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    • 9. 发明公开
    • PROCESSING OF OXIDE SUPERCONDUCTOR CABLES
    • 氧化物超导体电缆的加工
    • EP0860030A1
    • 1998-08-26
    • EP96942731.0
    • 1996-11-07
    • AMERICAN SUPERCONDUCTOR CORPORATION
    • RILEY, Gilbert, N., Jr.SEUNTJENS, Jeffrey, M.BARNES, William, L.SNITCHLER, Gregory, L.OTTO, Alexander
    • H01F6H01F41H01L39
    • H01L39/248H01F6/06H01F41/063H01F41/069Y10S505/74
    • A method for preparing an oxide superconductor cable includes transposing a plurality of oxide superconductor strands along a longitudinal axis so as to form a cable and exposing the cable to a two step heat treatment after cabling of the oxide strands, the heat treatment comprising: (a) heating the cable to and maintaining the cable at a first temperature sufficient to partially melt the article, such that a liquid phase co-exists with the desired oxide superconductor phase; and (b) cooling the cable to and maintaining the cable at a second temperature sufficient to substantially transform the liquid phase into the desired oxide superconductor. The oxide superconductor multistrand cable includes a plurality of oxide superconductor strands, each of the strands including an oxide superconductor having an irreversible melt characteristic, wherein the plurality of oxide strands are transposed about a longitudinal axis, such that each of the strands are substantially electrically and substantially mechanically isolated; and wherein the cable exhibits critical transport properties (Jc) of at least about 10,000 A/cm2 at 77K, self field.
    • 一种用于制备氧化物超导体电缆的方法包括:将多根氧化物超导体股线沿着纵向轴线移位以形成电缆,并且在电缆布设氧化物股线之后使电缆暴露于两步热处理,所述热处理包括: )将所述电缆加热至并维持所述电缆处于足以部分熔化所述制品的第一温度,使得液相与所述期望的氧化物超导体相共存; 和(b)将电缆冷却到第二温度并保持电缆足以使液相基本上转变成所需的氧化物超导体。 氧化物超导体多股线缆包括多个氧化物超导体股线,每个股线包括具有不可逆熔融特性的氧化物超导体,其中多个氧化物股线围绕纵向轴线转置,使得每个股线基本上电和 基本上机械隔离; 并且其中所述电缆在77K自场下表现出至少约10,000A / cm 2的临界传输性质(Jc)。