PPT-WP3: Beam Transfer Challenges

MAtanasov MBarnes TKramer BGoddard Pvan Trappen Special technologies Summary All WPs are ongoing with some delay already accumulated due to failure to find 2 PhDs in the last round Have visited or discussed with at least 14 potential collaborators Universities of Dundee Manchester Darmstadt amp . 07:42 – Start of injection investigations. 11:11 – Injection problem fixed. . Resteering. of transfer line. Change due to perturbations from ion cycle?. 11:42 – Start of checks for transfer line collimators. Top Level Requirements. Deliver properly configured periodic train of bunches to cooling channel at appropriate repetition rate. 54 . MeV. Few mm-. mrad. 0.01% x ~ 1 cm . 2 . nC. Rep rate of 750 MHz/N, N=1,10,100…. by Mike Plum. Ring Area Manager. Spallation Neutron Source. Workshop on Optics . Measurements, Corrections, and Modeling at High Performance Storage . Rings, CERN, . June 20-22, 2011 . High . i. ntensity challenges. Targets. Bernie . Riemer. (ORNL). (Jan. 13, 2012). Fundamentally, . target . challenges are driven . by:. High power density. High energy density (pulsed systems). Material limits on temperature, stress / shock . or how to keep all particles inside beam chamber. Piotr Skowronski. In large majority based on slides of. B.Holzer. . https://. indico.cern.ch/event/173359/contribution/9/material/0/0.pdf. F.Chautard. Targets. Bernie . Riemer. (ORNL). (Jan. 13, 2012). Fundamentally, . target . challenges are driven . by:. High power density. High energy density (pulsed systems). Material limits on temperature, stress / shock . A state of the art. J. . Knaster. a. , D. . Bernardi. b. , A. . García. c. , F. . Groeschel. h. , R. . Heidinger. d. , M. . Ida. e. , A. . Ibarra. c. , G. . Micchiche. b. , F.S. . Nitti. a. , M. . Sugimoto. A state of the art. J. . Knaster. a. , D. . Bernardi. b. , A. . García. c. , F. . Groeschel. h. , R. . Heidinger. d. , M. . Ida. e. , A. . Ibarra. c. , G. . Micchiche. b. , F.S. . Nitti. a. , M. . Sugimoto. Wednesday 18 May 2011. Representatives from:. TE-ABT (Brennan). BE-RF (Elena). BE-APB (Tatiana, Giovanni, . Hannes. ). BE-OP (Giulia, Fabio). BE-BI (JJ Gras, Lars). 1. Lars K. Jensen BE-BI. Commonalities. Robert Hardin. Before I Begin… Many Thanks Go To:. Craig Deibele, Sasha Aleksandrov, . Slava. Danilov, Andy Webster, Jeff Bryan, Jim Diamond, George Link, . Syd. Murray III. You. … For giving me the opportunity to be here today!. 10-12 October, 2017. 121.3.14 and 15: Beam Transfer Line, Beam Absorber Line. Linac Accelerator Support Systems, Installation and Commissioning. Outline. Overview. Requirement. Conceptual Design and Specifications. Wolfgang Bartmann. CERN. (based on lectures by M.J. Barnes, J. Borburgh,. B. Goddard, V. Kain and M. Meddahi). Septa, Kickers and Transfer Lines. Beam transfer devices. Septa. Kickers. Transfer lines. Bob . Gunion. Lawrence Berkeley National Laboratory. June, 2018. 1. ALS-U Facility Status. Outline. DOE Approval Status. What is ALS-U. Strategy. 2. DOE Approval Status. Currently at Conceptual Design stage, Reviews in progress. Purpose of machine protection, risks, challenges, issues and objectives. Michael Jonker (CERN. ). Experience from MP in LHC, Markus Zerlauth (CERN. ). Experience from MP in Flash, lessons for XFEL,. Martin .