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Storage characteristics of SrBPO5:Eu2+ phosphor were investigated in order to apply the phosphor to wide-range neutron detection. To increase thermal and fast neutron detection efficiencies, Li2B4O7 powders and polyethylene powders were added, respectively. The optimization of the phosphor for maximum photostimulated luminescence yields have been performed. The experimental results showed that the...
Storage characteristics of KCl:Eu2+ phosphor were investigated in order to apply the phosphor to wide-range neutron detection. For detection of both slow and fast neutrons, 6LiF powders and polyethylene powders were added to the phosphor at the same time. The optimization of the phosphor for maximum photostimulated luminescence yields have been performed and obtained at a polyethylene weight ratio...
Storage characteristics of KBr:Eu2+ phosphor were investigated when the phosphor was irradiated by fast neutron with energy of 14.8 MeV. To improve the fast neutron sensitivity, polyethylene (PE) sheets as a proton generator were set in front of the phosphors. The maximum photostimulated luminescence (PSL) yields were obtained at a PE thickness of about 3 mm. These experimental results well agreed...
Storage phosphors such as KCl:Eu+ with low gamma-ray sensitivity were applied to detection of fast neutrons using polyethylene (PE) sheets as a proton generator that were set in front of the phosphors. The maximum PSL yields were obtained at a PE thickness of 3 mm when the neutron energy was 14.8 MeV. These experimental results well agreed with those by Monte Carlo simulation using PHITS code. Estimated...
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