PPT-The MICE target and the ISIS BPS system

By Edward Overton 1 Overview Background Target Behaviour amp BPS Limits Implementation FPGA Software Hardware Calibration amp Testing Plans 2 Background The decision to implement a firmware based BPS system was taken based upon discussionsrecommendations from ISIS staff in August last year. Daresbury. . Laboratory. August 2013. . Latest results of MICE amplifier testing. People. Over the last couple of months a intensive period of RF testing and power supply optimisation by the following people has brought good results, thanks too:-. Linking the Pieces of a Student's Individualized Plan. Individual Student Information System—School-Wide Information System (ISIS-SWIS). October 2013. Agenda. What is ISIS-SWIS?. How do I get ISIS-SWIS at my school?. P J Smith. CM 25. Wed 4. th. November 2009. Overview. Several New Targets have been built and tested. T1, T2 and T2 Mk II.. Target T1 is now installed on ISIS and has been instrumental (along with all the other hardware!) in commissioning the MICE beam line.. Daesh. :. Where have they. come from, and why?. Sunni-Shia Divide. Muhammad spread Islam – established “Caliphate,” sovereign state of Muslims. Died 632AD – disagreement as to successor. “Sunnis” – Elect . Guidebook. AGENDA. . General . information. . Administration. . of. ISIS. Public Information Portal. My Studies Portal. Student’s Portal. Personal Management. Information System Adjustment. Other Useful Hints. 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. G.CECCHET. MOM report. Hall PPS commissioning. Target tests last night. MOM laptop. MOM report. Hall PPS commissioning. The PPS system is near is near final commissioning. Craig is discussing with ISIS in order to do the final tests on the PPS crates in the MLCR. DSA already under PPS control of ISIS. Any access to DSA has to be discussed with ISIS. New OPN from . C. Booth, P. Hodgson, R. Nicholson, P. J. Smith, Dept. of Physics & Astronomy. University of Sheffield, England.. p.j.smith@sheffield.ac.uk. for PAC09. 1 – The MICE Experiment . 2 - The Target Mechanism. Goldsmith’s Particle Physics Summer School. 21. st. July 2009. Outline. 1.. . Why MICE?. . - a brief overview of the Standard Model. - . n. eutrino . m. asses and oscillations. - the neutrino factory and muon cooling. 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. Tristan . Davenne. 20. th. May 2015. 2. nd. Radiate Meeting. Oxford University. TS1 core FLUKA geometry. Geometry includes 12 tantalum clad tungsten plates and heavy water channels in between. Does not include stainless steel water manifolds on side of target.. (STFC Rutherford Appleton Laboratory). SNS Target Simulation Workshop. 6. th. April 2021. Acknowledgements. High Power Targets Group:. Chris Densham, Tristan Davenne, Mike Fitton, Peter Loveridge, Nathan O’Donoghue, Mike Parkin. 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) - .