Quantifying neutron scintillator screens with X-ray computed tomography
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46 INSTRUMENTATION RELATED TO NUCLEAR SCIENCE AND ↗
Engineering topics
Cool, Steven
Publications and source records attributed to Cool, Steven.
Scintillator screen development for proton radiography
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LYSO scintillator screen proton radiography↗
Scintillator screen development for proton radiography
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Morris, Christopher↗
Performance of borated scintillator screens for high-resolution neutron imaging
The most commonly used screens for neutron imaging consist of 6 LiF + ZnS. This type of screen yields the highest light output per detected neutron. For high resolution, gadolinium oxysulfide (GOS, Gadox) screens are employed, which have a much higher detection efficiency, but a light output so much lower than LiF + ZnS that measurements are often limited by photon statistics. Historically, screens using boron as a neutron-sensitive material have not been very successful. However, a new preparation method was introduced recently that produces light output higher than Gadox with detection efficiency greater than LiF + ZnS. Measurements of these new borated screens were performed at the NeXT facility at ILL, Grenoble, in comparison to a high resolution Gadox screen.
10B↗
Radiation sensitive paint and application thereof
A camera is used in conjunction with storage phosphor paint, configured to examine a surface. The surface is coated with storage phosphor paint in some embodiments. The camera is configured to image the surface coated with the storage phosphor paint, eliminating requirement of fast relaxation times associated with conventional scanners.
46 INSTRUMENTATION RELATED TO NUCLEAR SCIENCE AND ↗