The Nonlinear Magnetic Flux Diffusion in Superconductors
Keywords:
flow dynamics, magnetic induction, self-similarityAbstract
The problem of the penetration of a magnetic field into a high-temperature superconductor, which is in the regime of flux creep in an external magnetic field, is considered. Analytical formulas are obtained for the depth and rate of penetration of a magnetic field into a superconductor depending on the values of the problem parameter, namely, on the exponent n characterizing the rate of penetration of vortices into the superconducting half-space.
References
D.G., Aranson, J.L.Vazquez, Phys. Rev. Lett. 72, 823 (1994).
V.V. Bryksin, S.N. Dorogovstev. Physica C 215 , 345 (1993).
J. Gilchrist J., C.J. Van der Beek, Physica C. 27, 231 ( 1994).
J.Gilchrist. Physica C. 30, 291 (1997).
V.V. Vinokur et all.,. Phys. Rev. Lett. 67, 915 (1997).
P.W. Anderson, YB Kim YB Rev. Mod. Phys . 36 , 3456 (1964).
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