Titlebook: Applications of Synchrotron Light to Scattering and Diffraction in Materials and Life Sciences; Marian Gomez,Aurora Nogales,T.A. Ezquerra

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Will the Energiewende Succeed?,ndensed matter science are reviewed in this chapter. The current instrumental capabilities at the ESRF-ID13 beamline provide beam sizes from a few microns into the range of 100?nm. A further reduction to about 30?nm can be expected. The reduction of beam size is accompanied by an increase in beam di

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Eugene S. Kryachko,Eduardo V. Lude?aally strongly enhanced, by inclusion of a nanoscopically dispersed crystalline inorganic filler. Crucial parameters are not only the volume fraction of the filler but also and especially the total interface area of the heterogeneous composite system. Nanocomposites are of great significance both for

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Foundations of Density Functional Theory, and activated carbon fibres is presented. It is shown that the use of X-ray microbeams is a unique way to know about the internal organisation of both pores and nanocrystallites in single carbon fibres. Moreover, combination of these techniques with stretching experiments allowed us to learn how th

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Gregory D. Johnson,Scott E. Stephensn of application of SAXS to protein solution has been described in the previous chapter. The size and shape of proteins can be determined from the scattering profile at low-medium resolution using computer simulations. The generated structural information perfectly complements high-resolution data r

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