Magnetism and Structure in Systems of Reduced Dimension

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Author: Robin F.C. Farrow

ISBN-10: 0306445298

ISBN-13: 9780306445293

Category: Electronics - Microelectronics

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An Historical Perspective of Key Issues in the Magnetism and Structure of Systems of Reduced Dimensions1Advances in Magnetic Disk Storage Technology11A Time-Resolved SPLEEM Study of Magnetic Microstructure in Ultrathin Co Films on W(110)25Magnetic Domains in Ultrathin Epitaxial Films Observed by Spin-Polarized Scanning Electron Microscopy33Magnetic-Sensitive Scanning Probe Microscopy45Morphology and Structure of Ultrathin Co- and Au-Films Grown on Ru(0001) Substrates55Stabilization of Metastable Phases by Epitaxy67Real-Time RHEED Studies of Epitaxial Co-Cr Superlattices79Interlayer Coupling and its Relation to Growth and Structure87SEMPA Studies of Oscillatory Exchange Coupling101Giant Magnetoresistance in Transition Metal Multilayers113Perpendicular Magnetoresistance in Ag/Co and Co/Cu Multilayers129Theory of the Perpendicular Magnetoresistance in Magnetic Multilayers143The Influence of Magnetism and Structure on Transport Properties and Interlayer Coupling of Systems in Reduced Dimensions155Magnetic and Magnetotransport Properties of Epitaxial (100) Fe/Pd Superlattices165Bilinear and Biquadratic Exchange Coupling in BCC Fe/Cu/Fe Trilayers. Exchange Coupling in Fe Whisker/Cr/Fe(001) Structures175What Rare Earths Teach About Thin Film Magnetism195Effects of Structure and Chemical Ordering on Magneto-Optical Spectra in the Co[subscript 1-x]Pt[subscript x] Alloy System201Chemical Ordering and Magnetic Anisotropy in MBE-Grown Co/Pt Multilayers215EXAFS Study of Magnetic Metal Overlayers229Spin-Dependent Empty Electronic States at Magnetic Surfaces243Exchange-Coupling Between Ferromagnets Across Non-Metallic Amorphous Spacer-Layers: Si and SiO257Investigation of Magnetic Microstructure in Films and Multilayers by Transmission Electron Microscopy269Magnetoresistance of Spin-Valve Sandwiches and Multilayers (Experiments and Theories)279Oscillatory Interlayer Exchange Interaction and Magnetoresistance in Co/Cu and Fe/Cu Systems295NMR Studies in Layered Magnetic Structures309Magneto-Transport Phenomena of Multilayers with Two Magnetic Components323Thermoelectric Power of Magnetic Multilayers335Magnetoresistance Interpretation and Magnetization Processes in Co-Re and Co-Cu Multilayers343Magnetic Nanoparticles: Different Systems for a Patchwork of New Effects in Magnetism359Magnetic Properties of Sub-Micron Particles377Giant Magnetoresistance in Granular Magnetic Systems381Interlayer Exchange Coupling: RKKY Theory and Beyond389Recent Developments in the Theory of Oscillatory Exchange Coupling in Magnetic Multilayers401Magnetic Properties of Ferro/Antiferro-Magnetic Based Sandwiches411Structure, Defects, Growth Modes and Magnetic Interlayer Coupling in Ni-Based Multilayers425On the Structural Quality of Co/Cu Trilayers and Superlattices: The Influence of the Template Layer439Influence of Growth and Structure on the Magnetism of Epitaxial Cobalt Films on Cu(001)453Atomic Moments, Anisotropy and Exchange Coupling in Ultrathin Films: Magnetic Order and Structure467Magnetism and Structure of Gd Monolayers: An AC Susceptibility Investigation481X-ray Studies of Magnetic Superlattices489Contributors503Index505

\ BooknewsProceedings of the NATO Advanced Research Workshop on [title], held in Cargese, France, June 1992, to review progress in understanding novel phenomena and in controlling preparation techniques to achieve reproducible results. Among the topics in 41 papers are advances in magnetic disk storage technology, magnetic-sensitive scanning probe microscopy, stabilization of metastable phases by epitaxy, interlayer coupling and its relation to growth and structure, spin-dependent empty electronic states at magnetic surfaces, NMR studies in layered magnetic structures, magnetic properties of sub-micron particles, recent developments in the theory of oscillatory exchange coupling in magnetic multilayers, and x-ray studies of magnetic superlattices. Annotation c. Book News, Inc., Portland, OR (booknews.com)\ \