Earlier and recent aspects of superconductivity: lectures from the International School, Erice, Trapani, Sicily, July 4-16, 1989
Johannes Georg Bednorz, Karl A. Müller
Springer, 1990 - Science - 529 pages
In this book contemporary knowledge of superconductivity is set against its historical background. First, the highlights of superconductivity research in the twentieth century are reviewed. Further contributions then describe the basic phenomena resulting from the macroscopic quantum state of superconductivity (such as zero resistivity, the Meissner-Ochsenfeld effect, and flux quantization) and review possible mechaniscs, including the classical BCS theory and the more recent alternative theories. The main categories of superconductors - elements, intermetallic phases, chalcogenides, oxides and organic compounds - are described. Common features and differences in their structure and electronic properties are pointed out. This broad overview of superconductivity is completed by a discussion of properties related to the coherence length. Newcomers to the field who seek an overall picture of research in superconductivity, and of the cross-links between its branches, will find this volume especially useful.
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Some Remarks on the History of Superconductivity
Electronic Structures of Oxide Superconductors Development
Oxygen Nonstoichiometry and Valence States in Superconductive
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anisotropy antiferromagnetic atoms band behavior calculations carriers CeCu2Si2 charge transfer cluster coherence length compounds conduction conductors conventional superconductors Cooper pairs correlation corresponding Coulomb coupling critical current density critical field cuprates doping effect electronic structure equation excitations experimental Fermi level Fermi surface films fluctuations flux creep flux lines fluxon frequency function grain boundaries Hamiltonian high Tc high-Tc superconductors hole impurity insulating interaction ions J.G. Bednorz Josephson lattice layers Lett low temperatures Magn magnetic field materials measurements mechanism metal microscopic modulation normal observed obtained orbital order parameter oxides oxygen pair breaking penetration depth phonon Phys Physica planes polarization properties quantum quasiparticle Raveau relaxation rate resistivity sample scattering shown in Fig shows single crystals singlet Solid State Commun specific heat spectra spectrum spin spin glasses spin-glass SQUID superconducting symmetry temperature dependence theory transition temperature tunneling valence YBCO zero