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This paper presents a consolidated view of the beamline used in MICE, compiling past and present information into a structured document. It includes essential details such as beamline layout, historical context, magnet characterisation, target analysis, and detector performance. Furthermore, it discusses recent measurements of Q1 and D1, addressing issues like dipole hysteresis and effective lengths. The aim is to enhance understanding and optimise the beamline’s performance through comprehensive data analysis and collaboration among potential authors.
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m. apollonio – Imperial College Beam Line Paper MICE CM26 - Riverside
Some time ago I was thinking of putting together, in a comprehensive form, all that • we know of the beamline • - There is a lot of past and present information scattered around, shown at CMs, VCs, or found in notes and old document • It should be summarised in a consistent document • incidentally at the beginning of January I took some time to do some measurements on Q1 and D1 that were missing since the first characterisation of the BL • Histeresys of the dipole • Effective length of Q1 (Q2/Q3) MICE CM26 - Riverside
I was animated by this sort of • tidying up spirit … • … when Alain asked me to coordinate a paper about the beamline • this talk is an attempt at structuring this article • and deciding topics … • and potential authors MICE CM26 - Riverside
STRUCTURE • Beam Line Layout • (some historical interlude and reasons for the choice) • Magnet Characterisation • The Target • Dipping tests • Detectors • Optics • Analysis of data (Q123 scan / Dsol scan / Proton Absorber …) • The (e,P) matrix • - introduction • - optimisation of the line • - emittance/momentum determination from data • Diffuser … and beyond the Infinity MICE CM26 - Riverside
DISCUSSION … MICE CM26 - Riverside