A Quarter-century of Fusion Superconducting Magnet Development

S. Shimamoto
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引用次数: 1

Abstract

Fusion supercondcucting magnet development in Japan started in 1976 as it also did in Western countries. After a quarter-century, 13T was successfully achieved in a bore of 2m and in pulsed operation for plasma current transformer in JAERI (Japan Atomic Energy Research Institute). Thus it is a good occasion to describe the chronological evolution of the development work in order to transmit this history to the 21st century. After explanation of the Japanese circumstances around 1970 in cryogenic and high field technologies, the paper introduces the technical report, published in 1977 by section of superconducting magnet of the Fusion Council, on the development of tokamak magnet system for experimental reactor. The each decision making of every step in the real projects evolved later is described here. The international collaborations and the application of resulting techniques to new facilities in other laboratories are represented.
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核聚变超导磁体发展的四分之一世纪
日本的核聚变超导磁体开发始于1976年,西方国家也是如此。经过25年的努力,日本原子能研究所的等离子体电流互感器在2米孔径和脉冲操作下成功实现了13T。因此,这是一个很好的机会来描述发展工作的时间演变,以便将这段历史传递到21世纪。介绍了1970年前后日本在低温和高场技术方面的情况,介绍了1977年聚变委员会超导磁体科发表的关于研制实验堆用托卡马克磁体系统的技术报告。下面描述了实际项目中每个步骤的决策过程。国际合作和由此产生的技术应用于其他实验室的新设施的代表。
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特集「最先端分野で活躍する超伝導エレクトロニクス技術」に寄せて Superconducting Sensing Technology Corporation (SUSTEC) Development of Superconductors for Fusion Reactors in the Superconducting Magnet System Laboratory, National Institute for Fusion Science Precision Measurement Techniques of Thermophysical Properties 特集「低温域における精密計測技術」に寄せて
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