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首页> 外文期刊>Health Physics: Official Journal of the Health Physics Society >Consolidation of Health Physics Computer Codes: Sustainable Gains in Efficiency, Innovation, and Collaboration.
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Consolidation of Health Physics Computer Codes: Sustainable Gains in Efficiency, Innovation, and Collaboration.

机译:整合健康物理计算机代码:可持续增长效率,创新,协作。

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摘要

A decade ago, the nuclear power industry in the United States was on the verge of a nuclear renaissance with the potential to create jobs, funding streams, and great demand for radiation protection personnel. However, based on the high capital investment cost of building and licensing nuclear reactors and declining fossil fuel prices, the renaissance did not reach its full potential. Radiation protection initiatives were developed to bring attention to the profession in order to increase funding for the health physics community during these times of declining resources. It is now essential that the community be innovative in how it uses existing funds and acquires resources. This paper describes a radiation protection computer code program that uses existing resources and international funding to sustain computer codes and tools used in the health physics profession. The program is called the U.S. Nuclear Regulatory Commission's Radiation Protection Computer Code Analysis and Maintenance Program or RAMP. This collaborative, innovative, and transformative model can be followed by others seeking to alleviate the resource issues that exist within the health physics field.
机译:十年前,核能行业的美国是一个核的边缘文艺复兴时期创造就业机会的潜力,资金支持,和伟大的对辐射的需求保护人员。资本投资和许可的建设成本核反应堆和减少化石燃料文艺复兴时期的价格,并没有充分发挥的潜力。将注意力集中到职业发展为了增加资金健康物理学社区在这些时期下降资源。如何利用现有的资金和创新获得资源。辐射防护计算机程序代码使用现有资源和国际资金维持计算机代码和工具中使用健康物理学专业。美国核管理委员会辐射防护和计算机代码分析维护程序或坡道。创新和变革模型其次是其他人寻求缓解在卫生资源存在的问题物理领域。

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