Titlebook: Magnetic Nanostructures; Spin Dynamics and Sp Hartmut Zabel,Michael Farle Book 2013 Springer-Verlag Berlin Heidelberg 2013 Heusler alloys.M

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蓋他為秘密

Spin-Polarized Electrons in Superconductor/Ferromagnet Hybrid Structures,and ferromagnetic (F) layers with special emphasis on the occurrence of odd triplet superconductivity. In the theoretical works it has been shown that a long range odd triplet component (LRTC) of the superconducting condensate function can appear at S/F interfaces, if the magnetization of F is inhom

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COST

Multiferroic and Magnetoelectric Materials, the linear . effect has been shown to control spintronic devices very efficiently, e.g. by using the classic . antiferromagnet Cr.O .. An electric field can switch its ferromagnetic surface magnetization and thus control exchange bias based spin valve devices. Similar nano-engineering concepts exis

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Competing Interactions in Patterned and Self-Assembled Magnetic Nanostructures,ures each containing a macrospin or a magnetic dipole interacting with its neighbors. We start with a general overview on rectangular and circular islands, their domain structures and interactions. In the second part we discuss the competing interactions and geometric frustration of magnetic dipoles

水土

Quantum Dot Spintronics: Fundamentals and Applications,e of freedom . which has been neglected since the roots of electronics. In this sense, spintronics is opening a new dimension of functional devices which is even more mighty than it may look at a first glance: The electron spin and its orientation is a pure quantum mechanical phenomenon which leads

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煩躁的女人

Multiferroic and Magnetoelectric Materials,rd high—in PZT/ FeBSiC, just right for sensorics applications. In ., whose ferroelectricity is due to modulated magnetic ordering, the . coupling is of fundamental interest. Higher order . response characterizes disordered . and extends the conventional multiferroic scenario toward .. (e.g. Sr.Mn.TiO.) or . (e.g. PbFe.Nb.O.).

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NIL

The Influence of Magnetic Anisotropy on Current-Induced Spindynamics, the relative orientation of magnetization and current polarization are discussed. We focus on the nanopillar geometry and address the influence of magnetic anisotropy on the spin-torque driven spindynamics. Selected experimental examples are given to illustrate the interplay between magnetic anisotropy and spin-transfer torque.