High-temperature Superconductivity: Experiment and Theory |
Contents
Introduction | 1 |
Crystal Structure | 10 |
Thermodynamic Properties | 62 |
Copyright | |
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absorption anisotropy antiferromagnetic approximation atom band band-structure BCS theory calculations charge transfer contribution conventional superconductors Cooper pairs copper sites copper-oxide compounds copper-oxide superconductors correlation length Coulomb correlations coupling constant critical field CuO2 planes decrease described determined doping electron-phonon interaction electronic structure energy excitations experimental Fermi surface frequency Ginsburg-Landau high-temperature superconductors Hubbard Hubbard model impurities in-plane investigations Knight shift La₂CuO4 lattice layers Lett linear LSCO magnetic field measurements metallic mode observed obtained one-particle order parameter orthorhombic orthorhombic phase oxide superconductors oxygen oxygen content oxygen ions penetration depth phase transition phonon Phys Physica properties quasi-particle relaxation rate s-wave samples scattering shown in Fig single crystals singlet specific heat specific-heat jump spectra spin fluctuations strong coupling studies superconducting superconducting phase superconducting transition susceptibility symmetry t-J model temperature dependence tetragonal tetragonal phase transition temperature valence YBCO compounds