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are gold for medical diagnostics and cancer treatment; iridium and platinum for clean energy (hydrogen); and silicon for photonics and solar. They will be characterised by state of the art methods including
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and cancer treatment; iridium and platinum for clean energy (hydrogen); and silicon for photonics and solar. They will be characterised by state-of-the-art methods including XPS, SEM, TEM, dynamic light
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4-year Computational Project to use state-of-the-art Computational Chemistry techniques to understand structure-property relationships in thermal batteries, and to derive new understanding to guide
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strong interest in analytical chemistry and method development in the field of microplastics research. The work includes goal-oriented analysis of samples, data evaluation, conducting literature searches
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accurate classification and regression models for prediction of macrocycle’s cell permeability, and to use and improve state-of-the-art machine learning technologies for identification of the most important
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of state-of-the-art Computational Chemistry techniques, and you will extend the boundaries of computational materials design through the combination of cutting edge electronic structure simulation techniques
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understanding of macromolecules. Independent preparative organic and macromolecular syntheses as well as solving interdisciplinary problems are a matter of course for you. We offer state-of-the-art technical
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of biowaste derived activated carbon and its structural and electrochemical characterization. Literature survey. Dissemination of results at international conferences/workshops. Data plotting. Presentation, and
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organic frameworks and its structural and electrochemical characterization. Literature survey. Dissemination of results at international conferences/workshops. Data plotting. Presentation, and reports
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-of-the-art recycling, manufacturing and testing instruments, guaranteeing a comprehensive, hands-on research experience. You will be co-supervised by academic expert from Umeå University and industry