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total scattering, WAXS and SAXS, imaging, and femtosecond X ray diffraction to probe structure and dynamics in real time under device relevant conditions. Target facilities include DESY, MAX IV, European
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, optimization, and characterization integrating imaging, experimental metadata, and diffraction outcomes. Design and deploy computer vision methods to detect and track crystal growth. Develop closed-loop
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research. Your work will focus on developing selective chelation strategies and applying these systems to targeted radionuclide therapy and cancer imaging. Research accomplishments will be disseminated
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of materials and devices during switching, combining methods such as laser pump and X ray probe total scattering, WAXS and SAXS, imaging, and femtosecond X ray diffraction to probe structure and dynamics in real
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, is a materials science beamline specialising in X-ray diffraction and full-field imaging techniques. The beamline serves a very wide user community, spanning physics and chemistry to medical science. A
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(SEM): Electron Back- Scatter Diffraction (EBSD), Electron Channeling Contrast Imaging (ECCI), and other SEM-based modalities Expert on modalities in the transmission electron microscope (TEM
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technology research and development by fabricating prototype electrodes and pouch cells in a dry-room environment and by contributing to experimental design, data interpretation, and technical reporting
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Physics, Chemistry, Material Science, Geosciences or Engineering. Demonstrated experience with synchrotron x-ray techniques such as Bragg Coherent Diffraction Imaging (BCDI), X-ray Photon Correlation
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), knowledge of MOF material research techniques, including at least powder X-ray diffraction (PXRD), spectroscopic techniques (FT-IR, NMR, UV-vis), sorption techniques (particularly gas physisorption), and
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and implement advanced high-energy X-ray scattering and imaging methods Coordinate and execute experiments at the in-house beamline and at international synchrotron facilities Collaborate closely with