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GIF CDT: Fundamental combustion chemistry of hydrogen/ammonia/nitrogen fuel blends Green Industrial Futures Centre for Doctoral Training (GIF CDT) PhD Research Project Directly Funded Students
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GIF CDT: A Novel Gas/Liquid contactor for Direct Air Capture and industrial CO2 capture technologies
challenging programme specifically designed for top performing junior researchers, in addition to the main area of research, including: Residential taught training courses at each of the partner universities
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programme specifically designed for top performing junior researchers, in addition to the main area of research, including: Residential taught training courses at each of the partner universities
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to commence in September 2024. This advert will close when a suitable candidate is identified, so early application is encouraged. The CDT boasts an exciting and challenging programme specifically designed
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. This PhD project is laboratory based and multidisciplinary spanning the fields of materials science, geochemistry and mineralogy. You will learn aqueous chemistry, solid state chemistry, glassmaking
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photonics industry leading computer simulation package Lumerical to advanced optical microscopy imaging and optical micro-spectroscopy; from sample nano-fabrication using electron- beam lithography
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is ideally suited to someone with a good first degree (at least 2.i or equivalent) in physics, chemistry, materials science or a related subject. The candidate should be passionate about using
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Computational modelling of two-dimensional graphene-based materials Department of Chemistry PhD Research Project Self Funded Dr Natalia Martsinovich Application Deadline: Applications accepted all
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Computational modelling of mineral-organic binding in soil Department of Chemistry PhD Research Project Self Funded Dr Natalia Martsinovich Application Deadline: Applications accepted all year round
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to accurately model these molecules using computational chemistry is limited due to a lack of efficient Gaussian basis sets that systematically reduce errors as their size is increased. In this project, you will