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-containing aqueous media, as well as associated methods of corrosion control via the use of surfactant-based chemistries. The study builds on successful work at the University of Leeds where we have developed
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. In this project, you will use THz quantum-cascade lasers (QCLs) developed at the University of Leeds, to realise the first THz gas spectroscopy with the sensitivity and speed required for analysing
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, you will use THz quantum-cascade lasers (QCLs) developed at the University of Leeds, to realise the first THz gas spectroscopy with the sensitivity and speed required for analysing atmospheric reaction
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company. You will be responsible for delivering the research activities at the University of Leeds and will contribute to the overall coordination of the collaborative research projects. You will have the
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Council. The project builds on existing work demonstrating the effectiveness of LowCat for exhaust emissions mitigation and initial scale up of manufacture to the kg scale. The team at University of Leeds
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? Are you looking to apply your skills in flow chemistry to the development and automated optimisation of new multistep syntheses? We are seeking a Research Fellow in Digital Flow Chemistry to develop
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will be evaluated in subsequent feeding experiments at the National Pig Centre, University of Leeds Spen Farm. It is expected that you will contribute to the delivery of the trials and the analysis
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View All Vacancies Are you an ambitious researcher looking for your next challenge? Do you have an established background in Computational Chemistry? Do you want to further your career in one