闪烁体
光学
中子
材料科学
探测器
图像分辨率
中子探测
中子成像
物理
阻止力
核物理学
作者
Nerine J. Cherepy,Zachary Seeley,Saphon Hok,D.J. Schneberk,P.G. Kerr,Sean O’Neal,Ibrahim Oksuz,Matthew G. Bisbee,Lei R. Cao,Stephen R. Payne,Robert D. Sanner,Beverly Hobson,G. Guethlein,Colby McNamee,Peter Thelin,James M. Hall,J. F. Hunter
摘要
High energy X-rays and neutrons can provide 3-D volumetric views of large objects made of multiple materials. Lenscoupled computed tomography using a scintillator imaged on a CCD camera obtains high spatial resolution, while a surface-mounted segmented scintillator on an amorphous silicon (A-Si) array can provide high throughput. For MeV Xray CT, a new polycrystalline transparent ceramic scintillator referred to as "GLO" offers excellent stopping power and light yield for improved contrast in sizes up to a 12" field-of-view. For MeV neutron CT, we have fabricated both contiguous and segmented plates of "Hi-LY" plastic scintillator, offering light yields 3x higher than standard plastic.
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