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Study on Flux pinned vertical force between High-temperature Superconductor and Permanent Magnet

机译:高温超导体与永磁体之间的磁通垂直力研究

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The flux pinned force attracts our eyes, where the levitating system is widely investigated for the transportable application. Although plenty of experiments can lead to many significant consequences, the mechanism has been not understood completely since the enormously complicated behavior and quantum effect involve. In this paper, in order to calculate the flux pinned force analytically, the image-dipole model is adopted and improved and the simple and precise expression of magnetic strength is utilized, so the flux pinned vertical force can be calculated in analytical form. In addition, the experimental data in case of zero field-cooling and field-cooling experiment can be collected in our experimental table and the comparison is completed between the precise and simple formula and the experimental data, the precise version of expression fro flux pinned vertical force can correspond to the experimental data well.
机译:磁通覆盖力吸引了我们的眼睛,其中悬浮系统被广泛研究了可运输应用。虽然大量的实验可以导致许多重大后果,但由于诸多复杂的行为和量子效应涉及,因此该机制没有完全理解。在本文中,为了分析地计算磁通焊剂,采用和改进了图像 - 偶极模型,并且利用了磁强度的简单且精确的表达,因此可以以分析形式计算磁通钉垂直力。此外,在我们的实验表中可以收集零场冷却和现场冷却实验的实验数据,并且在精确和简单的公式和实验数据之间完成比较,表达式的精确版本循环垂直力可以对应于实验数据良好。

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