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Cooper Pair in the Potential Field of Abrikosov Vortex

机译:Abrikosov涡旋势场中的库珀对

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摘要

The paper considers the behavior of a Cooper pair in the potential field of an Abrikosov vortex, describes the process physics qualitatively. An estimate of the characteristic length and energy of the system is made on the basis of the Heisenberg uncertainty and the quasiclassical method. A comparison is made of the theoretical and experimental coherence lengths for cuprate superconductors, and good agreement is obtained for the estimates for many cuprate superconductors. The results obtained can be used to build a complete theory of superconductivity, to be a starting point for building a theory of the dynamics of a superconducting system, which will entail, in particular, a description of the current-voltage characteristics of superconductors of the second kind.
机译:本文考虑了库珀对在Abrikosov Vortex的潜在领域中的行为,描述了定性的过程物理。基于Heisenberg的不确定性和拟卡索特方法,制定了系统特征长度和能量的估计。比较是对铜制超导体的理论和实验相干长度的比较,并且对于许多铜替代超导体的估计,获得了良好的一致性。获得的结果可用于构建超导性的完整理论,是建立超导系统动态理论的起点,其尤其需要描述超导体的电流 - 电压特性第二种。

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