PPT-Welcome to the 2014 Beam-Halo Monitoring Workshop

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 BeamHalo Workshop. Maxime Brodeur. Importance of low-E NP research . ARUNA workshop – June 13, 2014. Goal. : understand the . atomic . nucleus. Fundamental symmetries. Nuclear astrophysics. Nuclear structure. By providing stable ion beams and some RIBs, ARUNA currently contributes in all subfields.. Pennazio. F. 1. , . Battistoni. G. 2. , Bisogni MG. 3. , Cappucci F. 2. , . Cerello. P. 1. , Del Guerra A. 3. , . Fiorina. E. 4,1. , Giraudo G. 1. , . Kraan. A. 3. , . Mairani. A. 5. , . Morrocchi. For the NSTX-U Team. NSTX-U Program - FY2015 . Q3 Report*. PPPL and FES. July 23, 2015. *This work supported by the US DOE Contract No. DE-AC02-09CH11466. Outline. Research highlights for Q3. Emphasis on fast ion physics this time…. March 8, 2011. ATLAS Hidden Valley Group Meeting. Steven . Alkire. Organization. Detector signature of beam halo-like events. Designing a cut on beam halo-like events. Implementation. Impact of cut on collision data. Bambade. Laboratoire. de . l’Accélérateur. . Linéaire. Université. Paris 11, . Orsay. , . France. o. n behalf of: . Frédéric. . Bogard. , Patrick . Cornebise. , Angeles . Faus. - . . . Halo . Monitoring. = Very High Dynamic Beam Profile Measurements;. Transversal . (and Longitudinal). Kay Wittenburg, DESY, MDI. Kay.Wittenburg@desy.de. Many slides from: . Beam . halo and bunch purity . 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). 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 . Introduction. L.Gatignon, 16-12-2016. The HALO program. 2. The program is very old and this is clearly visible from the code (well written, but in old Fortran, coping with severe limitations of memory) and from the input and output formats. However, Maxwell’s laws have not changed and the program has been tested and validated over more than 40 years. This outweighs most if not all of the inconveniences (in my personal view),. R&D session (. 1. ). Philip . Bambade. Laboratoire. de . l’Accélérateur. . Linéaire. Université. Paris 11, . Orsay. , France. FCPPL. . Workshop . Clermont . Beam-Beam Effects in circular colliders, . 5-7 February . 2018, LBNL . 2. D. Pellegrini. For:. . F. . Antoniou, G. Arduini, . S. . . Fartoukh. ,. G. . Iadarola, N. Karastathis. , S. . . Papadopoulou. Cédric Hernalsteens. , . Oskari. . Tuormaa. , . Meritxell. . Villen. . Basco. , Christophe . Lannoy. , Robin . Tesse. , Eustache . Gnacadja. , Bjorn Lindstrom, . Eliott. . Ramoisiaux. , Christoph Wiesner, Daniel . Diamond BLMs, BPM, DOROS, BSRT, WS, BGV. 7. th. EVIAN WORKSHOP - December 2016. G. . TRAD. 2. G. Trad on the behalf of BE-BI. Acknowledgments:. S. Bart . Pedersen, . G. . Bau. , E. Bravin. , M. . Gasior.