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上海光源储存环光子吸收器布局设计
引用本文:陈丽萍,蒋迪奎,殷立新,徐毅,陈永林,卢裕. 上海光源储存环光子吸收器布局设计[J]. 核技术, 2009, 32(5)
作者姓名:陈丽萍  蒋迪奎  殷立新  徐毅  陈永林  卢裕
作者单位:中国科学院上海应用物理研究所,上海,201800  
摘    要:电子束经过储存环弯转磁铁发生偏转时,产生总功率-435 kW的同步辐射光,其中仅有一小部分被引入光束线、实验站,其余须在储存环中被光子吸收器吸收处理,并准直引出光束.本文对上海光源(SSRF0储存环同步辐射光的处理方法进行了讨论,并介绍了光子吸收器的布局、结构、性能及运行状况.

关 键 词:加速器  同步辐射  热负载  光子吸收器

Layout of photon absorbers in the SSRF storage ring
CHEN Liping JIANG Dikui YIN Lixin XU Yi CHEN Yonglin LU Yu. Layout of photon absorbers in the SSRF storage ring[J]. Nuclear Techniques, 2009, 32(5)
Authors:CHEN Liping JIANG Dikui YIN Lixin XU Yi CHEN Yonglin LU Yu
Affiliation:Shanghai Institute of Applied Physics;Chinese Academy of Sciences;Shanghai 201800;China
Abstract:There are 40 bending magnets in the 432-m storage ring of the Shanghai Synchrotron Radiation Facility(SSRF).A total power of 435 kW is delivered by synchrotron radiations when the electron beams pass through the bending magnets.Only a small part of the radiation is extracted into the beamlines and the experiment stations, and the rest has to be absorbed and transferred out of the storage ring.Photon absorbers are placed at different points of the storage ring to intercept the unused synchrotron radiation an...
Keywords:Accelerator  Synchrotron radiation  Thermal load  Photon absorber  
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