Chris Retzler has built a prototype of a machine called the wave rotor.
克里斯·雷兹勒做出了一台叫做波转子的样机。
The software which controls this process is able to measure the success of previous changes to the rotor Angle and use that information to fine-tune future attempts to dampen wave-induced movement.
调节这一过程的软件能够记录前几次转轮角度的成功调整，然后用这一信息优化下面的调节，缓和海浪引发的摇动。
An electric contact method to measure contact state of stator and rotor in traveling wave type ultrasonic motor (TWUSM) is presented.
提出了一种直接测量行波超声马达定子和转子接触状态的方法—电接触法。
The paper introduces the design method of auto creating system of arrangement diagram for wave winding of rotor for three-phase asynchronous motor.
介绍了三相绕线型异步电动机转子波绕组排列图自动生成系统的设计方法。
Rotor eccentricity in asynchronous motor always arose a series of low-order radial force wave and increase noise radiation.
异步电动机转子偏心会引起一系列低次数径向力波，并使噪声辐射增加。
It shows that the system can design the wave winding of rotor very quickly and accurately.
说明了此系统在电机设计时可将电机转子波绕组准备快速地设计出来，具备很大的使用价值。
To improve the performances of BRUSM, the multi-traveling wave metal tube ultrasonic motor is proposed, that the stator is in contact with rotor in three tiny areas.
为达到改善电机特性的目的，本文提出了一种定转子接触状态为三小区接触的多行波金属管式超声电机。
In addition, the wake interaction of upstream blade row and the expansion wave at rotor exit also cause an unsteady force acting on the downstream rotor blade surface.
此外上游静子尾迹以及动叶尾缘出口膨胀波等也是产生转子叶片表面非定常力的因素。
Through the comparison of the different rotor slots number, the influence of the radial force wave of different rotor slots number is studied.
通过对几种不同槽配合的比较，研究不同转子槽数对径向力波的影响。
Detecting back EMF is one of the most important methods for the detection of rotor position in square wave current drive BLDCM sensorless control.
方波电流驱动的BLDC电机无位置传感器控制检测转子位置的最重要方法是反电动势检测法。
The wave generator is composed of a pair of protruding pole permanent magnet rotors. It is the quicker rotor of the reducer.
波发生器由一对极的凸极式永磁转子构成，它是该减速器的快转子。
On the other hand, the shock wave position of tip region moves backwards, the loading distributions of tip region have been changed, which lead to the increase of rotor operation range.
此外，尾迹使尖区激波位置后移，改变了尖部弦向的负荷分布，最终导致压气机稳定工作范围增大。
On the other hand, the shock wave position of tip region moves backwards, the loading distributions of tip region have been changed, which lead to the increase of rotor operation range.
此外，尾迹使尖区激波位置后移，改变了尖部弦向的负荷分布，最终导致压气机稳定工作范围增大。
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