Titlebook: Synchrotron Radiation; Basics, Methods and Settimio Mobilio,Federico Boscherini,Carlo Meneghi Book 2015 Springer-Verlag Berlin Heidelberg

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Characteristics and Properties of Synchrotron Radiationelativistic electrodynamics is rather complex, but the underlying physics is quite simple and can lead to the essential properties in an intuitive way. Many of such properties are directly related to the combination of relativistic effects such as the Lorentz contraction and the Doppler shift. Based

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Introduction to Matter Radiation Interactionng, are introduced and described. First a classical approach is used in which the radiation is described as an electromagnetic wave and the matter as a macroscopic system characterized by its optical constants; then the optical constants are calculated using the microscopic classical Lorentz model,

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Quantum Description of the Matter-Radiation Interactionconsist of absorption, emission and diffusion of ., the basis of many experimental techniques to study materials and their electronic properties. The states of the electron systems can be studied in a single-particle picture or in a many-electron scheme; the two approaches will be compared in the st

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A Close Look into the Low Energy Region of the XAS Spectra: The XANES Regioness to fine details of the local atomic structure and electronic state of the photo-absorber, which are hardly reached by other techniques. The recent progresses in theory and computation have extended the application of XANES spectroscopy in many different fields. This chapter aims to be a guide ac

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X-Ray Diffraction by Crystalline Materialsrtunity is exploited by solid state chemists or by mineralogists to study the structure of crystals, by chemists to determine the structure of molecules and by molecular biologists to investigate structure and properties of living organisms molecules, like proteins, nucleic acids etc. In this chapte

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Photoemission Spectroscopy: Fundamental Aspects. It finds its application in fields ranging from solid state physics to chemistry, biology and geology, just to mention a few. The number of researchers who need to be introduced to this field is ever increasing, and the spectrum of backgrounds that they possess is very large. Aim of this chapter i

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Small Angle X-Ray Scattering (SAXS) with Synchrotron Radiation Sourcesron sources where conventional sources prove limited. A brief introduction describing the technique aims to provide the reader with no more than the qualitative tools necessary to understanding the case studies discussed further on. For a more thorough discussion, the reader is referred to standard