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underexplored post transition metal oxide chemistries. The structure-property information yielded by this study will allow us to develop design principles for new TCOs with targeted band alignments for a range of
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development strategies focus on alloy chemistry designs and targeted thermo-mechanical treatments to achieve a fine martensitic microstructure, and even more importantly, to tailor the chemistry, size and
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, chemical and biotech industries. If you have a strong background in computational chemistry, physics, mathematics or a related area, then this is the project for you! With access to large collections
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following: Analytical chemistry techniques and the importance of Maximum Residue Limits (MRLs) in the context of food safety Practical experience of undertaking laboratory procedures relevant to residues
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Biomedical Engineering & Imaging Sciences (BMEIS) consists of eight research departments including Cardiovascular Imaging, Cancer Imaging, Imaging Chemistry & Biology, Biomedical Engineering, Perinatal Imaging
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digital technologies to clean energy, manufacturing to mathematics, advanced materials to chemistry. Competition details The following project is one of eighteen being advertised as part of a competitive
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with adequate scalability to operate safely up to 650 C. This is to be achieved by alloy chemistry design and targeted thermo-mechanical treatments to achieve a fine martensitic microstructure, and even
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to plan and deliver a research project. You will hold a doctorate (or be close to completion) in a relevant subject area, namely Physics, Chemistry or Materials Science, and experience in numerical
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will train the next generation of process and chemical engineers, and chemists, to develop the new processes, process technologies and green chemistries required for the process industries’ transition
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technologies and green chemistries required for the process industries’ transition to Net Zero. Renewable and advanced liquid fuels will play an important role in the transition to Net Zero emissions by 2050