PPT-Beam halo collimation with bent crystals

Author : aaron | Published Date : 2017-08-11

UA9 experiment Emelie Nilsson Chalmers University of Technology Sweden Supervisor Dr Walter Scandale OUTLINE 1911 Students coffee session Crystal collimation the

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Beam halo collimation with bent crystals: Transcript

UA9 experiment Emelie Nilsson Chalmers University of Technology Sweden Supervisor Dr Walter Scandale OUTLINE 1911 Students coffee session Crystal collimation the theory UA9 experiment in SPS. slow extraction assisted by bent crystals in the SPS. B.Goddard. , . W.Scandale. 23/7/15. Investigation topics. Loss reduction. : Bent . crystals could be used to intercept . separatix. . particles that otherwise would . MDs. FLUKA study: E. Skordis, A. Lechner, F. Cerutti. based on . Sixtrack. input:. . D. . Mirarchi. , S. Redaelli. Introduction. MQ7. Cell 8. MQ8. MQ9. MQ10. MQ11. MQ13. MQ12. MQ14. Cell 9. Cell 10. Alessandro . variola. , . lal. - in2p3 – . cnrs. Thanks. to . T.Demma. , . L.Burmistov. UA9 is the crystal-assisted collimation experiment at CERN. . The aim of this experiment is to demonstrate that bent crystals can work as a “smart deflector” on primary halo particles. R. Assmann. 25.3.2010. Joint Meeting SPS Upgrade Study Group and SPS Task Force. Introduction. This is a brain-storming talk.. No detailed technical work done but enough to . explore and discuss a collimation option for SPS. Bambade. Laboratoire. de . l’Accélérateur. . Linéaire. Université. Paris 11, . Orsay. , . France. o. n behalf of: . Frédéric. . Bogard. , Patrick . Cornebise. , Angeles . Faus. - . . . reach. R. . . Bruce, . R. Assmann,. M. . Cauchi. , D. . Deboy. , L. . Lari, . S. . . Redaelli, A. . Rossi, . B. . Salvachua, G. . Valentino. Acknowledgements. :. W. . Herr, . M. Lamont, R. . de . Maria, . P. Thieberger, C. Chasman, W. Fischer, D. Gassner, X. Gu, M. Minty, A. Pikin . Speculations based on:. The . electron backscattering detector (eBSD), a new tool for the precise mutual alignment of the electron and ion beams in electron lenses* . D. Douglas for the . JLab FEL anarcho-syndicalist commune. ERL Configuration & Performance. E~80-135 . MeV. I~10 . mA. (135 . pC. x 75 MHz). e. N. transverse. ~ 5-10 mm-. mrad. . (charge dependent). SLAC. 2014 September 19. Alan Fisher. SLAC National Accelerator Laboratory. Your Hosts. Program Committee. Alan Fisher, SLAC. Rhodri Jones, CERN. Administration. Deborah Lilly, SLAC. Fisher – Beam-Halo Workshop. on behalf of collimation team, aperture team. R. Bruce, . 2016.06.28. R. Bruce, . 2016.06.28. 1. R. Bruce, . 2016.06.28. 2. MD . 1673: Detailed IR aperture measurement for . β. *-reach (1). Motivation: aperture measurements in commissioning showed some features that are not well understood. Hao. Zhang. University of Maryland/University of Liverpool/Cockcroft Institute. Outline. Introduction. Motivation to Study Beam Halo. Method. Adaptive Method Using Digital Micro-mirror Device. Experiment . R&D session (. 1. ). Philip . Bambade. Laboratoire. de . l’Accélérateur. . Linéaire. Université. Paris 11, . Orsay. , France. FCPPL. . Workshop . Clermont . Yury M. Ivanov, PNPI (Gatchina). Contributors: Yu. Gavrikov, B. Gorshkov, P. Ivanova, M. Koznov, L. Maliarenko. Slow Extraction Workshop, 24-28 (JST) Jan, 2022, J-PARC/KEK. Channeling. 2. Parallel beam. beam in UA9. W. Scandale. Historical perspective. RD22 at the CERN-SPS as a test bed of beam extraction at LHC. E853 at the FNAL-. Tevatron. as a test bed for the SSC. T. he CERN-INTAS programmes on crystal technology.

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