Micromagnetism and the Microstructure of Ferromagnetic Solids [Paperback]

A monograph on condensed matter physics, electrical engineering and materials science.The purpose of this book is to provide a fundamental introduction to the field of microstructure magnetic property relations where microstructures on atomic, nano- and micrometer scales are considered. It is demonstrated that outstanding magnetic properties in general require an optimization of microstructural properties where the microstructures in crystalline materials are point defects (vacancies, interstitial atoms), dislocations as well as grain and phase boundaries. In amorphous alloys the type of microstructures on atomic scales are defined comprehensively and used to describe intrinsic and extrinsic properties uniquely.The purpose of this book is to provide a fundamental introduction to the field of microstructure magnetic property relations where microstructures on atomic, nano- and micrometer scales are considered. It is demonstrated that outstanding magnetic properties in general require an optimization of microstructural properties where the microstructures in crystalline materials are point defects (vacancies, interstitial atoms), dislocations as well as grain and phase boundaries. In amorphous alloys the type of microstructures on atomic scales are defined comprehensively and used to describe intrinsic and extrinsic properties uniquely.Here is a fundamental introduction to microstructure magnetic property relations where microstructures on atomic, nano- and micrometer scales are considered. The authors demonstrate that outstanding magnetic properties require an optimization of microstructural properties where the microstructures in crystalline materials are point defects and dislocations as well as grain and phase boundaries. In amorphous alloys the type of microstructures on atomic scales are defined and used to describe intrinsic and extrinsic properties.1. Introduction; 2. Magnetic Gibbs free energy; 3. Basic micromagnetic equilibrium conditions; 4. Domain walls l£&