MRI: Acquisition of an Ultra-low Background Gamma Spectroscopy Platform for Measuring Ionizing Radiation

MRI：获得用于测量电离辐射的超低本底伽马光谱平台该奖项由2009年美国复苏和再投资法案(公法111-5)资助。摘要该项目将获得一台高灵敏度伽马光谱设备，用于建立先进辐射光谱领域的最先进的研究和教学设施。人们对核能的兴趣重燃，核技术在许多医疗和商业领域的应用日益广泛，科学界迫切需要更新和扩大低水平辐射测量能力，以便开展研究和适当培训下一代核专业人员。在该项目中将获得的伽马光谱分析仪器已被证明可用于在各种发射能量范围内进行所需类型的超低辐射测量。目前，世界上只有少数几个这样的设施主要位于西欧和亚洲。因此，该项目将开发的先进设施将对美国的研究人员产生积极影响，扩大他们获得工作经费和开展更广泛的辐射研究工作的能力。拟议中的仪器将被安置在内华达大学拉斯维加斯分校最近完工的多学科研究中心的一个专用房间内，访问权限将量身定做，以最大限度地向广泛的研究人员和其他感兴趣的各方提供这一设施。预期该系统随后的业务改进将在辐射计量领域提供额外的、独特有价值的培训、学习和教学经验。

MRI: Acquisition of an Ultra-low Background Gamma Spectroscopy Platform for Measuring Ionizing RadiationThis award is funded under the American Recovery and Reinvestment Act of 2009 (Public Law 111-5).ABSTRACTThis project will acquire a high-sensitivity gamma spectroscopy equipment for the establishment of a state-of-the-art research and teaching facility in the area of advanced radiation spectroscopy. The renewed interest in nuclear energy, as well as the growing applications of nuclear technology in a multitude of medical and commercial fields, has created a pressing need within the scientific community to modernize and extend low-level radiation measurement capabilities in order to carry out research and to adequately train the next generation of nuclear professionals. The gamma spectroscopy instrument to be acquired in this project is of proven utility for making ultra-low radiation measurements of the type needed over a wide range of emission energies. Presently, there are only a handful of facilities of this caliber in the world located primarily in Western Europe and Asia. Thus the advanced facility to be developed in this project will have a positive impact on researchers in the United States by expanding their ability to receive funding for their work and to carry out a wider variety of radiation research efforts. The proposed instrument will be housed in a dedicated room in a recently completed, multi-disciplinary research center on the University of Nevada - Las Vegas campus and access would be tailored to maximize the availability of this facility to a broad spectrum of researchers and other interested parties. It is expected that subsequent operational improvements in the system would provide additional and uniquely valuable training, learning, and teaching experiences in the field of radiation metrology.