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SYNERGIES BETWEEN GENERATION-IV AND ADVANCED FUSION POWER PLANT RESEARCH PROGRAMS

机译:第四代与高级融合电站研究计划之间的协同作用

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摘要

For the first time since the early 1990's, the U.S. Department of Energy has long term research and development programs in both nuclear fission and nuclear fusion, the Generation IV program and the ARIES program, respectively. The Generation IV program has introduced a safety goal for future fission reactor systems that has long been reflected in the ARIES mission: no off-site emergency response to any design basis accident. This change, in concert with the overall departure from light water reactor technology, will drive a change in the regulatory framework for both Generation IV reactors and fusion power plants of the future. Further, both fission and fusion power plants will have to compete in similar future energy markets with uncertainties in energy prices and the development of alternative energy products. Enabling the success of nuclear energy, advanced materials will be a cornerstone to both programs, driven both by higher temperatures and heat fluxes and by a desire for longer lifetimes in high radiation environments. The synergies created by these increasingly parallel programs open the door for renewed collaborations that will increase the total effectiveness of research needed in both.
机译:自1990年代初以来,美国能源部首次在核裂变和核聚变方面分别制定了长期研究和开发计划,分别是第四代计划和ARIES计划。第四代计划已经为未来的裂变反应堆系统提出了一个安全目标,这一目标早已反映在ARIES任务中:对任何设计基准事故均无现场应急响应。这种变化与轻水反应堆技术的整体背离相一致,将推动未来的第四代反应堆和聚变电站的监管框架发生变化。此外,裂变电厂和聚变电厂都将不得不在能源价格和替代能源产品开发方面存在不确定性的情况下,在类似的未来能源市场中竞争。为了实现核能的成功,先进的材料将成为这两个计划的基石,这要归因于更高的温度和热通量以及在高辐射环境中要求更长的使用寿命。这些越来越并行的计划所产生的协同作用为新的合作打开了大门,这将提高两者所需的研究的总效率。

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