PPT-Booster Beam Notching Overview for 2012

S Chaurize December 7 2011 Current Notching in 2011 A 3 bucket gap is created using two kickers located at Long 5 and Long 12 Notcher A High Voltage55kV Kicker at Long 5 Noker Lower Voltage Kicker 2040 kV at Long 12. Accelerator Sector Planning and Strategy. Oct. 27 and 28. W. Pellico. Bob Zwaska, Keith Gollwitzer, Fernanda Garcia. Valery Lebedev, Elmie Peoples-Evens, Mary Convery. Outline. History of recent Proton Source upgrade effort. Nov . 1. 9. th. . 2014. Agenda. Summary Update. Current Activities. Updates. Ken . Domann. - PIP Schedule and Budget . Ryan . Crawford - Anode Supplies & Transformers . Pat Sheehan - Bias Supplies / Ferrites . Bob . Zwaska. October . 12, 2011. PIP Meeting. Introduction. Making the Booster notch causes losses. With improvements in cycle efficiency, now a significant fraction of Booster losses. Doubling the throughput requires ~ halving the losses. Haixin Huang. January, 3, 2012. Haixin Huang. 2. Daily Activities of Last Week. 12/19  Difficulty to bring beam into Booster. Source only pulses on u5, not u4.      . Even after resolved latching RLM problem. . William Pellico. Booster Beam Physics Workshop. Nov. 23rd 2015. Outline. Overview of present Booster. Booster beam demands. Ramp up of Booster . Loss profile (time and locations). Planned effort to address beam loss (highlights). On behalf of ALICE simulation team. F. Jackson, J. Jones, J. McKenzie, B. Muratori, Y. Saveliev,. P. Williams, A. Wolski. FLS2012, Jefferson Lab, 5. th. -9. th. March 2012. A. ccelerators and . L. Mary . Convery. PAC meeting. 6 July 2017. Introduction. 2. Fermilab accelerator complex. 3. Short Baseline Neutrino:. MicroBooNE. (ICARUS, SBND). Long Baseline Neutrino:. NOvA, . MINERvA. (LBNF/DUNE). Yuhong. Zhang. MEIC Collaboration Meeting Spring 2015. March 30 and 31, 2015. MEIC ion injector complex was . designed . more than . 10 years . ago . B. ack at that time, it . had a . different . goal for the . Proton Source Workshop. December 7 and 8, 2010. Beam Diagnostic Systems. Beam Position Monitors, BPM. Beam Loss Monitors, BLMs. Beam Emittance Measurement. Beam Current Toroids. Beam Intensity Profile Measurement. Alexander Valishev, Yuri . Alexahin. , Valeri . Lebedev. April3, 2017. PIPI+ discussion. Selected References. http://www-bd.fnal.gov/pdriver/booster/. http://frs.home.cern.ch/frs/Source/space_charge/. for the Neutrino . Program . at Fermilab. Chandra Bhat. Fermilab. Acknowledgements. W. . Pellico. , C. . Drennan. , K. Triplett, S. . Chaurize. , . K. . Seiya. , F. Garcia, B. Hendricks, . T. . . Sullivan and A. Waller. Salah . Chaurize. August 21, 2013. Notching History. Notching is controlled removal of selected proton bunches to facilitate a gap in the beam.. This gap allows the Booster . extraction kickers . magnetic fields to reach full value to allow extraction of the remaining bunches.. Raiymbekov. Y. A.. MOTIVATION. GOAL:. Make good observation of Luminosity dependence on machine parameters for CLIC at 3 . TeV. using . Guinea-Pig simulations. Luminosity spectrum. - . Chandra Bhat. Fermilab. Acknowledgements. W. . Pellico. , B. Chase, S. . Chaurize. , . C. . Drennan. , F. Garcia, B. . Hendrick. , . J. Nelson*, K. . . Seiya. , . T. . Sullivan, C. Y. Tan. , . K. Triplett, M.-J. Yang.