫甲板工关掉振动筛。
14.
Discussion on Principle of Vibrating Feed and Pulse Current for Improving ECM Accuracy
振动进给、脉冲电流提高电解加工精度的探讨
15.
Study on the Mechanism of Ultrasonic Vibration Aided Electrical Discharge Machining in Gas and Its Simulation;
超声振动辅助气中放电加工机理及仿真研究
16.
Study on the New Technology and Mechanism of Ultrasonic Vibration Aided Electrical Discharge Machining in Gas;
超声振动辅助气中放电加工技术及其机理研究
17.
The Vibration Analysis and Computer Simulation for Hobbing and Shaving of Harden Gear;
硬齿面滚剃齿加工振动分析及计算机仿真
18.
The Reliability Analysis of Surface-Micromachined Microcantilever Subjected to Vibration Environment;
表面微加工悬臂梁在振动环境下的可靠性分析