ARI-MA: Transformational Scintillation Materials for Neutron and Gamma Detectors and Educational Integration

ARI-MA：用于中子和伽马探测器和教育集成的转换闪烁材料本研究的目标是开发用于中子和伽马辐射探测器的转换闪烁材料，这将显著推进探测核威胁的技术。该方法是利用一个多元化的团队，在闪烁材料，化学，物理，成像，辐射计量和运输以及核工程方面具有专业知识。高级研究人员可以访问橡树岭和世界各地的中子和反应堆设施，以促进下一代闪烁材料的开发，用于先进的辐射探测。智力优势将包括开发用于中子和光子探测的聚合物纳米复合材料，具有高效率和能量分辨率。此外，晶体型中子和伽马射线探测器的新材料和新方法也将得到开发。通过使用合适的几何、成分和脉冲形状特征，将开发具有拒绝光子计数能力的中子探测器。这种类型的研究对于开发下一代辐射探测所需的基础科学和新材料至关重要。更广泛的影响将包括使用结构复合技术制造大量廉价中子闪烁材料的技术发展。该项目训练有素的学生和人员将有助于推进未来的核威胁探测技术。将开发新的课程材料和实验室练习模块，并将其纳入远程学习计划，以影响美国核工程和相关项目的大量学生。

ARI-MA: Transformational Scintillation Materials for Neutron and Gamma Detectors and Educational Integration The objective of this research is to develop transformative scintillation materials for use in neutron and gamma radiation detectors that will notably advance the technology for detecting nuclear threats. The approach is to utilize a diverse team with expertise in scintillation materials, chemistry, physics, imaging, radiation metrology and transport, and nuclear engineering. The senior investigators have unique access to neutron and reactor facilities at Oak Ridge and around the world to facilitate the development of next generation scintillation materials for advanced radiation detection.The intellectual merit will include the development of polymeric nano-composites for neutron and photon detection with high efficiency and energy resolution. In addition, new materials and methods for the fabrication of crystalline based neutron and gamma ray detectors will be developed. Neutron detectors with capabilities for rejection of photon counts will be developed through the use of suitable geometric, composition, and pulse shape characteristics. This type of research is essential for developing the basic science and novel materials required for next generation radiation detection.Broader impacts will include the development of technology to manufacture large volumes of inexpensive neutron scintillation materials using structural composite techniques. Trained students and personnel from this project will contribute to advancing future nuclear threat detection technology. New course materials and laboratory exercise modules will be developed and incorporated into distance learning programs to impact large numbers of students from nuclear engineering and related programs throughout the United States.