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Methuen, 1962 - Superconductivity - 174 pages
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Introduction page
Phenomenological Thermodynamic Treatment
Static Field Description

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alloys aluminium anisotropy BALLMOOS Bardeen basic BCS theory behaviour below Tc bolometer cadmium calculated Chapter coherence length conductivity conductor Cooper pairs critical field critical temperature cryotrons Curie temperature current density curve Debye temperature decrease density diamagnetic DOULAT eddy current electrical conductivity electrical resistivity electromagnetic electromagnetic radiation electrons elements ellipsoid empirical values energy gap entropy et al experimental external field Faber Fermi energy Fermi surface Ferrell ferromagnetic fifth column finite flux free energy frequency Geballe Gibbs free energies Ginzburg Ginzburg-Landau theory Goodman Gorkov heat conduction helium high frequencies impurity indium infrared interaction interphase isotope joule heat kBTc kinetic energy Lanthanum lattice layer lead Lett London equation LYNTON magnetic field magnetic flux magnetic moment magnetostrictive magnitude Matthias Maxwell's equation mean free path measurements Meissner effect Mendelssohn near Tc niobium normal metal normal phase nucleation order parameter osmium penetration depth perfect conductor phase transition phonon Phys Pippard Proc quasi-particle range of coherence rare earth regions Rhenium Ruthenium sample Schrieffer Serin shown in Figure shows skin depth skin effect solenoid Soviet Soviet Phys specific heat specimen Suhl super supercon superconducting order parameter superconducting phase supercooling surface energy Tantalum temperature variation Thallium thermal thermal conductivity thermodynamic thin films threshold field thus Tinkham tion transition trons two-fluid uncertainty principle USSR valence electrons Vanadium vector potential wave functions wave vectors wire zero

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