Aleksandra Wronska - Meson

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Hadron Calorimeter Detection of neutral hadrons in particular neutrons and antineutrons – important, e.g. for triggering Number of events with a neutral hadron in FS increases with p beam and exceeds 30% for p beam >5 GeV/c (where acceptance of FS for antineutrons > 50%) Two options of HCAL considered now: MIRAC type: 8mm steinless steel plates sandwiched with 3.2mm scintillator plates, read out through WLS fibres σE/E = 0.034 ⊕ 0.34/√E idea to refurbish old MIRAC calorimeter; first test measurement done, but inconclusive Muon Filter: 3cm stainless steel plates interlaced with gas detectors allows also to distinguish between charged hadrons and muons 10 A.Wrońska, MESON2008
Tracking detectors DCH vs. STT In FS, in particular close to the beam pipe, severe conditions for a conventional tracking detector high particle flux (ageing!) high hit rates (problems for DAQ) 11 A.Wrońska, MESON2008
Page 1 and 2: Forward Spectrometer of PANDA - req
Page 3 and 4: Forward Spectrometer in PANDA PANDA
Page 5 and 6: Physics example: charmonium spectro
Page 7 and 8: PID detectors: TOF and RICH TOF for
Page 9: Electromagnetic calorimeter - proto
Page 13 and 14: Readout of prototype DCH Readout
Page 15 and 16: Prototype DCH - results of tests Mo
Page 17 and 18: Forward Spectrometer in PANDA PANDA

Aleksandra Wronska - Meson

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