摘要
文章全面介绍了在神龙一号直线感应加速器的研制过程中,发展的一系列束参数测量手段．光测方面,介绍了利用光学渡越辐射和切伦柯夫辐射测量束剖面、发射度、能散度的工作;电测方面,介绍了利用电阻环、磁探针、纽扣电极方法测量束位置和强度,以及利用返磁回路方法测量束流均方根半径的工作．这些工作极大地提高了束流测量的水平．
In this paper the studies on the beam measurements developed during the construction of the Dragon-Ⅰ linear induction accelerator are described. The measurements of the beam profile, emittance and energy spread using Cerenkov radiation and transition radiation are presented. The measurements of the beam position, intensity and root-means-square radius using resistive wall, B-Dot, D-Dot and diamagnetic loops are also presented.
出处
《高能物理与核物理》
CSCD
北大核心
2006年第z1期105-107,共3页
High Energy Physics and Nuclear Physics
关键词
直线感应加速器
束流测量
发射度
光学渡越辐射
linear induction accelerator, beam measurement, emittance, optical transition radiation
