Anisotropic flux creep in Bi2212:Pb single crystal in crossed magnetic fields

Details Anisotropic flux creep in Bi2212:Pb single crystal in crossed magnetic fields Anisotropic flux creep in Bi2212:Pb single crystal in crossed magnetic fields

2003-09-19

arxiv.org/abs/cond-mat/0309451v1

Physics

Condensed Matter

Superconductivity

6 pages, 6 figures

Scientific paper

An experimental study of magnetic flux penetration under crossed magnetic fields in Bi2212:Pb single crystals is performed by the magneto-optic technique. The anisotropy of the flux creep rate induced by the in-plane magnetic field is observed at $T<54\pm 2$ K. This observation confirms the existence of the three-dimensional flux line structure in Bi2212:Pb at low temperatures. An asymmetry of the flux relaxation with respect to the direction of the in-plane field is found. This effect can be attributed to the influence of the laminar structure on the pinning in Bi2212:Pb single crystals.

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