Conceptual design of the D-3He reactor artemis
Conceptual design of the D-3He reactor artemis
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D-3He 反应堆 Artemis 的概念设计
DOI：
10.13182/fst92-a29724
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发表时间：
1992
期刊：
影响因子：
--
通讯作者：
M. Tuszewski
中科院分区：
文献类型：
--
作者：
H. Momota;A. Ishida;Y. Kohzaki;G. Miley;S. Ohi;Masami Ohnishi;Kunihiro Sato;L. Steinhauer;Y. Tomita;M. Tuszewski
对D-3He燃料场反转配置(FRC)堆ARTEMIS进行了综合设计研究，目的是证明其吸引人的特性，并澄清商用聚变堆的关键问题。通过优先捕获D-3He聚变产生的高能质子，使FRC燃烧等离子体稳定并维持在稳定平衡中。还提出了一种新型的15 MeV质子直接能量转换器。在聚变等离子体生产的一致性和工程简单性的基础上，提出了一种紧凑、简单的反应堆概念。D-3He FRC电站为能源发展提供了最具吸引力的前景。就放射性和燃料资源而言，它在环境上是可以接受的，而且与轻水反应堆相比，估计电力成本较低。阐明了D-3He FRC反应堆研制中的关键物理和工程问题。
AbstractA comprehensive design study of the D-3He-fueled field-reversed configuration (FRC) reactor Artemis is carried out for the purpose of proving its attractive characteristics and clarifying the critical issues for a commercial fusion reactor. The FRC burning plasma is stabilized and sustained in a steady equilibrium by means of preferential trapping of D-3He fusion-produced energetic protons. A novel direct energy converter for 15-MeV protons is also presented. On the bases of consistent fusion plasma production and simple engineering, a compact and simple reactor concept is presented. The D-3He FRC power plant offers a most attractive prospect for energy development. It is environmentally acceptable in terms of radioactivity and fuel resources, and the estimated cost of electricity is low compared with a light water reactor. Critical physics and engineering issues in the development of the D-3He FRC reactor are clarified.