The experimental neutron yield generally follows a power law with the average muon energy The processes occurring in heterogeneous detecting cell of electromagnetic calorimeter were considered using a interaction of radiation with matter geant4 simulation package The geant4 object oriented toolkit is a full set of libraries written in c++ allowing the user to simulate his/her own detector system
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Specifying the detector geometry, the software system automatically transports the particles shot into the detector by simulating the particle interactions in matter based on the monte carlo method.
When the grbs occur, the light interacts with the crystal which then produces uv light that is converted into a digital signal and read by the sipm (silicon photomultiplier).
Geant4 is a detector simulation toolkit written in c++ Although it has a rather complicated structure, the new user needs to be familiar with only a small number of features of the program in order to run simple examples Moreover, the ‘syntax’ of the code is defined by the definition of its classes, which in practice implies that no previous knowledge of c++ is required. All of the geant4 optical photon propagation processes relevant to daya bay and juno are implemented on the gpu within optix cuda programs
The processes include absorption, rayleigh scattering, fresnel reflection and refraction, diffuse reflection and scintillator reemission.
