PPT-Vacuum System for Beam Transport

Catalin M Ticos National Institute for Lasers Plasma and Radiation Physics INFLPR 077125 Bucharest Romania Engineering issues related to beam delivery to target Motivation Identify engineering issues related to beam propagation in vacuum. 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…. Lau and . Niels. , NA62 TD meeting, 17 March 2014. Outline. Complete the crane consolidation in TCC8. Reinstall front-end after alignment checks. Consolidation of T10 target. Close. . up roof shield above front . issues. J.M. Jimenez. Main Topics. Introduction. Vacuum requirements. Vacuum engineering considerations. What was learnt?. Closing Remarks. Introduction. Accelerator vacuum requirements. LEP particle beams were travelling under vacuum to reduce beam-gas interaction which was responsible for:. (with beam energy up to 5 . TeV. ) .  . Laurent Tavian. Thanks to contribution and helpful discussions with. M. Jimenez, V. Parma, F. . Bertinelli. , . J.Ph. . Tock,. R. van . weelderen. , S. . Claudet. overpressure release . V.Parma. ,TE-MSC, with contributions from:. V.Baglin. , . P.Cruikshank. , . M.Karppinen. , . C.Garion. , . A.Perin. , . L.Tavian. , . R.Veness. . Chamonix, 3. rd. February 2009. Introduction to RFQ Injector Upgrade W. Pellico September 1 2011 1 An Old Idea – RFQ Injector Fermi Lab had/has considered RFQ’s Late 1980’s BNL and Fermi Lab worked with LBL on a RFQ design 200 CERN . TE-VSC. , Geneva. 2. V. Baglin CAS@ESI, Archamps, France, October 7-11, 2019. 3. Outline. Vacuum Basis. R. Cimino . LNF-INFN, . Frascati. (Italy) . & . Presently CERN, Geneva, CH. 1. LNF-INFN will perform complementary studies on beam-induced stimulated desorption phenomena by photons, electrons and ions. . CIBU Blind FailureUJ 331v0benjamintoddcernchLHC Beam Interlock System2of 27CIBU Failure Explanation2 Before the Incident-Vacuum System as Tested-Conformity-Functional Testing1 Background-CIBU Input Ci 25 September 2009. Role of the MDI. The MDI is the part of the CLIC facility (approximately) inside the detector cavern, i.e. the area in which there is a strong coupling of technical subsystems of the machine and of the physics detectors. The lines for the spent beams shall also be considered part of the MDI. July 3rd, 2013. MI/RR Shutdown . 2013. Injection Region:. . All vacuum installation work complete. MI beam pipe replaced and leak checked. . . MI/RR Shutdown . 2012. RR-30 . straight:. Installed MI Injection . C. Garion, V. Baglin, Q. Deliege. 3. rd. International Review on the 11 T Dipoles at Collimator Section for the HL-LHC. 6-8 April 2016. CERN. Outline. Current design status of beam lines . Design studies. On . behalf. of . many. people. AD – ELENA . transfer. line. . Position. . Profile. . (. Intensity. ). ELENA ring. . Position. Tune. . Profile. . (. Intensity. ). . Recombination. rate. for the FCC-. ee. MDI Group. FCC-. ee. MDI Workshop, CERN. , January 16-27 2017. Main . Topics discussed . B. aseline KO . optics with L* = 2.2 . m. IR Layout and many issues connected to it, like:.