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陶瓷真空室研制及其阻抗的研究
引用本文:尚雷,裴元吉,王相綦,冷用斌,王琳,樊宽军. 陶瓷真空室研制及其阻抗的研究[J]. 原子能科学技术, 2000, 34(4): 302-306
作者姓名:尚雷  裴元吉  王相綦  冷用斌  王琳  樊宽军
作者单位:中国科学技术大学,国家同步辐射实验室,安徽,合肥,230029
摘    要:介绍了电子储存环注入凸轨击磁铁及春真空室常采用的几种技术方案。合肥电子储存环新凸轨注入系统选择了铁氧体磁铁内置陶瓷真空室的方式。为了同时满足脉冲磁场穿透性能及束流耦合阻抗的要求,陶瓷真空室的内壁须镀1层金属薄膜。

关 键 词:冲击磁铁 陶瓷真空盒 宽带阻抗 电子储存环
修稿时间:1999-07-20

Development of Ceramic Vacuum Chambers and Their Impedance Measurement
SHANG Lei,PEI Yuan-ji,WANG Xiang-qi,LENG Yong-bin,WANG Lin,FAN Kuan-jun. Development of Ceramic Vacuum Chambers and Their Impedance Measurement[J]. Atomic Energy Science and Technology, 2000, 34(4): 302-306
Authors:SHANG Lei  PEI Yuan-ji  WANG Xiang-qi  LENG Yong-bin  WANG Lin  FAN Kuan-jun
Abstract:Several technical schemes of constructing a injection kicker magnet and its vacuum chambers are firstly reviewed and discussed. A method of using ferrite kicker magnets with ceramic chambers inside is adopted in HLS new injection system. The inner surfaces of these ceramic chambers are coated with a metallic layer to meet the requirements of both the penetration of pulse magnetic field and small beam coupling impedance. The loss factors and wake fields of the ceramic chambers with and without coating are measured. Broadband impedance parameters of these ceramic chambers are obtained by fitting the measured data. Combining the results of magnetic field studies, an improved coating scheme is proposed for the new ceramic chambers.
Keywords:kicker magnet  ceramic chamber  coating  wake function  loss factor  broadband impedance
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