Study of closed orbit response to magnet vibrations at the SSRF storage ring

This paper presents the analytical and simulation responses of the closed orbit distortion in the SSRF storage ring to random and plane wave like magnet vibrations respectively. It is shown that the use of girder is very beneficial in the view of suppressing this response function. Effect of the ind...

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Published inChinese physics C Vol. 32; no. 7; pp. 589 - 592
Main Author 陈建辉 赵振堂 戴志敏 刘桂民
Format Journal Article
LanguageEnglish
Published IOP Publishing 01.07.2008
Shanghai Institute of Applied Physics, CAS, Shanghai 201800, China
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Online AccessGet full text
ISSN1674-1137
0254-3052
2058-6132
DOI10.1088/1674-1137/32/7/016

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Abstract This paper presents the analytical and simulation responses of the closed orbit distortion in the SSRF storage ring to random and plane wave like magnet vibrations respectively. It is shown that the use of girder is very beneficial in the view of suppressing this response function. Effect of the independently supported gradient bending magnets to the closed orbit response is given. An analytic formula is written to give a rough estimate of the closed orbit distortion due to ground motion, taking into account the closed orbit response function and girder transfer function. As an example, the result of SSRF case is given.
AbstractList O4; This paper presents the analytical and simulation responses of the closed orbit distortion in the SSRF storage ring to random and plane wave like magnet vibrations respectively. It is shown that the use of girder is very beneficial in the view of suppressing this response function. Effect of the independently supported gradient bending magnets to the closed orbit response is given. An analytic formula is written to give a rough estimate of the closed orbit distortion due to ground motion, taking into account the closed orbit response function and girder transfer function. As an example, the result of SSRF case is given.
This paper presents the analytical and simulation responses of the closed orbit distortion in the SSRF storage ring to random and plane wave like magnet vibrations respectively. It is shown that the use of girder is very beneficial in the view of suppressing this response function. Effect of the independently supported gradient bending magnets to the closed orbit response is given. An analytic formula is written to give a rough estimate of the closed orbit distortion due to ground motion, taking into account the closed orbit response function and girder transfer function. As an example, the result of SSRF case is given.
Author 陈建辉 赵振堂 戴志敏 刘桂民
AuthorAffiliation Shanghai Institute of Applied Physics, CAS, Shanghai 201800, China
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Issue 7
Keywords betatron wavelength
magnet vibrations
response function
girder local correlation compensa-tion effect
closed orbit distortion
Language English
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closed orbit distortion, magnet vibrations, response function, girder local correlation compensation effect, betatron wavelength
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References Chen Jian-Hui (4)
Ouyang Lian-Hua (6) 2006
Liu Gui-Min (2) 2006; 30
5
Terebilo A (8)
Liu Gui-Min (10)
Zhao Zhen-Tang (1) 2007
Wang Xiao (11) 2006
Wiedemann H (7) 1993
Boege Michael (3) 2004
Rossbach J (9) 1988; 23
References_xml – ident: 4
– ident: 10
– year: 2006
  ident: 11
  publication-title: Dynamic Test of SSRF Storage Ring Girder-Magnet Assembly
– start-page: 211
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– start-page: 593
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  issn: 0899-9996
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  publication-title: The Ground Vibrations Measurement at SSRF Site and Their Effect Evaluation
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  publication-title: Part Accel
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Snippet This paper presents the analytical and simulation responses of the closed orbit distortion in the SSRF storage ring to random and plane wave like magnet...
O4; This paper presents the analytical and simulation responses of the closed orbit distortion in the SSRF storage ring to random and plane wave like magnet...
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StartPage 589
SubjectTerms 响应函数
核物理学
电子回旋加速器
磁振动
闭轨道畸变
Title Study of closed orbit response to magnet vibrations at the SSRF storage ring
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