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PhD student at ILL: studying In situ neutron diffraction for green steel and functional metal oxides
. Complementary in situ X-ray powder diffraction will be carried out at Leipzig University, Germany. The aim of the PhD project is to understand reaction pathways of the reaction of metal oxides with hydrogen
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operation. Experience with high-pressure X-ray diffraction / scattering, optical spectroscopy in combination with diamond anvil cell (DAC) and Paris-Edinburgh (PE) techniques. Experience in interpreting
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key photovoltaic characterization techniques such as J-V measurement, maximum power point tracking, and X-ray diffraction; strong experimental troubleshooting, analytical, and scientific writing skills
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, enabling the study of thin batteries. In contrast, the development of operando cells for X-ray photoemission spectroscopy (XPS) studies is still challenging owing to the difficulty of designing a cell
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scientific opportunities related to investigations of minerals and compounds in situ at extreme conditions, using high-resolution x-ray diffraction, computed tomography and x-ray spectroscopy techniques in
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synchrotron studies are carried out all over Europe (Petra III, Max IV, ESRF, Soleil, Diamond Light Source,...) and include High Energy Surface X-ray Diffraction (HESXRD) for surface structure determination
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fibrils associated with the onset of neurodegenerative conditions including Alzheimer's, Parkinson's and ALS. Methods include x-ray diffraction, electron microscopy, and cellular and animal assays Job
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neutron scattering, diffraction, and imaging, in close collaboration with beamline teams at SLS and SINQ. The postdoctoral fellow will work closely with the Coherent X-ray Scattering Group (CXS
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, Max IV, ESRF, Soleil, Diamond Light Source,...) and include High Energy Surface X-ray Diffraction (HESXRD) for surface structure determination, and gas phase X-ray Photoelectron Spectroscopy (XPS
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Sorbonne Université SIS (Sciences, Ingénierie, Santé) | Paris 15, le de France | France | about 2 months ago
materials based on Sn epitaxial lattices. For this experimental project, the PhD student will study theSn growth and structure, using scanning tunneling microscopy and surface X-ray diffraction on synchrotron