${ m I}_{ m c}$ and AC Loss of 2G YBCO Tape Measurement for Designing and Fabrication of an HTS Motor
${
m I}_{
m c}$ and AC Loss of 2G YBCO Tape Measurement for Designing and Fabrication of an HTS Motor
复制标题
用于设计和制造 HTS 电机的 ${ m I}_{ m c}$ 和 2G YBCO 卷带测量的交流损耗
DOI：
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发表时间：
2008
影响因子：
1.8
通讯作者：
T. Coombs
中科院分区：
文献类型：
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作者：
R. Pei;A. Velichko;M. Majoros;Y. Jiang;R. Viznichenko;Z. Hong;R. Marchant;A. Campbell;T. Coombs
本文提出了一种新型同步电动机，其定子采用2个由2G高温超导带材绕制的饼形线圈和4个常规铜线圈，而转子包含75个块状高温超导元件。所有的超导材料都用液氮（77 K）冷却。HTS和铜电枢包括3相电路，并安装在绝缘材料的槽中。每个相绕组以扁平线圈的形式制造，分布在60度间隔的槽中。将YBCO熔融织构圆盘并入转子中并测试磁阻。此外，设计了一种独特的铜导体冷却系统，类似于超导飞轮。最后给出了美国超导公司提供的高温超导带材直流临界电流和自场交流损耗的测量结果，并进行了分析。描述了测量系统。在临界状态模型的框架内，对YBCO样品的交流损耗测量结果进行了分析。
This paper presents a new synchronous motor whose stator uses 2 High Temperature Superconducting (HTS) pancake-coils wound from 2G HTS tapes and 4 conventional copper coils, while the rotor contains 75 bulk HTS elements. All superconducting materials are cooled by liquid nitrogen (77 K). The HTS and copper armature includes 3 phase circuit and is mounted in the slots of a nonmagnetic and insulating material. Each phase winding, fabricated in the form of a pancake-coil, is distributed in slots of 60-degree intervals. YBCO melt-textured pucks were incorporated into the rotor and the reluctance was tested. In addition, a unique cooling system using a copper conductor is designed, which is similar to that of a superconducting flywheel. Finally, we present and analyse results on measuring DC critical current and self-field AC loss in HTS tape supplied by American Superconductor. The measurement systems are described. The results on the AC loss measurement of YBCO samples are presented and analyzed within the framework of the critical state model.