Titlebook: Advanced Magnetic Nanostructures; David Sellmyer,Ralph Skomski Book 2006 Springer-Verlag US 2006 cluster.electronics.magnetism.materials s

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Werner J. Patzelt,Karin Algasingeritomized by magnetic hard disks. In this chapter, we consider the ultimate capability for the storage of digital information. Noise performance and spatial resolution are key parameters in recording media and an ongoing challenge in advancing the areal density. The dominant media noise source today

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Werner J. Patzelt,Karin Algasingerey are based on the same hard phases which are involved in bulk Rare-Earth Transition-Metal hard magnetic materials or on the hard .l. FePt or CoPt phases. The main processes used for the preparation of these materials are described. The original magnetic properties observed are consequences of the

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,Sozialstaatliche Politik in der ?ra Kohl,thologies. This chapter summarizes the major applications of magnetic materials: magnetic targeting, drug and gene delivery, magnetic separation, the use of magnetic beads in manipulating single molecules, as contrast agents in magnetic resonance imaging, and for hyperthermia. Biocompatibility requi

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https://doi.org/10.1007/b101199cluster; electronics; magnetism; materials science; nanostructure; nanotechnology; simulation

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David Sellmyer,Ralph SkomskiUnique integration of synthesis, characterization, magnetic measurement, theoretical modeling, and first-principle description.A balanced and comprehensive presentation of the involved science of magn

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