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Advances in Permanent Magnetism Rollin J. Parker This all-in-one guide is an essential tool of the trade for anyone confronted with design problems involving permanent magnets. Covering all practical aspects of permanent magnets, Advances in Permanent Magnetism saves hours of legwork spent chasing down data scattered throughout dozens of specialized texts and articles. The book looks at the entire field, from the origin of permanent magnet behavior to the uses of magnetic components in energy conversion devices, and it offers much new information on high-energy rare-earth magnets. Advances in Permanent Magnetism is designed to get engineers quickly on-line with the knowledge and skills they need to design highly efficient, economical permanent magnetic devices. 1990 (0-471-82293-0) 337 pp. Physical Properties of III V Semiconductor Compounds InP,InAs,GaAs,GaP,InGaAs,and InGaAsP Sadao Adachi Both a practical handbook and reference, this important work brings together in one comprehensive volume the existing theoretical and experimental data on various material properties of InGaAsP and InGaAs alloy semiconductors as well as the properties of related binary semiconductors, InP, InAs, GaAs, and GaP. The book features a complete set of material properties, including: structural properties; mechanical, elastic, and lattice vibrational properties; thermal properties; electronic properties; electron and phonon deformation potentials; optical properties; elastooptic and electrooptic properties; and transport properties. Designed for optimal clarity and ease of use, this practical book summarizes, in graphical, tabular, and functional forms, hard-to-access information on these key semiconductors. 1992 (0-471-57329-9) 336 pp.
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Über die Autorin bzw. den Autor
About the author MANLIO G. ABELE, PhD, is one of the world authorities on magnetic structures design theory. He has authored or coauthored more than 75 papers in the field of electromagnetics and holds a number of patents on microwave propagation and advanced permanent magnets designed for NMR medical applications. Professor Abele received his doctorate in electrical engineering in 1943 from R. Politecnico di Torino, Italy. He has served on the faculties of academic institutions in this country as well as abroad. Since 1976, Dr. Abele has been Research Professor in the Department of Radiology at New York University where he has developed his theoretical work on magnet design.
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Advances in Permanent Magnetism Rollin J. Parker This all-in-one guide is an essential tool of the trade for anyone confronted with design problems involving permanent magnets. Covering all practical aspects of permanent magnets, Advances in Permanent Magnetism saves hours of legwork spent chasing down data scattered throughout dozens of specialized texts and articles. The book looks at the entire field, from the origin of permanent magnet behavior to the uses of magnetic components in energy conversion devices, and it offers much new information on high-energy rare-earth magnets. Advances in Permanent Magnetism is designed to get engineers quickly on-line with the knowledge and skills they need to design highly efficient, economical permanent magnetic devices. 1990 (0-471-82293-0) 337 pp. Physical Properties of III-V Semiconductor Compounds InP,InAs,GaAs,GaP,InGaAs,and InGaAsP Sadao Adachi Both a practical handbook and reference, this important work brings together in one comprehensive volume the existing theoretical and experimental data on various material properties of InGaAsP and InGaAs alloy semiconductors as well as the properties of related binary semiconductors, InP, InAs, GaAs, and GaP. The book features a complete set of material properties, including: structural properties; mechanical, elastic, and lattice vibrational properties; thermal properties; electronic properties; electron and phonon deformation potentials; optical properties; elastooptic and electrooptic properties; and transport properties. Designed for optimal clarity and ease of use, this practical book summarizes, in graphical, tabular, and functional forms, hard-to-access information on these key semiconductors. 1992 (0-471-57329-9) 336 pp.
Aus dem Klappentext
The quasilinear demagnetization characteristics of rare-earth magnets make it possible to analyze complex three-dimensional magnetic structures with exact mathematical solutions for arbitrarily assigned geometries of the magnet cavity. Yet the demand for magnetic fields with increasingly stringent specifications of strength, uniformity, distribution, and confinement goes largely unfulfilled because many permanent magnet designers are unaware of near revolutionary developments in the field. The properties of the modern magnetic materials are so strikingly different from the old magnetic alloys that their use must follow a new, logically defined design approach. Structures of Permanent Magnets: Generation of Uniform Fields fills an enormous gap in the current literature and is destined to become the advanced magnet designer's primary source. This thorough and well-organized treatise introduces a highly imaginative and innovative approach to magnetic design-a complete theory of confinement of large magnetic fields to cavities of arbitrary shape with permanent magnets. Divided into three parts, the book offers comprehensive coverage of the fundamentals of magnetostatics, the design of closed magnetic structures, and the analysis of the effects of the opening of the magnetic structures and demagnetization characteristics of real magnetic material. Structures of Permanent Magnets: Generation of Uniform Fields will enable designers to provide miniaturized, confined, high-field, nonenergy-consuming magnetic field sources for devices in a wide variety of technological areas, including electronics, medical diagnostics, electrical machinery, space astronomy, laboratory instruments, and many others. At the same time, it will empower research scientists, applied physicists, application engineers, product development managers, and students with a quantitative design approach incorporating modern magnetic materials, unique magnetic structures that reduce weight and volume of permanent magnets, as well as a new theory for solving the inverse problem using an exact mathematical formulation.
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