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Transport IV characterisation of MgB2 conductor at a bend radius of 50mm

机译:在弯曲半径为50mm的mgB2导体的传输IV表征

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摘要

Performance of state of the art MgB2 multifilamentary conductor at a required bend radius is essential for many applications including but not limited to magnets and motors. The characterisation is generally done with benchmark transport Ic but further detail can be seen in IV characteristics which are undertaken in this paper. Two conductors with the same architecture but different diameters, 0.89 and 0.45 mm were measured from 32 K to 20 K in self-field in conditions of as received and deformed to a 50 mm bend diameter, corresponding to strains of 1.4 % and 0.7 % respectively. The qualifying 0.45mm conductor was further measured in background fields up to 3 T. The smaller diameter wire was found to have no signs of degradation of critical behaviour in Ic or IV characteristics
机译:MgB2复丝导体在所需弯曲半径下的最新技术性能对于包括但不限于磁体和电机在内的许多应用至关重要。通常使用基准传输Ic进行表征,但是可以在本文中进行的IV特性中看到更多细节。在接收和变形到50 mm弯曲直径的条件下,在自电场下从32 K到20 K测量具有相同结构但直径不同的两条导体,直径为0.89和0.45 mm,分别对应于1.4%和0.7%的应变。在不超过3 T的背景场中进一步测量了合格的0.45mm导体。发现直径较小的导线没有表现出Ic或IV特性临界性能下降的迹象。

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