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The Current Distribution in Bi-2223/Ag HTS Conductors: Comparing Hall Probe and Magnetic Knife ud

机译:Bi-2223 / ag HTs导体中的电流分布:比较霍尔探头和磁刀 ud

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摘要

We analyzed the current distribution in three Bi-2223/Ag tapes with different filament lay-out, comparing the results of magnetic knife and Hall probe experiments. Detailed knowledge of the current distribution can be useful for the diagnostics of HTS conductors. The lateral current distribution was measured with the non-destructive magnetic knife technique and used to calculate the corresponding magnetic field profile above the tape. These calculated profiles were then compared to those actually measured by a Hall probe. Additionally, the Hall probe data were also compared with ''ideal'' field profiles, assuming uniform current flow across the tapes. This assumption is often used in measurement interpretation. The Hall probe - and magnetic knife data correspond very well, but deviate significantly from the ideal profiles. Further analysis of the current distribution shows that this deviation is mainly due to suppression of the critical current density at the tape edges.ud
机译:我们分析了三种具有不同灯丝布局的Bi-2223 / Ag胶带中的电流分布,比较了磁刀和霍尔探针实验的结果。有关电流分布的详细知识可能对HTS导体的诊断有用。横向电流分布通过无损磁刀技术进行测量,并用于计算胶带上方的相应磁场分布。然后将这些计算出的轮廓与霍尔探头实际测量的轮廓进行比较。此外,假设跨过磁带的电流均匀,还将霍尔探头数据与“理想”磁场分布进行比较。该假设通常用于度量解释中。霍尔探头和电磁刀的数据非常吻合,但与理想轮廓有很大差异。对电流分布的进一步分析表明,这种偏差主要是由于磁带边缘处的临界电流密度受到抑制。

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