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Beamline & HRS Analysis. Navaphon Muangma (Tai) SRC COLLABRATION MEETING TUESDAY 21, FEBRUARY 2012 JEFFERSON LABORATORY. BEAMLINE. BPMs BCMs raster. BEAMLINE --> BPMs. Transformation constant Technique: using the blue eye scan: the five know locations at each BPMA & BPMB.
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Beamline & HRS Analysis Navaphon Muangma (Tai) SRC COLLABRATION MEETING TUESDAY 21, FEBRUARY 2012 JEFFERSON LABORATORY
MIT & JLAB BEAMLINE • BPMs • BCMs • raster
MIT & JLAB BEAMLINE --> BPMs Transformation constant • Technique: using the blue eye scan: the five know locations at each BPMA & BPMB
MIT & JLAB BEAMLINE --> BPMs
MIT & JLAB BEAMLINE --> BCMs
MIT & JLAB BEAMLINE --> RASTER With the know position of the non-raster beam we can calculate the raster constant for both left and right arm read out. All databases are posted on analysis webpage.
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs-- • LEFT HRS • VDCs t0 • PION REJECTOR • CHERENKOV • TIMING • RIGHT HRS • VDC • TIMING
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs--
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs--
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs--
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs--
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs-- • LEFT HRS OPTICS • RIGHT HRS OPTICS
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs--
MIT & JLAB HALL A HIGH RESOLUTION SPECTROMETERS--HRSs--