热喷涂制备YBaCu-O体系超导体(材料、冶金与可焊性)

A. Ohmori, S. Sano, Y. Arata, N. Iwamoto
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引用次数: 1

摘要

研究了热喷涂YBaCu-O和Bi(Pb)SrCaCu-0体系超导体涂层。采用钙钛矿型和非钙钛矿型粉末喷涂YBaCu-O体系超导涂层。由于喷涂后的涂层不具有超导性,即使使用钙钛矿型粉末也不存在钙钛矿结构,但在空气中热处理后会变成超导。还采用电化学方法,通过电场处理获得了高质量的超导体。通过改变起始成分,喷涂Bi(Pb)SrCsiCu-0体系超导体涂层。as -喷涂涂层不具有超导性,但像YBaCu-O体系一样在空气中热处理后成为超导涂层。使用(Bi1-xPbx)5Sr3Ca2Cu3-O粉末喷涂的涂层的Tc高于使用(Bi1-xPbx) 2Sr2Ca2Cu3-O粉末喷涂的涂层的Tc。
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Formation of YBaCu-O System Superconductor by Thermal Spraying(Materials, Metallugy & Weldability)
ABSTRACT The YBaCu-O and Bi(Pb)SrCaCu-0 system superconductor coatings by thermal spraying are described. YBaCu-O system superconductor coatings are sprayed by using perovskite type and non-perovskite type powders. As sprayed coatings are not superconducting and there is no perovskite structure even when perovskite type powders are used, but they become superconducting after heat treatment in air. An electrochemical method was also employed, to obtain a high quality superconductor applying an electric field treatment. Bi(Pb)SrCsiCu-0 system superconductor coatings are sprayed by changing the starting composition. As-sprayed coatings were not superconducting, but they become superconducting after heat treatment in air like the YBaCu-O system. The Tc of the sprayed coatings using (Bi1-xPbx)5Sr3Ca2Cu3-O powders is higher than the Tc of sprayed coatings using (Bi1-xPbx) 2Sr2Ca2Cu3-O powders.
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