Topological track reconstruction in unsegmented, large-volume liquid scintillator detectors

Keyphrases

• Large Volume 100%
• Liquid Scintillator 100%
• Track Reconstruction 100%
• Liquid Scintillator Detector 100%
• Three-dimensional Data 50%
• Performance Evaluation 50%
• Novel Technique 50%
• Reconstruction Method 50%
• Energy Loss 50%
• Medical Imaging 50%
• Full Potential 50%
• Optical Model 50%
• Particle Track 50%
• Topological Features 50%
• Photosensor 50%
• Topological Transformation 50%
• Photon Emission 50%
• Muon 50%
• Neutrinos 50%
• Neutrino Physics 50%
• Low-energy Neutrinos 50%
• Radionuclides 50%
• Extract Parameters 50%
• Geant4 Simulation 50%
• Cosmic muons 50%
• Detection Technology 50%
• Optical Photons 50%
• Photon Propagation 50%
• Astroparticle Physics 50%
• Photon Detection 50%
• Photon Production 50%
• Neutrino Detectors 50%
• Muon Interaction 50%
• Rejection Strategies 50%
• Differential Energy 50%
• Concrete Track 50%
• Reconstruction Approach 50%
• Photon Arrival Times 50%

Physics

• Muon 100%
• Neutrino Physics 50%
• Particle Astrophysics 50%
• Particle Track 50%
• Photoelectricity 50%