22-26 October 2018
Hotel Intourist Kolomenskoye 4*
Europe/Moscow timezone

Simulation of Gamma-400 calorimeter physical characteristics with considering of optical processes in scintillation crystal.

22 Oct 2018, 15:40
2h 30m
Petrovskiy hall (Hotel Intourist Kolomenskoye 4*)

Petrovskiy hall

Hotel Intourist Kolomenskoye 4*

Kashirskoye shosse, 39B, Moscow, Russia, 115409
Poster Facilities and advanced detector technologies Poster session and coffee-buffet


Irina Chernysheva (NRNU MEPhI, LPI RAS)


Simulation of Gamma-400 calorimeter physical characteristics with considering processes of generation, propagation and detection of optical photons in scintillation crystal was performed using Geant4 toolkit with G4OpticalPhoton library, which contains the characteristics of processes with participation of optical photons and its processing procedures. Including of optical processes into simulation of scintillation material allow to investigate the influence of following processes (light yield fluctuations, absorption, reflection and refraction on material borders, light detector characteristics) on the most important detection characteristics of scintillation calorimeter.

Primary author

Irina Chernysheva (NRNU MEPhI, LPI RAS)


Prof. Arkady Galper Alexey Leonov (National Research Nuclear University MEPhI (Moscow Engineering Physics Institute)) Sergey Suchkov (Lebedev Physical Institute) Dr. Nikolay Topchiev Dr. N.Yu. Pappe (LPI RAS)

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