This textbook offers students and researchers an overview of the physical aspects of ferromagnetism. It emphasizes the explanations of physical concepts rather than rigorous theoretical treatments that require a more advanced background than is assumed here. The book includes recent developments and techniques in magnetics, and describes magnetic phenomena and engineering applications in magnetism.
1. Magnetostatic Phenomena 2. Magnetic Measurements 3. Atomic Magnetic Moments 4. Macroscopic Experimental Techniques 5. Magnetic Disorder 6. Ferromagnetism 7. Antiferromagnetism and Ferromagnetism 8. Magnetism of Metals and Alloys 9. Magnetism of Ferromagnetic Oxides 10. Magnetism of Compounds 11. Magnetism of Amorphous Materials 12. Magnetocrystalline Anisotropy 13. Induced Magnetic Anisotropy 14. Magnetostriction 15. Observation of Domain Structures 16. Spin Distribution and Domain Walls 17. Magnetic Domain Structures 18. Technical Magnetization 19. Spin Phase Transition 20. Dynamic Magnetization 21. Various Phenomena Association with Magnetization 22. Engineering Applications of Magnetic Materials
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