2017OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)Open access

Progress on the Design of the Storage Ring Vacuum System for the Advanced Photon Source Upgrade Project

B. Stillwell, Brian Billett, B. Brajuskovic, Jason Carter, Edmund Kirkus, Mark Lale, Jason P. Lerch, J. R. Noonan, M. O'Neill, Benjamin Rocke, Kamlesh Suthar, Dean Walters, G. Wiemerslage, John Zientek

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Abstract

Recent work on the design of the storage ring vacuum system for the Advanced Photon Source Upgrade project (APS-U) includes: revising the vacuum system design to accommodate a new lattice with reverse bend magnets, modifying the designs of vacuum chambers in the FODO sections for more intense incident synchrotron radiation power, modifying the design of rf-shielding bellows liners for better performance and reliability, modifying photon absorber designs to make better use of available space, and integrated planning of components needed in the injection, extraction, and rf cavity straight sections. An overview of progress in these areas is presented.

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What this paper is about

Recent work on the design of the storage ring vacuum system for the Advanced Photon Source Upgrade project (APS-U) includes: revising the vacuum system design to accommodate a new lattice with reverse bend magnets, modifying the designs of vacuum chambers in the FODO sections for more intense incident synchrotron radiation power, modifying the design of rf-shielding bellows liners for better performance and reliability, modifying photon absorber designs to make better use of available space, and integrated planning of components needed in the injection, extraction, and rf cavity straight sections. An overview of progress in these areas is presented.

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Available abstract

Recent work on the design of the storage ring vacuum system for the Advanced Photon Source Upgrade project (APS-U) includes: revising the vacuum system design to accommodate a new lattice with reverse bend magnets, modifying the designs of vacuum chambers in the FODO sections for more intense incident synchrotron radiation power, modifying the design of rf-shielding bellows liners for better performance and reliability, modifying photon absorber designs to make better use of available space, and integrated planning of components needed in the injection, extraction, and rf cavity straight sections. An overview of progress in these areas is presented.

Key concepts: Upgrade, Storage ring, Advanced Photon Source, Ring (chemistry), Computer science, Systems engineering, Engineering, Physics

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