Titlebook: Magnetic Nanostructures in Modern Technology; Spintronics, Magneti Bruno Azzerboni,Giovanni Asti,Massimo Ghidini Conference proceedings 200

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ard to justify doing traditional large sample inferences. (Another possibility is to do exact conditional inference, but that is another story.) Naturally,Ihavecleaneduptheminor?awsinthetextthatIhavefound. All examples, theorems, proofs, lemmas, etc. are numbered consecutively within each section wi

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Micromagnetic Modelling of Magnetization Dynamics Driven by Spin-Polarized Current: Stability Diagrerties of the system under investigation and it has to be investigated in each case. The simulations reveal a complex switching behaviour that involves highly inhomogeneous magnetization configurations with multiple domains. Lastly, in order to describe the full behaviour of the magnetization dynami

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Magnetic Rings: A Playground to Study Geometrically Confined Domain Walls,on microscopy. We observe that the spin structures of interacting domain walls change from vortex to transverse walls, when the distance between the walls is reduced. Using the measured stray field values, the energy barrier height distribution for the nucleation of a vortex core is obtained. Finall

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Magnetic Microsystems: MAG-MEMS,ve’ magnetic materials). In the third section, a panorama of applications of Mag-MEMS is explored: switches, motors, generators, commutators, scanners, sensors, etc. Illustrative examples are taken from state-of-the-art research prototypes and preindustrial devices, developed within the Grenoble MEM

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Spin-Polarized Current and Spin-Transfer Torque in Magnetic Multilayers,on vectors. The dependence of resistance and current-driven torque on relative angle between 2 magnetic moments of a multilayer pillar are derived. Spacers of both metallic and insulating tunnel-barrier types are considered. The classical Landau-Lifshitz equation describes the dynamics of the magnetization created by spintransfer torque.

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