NSLS-II storage ring insertion device and front-end commissioning and operation

Wang, G.; Shaftan, T.; Amundsen, Christopher; Bassi, Gabriele; Bengtsson, Johan; Blednykh, Alexei; Blum, E.B.; Cheng, Weixing; Choi, Jinhyuk; Chubar, Oleg; Corwin, Todd; Davidsaver, Michael; Doom, L.; Guo, Weiming; Harder, D.; Hidaka, Yoshiki; Hu, Yongli; Ilinski, P.; Kitégi, Charles; Kramer, S.L.; Li, Y.; Musardo, Marco; Padrazo, D.; Podobedov, B.; Qian, Kun; Rainer, Robert; Rank, J.; Seletskiy, Sergei; Sharma, Sanjeev; Singh, Om V.; Smaluk, Victor; Smith, Raymond Τ.; Summers, T.; Tanabe, Toshiya; Willeke, F.; Yang, Lingyun; Yang, Xi; Yu, L.H.

doi:10.1063/1.4952823

Cited by 3 publications

(2 citation statements)

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“…The insertion device and their front end commissioning [5] started in Oct., 2014 and reached 25 mA supplied to all the user beamlines in Dec. 2014.…”

Section: Sr Id and Fe Commissioning Resultsmentioning

confidence: 99%

NSLS-II commissioning and operation

Wang¹,

Shaftan²,

Bassi³

et al. 2016

AIP Conference Proceedings

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Abstract. The National Synchrotron Light Source II at Brookhaven National Lab is a third-generation synchrotron radiation facility that has been commissioned in 2014. The facility is based on a 3 GeV electron storage ring, which will circulate 500 mA of beam current at 1 nm rad horizontal emittance. The storage ring is 792 meters in circumference and will accommodate more than 60 beamlines in the final built-out. The beamline sources range from insertion-devices located in straight sections, bending magnets or three-pole-wigglers configured in multiple branches. The NSLS-II storage ring commissioning was successfully completed in July 2014 and the facility delivered the first user light on October 23, 2014. Currently the storage ring reached 300 mA beam current and achieved 1 nm rad of horizontal emittance with 3 sets of Damping Wigglers. At this point six NSLS-II project beamlines are routinely taking photons with beam current at 150 mA. This paper reviews the NSLS-II accelerator design and commissioning experience.

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“…The insertion device and their front end commissioning [5] started in Oct., 2014 and reached 25 mA supplied to all the user beamlines in Dec. 2014.…”

Section: Sr Id and Fe Commissioning Resultsmentioning

confidence: 99%

NSLS-II commissioning and operation

Wang¹,

Shaftan²,

Bassi³

et al. 2016

AIP Conference Proceedings

Self Cite

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“…The final phase of the NSLS-II Storage Ring (SR) commissioning [1][2][3][4], which took place in the fall of 2014, included commissioning of first eight insertion devices (three damping wigglers, one elliptically polarized and four planar in-vacuum undulators) and raising stored beam current to 50 mA. The final SR commissioning phase also included commissioning of the six beamlines (two of three DWs do not have beamlines) and of respective beamline frontends (FE).…”

Section: Introductionmentioning

confidence: 99%

Commissioning of the synchrotron radiation protection system and beamlines frontends at NSLS-II

Seletskiy

Amundsen

Choi

et al. 2016

AIP Conference Proceedings

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Abstract. The first eight insertion devices (IDs) at the NSLS-II were commissioned during the fall run of 2014. In this paper we discuss commissioning of the synchrotron radiation protection (SRP) system and beamline frontends (FE) for the respective IDs. We describe the diagnostics utilized if FE commissioning and a procedure that was used for the alignment of the photon beam from insertion devices in the beamline frontends. Then we discuss the current status of the SRP system and operation of the commissioned frontends.

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