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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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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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. · Physical-chemical characterisation of said materials (elemental composition, gas adsorption, IR and UV spectroscopy, X-ray diffraction, TEM, XPS, etc.). · Catalytic evaluation of the prepared materials
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diffraction study. This research will utilize advanced measurement facilities such as the X-ray free-electron laser facility SACLA, the large-scale synchrotron radiation facility SPring-8, NanoTerrace, and
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temperature. This will be achieved using a variety of solid-state, high-pressure and solvothermal synthesis techniques, and the resultant products will be characterized through X-ray and neutron diffraction as
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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
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conducting synchrotron-based X-ray diffraction and spectroscopy experiments at national user facilities; analyzing experimental data, preparing scientific manuscripts, and presenting research findings
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conducting synchrotron-based X-ray diffraction and spectroscopy experiments at national user facilities; analyzing experimental data, preparing scientific manuscripts, and presenting research findings
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(no hydrophilic grouping), these molecules form stable two-dimensional monolayers at the water-air interface (Langmuir films). We have shown, by small-angle x-ray surface diffraction measurements (GISAXS), that all