Critical currents: proceedings of the 6th International Workshop on Critical Currents, Cambridge, UK, 7-11 July 1991
Like its predecessors, the 6th International Workshop on Critical Currents brought together many of the foremost researchers in this field for a dynamic exchange of views and information. The refereed papers from this exciting meeting have now been compiled in this volume so that all those with an interest in this important area of superconductivity can acquaint themselves with the latest developments. This book contains over 100 papers and the topics covered include the following: * pinning mechanisms * the critical state * magnetic phase diagrams * creep and flux flow * layer structures and granularity * fabrication and measurement techniques The papers presented here are reprinted from Superconductor Science and Technology (1992, Volume 5, Number 15), an Institute of Physics journal.
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211 particles activation energy angle anisotropy annealing Appl applied field axis behaviour BSCCO c-axis calculated ceramic coherence length critical current density critical field curves cylinder decrease defects dependence of Jc doped effect epitaxial experimental field cooled field dependence Fig.l Figure filaments fluence flux creep flux flow flux lines flux pinning fluxon frequency function grains granular high temperature superconductors high-Tc higher hysteresis loops hysteretic increase intergranular irreversibility line Jc values Josephson layers Lett low fields magnetic field magnetization measurements magnetometer material melt microstructure Nb-Ti NbTi normal observed obtained orientation oxygen parallel parameter peak perpendicular phase Phys Physica pinning centers pinning force pinning potential planes powder properties region resistivity sample screw dislocation shows single crystals sintered specimen structure substrate Supercond surface tapes Technol temperature dependence thickness thin films transition transport current voltage vortex lattice vortices weak links wire YBCO zero field