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This book presents the special properties of low-dimensional magnetic systems i.e., film, multilayers, fine particles, nanostructured materials, and reflecting the recent researches. It is divided into four parts: (i) contains a phenomenological description of the fundamentals of magnetism; (ii) covers preparation and properties of films and multilayers, with special emphasis on Giant Magnetoresistance; (iii) focuses on fine particles and nanostructured systems; and (iv) dedicated to innovative magnetic materials for the next generation.
Sample Chapter(s)
Basic Concepts of Ferromagnetism: A Primer (895 KB)
Contents:
- Basic Concepts of Ferromagnetism: A Primer (P Allia)
- Highlight on Soft Magnetic Materials (F Fiorillo)
- Permanent Magnets: A Tutorial Introduction (A Paoluzzi)
- Magnetostatic Wave Resonators Based on Magnetic Garnet Films for Microwave Filtering (R Marcelli et al.)
- A Guide into Literature on Magnetic Films (A Rettori)
- Magnetoresistance. Phenomenology and Applications (G Turilli)
- Electrochemically Deposited Thin Films for Magnetic Recording Devices (P L Cavallotti et al.)
- Magnetic and Magneto-Optical Recording (E Terrenzio)
- Static and Dynamic Properties of Superparamagnetic Particles (D Fiorani)
- Nanostructured Magnetic Materials: Preparation and Applications (F Vinai)
- Molecular Magnets (D Gatteschi)
- Exchange-Spring and Enhanced-Remanence Magnets (M Solzi)
- Artificial Magnetic Nanoparticle Systems (M Ghidini)
Readership: Physicists, chemists and engineers.
