Workshop on Accelerator R&D for Ultimate Storage Rings
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Asia/Shanghai
Qing Qin
(IHEP)
,
Robert Hettel
(SLAC)
Description
Storage ring-based light sources will continue to play a vital role in X-ray science into the future since they offer beam properties that are complementary to FEL sources. Ring-based sources provide highly stable photon beams having low peak brightness with high average brightness and pulse repetition rate, photons that do not over-excite or damage samples the way those from FELs do, and they serve a large number of diverse users simultaneously. There are now emerging scientific applications and experimental methods that would greatly benefit from ring-based sources having much higher brightness and transverse coherence than present or near-future storage ring facilities – storage rings having electron emittance < ~100 pm-rad in both transverse planes – on the scale of the diffraction limited emittance for hard X-rays. Several institutions world-wide are now including the prospect of building diffraction-limited “ultimate” storage rings (USRs) in their 10-year development plans. These machines push the state of the art for storage ring accelerator and photon beam line design, presenting many significant challenges that must be addressed with R&D.
Participants
Alexander Kling
Amor NADJI
Andrea Franchi
Christoph Steier
Chuang Zhang
Eshraq Al-Dmour
Eugene Levichev
Francesco Sette
Fusan CHEN
gang xu
Gennady Kulipanov
Gwo-Huei Luo
Haruo Ohkuma
Heinrich Johannes Bahrdt
Hong Ding
Huamin Qu
Huihua LU
James Safranek
Jean-Claude DENARD
Jian Cheng
Jianshe Cao
Jinhui Chen
Joel CHAVANNE
Junhui Yue
Karl Bane
Konstantin Zolotarev
Kouichi Soutome
Lei Wu
Leonid Rivkin
Lin Liu
Lin ZHANG
Lixin Yin
Manuela Boscolo
Mark Jaski
Martin Johansson
Michael Borland
Mikael Eriksson
Ming Li
Olaf Dressler
Pantaleo Raimondi
PEDRO FERNANDES TAVARES
Qiaogen Zhou
Qing Qin
Riccardo Bartolini
Robert Hettel
Rodney Gerig
Ruy Farias
Saike Tian
Shin-ichi Kurokawa
Shuhong Wang
Simon Leemann
takahiro fujita
Vladimir Korchuganov
Wang Jiuqing
Wen Kang
Xiaobiao Huang
Xiaoming JIANG
Yi Jiao
Yingzhi Wu
Yoshito Shimosaki
Yuhui Dong
Zhentang Zhao
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Welcome and Introduction SessionConvener: Xiaoming Jiang (Institute of High Energy Physics, CAS)
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3
Scientific cases for USRSpeaker: Prof. Hong Ding (Institute of Physics, CAS)
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Session 1: Lattice Design (part 1)Convener: Gang Xu (Institute of High Energy Physics, CAS)
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10:35
Group photo and Coffee break
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Session 2: Lattice Design (part 2)Convener: Haruo Ohkuma (Spring-8)
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12
Discussion
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12:15
Lunch
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Session 3: Accelerator Physics (part 1)Convener: Pantaleo Raimondi
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18
Discussion
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15:30
Coffee break
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Session 4: Accelerator Engineering (part 1)Convener: Prof. Mikael Eriksson (MAX-lab)
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25
Discussion
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18:30
Dinner
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Session 1: Lattice Design (part 3)Convener: Jiuqing Wang (Institute of High Energy Physics, CAS)
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31
Discussion
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10:15
Coffee break
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Session 2: Accelerator Physics (part 2)Convener: Qing Qin (Institute of High Energy Physics, CAS)
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35
Discussion
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12:00
Lunch
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Session 3: Injection (part 1)Convener: Dr Zhentang Zhao (Shanghai Institute of Applied Physics,CAS)
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Session 4: Injection (part 2)Convener: Robert Hettel (SLAC NAL)
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Discussion
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16:00
Coffee break
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Session 5: Accelerator Engineering (part 2)Convener: Huamin Qu (Institute of High Energy Physics, CAS)
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Discussion
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18:30
Banquet
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Session 1: Instrumentation and FeedbackConvener: Prof. Jianshe Cao (Institute of High Energy Physics, CAS)
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51
Discussion
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Session 2: Insertion DevicesConvener: Mr Rodney Gerig (Argonne)
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10:15
Coffee break
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58
Discussion
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12:30
Lunch
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Closing Session
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59
Report writing
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15:25
Closeout and Departure
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15:30
Tour to HongLuo Temple
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