电子感应加速器的电子运动轨迹模拟分析
Analysis of Simulation of Electron Trajectories in Betatron
刘子莘1
作者信息
- 1. 东华理工大学机械与电子工程学院,江西 330013
- 折叠
摘要
阐述通过COMSOL和Genat4联合仿真的方式,对电子感应加速器加速场进行仿真,模拟出电子在加速腔中的运动轨迹.根据7.5MeV小型电子感应加速器实验平台设置仿真参数,仿真出电子能量为7.62MeV,与实际测量电子能量7.28MeV相对误差为4.7％,仿真结果与实际相符.
Abstract
This paper expounds the simulation of the acceleration field of an electron induction accelerator through the joint simulation of COMSOL and Genat4,simulating the motion trajectory of electrons in the acceleration chamber.According to the simulation parameters set on the 7.5MeV small electron induction accelerator experimental platform,the simulated electron energy was 7.62MeV,with a relative error of 4.7％compared to the actual measured electron energy of 7.28MeV.The simulation results are consistent with the actual measurement.
关键词
电子感应加速器/电子运动/COMSOL/Geant4Key words
electron induction accelerator/electron motion/COMSOL/Geent4引用本文复制引用
出版年
2024
NETL
NSTL
万方数据