NSLS II: The Future of the NSLS

J B Murphy,J Bengtsson,R Biscardi,A Blednykh, L H A Carr,William H Casey, S Chouhan, S B Dierker, E Haas,R Heese,Steven L Hulbert,E Johnson,Cc Kao,S L Kramer,S Krinsky,I V Pinayev, S Pjerov,B Podobedov,G Rakowsky,John K Rose,T Shaftan,B Sheehy,J Skaritka,N A Towne,J M Wang,X J Wang, L H Yu

Proceedings of the 2005 Particle Accelerator Conference（2005）

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摘要

The National Synchrotron Light Source at BNL was the first dedicated light source facility and it has now operated for more than 20 years. During this time the user community has grown to more than 2400 users annually. To insure that this vibrant user community has access to the highest quality photon beams, the NSLS is pursuing the design of a new ultra-high brightness (∼1021) electron storage ring, tailored to the 0.3-20 KeV photon energy range. We present our preliminary design and review the critical accelerator physics design issues.

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关键词

physical design,structural beams,thermal management,radio frequency,lattices,brightness

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