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resolution (3750x), throughput (500000x),[3] which allow PTIR to also measure thermal conductivity and interfacial thermal conductance at the nanoscale. We also extended PTIR to the visible and near-IR
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harvesting to antifogging and anti-icing surfaces. We are looking for a curious and experimentally minded researcher who wants to understand interfacial phase change at scales where many basic
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conversion, biomass-derived molecule upgrading, and other small-molecule transformations. Particular emphasis will be placed on understanding the relationships between catalyst structure, interfacial
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a curious and experimentally minded researcher who wants to understand interfacial phase change at scales where many basic questions remain open. The work will connect phenomena across several length
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: Renewable and recyclable materials from cellulose, lignin, and hemicelluloses Valorization of polyphenolic side streams and greener processes (e.g., mechanochemistry, surface modification) Interfacial
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electrode/electrolyte interfaces and defect-containing solar cell interfaces Perform molecular dynamics simulations of interfacial ion transport and understand the evolution of the electronic structure
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interconnects characterise the results (SEM, AFM, XCT, optical microscopy) for geometric accuracy, durability and interfacial strength -validate scalability and sustainability: less material waste
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SD-25168 -PHD POSITION IN ADVANCED CORRELATIVE MICROSCOPY AND ISOTOPIC IMAGING FOR NEXT-GENERATIO...
Luxembourg Institute of Science and Technology (LIST) | Luxembourg, | Luxembourg | about 13 hours agowebsite: https://www.list.lu/ How will you contribute? The PhD project will focus on the development of advanced correlative microscopy and isotopic imaging methodologies to investigate lithium
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SD-25168 -PHD POSITION IN ADVANCED CORRELATIVE MICROSCOPY AND ISOTOPIC IMAGING FOR NEXT-GENERATIO...
Luxembourg Institute of Science and Technology (LIST) | Luxembourg, | Luxembourg | about 13 hours agowebsite: https://www.list.lu/ How will you contribute? The PhD project will focus on the development of advanced correlative microscopy and isotopic imaging methodologies to investigate lithium
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organization, and energy losses in organic photovoltaics. Complementary interface engineering and passivation strategies will be employed to optimize charge extraction, suppress interfacial defects, enhance