PPT-Collimation in SPS?

R Assmann 2532010 Joint Meeting SPS Upgrade Study Group and SPS Task Force Introduction This is a brainstorming talk No detailed technical work done but enough to explore and discuss a collimation option for SPS. 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. Bruce C. Brown. Main Injector Department. 29 July 2015. Meeting Outline. BCBrown.            (5 min) Introduction and Issues . Igor . Tropin.          (15 min)     Status MARS/MAD-X Tools. *. R. Bruce. , . R.W. Assmann, W. Herr, D. Wollmann. Acknowledgment: . T. Baer, W. . Bartmann. , C. . Bracco. , S. . Fartoukh. , M. . Giovannozzi. , . B. Goddard, S. . Redaelli. , R. Tomas, G. . Vanbavinckhove. M. Giovannozzi – Collimation Upgrade Specification Meeting #25. 1. Optics flexibility in . IR3/7. Massimo . Giovannozzi. Acknowledgements: . P. . Fessia. , . S. . R. edaelli, . T. . Risselada.. Remark: design effort to . Bien . positionner le miroir secondaire devant le . porte-oculaire. Normalement, ceci n'aurait pas à être fait plus d'une fois, soit la première fois que vous utilisez un nouveau télescope. Par le petit trou de l’oculaire de collimation vous devriez voir le miroir secondaire avec le miroir primaire qui s'y réfléchit. Le miroir secondaire devrait paraître centré et bien rond. . UA9 experiment. Emelie Nilsson. Chalmers University of Technology, Sweden. Supervisor: Dr. Walter . Scandale. . OUTLINE. 1/9/11. Student's coffee session. Crystal collimation- the theory. UA9 experiment in SPS. An RVAS Meeting Program. By Frank Baratta. March 20, 2017. Horsehead Nebula: Public domain image at PixaBay.com. © F. Baratta, 2017; Graphics and images © F. Baratta, 2017, except as noted . . . . bad collimation is the number one killer of telescopes, world wide . . .. 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, . Zhirong . Huang. March 6, 2012. FLS2012 Workshop, Jefferson Lab. Outline. Introduction. Seeding and TW. Attosecond. pulses. Better beams. SASE wavelength range: . 25 – 1.2 . Å. Photon energy range: . 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. Skordis. . & F. . Cerutti. loss input by: E. . Quaranta. , R. Bruce and S. . Redaelli. Protection screen design with: . P. Fessia , L. . Favre. ,. . P. A. . Thonet. 2/9/2013 Collimation Working Group. France I. Rousselle, J. Farah, F. Dufay, A. Noel1,3, C. Corbet, N. Rossetto, C. Mabit, B. Royer, L. Gonzalez Keywords: Action 9 - Facilitation of research in advanced topics of radiation protectio 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. TeV. R. Bruce, . A. Mereghetti. , S. Redaelli, B. . Salvachua. rMPP. . Meeting, CERN, . 26. th. Oct . 2015. DS . downstream of . IR7. :. Affected by . leakage. from . betatron. . collimation. system (single diffractive events);.