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首页> 外文期刊>Journal of Advanced Science >YBCOテープ線材を用いた超伝導電流リードの開発及び通電特性と電流分布の評価
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YBCOテープ線材を用いた超伝導電流リードの開発及び通電特性と電流分布の評価

机译:使用YBCO带状导线开发超导电流引线并评估通电特性和电流分布

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摘要

Abstract – HTS current lead have been prepared by the TFA-MOD processed YBCO tapes. A current lead unit is composed of eight YBCO tapes, Cu end caps and a pair of stainless steel boards. The YBCO tape is 5 mm in width and around 108 μm in overall thickness. The YBCO superconducting layer with 1.5 μm is formed on oxide buffered layers on Hastelloy substrate tape. The critical current of eight YBCO tapes ranges from 160 to 180 A at 77 K and self-field. The transport current of 750 A at 77 K was stably carried with no voltage generation on the YBCO tapes of the current lead. Rogowski coils and Hall sensors were attached on eight YBCO tapes to evaluate current distribution of the current lead. The current imbalance of 8 A occurred between eight YBCO tapes at transport current of 700 A.
机译:摘要–由TFA-MOD处理过的YBCO胶带已准备好高温超导电流引线。电流引线单元由八根YBCO胶带,铜端盖和一对不锈钢板组成。 YBCO胶带的宽度为5毫米,总厚度约为108微米。在哈氏合金基底带上的氧化物缓冲层上形成1.5μm的YBCO超导层。八个YBCO磁带的临界电流在77 K和自励磁下范围为160至180A。在电流引线的YBCO胶带上稳定地承载着750 A在77 K的传输电流,没有产生电压。将Rogowski线圈和霍尔传感器连接到八根YBCO胶带上,以评估电流引线的电流分布。在700 A的传输电流下,八个YBCO磁带之间发生8 A的电流不平衡。

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