1·All possible exact traveling wave solutions are obtained.
给出了一些精确的解析行波解。
2·Traveling wave ultrasonic motor is a new type of actuator driven by friction.
行波超声马达是一种靠摩擦力直接驱动的新型驱动器。
3·It has some significance for designing and testing of traveling wave piezoelectric motors.
这对行波压电电动机的设计和测试具有很重要的意义。
4·Analysis of traveling wave influence on seismic mitigation control for long span rigid-continuous bridge.
行波效应对大跨刚构-连续桥梁减震控制的影响。
5·Finally, the planar graphs of the traveling wave equation are simulated by using mathematical software MAPLE.
最后用数学软件Maple对行波方程进行数值模拟，得到纽结波的平面模拟图。
6·Vibration and traveling wave stress analysis of rotating bevel gears is performed using annular finite element.
提供了一种使用半解析环形棱柱有限元求解盘形锥齿轮行波振动的方法。
7·Gyrotron traveling wave amplifier is a very important high power millimeter wave source for radar applications.
回旋行波管放大器是高功率毫米波雷达发射系统最重要的候选者。
8·Applying fuzzy predictive control to the speed of rotary traveling wave type of ultrasonic motor was researched.
利用模糊预测控制对旋转型行波超声电机的速度控制进行了研究。
9·Based on this, the structure, working principle and fixation of the traveling wave ultrasonic motor are researched.
在此基础上，对所采用的行波型超声波电动机的结构、工作原理及定位进行了研究。
10·In this paper, control for seismic responses of Bridges under traveling wave excitation is performed using MR Dampers.
本文应用磁流变(MR)阻尼器对桥梁结构在行波激励下的地震反应进行控制。