Supersonic heterodyne receiver Com parison of the Traveling-wave Ultrasonic Motor with the Ultrasonic Motor Using Longitudinal and Torsional Vibration Model 超声波外差式接收机行波型超声电机与纵扭型超声电机的比较
The work principle of supersonic wave technology-supersonic vibration formation, action mechanism, as well as supersonic equipment were explained. 阐述了超声波技术的工作原理-起声振荡的形成、作用机理,以及超声波设备。
Drilling of Deep Hole by Supersonic Circumferential Vibration Process 深孔超声圆周振动钻削初探
Research on mechanism of membrane separation process under the role of supersonic vibration 超声振动强化膜分离过程机理的研究
Setting up Fast Tool-Lowering Device for Supersonic Vibration Turning 超声振动车削快速落刀装置的研制
Design of Longitudinal Amplitude-change Bar in Supersonic Vibration Turning System 超声振动车削系统中纵向变幅杆的结构设计
Experimental Research of Supersonic Vibration Turning of Tempered Steel 淬硬钢超声振动车削试验研究
It is an effective method to use supersonic vibration drilling on hard-to-manufacture material. 在难加工材料上利用超声波振动钻孔是一种十分有效的加工方法。
This paper calculated the resonant length of longitudinal sonic ampli-tude transformer with additional mass ( the tool) in supersonic vibration cutting. 本文对超声振动切削中有附加质量(刀具)的纵振动变幅杆的共振长度进行了理论计算。
Analysis on the Supersonic Vibration Gear Honing Materials Removing Mechanism 超声振动珩齿材料去除机理的初步分析
It is introduced about the feature and structure of the fast tool lowering device for supersonic vibration turning. 介绍了超声振动车削快速落刀装置的性能和结构。
Supersonic Wave ′ s Vibration Range Measurement System The Amplitude of Damped Oscillation 超声波加工工件振幅检测系统原理及部分信号处理电路阻尼振动的振幅
Linear subsonic, supersonic and hypersonic analysis indicates that the vehicle is prone to body-freedom flutter resulting from the decrease in vibration frequency of the all-moveable wing at a high flight dynamic pressure. 线性亚音速的、超音速的以及高超声速分析表明机构由于全动平尾在高动压下振动频率的降低而非常容易产生机体自由颤振。
This paper researches on the new supersonic vibration gear honing technique, and analyzes on the mechanism of removing the supersonic vibration gear honing materials. 研究了超声振动珩齿新工艺,分析探讨了超声振动珩齿材料的去除机理。
It is a compound processing method with high-speed rotation around its axis which combines the fine cutting performance of diamond material and the supersonic vibration of the tool-bar. It demonstrates great advantages in the processing of hard brittle materials. 它是一种将金刚石的优良切削性能与工具的超声频振动结合起来并绕其轴线做高速旋转的复合加工方法,在硬脆材料的加工上显示出了极大的优越性。