Delayed neutron-capture energy in a Gd-loaded sampling calorimeter recovers invisible hadronic energy and improves 10 GeV proton resolution from 21.8% to 13.3% via event-by-event correction.
Liquid scintillator production for the daya bay experiment,
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A Novel Hadronic Calorimeter With A Direct Neutron Readout
Delayed neutron-capture energy in a Gd-loaded sampling calorimeter recovers invisible hadronic energy and improves 10 GeV proton resolution from 21.8% to 13.3% via event-by-event correction.