1 / 4

ILC Beam Physics Dept.

ILC Beam Physics Dept. Nikolay Solyak. Accomplishments: ILC. ILC Beam Physics (FNAL/SLAC/CERN/DESY/KEK/Cornell) ML Lattice design (A.Valishev) ML “realistic” lattice; Matching to RTML and BDS Static tuning; Emittance growth in ML

misha
Télécharger la présentation

ILC Beam Physics Dept.

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. ILC Beam Physics Dept. Nikolay Solyak APC General Meeting 11 March 2008

  2. Accomplishments: ILC • ILC Beam Physics (FNAL/SLAC/CERN/DESY/KEK/Cornell) • ML Lattice design (A.Valishev) • ML “realistic” lattice; Matching to RTML and BDS • Static tuning; Emittance growth in ML • Effect of dispersion, wakefield and Global Bumps on emittance dilution • Dynamic tuning • Adaptive alignment technique in presence of errors and GM • Developing algorithm and tools for multi-loop feed-back system (LIAR) • Short-range Wakefield studies in ILC SRF cavity • Effect of asymmetry due to HOM and main couplers • RF Kick from accelerating field • Ground Motion and vibration studies (J.Volk, Singatulin, P.Lebrun) • MINOS hall and the LaFarge mine in North Aurora Illinois • Model for FNAL site • CHEF code development (L.Michelotti, F.Ostigui, P.Lebrun) • Study of dark current dynamic and amplification in ILC linac • Model of generation dark current in SRF cavity, propagation thru linac APC General Meeting 11 March 2008

  3. Accomplishments: Other projects • NML Lattice design and beam dynamics (M.Church) • Project X • Thermoionic e-Gun design for NML; • Requirements for phase shifter; • Muon Collider R&D • Study of requirements and SRF specs for different scenario of muon accelerating ring. • LHC upgrade • Crab cavity: Preliminary design of cavity and HOM, LOM damping system. MP analysis, Q-limitations from LHC beam dynamics (collaboration BNL/CERN) APC General Meeting 11 March 2008

  4. Future plans: FY08 and beyond • ILC beam physics (limited resources) • FB system, bumps studies, AA – conference papers • A. Latina RTML 20% (cost reduction); N.Solyak – RTML management • Generic beam physics R&D • Wakefields in HE proton/electron linac and muon collider rings • Code development-CHEF: robustness, beam-based emittance preservation algorithms under static/dynamic conditions • Project X • NML Lattice design and beam dynamics (Project X –options) • E-gun, phase shifter design • Muon Collider R&D • Wakefield compensation for high charge muon bunches • RF reqs for muon bunching and -E rotation section • RF specs for muon colliding ring • LHC upgrade • Crab cavity design • Possible collaboration in LHC injector upgrade: linac/ring transfer, SPL • Ground Motion and Vibrations • Rebuilding the LaFarge mine HLS system • HLS system (new BUDKER ultra sonic sensors) installation in NML. APC General Meeting 11 March 2008

More Related