Testing of the PARIS LaBr3-NaI phowich detector with high energy gamma-rays
- Ziębliński, M.
- Jastrząb, M.
- Dokania, Neha
- Nanal, V.
- Brambilla, S.
- Bednarczyk, P.
- Ciemała, M.
- Dutkiewicz, E.
- Kmiecik, M.
- Krzysiek, M.
- Lekki, J.
- Maj, A.
- Szklarz, Z.
- Wasilewska, B.
- Dudeło, M.
- Hadyńska-Klęk, K.
- Napiorkowski, P.
- Genolini, B.
- Schmitt, C.
- Catford, W.
- Nakhostin, M.
- Yavuzkanat, N.
- Dorvaux, O.
- Pillay, R.G.
- Pose, M.S.
- Mishra, S.
- Mathimalar, S.
- Singh, V.
- Katyan, N.
- Chakrabarty, D.R.
- Datar, V.M.
- Kumar, Suresh
- Mishra, G.
- Mukhopadhyay, S.
- Pandit, D.
- Erturk, S.
DOIAbstract
International audienceWe report on tests of LaBr3:Ce-NaI:Tl phoswich detectors with $\gamma$-rays at various $\gamma$-ray energies, up to 22.56 MeV, using radioactive sources and nuclear reactions induced by proton beams delivered by accelerators at IFJ PAN Kraków and PLF Mumbai. Two-dimensional analysis of complex waveforms recorded with digital electronics is compared to analog discrimination methods. Both approaches allow to resolve the LaBr3:Ce and NaI:Tl signal components, and to construct clean associated $\gamma$-ray spectra. A digital algorithm to be implemented for the PARIS scintillator array is investigated
Add to ORKG