PPT-LIU Beam Studies Review SPS Session

SPS Session 28Aug2012 Q20 instability improvement TMCI threshold expected at 35 e 11 for low vert chroma Up to 4 e 11 no TMCI observed Gives margin to reach. 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 . Tatiana Rijoff, Frank Zimmermann . ColUSM. #19 - 01/03/2013. long-range beam-beam collisions . perturb motion at large betatron amplitudes. , where particles come close to opposing beam. cause . ‘diffusive aperture’. W. . Hofle. LIU-SPS HBW damper review. LIU SPS Coordination, 28.08.2013. Objectives. Review . to cover. :. Motivation, specification, performance, technology (kicker . choice), milestones, deliverables, project organization, responsibilities and . Project Leader . Malika MEDDAHI . Deputy . Project Leader . Giovanni . RUMOLO. LIU Project Team. J.CACHET, J.COUPARD, A.DELEU, J.DOUBLE, A.FUNKEN, R.GAROBY, S.GILARDONI, B.GODDARD, K.HANKE, D.MANGLUNKI, M.MEDDAHI, C.NOELS, . Objective: . coat at least 90% of the SPS with a carbon thin film with low secondary electron emission in order to mitigate electron cloud.. Objects to coat: . dipoles (MBB+MBA = 70%), . Quadrupoles. TE/MSC activities . D Bodart . 23/11/2016. LIU-PS. The . following. . lists. . includes. all items . concerning. . magnets. for the PS-LIU . project. .. IPM vertical . magnet. has to . be. . defined. Our first 13 years of making a difference . . . . . We are a specialist consultancy . providing a complete range of . procurement and commissioning transformation . services.. Our Approach to Procurement Transformation. Contract Closeout in SPS Once contracts are marked as closed in EDA, some Components may want to close the contracts in SPS as well in order to keep systems in sync, although this is not required Mass Closing Contracts in SPS: F.Roncarolo. , . E.Bravin. , . S.Burger. , . A.Goldblatt. , . G.Trad. Contents. SPS Beam Synchrotron Radiation (BSR) Monitor. SPS Matching Monitor . 3. SPS Synchrotron Light Monitor. 4. SPS BSR Specifications. LIU beam parameters at LHC injection . Lower intensity values at fixed brightness are equally achievable. LIU beam commissioning . over Run 3. Gradual ramp up with recovery of pre-LS2 performance in 2021 . Montreux, 20-22 January 2020. Upgrade . beyond baseline: LIU2. H. Bartosik. With input from:. M. Barnes, . M. . Calviani. , P. Cruikshank, H. . . Damerau. , GP. Di Giovanni, B. Goddard, . K. . Hanke. twenty years through . the efforts of several advisors and a number of enthusiastic students devoted to outreach. It has earned national recognition as well as a local reputation as one of the most dynamic and longest–lived clubs on campus. With a focus on several specific goals including outreach, fundraising and project construction, the club consistently attracts a following of students led by a core of dedicated officers willing to expend the time and energy necessary for a robust program. In this poster, we present an overview of our outreach, fundraising, and project construction efforts. We also offer recommendations for guiding a successful SPS chapter. Thomas Kaltenbacher . LIU-BD-WG, 15062017. 1. LIU-BD-WG, 15062017. 2. Outline. QF/QF closed flanges studies. Shielded QF/MBA; gasket gap filling. SPS pumping ports. DN400 valve. LHC-BGI in the . SPS. Carla Moran. Beam Position Section. 1. 2. Beam Position Monitor. Centered Beam. t. Beam pipe. Electrode . A. Electrode . B. t. t. Beam pipe. Electrode . A. Electrode . B. t. 3. Beam Position Monitor.