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Design study of HTS current lead using reinforced Bi-2212 tubular bulk

机译:用增强Bi-2212管状散料进行HTS电流引线的设计研究

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摘要

Current leads using HTS material have been developed for large scale superconducting magnet system. Tokai University and NIFS have been investigating characteristics of Bi-2212 tubular bulk which was prepared by a diffusion process. 8 kA of the maximum transport current was achieved at 4 K with the bulk size of 38 mm/30 mm in outer/inner diameters and 200 mm in length, respectively. The tubular bulk was reinforced by using alumina fiber and epoxy resin so that a mechanical strength was improved. Although further improvement was needed for practical use, this type of HTS bulk has a potential for flexible design since Bi-2212 layer can be reacted on the surface of any shapes of substrate. In this paper, a design of a current lead using this type of Bi-2212 tubular bulk was studied with conventional heat exchanger part and low-T_c superconducting bus line.
机译:使用高温超导材料的电流引线已被开发用于大规模超导磁体系统。东海大学和NIFS一直在研究通过扩散工艺制备的Bi-2212管状散料的特性。在4 K时,最大传输电流为8 kA,体积的外径/内径分别为38 mm / 30 mm和长度为200 mm。通过使用氧化铝纤维和环氧树脂来增强管状体,从而提高了机械强度。尽管实际应用需要进一步改进,但是这种类型的HTS本体具有灵活设计的潜力,因为Bi-2212层可以在任何形状的基板表面上反应。在本文中,研究了使用这种类型的Bi-2212管状本体的电流引线的设计,并采用了传统的热交换器部件和低T_c超导总线。

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