Thermal Suppression of Strong Pinning
Thermal Suppression of Strong Pinning
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1998
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Physical Review Letters ; 1998, 81. - pp. 906-909
Abstract
We study vortex pinning in layered type-II superconductors in the presence of uncorrelated disorder for decoupled layers. Introducing the new concept of variable-range thermal smoothing, we describe the interplay between strong pinning and thermal fluctuations. We discuss the appearance and analyze the evolution in temperature of two distinct non-linear features in the current-voltage characteristics. We show how the combination of layering and electromagnetic interactions leads to a sharp jump in the critical current for the onset of glassy response as a function of temperature.
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530 Physics
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WAGNER, Orlando S., Guido BURKARD, Vadim B. GEHSKENBEIN, Gianni BLATTER, 1998. Thermal Suppression of Strong Pinning. In: Physical Review Letters(81), pp. 906-909. Available under: doi: 10.1103/PhysRevLett.81.906BibTex
@article{Wagner1998Therm-9351, year={1998}, doi={10.1103/PhysRevLett.81.906}, title={Thermal Suppression of Strong Pinning}, number={81}, journal={Physical Review Letters}, pages={906--909}, author={Wagner, Orlando S. and Burkard, Guido and Gehskenbein, Vadim B. and Blatter, Gianni} }
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