30 Materials Science Fellowship positions at University of Leeds in united-States in United Kingdom
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of the UK’s leading research-intensive universities? We are seeking a Research Fellow in Computational Materials Chemistry to deliver cutting-edge research in the modelling of novel metal and metal/support nano
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View All Vacancies Do you hold a PhD in the area of recycling mineral industrial waste (i.e., fly ash, steel slag) for use in cementitious materials? Are you looking to kick start your research
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to apply your skills in reaction engineering to the development of new automated reactor platforms for reaction screening and process optimisation? Development of synthesis and optimisation of reactions
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Are you an ambitious researcher looking for your next challenge? Do you have an established background in Livestock Science? Do you want to further your career in one of the UKs leading research
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View All Vacancies Do you have a background in gas or multiphase flows for energy applications, or corrosion and colloid science? Do you want to further your career in one of the UK’s leading
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science techniques to examine chemical reactions at interfaces between solids and organic phases, determining the mechanistic physicochemical basis for mitigating against the formation of unwanted organic
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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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innovation, as well as teaching. Development of innovative science and technology, materials, methods and processes to enable sustainable development is key to our mission. We are seeking an enthusiastic and
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View All Vacancies Do you have a background crossing the disciplines of mechanical engineering and plant science? Do you have strong design skills for creating surfaces and structures that can be
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atmospheric reaction chemistry. THz QCLs are compact, yet high-powered sources of coherent THz radiation, providing thousands of times higher THz intensity than any other solid-state device. You will design and