Superconductivity |
Contents
Introduction | 1 |
The Pippard Nonlocal Theory | 33 |
The GinzburgLandau Phenomenological Theory | 46 |
Copyright | |
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alloys aluminium anisotropy Applied Field Bardeen basic BCS theory behaviour calculated Chapter conductor Cooper pairs correlated critical field critical temperature cryotrons curve decrease deviations diamagnetic electromagnetic elements empirical values energy gap entropy experimental external field Faber Fermi surface ferromagnetic field H finite flux free energy frequency Ginsberg Ginzburg Goodman Gorkov H₂ IBM Journal impurity indium interaction large number lattice layer lead Lett London equation low temperatures magnetic field magnitude Matthias mean free path measurements Meissner effect niobium non-local normal electron normal metal normal phase order parameter penetration depth phonon Pippard predicted Proc range of coherence regions resistance sample Serin Shoenberg shown in Figure shows Soviet Phys specific heat specimen super supercon superconducting phase supercooling surface energy temperature variation thermal conductivity thermodynamic thin films threshold field Tinkham tion transition USSR vanishes varies wave functions wire Zavaritskii