Titlebook: Atomic- and Nanoscale Magnetism; Roland Wiesendanger Book 2018 Springer Nature Switzerland AG 2018 Single Spins.Molecular Magnetism.Non-Co

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Werden Sie ein Engineering-Unternehmen,inter-metal distances were varied as well as the number of stacked complexes. In addition the metal centers were changed in order to vary the numbers of interacting unpaired electrons. The final target was an investigation of the properties of stacked magnetic molecules on a substrate.

Dri727

Scanning Tunneling Spectroscopies of Magnetic Atoms, Clusters, and Moleculesm-made molecules. Spin-orbit coupling at single adatoms is probed via measurements of the anisotropic magnetoresistance, in particular in single atom contacts. Such junctions are also investigated with respect to the current shot noise, which is influenced by the electron spin.

kindred

暗諷

,Die Identit?tsarbeit der Führungskraft,ured quantities in combination with STM-tip induced manipulation of the atoms, nanostructures ranging from antiferromagnetic chains and two-dimensional arrays over all-spin based logic gates to magnetic memories composed of only few atoms can be realized and their magnetic properties characterized.

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Werden Sie ein Engineering-Unternehmen,dichroism and how their spin and orbital moments depend on size and composition are discussed. Special emphasis is put on the non-collinear magnetic coupling in the clusters resulting in complex spin structures and the influence of oxidation on the magnetic properties of the clusters.

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調(diào)整校對

l interaction in small numbers of nanostructures can be resolved. The interactions cause a strong change of the magnetic behavior of the individual particle particularly in case the system is affected by thermal energy. The latter happens even on a reasonable large scale of particle separation.

hypnotic

不真

Magnetic Spectroscopy of Individual Atoms, Chains and Nanostructuresured quantities in combination with STM-tip induced manipulation of the atoms, nanostructures ranging from antiferromagnetic chains and two-dimensional arrays over all-spin based logic gates to magnetic memories composed of only few atoms can be realized and their magnetic properties characterized.

SOBER