ultrasonic vibration milling 超声波铣削
Active Vibration Control in Milling 铣削加工振动主动控制
vibration n milling 振动磨矿
milling vibration 铣削振动
The effect of utilizing vibration milling. equipment and means of technique comprehensively Were discussed and analysed in this paper.
本文通过其应用研究和实践，就工艺装备、技术途径以及生产效果进行了综合论述。
Through the theoretical model and milling experiment they discuss the condition of producing forced vibration and chatter in milling process and the chatter characteristics.
通过所建理论模型及铣削试验讨论了铣削过程中强迫振动、颤振的产生条件及特点。
The results show that the increase of the milling time, the vibration frequency and the charge ratio can effectively decrease the grain size of the alloy powder.
结果表明：球磨时间延长，振动频率提高和球料比的增大可有效地降低合金粉的晶粒尺寸。
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