DocumentCode
1139326
Title
Scintillation Properties of 
-High Light Yield Scintillators
Author
Birowosuto, M.D. ; Dorenbos, P. ; van Eijk, C.W.E. ; Krämer, K.W. ; Güdel, H.U.
Author_Institution
Interfaculty Reactor Inst., Delft Univ. of Technol., Netherlands
Volume
52
Issue
4
fYear
2005
Firstpage
1114
Lastpage
1118
Abstract
The scintillation properties of 
(pure, 0.5%, 2%, and 5% 
), a new member of the generation of doped lanthanide trihalide scintillators, are presented. This material has a calculated density of 5.6 
and an atomic number 
of 60.2. Under optical and X-ray excitation, emission is observed to peak at 472 and 535 nm. A high light yield of 76 000 photons per MeV (ph/MeV) was measured for 
:2% . has a nonexponential decay time. The contribution of short decay components (within 50 ns) to the total light yield is around 50%. An energy resolution (full-width half maximum over peak position) for the 662 keV full energy peak of 
was observed for :0.5% .
(pure, 0.5%, 2%, and 5% ), a new member of the generation of doped lanthanide trihalide scintillators, are presented. This material has a calculated density of 5.6 and an atomic number of 60.2. Under optical and X-ray excitation, emission is observed to peak at 472 and 535 nm. A high light yield of 76 000 photons per MeV (ph/MeV) was measured for :2% . has a nonexponential decay time. The contribution of short decay components (within 50 ns) to the total light yield is around 50%. An energy resolution (full-width half maximum over peak position) for the 662 keV full energy peak of was observed for :0.5% .Keywords
cerium; gamma-ray detection; lutetium compounds; scintillation; solid scintillation detectors; 472 nm; 535 nm; Ce3+ doped lanthanide trihalide scintillators; Ce3+ emission; LuI3:Ce3+; LuI3:Ce3+-high light yield scintillators; X-ray excitation; high light yield; lanthanide trihalide; nonexponential decay time; nonproportionality; optical excitation; scintillation properties; Atom optics; Atomic measurements; Chemical technology; Crystalline materials; Crystallization; Crystals; Energy resolution; Optical materials; Solid scintillation detectors; Time factors; decay time; lanthanide trihalide; light yield; nonproportionality; scintillator;
fLanguage
English
Journal_Title
Nuclear Science, IEEE Transactions on
Publisher
ieee
ISSN
0018-9499
Type
jour
DOI
10.1109/TNS.2005.852630
Filename
1495814
Link To Document