Geant4 simulations show that RMS-, center-of-gravity-, and GNN-based software compensation cuts the CRILIN crystal calorimeter's combined hadronic stochastic term from ~69% to ~27%, leaving a CRILIN contribution near 12.4%/sqrt(E).
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3D software compensation of hadronic showers in the CRILIN crystal calorimeter
Geant4 simulations show that RMS-, center-of-gravity-, and GNN-based software compensation cuts the CRILIN crystal calorimeter's combined hadronic stochastic term from ~69% to ~27%, leaving a CRILIN contribution near 12.4%/sqrt(E).