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King Abdullah University of Science and Technology | Saudi Arabia, | Saudi Arabia | about 21 hours ago
materials-to-device platform using InAs-, InSb-, Ag₂Te-, and extended-SWIR PbS/PbSe-based CQDs, with emphasis on surface reconstruction, ligand engineering, precursor chemistry, energetic band alignment, low
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King Abdullah University of Science and Technology | Saudi Arabia, | Saudi Arabia | about 21 hours ago
platform using InAs-, InSb-, Ag₂Te-, and extended-SWIR PbS/PbSe-based CQDs, with emphasis on surface reconstruction, ligand engineering, precursor chemistry, energetic band alignment, low-trap-density
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hydrothermal carbonization or other thermochemical conversion techniques, of experimental work at elevated temperature and pressure, or of working at pilot scale. Experience of surface chemistry and
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Max Planck Institute for Chemical Energy Conversion, Mülheim an der Ruhr | Mülheim an der Ruhr, Nordrhein-Westfalen | Germany | about 1 month ago
. Your profile PhD in electrochemistry, catalysis, surface science, physical chemistry, or a related field Excellent documented research record Experience working with flow cells, FTIR, as well as
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Postdoc opening in experimental surface science for a project that investigates N2O decomposition model catalysts at the Interfaces and Catalysis group, Department of Chemistry, Aarhus University. We
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investigates N2O decomposition model catalysts at the Interfaces and Catalysis group, Department of Chemistry, Aarhus University. We seek an experimental surface scientist experienced with near-ambient
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Postdoctoral Fellow - Chemistry - 2601192 __________ DIVISION OF SCIENCES | TE ROHE A AHIKĀROA DEPARTMENT OF CHEMISTRY | TE TARI MĀTAURANGA MATŪ Mō te tīma | About our team The University of Otago
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postdoc will join an interdisciplinary program that combines quantum sensing instrumentation, surface and interfacial chemistry, and the physics of the target systems, with current directions including
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goal is to understand how polymer properties—including functional group chemistry, charge, and molecular weight—combine with surface characteristics and solution conditions to govern adsorption and
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how their size, shape, composition, surface chemistry, and structure influence their optical properties. Advanced single-particle microscopy and spectroscopy will be used to uncover variations that are