为超声变幅杆的设计和优化提供了新的途径。
A new way is carried out for design and optimality of the horn.
目的研究余弦形负载超声变幅杆输入阻抗特性。
Aim Study on the characteristics of the input impendence of cosine type loaded ultrasonic horn.
超声变幅杆是功率超声振动系统中的重要组成部件。
Ultrasonic amplitude transformer is an important part in the power ultrasonic vibrating systems.
因此超声变幅杆设计的优劣直接影响到超声加工的质量。
Therefore the design of ultrasonic horn is directly impact on the quality of ultrasonic machining.
超声变幅杆是超声振动系统中一个重要的组成部分，经常在高声强超声中应用。
Solid horn is an important component in ultrasonic vibration system, often used in high power ultrasound applications.
在纵振型变幅杆等效电路的基础上，研究了三类负载超声变幅杆的共振频率与放大系数。
Based on mechanic equivalent circuit of the longitudinal ultrasonic horn, the resonance frequency and the amplitude magnification coefficient of three kinds of loaded horns are studied.
传统设计超声变幅杆的方法中不同形状函数变幅杆性能表达式复杂，计算和设计工作量都很大。
In the traditional design methods, the different shape function of ultrasonic horn is very complicated and tedious to be calculated.
针对细胞微超声振动切割系统对超声变幅杆的要求，将等截面圆柱形阶梯变幅杆的一端替换成圆锥形变幅杆构成一种复合圆锥阶梯形变幅杆。
By studying ultrasonic amplitude transformers to meet the requirements of an ultrasonic vibration cell cutting system, a new compound cone step type amplitude transformer is constructed.
本文将组成复合超声扭转振动变幅杆的每一级都等效为一四端网络，应用矩阵相乘使多个网络得到简化。
Every part of the compound ultrasonic torsional vibration horn is equivalent to a four -terminal network in this paper. Simplify the networks by multi-plying the matrices.
论述超声波振动珩磨振动系统的原理，通过振动试验分析振动系统中的变幅杆、弯曲振动圆盘、振动子系统的振动效果。
The principle of vibration systems of ultrasonic vibration honing are discussed. The vibration effect of horn, curved vibrating disc and child system are analyzed by experiments.
将超声波变幅杆与弯曲振动刀杆作为一个系统加以研究。
The ultrasonic horn and bending vibration cutter are studied as a system in this paper.
夹持器应只有位于位移节点，才能为变幅杆系统提供支撑的同时不对超声波传递产生影响。
The holder should be located on the node of the horn, so that it can support the transducer system and have no effect on the ultrasonic transfer.
由变幅杆大端直径、放大倍数、面积系数等已知条件，按照变幅杆设计理论对超声振动系统中的变幅杆进行设计；
According to the designing theory of amplitude amplifier pole, it could be designed by big end diameter, magnification, area index and other parameters.
系统由超声波驱动器、换能器、变幅杆、拉丝模、拉伸机等组成，通过对黄铜丝的拉拔实验，考察了超声振动对拉拔力和丝的表面质量的影响。
Through a series of drawing experiments of brass wires, the effects of ultrasonic vibration on drawing force and surface quality of the wires were discussed.
目的：研制一种新型医用超声波清创机，根据超声波在清创运用的特点设计变幅杆。
Objective To develop a new type of medical ultrasound debridement instrument and the amplitude bar.
超声振动系统的变幅杆连接结构分为传统连接结构、锥面定位连接结构、两面定位连接结构。
Such systems have three types of linkage structures, conventional structures, cone-positioned structures, and two-face-positioned structures.
超声加工的核心部分是超声振动系统，而变幅杆又是超声振动系统中关键的一环。
The core of ultrasonic machining is ultrasonic vibration system, while the ultrasonic horn is a key element.
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。
This paper calculated the resonant length of longitudinal sonic amplitude 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。
This paper calculated the resonant length of longitudinal sonic amplitude transformer with additional mass (the tool) in supersonic vibration cutting.
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