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All Japan efforts on fundamental materials technology developments for HTS applications Focusing on R&D of coated conductors

机译:全日本致力于高温超导应用的基础材料技术开发专注于涂层导体的研发

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摘要

The coated conductors using REBa_2Cu_3O_(7-delta) (RE = rare earth element, Y, Nd, Sm tec.) materials are expected for a lot of electric powder applications, since it has a high critical current density at the liquid nitrogen temperature even under high magnetic fields. However, it has been difficult to obtain a bi-axially textured coated conductor, which is necessary to realize its high performance, and there has not been a tape fabricated longer than 1 m. Several different processes have been investigated for realizing the biaxially textured buffer layers/metal substrates as well as thicker film deposition processes and non-vacuum processes for a superconducting layer. Recently, a 10 m long YBa_2Cu_3O_(7-delta) tape with high J_c was successfully fabricated. This paper reviews the recent progress of the research and development for the coated conductor with its prospects in Japan.
机译:使用REBa_2Cu_3O_(7-delta)(RE =稀土元素,Y,Nd,Sm tec。)材料的涂层导体有望用于许多电粉应用,因为它甚至在液氮温度下也具有很高的临界电流密度。在强磁场下。然而,难以获得实现其高性能所必需的双轴纹理化涂覆导体,并且还没有制造长度超过1m的带。为了实现双轴织构化的缓冲层/金属基板以及超导层的较厚的膜沉积工艺和非真空工艺,已经研究了几种不同的工艺。最近,成功地制造了具有高J_c的10 m长的YBa_2Cu_3O_(7-delta)带。本文综述了涂层导体的最新研究进展及其在日本的前景。

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