Permanent Magnetism provides an introduction to the whole field of permanent magnetism. It contains a comprehensive, but concise treatment of the fundamental theory underlying permanent magnetism, and illustrates applications with modem, permanent magnetic materials (ceramics and intermetallic compounds). Each chapter contains worked examples to reinforce applications. Detailed mathematics and tabular data on material properties are treated in the appendices.
Permanent Magnetism provides an introduction to the whole field of permanent magnetism. It contains a comprehensive, but concise treatment of the fundamental theory underlying permanent magnetism, and illustrates applications with modem, permanent magnetic materials (ceramics and intermetallic compounds). Each chapter contains worked examples to reinforce applications. Detailed mathematics and tabular data on material properties are treated in the appendices.
J. M. D. Coey leads the Magnetism and Spin Electronics group at Trinity College, Dublin, where he is Erasmus Smith's Professor of Natural and Experimental Philosophy. An authority on magnetism and its applications, he has been awarded the Gold Medal of the Royal Irish Academy and the Charles Chree Medal of the Institute of Physics for his work on magnetic materials.
Inhaltsangabe
Introduction: Basis of permanent magnetism Magnetic materials. Basic magnetism: Fields and interactions Magnetic ions Magnetic order Itinerant magnetism. Anisotropy and coercivity: Magnetic anisotropy Basic micromagnetics Extrinsic properties Magnetic viscosity. Experimental methods: Atomic-scale magnetism Bulk magnetization measurements Permanent magnet systems. Magnetic materials: Oxides Metallic 3d permanent magnets Rare-earth magnets. Applications: Introduction Static applications Dynamic applications with mechanical recoil Dynamic applications with active recoil Other applications. Exercises. Appendices. References and further reading. Index.
Introduction: Basis of permanent magnetism Magnetic materials. Basic magnetism: Fields and interactions Magnetic ions Magnetic order Itinerant magnetism. Anisotropy and coercivity: Magnetic anisotropy Basic micromagnetics Extrinsic properties Magnetic viscosity. Experimental methods: Atomic-scale magnetism Bulk magnetization measurements Permanent magnet systems. Magnetic materials: Oxides Metallic 3d permanent magnets Rare-earth magnets. Applications: Introduction Static applications Dynamic applications with mechanical recoil Dynamic applications with active recoil Other applications. Exercises. Appendices. References and further reading. Index.
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