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1. 中国科学院上海应用物理研究所
2. 中国科学院上海应用物理研究所,上海,201800
Published:01 February 2005
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[1]蒋迪奎,姜晓丽.SSRF储存环高频屏蔽波纹管的研制[J].核技术,2005(02):93-97.
JIANG Dikui JIANG Xiaoli. Development of bellows with RF shield for SSRF storage ring[J]. Nuclear techniques, 2005, (2): 93-97.
建造中的上海光源即上海同步辐射装置 (SSRF)储存环将采用内装高频屏蔽机构的波纹管——高频屏蔽波纹管。SSRF 采用了由接触指和弹簧指构成的双指型屏蔽机构。屏蔽机构的关键设计参数是由 SSRF 壁电流和壁电场所决定的指间接触力和高次模决定的相邻接触指间的缝隙宽度和长度。对高频屏蔽波纹管进行了热测试和阻抗测试。测试结果表明
接触力、缝隙和阻抗都适合 SSRF 的实际运行条件。
SSRF storage ring must use the bellows with RF shield which contain a high frequency shield structure inside. The RF shield structure is called “double finger shield structure” which consists of contact fingers and spring fingers. The key design parameters of an RF shield structure are the contact force between a pair of fingers and the width and length of the slit between adjacent fingers
while the former is decided by the wall beam current and wall electric field
the latter is depedent on HOM. RF shield bellows have experienced a heat test and an impedance test. The test results show that the contact force
slit and impedance of the bellows are suitable for the actual operating conditions on SSRF.
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