Magnetism V5

Contributors to Volume VPrefaceContents of Previous VolumesPart I. Conditions Favoring Localization of Effective Moments 1. Formation of Local Magnetic Moments in Metals: Experimental Results and Phenomenology I. Introduction II. Experimental Observables in the Local Moment Problem III. General Features Revealed by Experiment IV. Solid Solutions of 3d Elements in Simple Hosts V. Transition Metals Containing 3d Solutes VI. Local Moment Formation in Rare Earth Metals References 2. Formation of Local Magnetic Moments: Hartree-Fock Theory I. Introduction II. Friedel's Approach: Resonance Scattering and Virtual Bound States III. Anderson's Approach IV. Discussion of the Hartree-Fock Solutions V. The Antiferromagnetic Coupling Between Localized and Conduction Electrons VI. Transition Impurities in Transition Metals VII. Conclusions References 3. Spin Fluctuations Around Impurities: Magnetic and Nonmagnetic Cases I. Introduction II. Theory of Local Spin Fluctuations Associated with Paramagnetic Impurities in Metals: Mean Field Description III. Renormalized Theories of Local Spin Fluctuations: Nonmagnetic and Magnetic Cases IV. The Effect of Local Spin Fluctuations on the Properties of Dilute Alloys ReferencesPart II. The s-d Model 4. The s-d Model and the Kondo Effect: Thermal and Transport Properties I. Introduction II. Thermal and Transport Properties III. Interactions IV. Review Articles References 5. The s-d Model and the Kondo Effect: Magnetic Hyperfine-Interaction Studies I. Introduction II. Theory of Magnetic Hyperfine Interactions in Dilute Alloys III. Impurity Magnetization Studies IV. Dynamic Response Studies V. Concluding Remarks References 6. Perturbative, Scattering, and Green's Function Theories of the s-d Model I. Introduction II. Hamiltonian and Green's Functions III. Dispersion Theory IV. Equation of Motion Method V. Properties of the Solution VI. Thermal Properties VII. Electrical Conductivity VIII. Magnetic Field Effects Appendix A. Diagrammatic Methods Appendix B. Electronic Susceptibility References 7. Asymptotically Exact Methods in the Kondo Problem I. Introduction II. The Kondo Problem: A Discrete Path-Integral Approach III. Eliminating the Fermi Gas IV. The Method of Schotte and Schotte V. Summing Up Over the Paths VI. Finite Temperatures VII. Numerical Results VIII. The Scaling Method IX. The Kondo Temperature X. Physical Implications XI. "Renormalization Group" Methods in the Kondo Problem References 8. Functional Integral Methods in the Magnetic Impurity Problem References 9. The Ground State of the s-d Model I. Introduction II. Perturbaion Theoretic Approach for the Singlet Ground State III. Bound State for the Anisotropic Exchange Interaction IV. Charge, Spin Polarization, and Spin Correlation Densities V. Bound State in the Presence of Magnetic Field VI. Local Electron Distributions and Magnetoresistance VII. Concluding Remarks ReferencesPart III. Magnetic Moment Effects in Superconductors 10. Paramagnetic Impurities in Superconductors I. Introduction II. Long-Lived Local Moments in Superconductors III. The Effect of Nonmagnetic Resonant States on Superconductivity IV. The Effect of Localized Spin Fluctuations on Superconductivity V. Magnetic-Nonmagnetic Transitions of Impurities in Superconductors References 11.