Magnetic Superconductors: Recent DevelopmentsIn eight chapters (several quite brief) the authors review for the benefit of professional peers the theoretical/experimental status of the topic to which their title refers, with emphasis on its relation to high-temperature superconductivity. Includes glossary and thirteen pages of references. Prod |
Contents
PREFACE | 1 |
SURVEY OF EXPERIMENTAL RESULTS 21 2222 | 21 |
ANTIFERROMAGNETIC SUPERCONDUCTORS | 137 |
Copyright | |
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Common terms and phrases
antiferromagnetic antiferromagnetic order antiferromagnetic superconductors BCS theory behavior CeCu,Si coexistence of superconductivity conduction electrons Cooper pairs coupling critical field Hc2 cuprate curve density effect electrical resistivity equation ErRh ErRh4B4 ErRhB exchange interaction exhibit experimental f-electrons Fermi surface ferromagnetic ferromagnetic superconductors Fischer free energy Fulde Green's function Hamiltonian heavy fermion ions Ishikawa and Muller Kakani and Upadhyaya lattice Lett low temperatures Machida Magn magnetic field magnetic order magnetic phase magnetic superconductors Maple N(EF netic neutron scattering normal oxygen pair breaking Palstra paramagnetic phase diagram phase transition phonon Phys Physica preprint quasiparticles rare earth reentrant reported shown in Figure shows single crystal Sinha Solid State Comm specific heat spin fluctuations spin-orbit super supercon superconducting and magnetic superconducting order parameter superconducting transition temperature susceptibility Tachiki temperature dependence ternary compounds tetragonal tion upper critical field Varma zero
References to this book
Physical and Material Properties of High Temperature Superconductors S. K. Malik,S. S. Shah Limited preview - 1994 |