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the scientific analyses of glass, including compositional analysis using techniques such as SEM-EDS and LA-ICP-MS, an ability to thrive as part of a diverse team and a willingness to contribute
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the scientific analyses of glass, including compositional analysis using techniques such as SEM-EDS and LA-ICP-MS, an ability to thrive as part of a diverse team and a willingness to contribute
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expected to be in post by 1st July 2025, or as soon as possible thereafter. The postholder will work on developing and implementing models of structured electrodes, in which the local composition (active
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nanoparticles, new formulated lipid nanoparticle compositions, efficiency of epidermal and dermal cell targeting in vivo, and the long-term therapeutic implications for skin homeostasis and wound healing. Through
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formulated lipid nanoparticle compositions, efficiency of epidermal and dermal cell targeting in vivo, and the long-term therapeutic implications for skin homeostasis and wound healing. Through
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, in which the local composition (active material, binder, etc) and overall microstructure is controlled to vary spatially within the electrodes. These models will then be used to find a design that
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& Composites Laboratory: https://eng.ox.ac.uk/mmclab/) in the Department of Engineering Science at Oxford University. The posts are funded by the ERC Advanced Grant “TEGMOF” (UKRI Horizon Europe Guarantee) and
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events, labour shortages and geo-political shocks. These portfolios, developed at a range of spatial scales with input from the wider project team, will explore different compositions and configurations
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(terrestrial and aerial laser scanning, and satellite images) to assess forest structural diversity and floristic composition while addressing critical conservation challenges. Working closely with the leading
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(terrestrial and aerial laser scanning, and satellite images) to assess forest structural diversity and floristic composition while addressing critical conservation challenges. Working closely with the leading