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Properties of the Bose glass phase in irradiated superconductors near the matching field
Physical Review B (Condensed Matter)
Structural and transport properties of interacting localized flux lines in the Bose glass phase of irradiated superconductors are studied by means of Monte Carlo simulations near the matching field B_Phi, where the densities of vortices and columnar defects are equal. For a completely random columnar pin distribution in the xy-plane transverse to the magnetic field, our results show that the repulsive vortex interactions destroy the Mott insulator phase which was predicted to occur at B =doi:10.1103/physrevb.58.6565 fatcat:pvr7nm5d7nbsxdvzsfkn5oozpy