Orateur
Artemiy Krapiva
(LPI)
Description
The strong scattering scintillation medium detector is a novel concept for next-generation position-sensitive detectors requiring no segmentation. Its operating principle is based on localizing scintillation light near its emission point using an optically scattering medium. Our design employs a solid granular organic scintillator coupled with an array of wavelength-shifting fibers and SiPMs for light collection. This report presents the results of the MC simulation, optimized using data from a beam test conducted on a 10 cm-scale prototype. Key characteristics and procedures, including energy and spatial resolutions, as well as event and track reconstruction, are discussed.
Auteurs
Artemiy Krapiva
(LPI)
Dmitry Svirida
(LPI)
