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Revamping Fusion Research

机译:改造融合研究

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A fundamental revamping of magnetic plasma fusion research is needed, because the current focus of world fusion research-the ITER-tokamak concept-is virtually certain to be a commercial failure. Towards that end, a number of technological considerations are described, believed important to successful fusion research. Beyond critical attention to plasma physics challenges, there must be a much sharper focus on electric utility acceptance criteria, which strongly reflect the public interest. While the ITER-tokamak experience has provided important understanding of a variety of technology issues, it is expensive and time-consuming. Engineers with commercial-world experience must become involved in future fusion research and must have a major influence on program decision-making and evaluation. Fusion engineers will have to be imaginative while being rooted in an understanding of fission reactor development, nuclear regulation, and electric utility realities, the proper consideration of which will impact fusion program success. Properly developed, fusion power holds great promise as an attractive electric power source for the long-term future.
机译:磁等离子体聚变研究需要进行根本性的改进,因为世界聚变研究的当前焦点-ITER-tokamak概念-实际上可以肯定会在商业上失败。为此,描述了许多技术上的考虑因素,这些因素被认为对成功的融合研究很重要。除了对等离子体物理挑战的关注之外,还必须更加关注电力公用事业的接受标准,这强烈反映了公共利益。尽管ITER-tokamak的经验已经对各种技术问题提供了重要的了解,但它既昂贵又费时。具有商业领域经验的工程师必须参与未来的融合研究,并且必须对程序的决策和评估产生重大影响。聚变工程师必须具有想象力,同时扎根于对裂变反应堆发展,核监管和电力公司现实的理解,对它们的正确考虑将影响聚变计划的成功。适当发展的聚变电力有望在长期内成为有吸引力的电源。

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