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Field
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environment across many closely connected teams. The DanMAX beamline, in the Hard X-ray Group at MAX IV, is a materials science beamline specialising in X-ray diffraction and full-field imaging techniques
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simulations to investigate deformation mechanisms in FCC and BCC alloys. Develop a machine-learning based methodology to perform dislocation analysis from high energy X-ray diffraction patterns. Develop
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Your Job Lead the conceptual design, simulation, and implementation of a unique high-energy X-ray beamline for long-term operando investigations of energy materials Develop and optimize advanced X
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focused on graphite processing and critical mineral recovery from alloys. Characterize solid/liquid samples using X-ray diffraction (XRD), X-ray fluorescence (XRF), Fourier-Transform Infrared
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thermodynamics, phase equilibria, reaction kinetics, mass transport, and/or interfacial phenomena in materials. Demonstrated track record with materials characterization techniques such as X-ray diffraction
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. Qualified applicants must have significant experience and expertise in air-free synthetic methods (e.g., Schlenk and glovebox techniques), crystal growth and analysis using single-crystal X-ray diffraction
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appointment Experience with x-ray techniques, such as x-ray fluorescence microscopy, x-ray absorption spectroscopy, and/or x-ray diffraction Strong record of accomplishment in cultural heritage research
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measurements, and perform X-ray diffraction analysis. The candidate should have the ability to analyze data, write papers, and draw graphics. Job Related Minimum Required Education and Experience The candidate
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processing of ceramic proton conductors, solid electrolytes and semiconductor photoelectrodes Structural characterization using X-ray and neutron diffraction Investigation of ionic transport by impedance
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environment across many closely connected teams. The DanMAX beamline, in the Hard X-ray Group at MAX IV, is a materials science beamline specialising in X-ray diffraction and full-field imaging