摘要
介绍了同步加速器高频铁氧体加载腔体的设计原理和设计计算过程。详细说明了腔体加载铁氧体材料的作用和意义,并对传统的传输线理论计算结果、CST(Computer Simulation Technol-ogy)软件模拟计算结果和实际腔体测量结果进行了比较。
In this paper, the principle and the process of design and calculation based on RF ferrite loaded coaxial cavity in synchrotron are presented. The function and significance of cavity loaded by ferrite are elaborated in detail. Then the calculated results by traditional transmission line theory, software simulated results by Computer Simulation Technology（CST ） and the actual cavity measured results are compared.
出处
《原子核物理评论》
CAS
CSCD
北大核心
2008年第3期249-253,共5页
Nuclear Physics Review
基金
国家九五大科学工程冷却储存环项目(06 HIRFL200)~~
关键词
同步加速器
铁氧体
传输线
冷却储存环
synchrotron
ferrite
transmission line
computer simulation technology
