活性核材料探测与成像

D. R. Norman, J. Jones, K. J. Haskell, P. Vanier, L. Forman
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引用次数: 10

摘要

对脉冲光核环境下编码孔径热中子成像系统的工作性能及其对屏蔽核材料的探测和成像能力进行了实验评估。该评估使用了布鲁克海文国家实验室开发的成像系统。活跃的光子核环境是由操作灵活的爱达荷国家实验室(INL)脉冲电子加速器产生的。利用INL光子核中子探测器监测中子环境。结果包括实验图像,操作成像系统评估和建议,将加强核材料检测和成像性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Active nuclear material detection and imaging
An experimental evaluation has been conducted to assess the operational performance of a coded-aperture, thermal neutron imaging system and its detection and imaging capability for shielded nuclear material in pulsed photonuclear environments. This evaluation used an imaging system developed by Brookhaven National Laboratory. The active photonuclear environment was produced by an operationally-flexible, Idaho National Laboratory (INL) pulsed electron accelerator. The neutron environments were monitored using INL photonuclear neutron detectors. Results include experimental images, operational imaging system assessments and recommendations that would enhance nuclear material detection and imaging performance.
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