Titlebook: Magnetism: A Synchrotron Radiation Approach; Eric Beaurepaire,Hervé Bulou,Jean-Paul Kappler Book 2006 Springer-Verlag Berlin Heidelberg 20

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,Hitchhiker’s Guide to Multiplet Calculations,diation can be simulated theoretically by calculating the transitions from the ground state to the allowed final states, e.g. 3. . → 2. .3. .. Presented here is the angular momentum coupling theory, Racah-Wigner algebra, point group theory and multipole moment expansion behind such calculations for

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Resonant X-ray Scattering: A Theoretical Introduction,ection for elastic scattering is carried out with special emphasis on applications to the study of the electronic properties of condensed matter. Resonant Inelastic X-ray Scattering (RIXS) spectroscopy, and its relationship to techniques such as x-ray resonant fluorescence spectroscopy and fluoresce

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High Angle Magnetic X-ray Diffraction,nchrotron radiation sources, this technique has become a standard microscopic probe for the investigation of magnetic properties. The magnetic x-ray scattering amplitude contains two terms: the nonresonant term that exists at all photon energies and the resonant term, induced by multipole electric t

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Dynamic Aspects of Magnetism,mporal resolution are described. Here, we focus on experiments aimed at identifying the modal structure of inhomogeneously magnetized ferromagnetic elements. Recent developments at synchrotron sources are discussed.

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Molecular Magnetism,rganic ferromagnets, based upon nitronyl nitroxide radicals, show long range magnetic order at very low temperatures in the region of 1 K, while sulphur-based radicals show weak ferromagnetism at temperatures of up to 36 K. It is also possible to prepare molecule–based magnets in which transition-me

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