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Recent developments in superconducting conductors

B. Turck1991年Fusion Engineering and DesignIF 1.7出版社

AbstractIndustrial development of superconductors concentrates mainly on the two materials NbTi and Nb3Sn which can be produced in long lengths of many thin filaments in a normal metal matrix. A review of the state of art in manufacturing techniques and in current carrying capacity is given. Recent results in strand design and development are presented. Fusion magnets require large transported currents (30–50 kA) which implies to assemble a given number of wires in the form of a large size cable. Particular emphasis is put on special problems, requirements and trends in the present development of conductors.

日本語訳

超伝導体の工業的発展は、主にNbTiとNb3Snという2つの材料に集中しており、これらは通常の金属マトリックス中に多数の細いフィラメントの形態で長尺に製造することができる。製造技術と通電容量の現状について概説する。ストランド設計における最近の成果と開発について提示する。核融合磁石には大きな輸送電流(30〜50 kA)が必要であり、これは所定の本数の線材を大型ケーブル形態に組み立てることを意味する。導体開発の現状における特別な問題点、要件、および動向に特に重点を置く。

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