Design study on an electron linac for irradiation processing with a high capture efficiency 高俘获效率电子辐照加速器的设计研究
Structure and measure methods of some performances of ess - 010 - 03 electron linac accelerator 03电子直线加速器的结构及其几种性能指标测试方法
We introduce principles and characteristics of different bunch length monitors for electron linac in this paper 摘要对电子直线加速器束团长度监测器进行了综述。
The beam orbit offset effects caused by the initial beam offset and linac componets " offsets in beam transferring process 良好的束流轨道可以获得低发射度、低能散的高品质束流。
In order to obtain a high quality beam at the exit of a linac , seriously controlling on the beam orbit in the linac is greatly important 因此，为使在高能直线加速器出口获得尽可能好的束流品质，严格控制束流在加速器中的轨道是至关重要的。
That will badly affect the dosage of linac . the method of maximum control process based on digital controller improves the accuracy of frequency stabilization 频差的大小直接影响整机的主要物理指标-射线能量，剂量率以及剂量率的稳定性。
Alpha - magnet , the beam energy choosing and pulse width compressing element , is a key part of the injector . it plays an important role in 30mev linac system -磁铁的功能是束流电子能量选择和脉冲宽度压缩，在30mevlinac系统中起着非常重要的作用。
The afc system of linac , based on the embeded - system , is studied in the paper . the frequency of the magnetron changes with the temperature of environment outside when linac works 本论文重点研究的是嵌入式系统在电子直线加速器磁控管频率自动跟踪控制中的应用。
Obtaining a high quality beam bears on many factors at the exit of a high energy electron linear accelerator ( linac ) , beam orbit effect is one of the most important factors 电子直线加速器末端良好束流品质的获得和很多因素有关，束流轨道的影响是其中重要因素之一。
