Physics of Ferromagnetism 2e

• Classic text. One of the major references in the field.
• Describes magnetic phenomena intuitively and comprehensively.
• Describes engineering applications of magnetism.
• Contains many unique illustrations.
• Includes recent developments and techniques in magnetics.

Readership: Graduate students and researchers in magnetism including departments of physics, materials science and materials engineering.

Soshin Chikazumi, Department of Physics, University of Tokyo

1: Magnetostatic phenomena
2: Magnetic measurements
3: Atomic magnetic moments
4: Macroscopic experimental techniques
5: Magnetic disorder
6: Ferromagnetism
7: Antiferromagnetism and ferrimagnetism
8: Magnetism of metals and alloys
9: Magnetism of ferromagnetic oxides
10: Magnetism of compounds
11: Magnetism of amorphous materials
12: Magnetocrystalline anisotrophy
13: Induced magnetic anisotropy
14: Magnetostriction
15: Observation of domain structures
16: Spin distribution and domain walls
17: Magnetic domain structure
18: Technical magnetization
19: Spin phase transition
20: Dynamic magnetization
21: Various phenomena association with magnetization
22: Engineering applications of magnetic materials