This thesis introduces in detail how to keep betatron electron track radius invariable in two conditions of typical magnetic field distribution.
导出了两种典型磁场分布情形下,电子感应加速器中电子轨道半径保持恒定所满足的具体条件。
axial betatron oscilations
轴向电子感应加速岂荡
radial betatron oscillations
径向电子回旋加速岂荡
electron induction accelerator
电子感应回旋加速器
ironless betatron
无铁心电子感应加速器
megagauss betatron
兆高斯电子感应加速器
air cored betatron
空心电子感应加速器
electronic shaft-speed pick-up
电子式轴转速传感器
Experimental research of double-pulse linear induction electron accelerator
双脉冲电子直线感应加速器实验研究
Research on Stator Flux-Orientation Control for Bearingless Induction Motor Based on Speed Sensorless
无速度传感器的无轴承异步电机定子磁场定向控制的研究
Induction motor speed sensorless system using stator flux orientation
感应电机定子磁场定向无速度传感器系统研究
A magnetic induction electron accelerator capable of accelerating electrons to energies of several hundred million electron volts.
β加速器一种磁感应电子加速器，能将电子加速至产生几百万电子伏
To be effective, the electric field in an accelerator has to point in the direction that the particle travels.
为了让加速更有效率，加速器中的电场应该要指向粒子运动的方向。
In the betatron, a single magnetic field is harnessed for both purposes.
在电子感应加速器中，同一个磁场用于两种目的。
Signal Processing of the Piezoelectric Six-Axis Accelerometer;
压电式六轴加速度传感器信号处理的研究
THE ELECTROMAGNETIC FIELD OF A LINEAR ELECTRIC QUADRUPOLE MOVING UNIFORMLY ALONG THE AXIS OF THE QUADRUPOLE
沿轴线方向匀速运动的线性电四极子的电磁场
Research on the Quick Non-damage Dismantling of Bearings by Making Use of Industrial Frequency Induction Heating;
工频感应加热快速无损拆卸轴承技术研究
self-oscillating linear induction motor
自振荡直线感应电机
Study on Radial Displacement Sensorless Operation of Bearingless Induction Motor;
无轴承感应电机的无径向位移传感器运行研究