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Meissner effect, diamagnetism, and classical physics-a review

机译:迈斯纳效应,反磁性和经典物理学-评论

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摘要

We review the literature on what classical physics says about the Meissner effect and the London equations. We discuss the relevance of the Bohr-van Leeuwen theorem for the perfect diamagnetism of superconductors and conclude that the theorem is based on invalid assumptions. We also point out results in the literature that show how magnetic flux expulsion from a sample cooled to superconductivity can be understood as an approach to the magnetostatic energy minimum. These results have been published several times but many textbooks on magnetism still claim that there is no classical diamagnetism, and virtually all books on superconductivity repeat Meissner's 1933 statement that flux expulsion has no classical explanation.
机译:我们回顾有关古典物理学关于迈斯纳效应和伦敦方程的文献。我们讨论了Bohr-van Leeuwen定理与超导体的完美反磁性的相关性,并得出结论,该定理是基于无效假设的。我们还指出了文献中的结果,这些结果显示了如何将冷却后的样品中的磁通量排出至超导性可以理解为达到静磁能量最小值的一种方法。这些结果已经发表了好几次,但是许多关于磁性的教科书仍然声称没有经典的反磁性,实际上,所有有关超导的书籍都重复了迈斯纳1933年的说法,即磁通量的排出没有经典的解释。

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