Resurrection of the Melting Line in the Bose Glass Superconductor
arXiv:cond-mat/9505139 · doi:10.1103/PhysRevLett.74.4923
Abstract
I argue that in contrast to , where the Vortex Liquid (VL) freezes into the Strongly-pinned Bose Glass phase (SBG), with flux-line vortices localized by the columnar defects, for , the additional vortices see a significantly weaker random -independent potential due to the caging by the vortices strongly pinned on the columnar defects. The result is that for , upon cooling, the VL undergoes a sharp crossover to the Interstitial Liquid (IL) where SBG coexists with a resistive liquid of interstitial vortices. At lower the IL freezes into a distinct Weakly-pinned Bose Glass phase (WBG). Therefore for the true linear superconductor only forms at well below the irreversability line.
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