Intrinsic Light Yield and Loss Parameter of Y2SiO5:Ce Single Crystal Scintillator

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Nowadays, single crystal scintillators play an key role in the scientific researches, high-energy physics and modern medical imaging. In this research, we studied the scintillation response of polished yttrium oxyorthosilicate with Ce-doped (Y2SiO5:Ce, YSO(Ce)) crystals grown by the Czochralski method. The nominal Ce3+ ion is about 0.5% for tested crystals. Energy resolution and photon yield of the scintillator are read out by the photomultiplier tube (XP5200B PMT) under excitation with gamma-rays. The polished YSO:Ce samples (5x5x1 mm3 and 5x5x3 mm3) was tested at room temperature. The 1 mm thick sample shows the better energy resolution than the 3 mm thick crystal. The light yield dependences on the height of crystal were evaluated under excitation with 662 keV gamma ray energy and the intrinsic light yield and loss parameter were also determined.

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Edited by:

Noppakun Sanpo, Jirasak Tharajak and Paisan Kanthang

Pages:

329-332

Citation:

A. Phunpueok et al., "Intrinsic Light Yield and Loss Parameter of Y2SiO5:Ce Single Crystal Scintillator", Applied Mechanics and Materials, Vol. 866, pp. 329-332, 2017

Online since:

June 2017

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$41.00

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