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during reaction. Link surface chemistry to catalytic performance - use advanced surface-sensitive methods, including near-ambient pressure XPS, DRIFTS, and SSITKA-DRIFTS-MS, to identify surface
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of experimental spectroscopy or diffraction techniques such as XAS, XRD, FTIR, and XPS, of molecular modeling (MD/MC, DFT), and familiarity with basic programming (Python, MATLAB) and the use of Linux/HPC systems
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credits). Practical experience of experimental spectroscopy or diffraction techniques such as XAS, XRD, FTIR, and XPS, of molecular modeling (MD/MC, DFT), and familiarity with basic programming (Python
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optical and spectroscopic characterization techniques such as AFM, SEM and TEM as well as XPS to characterize the deposited metallic thin film in depth. Investigating the developed electrodeposition
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spectroscopic techniques (e.g. FTIR, XPS) and X-ray–based techniques. Your benefits You will have access to the university’s staff benefits, including the opportunity for flexible multi-location work extensive
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APT, TEM, FIM, EBIC, EBSD, XPS Kelvin probe microscopy, machine learning augmented analysis techniques) Experimental and computational analysis of transport and the reaction of surfaces and particles