1) transverse field of rotor
转子横向场
2) transverse rotating magnetic field
横向旋转磁场
1.
This paper is dealt with the fluidizaion of cohesive particles under transverse rotating magnetic field.
本文研究了横向旋转磁场作用下粘性颗粒的气固流态化。
2.
A transverse rotating magnetic field generator is designed,in which the rotating speed and the maximum amplitude of magnetic flux density are separately controlled by frequency of carrier wave and duty cycle of modulated wave.
设计了一种横向旋转磁场发生装置,通过调节低频载波的频率和高频调幅波的占空比来控制旋转磁场的旋转速度和磁感应强度的幅值。
3) shaft with a transverse crack
含横向裂纹转子
4) transverse vibration of rotor
转子的横向振动
5) transverse magnetic field
横向磁场
1.
Mechanical Properties of Iron Based Surfacing Alloys Applied DC Transverse Magnetic Field;
直流横向磁场作用下铁基堆焊合金的力学性能
2.
In order to refine the structure of deposited metal and control the morphology and distribution of hard phases in surfacing deposited metal, DC transverse magnetic field was applied to the carbon arc surfacing of Cr-B-Ni-V iron based alloy system.
采用碳弧堆焊方法对Cr-B-Ni-V系铁基合金堆焊时加入直流横向磁场,来细化堆焊层金属的组织,控制硬质相的形态及分布。
3.
A one-di-mensional transverse magnetic field may cause an ecc.
一维横向磁场将使液池发生偏心喷溅，加剧了液滴的发射；二维横向磁场则可减轻液池的喷溅。
6) Transverse flux
横向磁场
1.
Transverse flux permanent propulsive magnetic(TFPPM)motor has low speed,high torque density and is widely researched as propulsive motor.
由于横向磁场永磁同步电动机具有低转速、高转矩密度的特点,在推进电机领域被广泛研究。
2.
Based on the study of the torque and power factor equations, this paper proposed a new view on the characteristic of the transverse flux permanent machines.
基于电机转矩和功率因数方程研究的基础,提出了一种依据电、磁负荷等参数解释横向磁场高转矩密度和低功率因数性能特点的新观点。
3.
The operation principle of the transverse flux permanent motor, classification, characteristics and the developing situation have been introduced by the paper.
文章详细介绍了横向磁场永磁电机的工作原理。
补充资料：旋转磁场
| 旋转磁场 rotating magnetic field 交流电机气隙中的磁场。因其沿定子、转子铁心圆柱面不断旋转而得名。旋转磁场是电能和机械能之间互相转换的基本条件。通常三相交流电机的定子都有对称的三相绕组。任意一相绕组通以交流电流时产生的是脉振磁场。但若以平衡的三相电流通入三相对称绕组，就会产生一个在空间旋转的磁场。磁场的对称轴线随时间而转动，其转速（n）由电流频率（f）和磁极对数（p）决定：n＝60f／p。一般说来，旋转磁场的转向总是从电流超前的相移向滞后的相。如果通入三相绕组的电流相序相反，旋转磁场的转向也相反。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条