Response of CdWO4 crystal scintillator for few MeV ions and low energy electrons
PG Bizzeti, L Carraresi, FA Danevich, T Fazzini… - Nuclear Instruments and …, 2012 - Elsevier
PG Bizzeti, L Carraresi, FA Danevich, T Fazzini, PR Maurenzig, F Taccetti, N Taccetti…
Nuclear Instruments and Methods in Physics Research Section A: Accelerators …, 2012•ElsevierThe response of a CdWO4 crystal scintillator to protons, α particles, Li, C, O and Ti ions with
energies in the range 1–10MeV was measured. The non-proportionality of CdWO4 for low
energy electrons (4–110keV) was studied with the Compton Coincidence Technique. The
energy dependence of the quenching factors for ions and the relative light yield for low
energy electrons was calculated using a semi-empirical approach. Pulse-shape
discrimination ability betweenγ quanta, protons, α particles and ions was investigated.
energies in the range 1–10MeV was measured. The non-proportionality of CdWO4 for low
energy electrons (4–110keV) was studied with the Compton Coincidence Technique. The
energy dependence of the quenching factors for ions and the relative light yield for low
energy electrons was calculated using a semi-empirical approach. Pulse-shape
discrimination ability between
The response of a CdWO4 crystal scintillator to protons, α particles, Li, C, O and Ti ions with energies in the range 1–10MeV was measured. The non-proportionality of CdWO4 for low energy electrons (4–110keV) was studied with the Compton Coincidence Technique. The energy dependence of the quenching factors for ions and the relative light yield for low energy electrons was calculated using a semi-empirical approach. Pulse-shape discrimination ability between γ quanta, protons, α particles and ions was investigated.
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