在电子感应加速器中，同一个磁场用于两种目的。
In the betatron, a single magnetic field is harnessed for both purposes.
在直线感应加速器中，使用的有束流位置、大小、半径等参数的诊断装置。
Beam diagnostic devices including beam position, beam magnitude and beam radius diagnostic devices is widely used in Linear Induction Accelerator(LIA).
介绍了变像管扫描相机对直线感应加速器注入器中的电子束束剖面直径的应用。
Image converter tube camera applied firstly to study changing process of profile diameter of electron beam produced by injector of accelerator is presented.
针对大型直线感应加速器单次工作的特点，研制了一种电容放电式脉冲励磁电源。
A pulse constant-current source based on capacitor discharge was developed for LIA accelerator.
在直线感应加速器中，脉冲功率系统的作用是向加速器提供与被加速电子束同步的加速脉冲。
The function of pulse power system of LIA (Linear Induction Accelerator) is generating accelerative pulse and providing it toaccelerate electronic beam synchronously.
对于直线感应加速器的束位置探测，钮扣电极这种电容耦合型探测器是一种新的束流诊断手段。
The button electrode based on capacity coupling is a kind of new Beam Position Monitor to Linear Induction Accelerator.
给出的直线感应加速器束输运的计算模型，能够计算束流从注入器经加速器直到最后聚焦的束包络。
A calculation model of accelerator beam envelope has been developed. It can predict beam envelope in linear induction accelerator from the injector to the final focus region.
本文介绍了通过测量束流在输运管壁上形成的感应电流，来确定直线感应加速器束流大小、位置的一种方法。
The article presents a measurement method of intensity and position for LIA beams. By monitoring the image current on the inner pipe wall the beam intensity and position are obtained.
本文介绍了通过测量束流在输运管壁上形成的感应电流，来确定直线感应加速器束流大小、位置的一种方法。
The article presents a measurement method of intensity and position for LIA beams. By monitoring the image current on the inner pipe wall the beam intensity and position are obtained.
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