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• Yield over a quarter of the volume (for 50 000 photons emitted), sum over 5 µs• Relative RMS of the yield distribution = contribution of the collection to the resolution /
dispersion dominated by the statistics• Optimistic hypotheses on the PIN, dependence on the crystal doping
• Wavelength: statistics over the whole simulated volume• Result dependent on the wavelength distribution width chosen for the simulation• Histograms can also be available for a voxel
• Input = ROOT file from GEANT4 simulations by T. Zerguerras• Current algorithm:
– Generate a random yield values from the distribution calculated on the volume– Calculate the number of photons received from those yields and the deposited energy
• Simulation with the PMT and PIN diode (with CsI(Tl) #1)