1) vibratory grinding
振动分磨
1.
The writer thinks that all processes of using separate grinding,vibratory grinding,vertical mill or roller press grinding process can produce noticeable effect.
应用分别粉磨、振动分磨、立式磨或辊压粉磨工艺 ,均可取得显著的效
2) vibration ball mill,vibration mill
振动磨，振动球磨
3) vibrating,ball mill
振动球磨，振动磨
4) vibration grinding
振动磨削
1.
Study on the Mechanism of Material Removal of Ultrasonic Vibration Grinding of Ceramic;
超声振动磨削陶瓷材料高效去除机理研究
2.
The motion model of the contact between abrasive particle and workpiece in two-dimension ultrasonic vibration grinding was analyzed,the maximum cutting depth of a grain were obtained.
基于工件超声振动磨削的单磨粒运动模型,建立超声振动磨削单磨粒最大切削厚度agm ax公式;基于压痕断裂力学,给出硬脆材料超声振动磨削塑性-脆性转变临界条件,进行超声振动磨削与普通磨削对比试验,应用SEM和AFM分析陶瓷磨削表面微观形貌特征,重点研究磨削参数对其塑性-脆性转变特征的影响。
3.
Based on impulse theories and vibration cutting theories,the mathemetical model of work ultrasonic vibration grinding(WUVG) forces was established.
基于冲量理论和振动加工理论,采用叠加原理建立了工件横向施振超声振动磨削力数学模型。
5) vibratory wear
振动磨损
1.
The abrasion resistance of coal mining machine bit tooth,was adopted self-regulating test bed of unconsolidated abrasive vibratory wear and ordinary fixed abrasive wear,abrasion resistance of bit from different factory was analysed.
采煤机截齿齿体耐磨性直接影响截齿使用寿命,采用自制的散体磨料振动磨损试验机与普遍使用的固定磨料磨损试验机,对国内外几个厂家截齿齿体耐磨性进行对比分析。
6) vibration mill
振动磨
1.
The Simulation Research on the Particle Dynamics of the Vertical Vibration Mill;
立式振动磨介质动力学仿真研究
2.
Method:Glycyrrhiya uralensis roots were at room superfinely comminuted temperature and at low temperature by cryogenic vibration mill;The superfine powders were observed and analyzed by laser particle size analyzer and SEM.
结论振动磨可以在低温下简单、高效、超细地粉碎甘草。
3.
The type, the characteristic, the range of application and the performance of super-pine crush equipment is stated, and the mechanism of action of the machine impact crush equipment, MGZ-1 high frequency vibration mill, impact airflow crush equipment, and wet and dry tower mill are emphasized, and the way of future development and prospect are analyzed.
综述了超细粉碎设备的类型、特点、性能、适用范围,着重阐述了机械冲击式粉碎机、MGZ-1型高幅振动磨、撞击板式气性相结合的多功能分级配套设备,研究与超细粉碎技术相关粒度控制和检测技术的工作势在必行。
补充资料：振动球磨
分子式：
CAS号：
性质：是一种细磨机。磨机筒体安装在高弹性的弹簧上，由于电动机带动的偏心轴回转而产生高频率的振动。筒内球体在高频率的振动下，除产生自转外并和被碎料一块作与主轴回转方向相反的循环运动。物料在受到高频率振动的同时又受到球体自转和循环运动时产生的研磨作用而被粉碎。磨机有干式和湿式。球体装入的总量约占简体容积的80％。粉碎时间与同样尺寸的球磨机相比，约为其1/10。
CAS号：
性质：是一种细磨机。磨机筒体安装在高弹性的弹簧上，由于电动机带动的偏心轴回转而产生高频率的振动。筒内球体在高频率的振动下，除产生自转外并和被碎料一块作与主轴回转方向相反的循环运动。物料在受到高频率振动的同时又受到球体自转和循环运动时产生的研磨作用而被粉碎。磨机有干式和湿式。球体装入的总量约占简体容积的80％。粉碎时间与同样尺寸的球磨机相比，约为其1/10。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条