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CaTS and Dual Readout

CaTS and Dual Readout. CaTS – Calorimeter and Tracker Simulation. http://home.fnal.gov/~wenzel/CaTS.html Describe detector in gdml file (xml like) Define sensitive detector types TrackerSD(Hit) CalorimeterSD(Hit) DRCalorimeterSD(Hit) (Calorimeter + counts produced Cerenkov photons)

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CaTS and Dual Readout

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  1. CaTS and Dual Readout

  2. CaTS – Calorimeter and Tracker Simulation • http://home.fnal.gov/~wenzel/CaTS.html • Describe detector in gdml file (xml like) • Define sensitive detector types • TrackerSD(Hit) • CalorimeterSD(Hit) • DRCalorimeterSD(Hit) (Calorimeter + counts produced Cerenkov photons) • StoppingCalorimeterSD (kills particle after registering total energy) • PhotonSD(Hit): sensitive detector that registers optical photons.

  3. CaTS - Output • uses Root reflexion (gccxml) to automatically create dictionaries for all Hit classes to make the Hits persistent and stores the result in a ROOT file. • Analysis Module allows output of more specific data that is not contained in the Hits class (generation process, particle types) • Hits Class contains SD Type, Location + detector specific data

  4. Tiled Sampling DR Detector • 1.01m x 1.01m, 1 cm square tiles • 1.5 m total absorber width (brass) • Use 25 mm, 50 mm or 75 mm per layer • 7 mm quartz – DRCalorimeterSD • 5 mm scintillator – CalorimeterSD

  5. Std Dev/Mean vs EnergyVaried Absorber Thickness 25 mm 50 mm Whole Detector 20cm x 20 cm window All Scintillation Scintillation Tagged w/ Cerenkov 75 mm

  6. Ring Definition • Test Beam Axis • Ring 0 • Ring 1 • Ring 2 • etc…

  7. Percentage of Energy per RingDifferent Abs Thick 25 mm 50 mm 75 mm

  8. Percentage of Energy per RingDifferent Energies

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