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for Sustainable Futures. The project aims to develop a compact water-purification device aimed at using visible light to kill bacteria in water. The researcher will be responsible for synthesis of polymer scaffolds
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-world applications. Your main tasks will include to: Developing (and derivatizing) polylysine-coated microfluidic channel capable of signal processing. Demonstrating programmable release of sacrificial
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duties essential to routine laboratory operation, and to take a lead role in writing manuscripts and grant proposals related to the research goals. There is a potential for this appointment to be renewed
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electrochemically in Li-ion batteries. The complexing polymers will be regenerated for a new extraction cycle. This project contributes to the circular economy of critical metals. Where to apply Website https
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on comprehensive rheological characterisation, including the determination of viscoelastic properties through appropriate testing and modelling; Support in polymer characterisation using techniques such as (not
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mechanical analysis. Vibrational analysis using laser vibrometry, accelerometry, and modal analysis. - Data acquisition and processing: Collection, analysis, and interpretation of experimental data
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description Polymer Technology at Lund University is an interdisciplinary subject including the chemistry and physics of polymers, as well as the processing and applications of polymer materials. The post
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of sol-gel polymers, in the development of formulations, in the fabrication of functional textiles by dyeing and/or coating processes, in the characterization of (nano)materials and textiles, and in
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are recruiting a highly motivated postdoctoral researcher to lead the first implementation of Deep-UV Raman spectroscopy for real-time polymer identification. This project addresses a critical gap: no established
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to a project focused on integrated process development for bio-based polymers from cellulosic sugars. The successful candidate will be able to: • Work safely and independently in a laboratory setting