Fusion Reactor Design-II (Report on the Second IAEA Technical Committee Meeting and Workshop, Madison, 1977)
Fusion Reactor Design-II (Report on the Second IAEA Technical Committee Meeting and Workshop, Madison, 1977)
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聚变反应堆设计-II（国际原子能机构第二次技术委员会会议和讲习班报告，麦迪逊，1977 年）
DOI：
10.1088/0029-5515/18/7/014
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发表时间：
1978
期刊：
影响因子：
--
通讯作者：
W. Stacey
中科院分区：
文献类型：
--
作者：
R. Conn;T. Frank;R. Hancox;G. Kulcinski;K. Schmitter;W. Stacey
摘要介绍了在第二届国际原子能机构技术委员会会议和聚变堆设计研讨会上提出的实验、示范和商用聚变堆概念。聚变动力作为一种取之不尽的能源的潜在作用进行了讨论，在聚变反应堆设计的进展和趋势进行了评估，并给出了五个研讨会小组的主要结论和建议。目前，托卡马克的设计是最有代表性的，重点是近期的反应堆研究。概念商用反应堆正在成为紧凑型、高功率密度的装置。反应堆的概念也提出了Q-增强镜机，交替磁融合的概念，激光和电子束驱动的惯性约束反应堆。聚变-裂变混合概念开辟了几种聚变发电的方法，专题论文涵盖了技术问题和聚变商业化。
A summary is given of the experimental, demonstration and commercial fusion reactor concepts presented at the Second IAEA Technical Committee Meeting and Workshop on Fusion Reactor Design. The potential role of fusion power as an inexhaustible energy source is discussed, the advances and trends in fusion reactor design assessed, and the major conclusions and recommendations of five workshop groups given. At present, designs for tokamaks are most heavily represented, with the emphasis on near-term reactor studies. Conceptual commercial reactors are becoming compact, high-power-density units. Reactor concepts are also presented for Q-enhanced mirror machines, alternate magnetic fusion concepts, and laser-and electron-beam-driven inertial confinement reactors. The fusion-fission hybrid concepts open up several approaches to fusion power, and special-topic papers cover technology problems and fusion commercialization.