Theory of Superconductivity |
Contents
The Phenomenon of Superconductivity 1 The Thermodynamic Transition | 1 |
The MeissnerOchsenfeld Effect | 4 |
Further Phenomenology of the Meissner Effect | 10 |
Copyright | |
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actual appears applied approximation assume assumption atoms average becomes Bogoliubov Bose-Einstein calculation Chapter chemical completely condensation condition consider constant contribution correlations corresponding defined density dependence detailed determined discussion distance effect electron pairs electrons energy energy gap ensemble equal equation equilibrium example excitation exist expectation value experiment expression fact factor Fermi flux follows given gives ground Hamiltonian independent integral interaction introduce leads limit London magnetic field matrix elements means mechanics metals molecules normal obtain operator pair pair wave function parameter particles perturbation phonon physical positive possible potential principle properties quantity quantum quantum mechanics reasonable reduced region relation replace result ring shows simple single-particle solution specimen statistical superconducting surface temperature theory thermodynamic tion Trace transformation transition vanishes vector volume wave function zero