PPT-Status of MICE Tracker System

H Sakamoto Osaka University on behalf of the MICE Collaboration International Muon Ionization Cooling Experiment MICE Muon storage ring is needed for the next generation of physics studies in neutrino factory . RFCC Module Status: RF Cavities. Derun. . Li. A. . DeMello. , S. . Virostek. , M. . Zisman. Lawrence Berkeley National . Laboratory. NFMCC . Collaboration Meeting. The University of Mississippi, Oxford, MS. K Ronald, University of Strathclyde. For the MICE RF team. 1. MICE Project Board 14th November 2013. Specifications for the MICE RF system. To demonstrate sustained cooling (MICE Step VI) requires 8 cavities at 8MV/m. Strips. . operations. , 2012 outlook. Strip Tracker Status. L.D. : Tracker status - TPO 22/03/2012. 1. Dead channels evolution:. <SST> =1.5 . . 2.2%. 2. 1 CR short. HV shorts. Lost 1 CR. K Ronald, University of Strathclyde. For the MICE RF team. 1. MICE Project Board, 17th April 2015. Content. 2. Redesigned distribution network. Change from STEP V design. Used under-floor delivery. T. ie. everything except pixels. including some track trigger. Geoff Hall. October 2009. Phase II sessions. Organised. as summaries, because:. limited time available. future longer workshops will allow to cover all ongoing activities in more detail. CMS Tracker. , . commissioning, operation, future perspectives. Michael Hoch. . 2. June 2010. CMS Si Detector. Commissioning to Operation. Radiation Damage . Upgrade. LHC planning. Outline :. Working principle of a Si detector. K Ronald, University of Strathclyde. For the MICE RF team. 1. MICE RF Review 9th Sept 2016. MICE High Power RF systems. 2. MICE HPRF system requirements have changed. Fewer cavities, no coupling coil. Tim Stanley, . MICE RF Engineer, RAL. 2 June 2014. RF Amplifiers – Performance at DL. RF Amplifiers - Performance. 2 MW RF output was achieved at . Daresbury. , in July 2013, on amplifier chain #1.. For the MICE RF team. 1. MICE RF Review, 9th September 2015. Content. 2. The MICE experiment. Outline of the key features of the apparatus. Role of and requirements for the RF system. MICE RF Cavities. Problem with tying tracker . tracks . into . global co-ordinates.. . Solved. Part of the solution lead to a validation of the tracker . software. Digits . Clusters . Spacepoints. . Straight tracks. Problem with tying tracker . tracks . into . global co-ordinates.. . Solved. Part of the solution lead to a validation of the tracker . software. Digits . Clusters . Spacepoints. . Straight tracks. FCC . Hadron Detector Meeting. July 27. th. 2015. W. Riegler. FCC Week 2016. Rome, 11 – 15 April 2016. Document on physics at 100TeV. Including detailed characterization of benchmark channels.. D. MICE RLSR – November 13, 2013 Alan Bross . Outline. Spectrometer Solenoids. 2 needed for Step IV. Coupling coil magnets. 2 needed for Step VI. Magnetic mitigation. Overview of procurement. More from Jason today & . Center for Beam Physics . Lawrence Berkeley National Laboratory. MAP Winter Meeting at SLAC. March 6, 2012. MICE RF System Overview. Hardware. Two RFCC modules: two pairs of four 201-MHz RF cavities with 16 coaxial loop RF couplers and ceramic RF windows (two per cavity) - .