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resolution model of the human body. The institute has established a strong foundation in (1) Molecular: X-ray, NMR, EM (2) Cellular: super resolution, confocal, coherent diffraction and (3) Human scale: MRI
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function (PDF) analysis of X-ray diffraction (XRD) data has become a highly suitable technique that allows us to gain insight into the short-range order of atoms in such active catalytic phases. In
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and reduction reactions. The research will focus on: Developing synthetic routes to robust new chelating and bifunctional ligands. Employing advanced spectroscopic, electrochemical and X-ray diffraction
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, additional material characterisation with techniques such as X-ray diffraction, X-ray and neutron reflectometry and X-ray photoemesion spectroscopy will be used to provide a fundamental understanding of the
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analysis of scanning electron microscopy, electron backscatter diffraction, and energy dispersive spectroscopy. Skilled in the interpretation and analysis of transmission electron microscopy and X-ray
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issues) Proficiency in operating and supporting materials science laboratory equipment, such as: X-ray diffraction (XRD) Scanning electron microscopy (SEM) and sample preparation tools Thermal and
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morphological characterization will be carried out using electron microscopy, X-ray diffraction, and IR spectroscopy, to establish correlations between structure and performance. The formulations developed and
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performing particle size analyses with laser particle analyzers, Atterberg limits, undrained shear strength, resedimentation, consolidation, and X-ray diffraction. These required and desired skills should be
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Structural characterizations: X-ray and electron diffraction, electron microscopy, atomic force microscopy Study of electronic and magnetic properties: SQUID magnetometry, X-ray and angle-resolved
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instrumentation - experience with Monte-Carlo ray-tracing programmes (e.g. McStas, Vitess) - background knowledge with imaging and diffraction techniques will be beneficial - background knowledge in materials