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jet). Characterise both nanosheets and networks using microscopy, spectroscopy, and electrical measurements. Investigate charge transport mechanisms within the networks. Fabricate and characterise
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microscopy, spectroscopy, and electrical measurements. Investigate charge transport mechanisms within the networks. Fabricate and characterise nanosheet network based electronic devices eg TFTs. Collaborate
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) the design, construction, and commissioning of experimental fluid and thermal characterisation facilities for application to lithium-ion batteries and battery modules. (ii) the carrying out of a
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chemistry and complex fluids, such as blood plasma, cell culture media, or lung lining fluids. The researcher will characterise the nanomaterials in complex media with multiple techniques, such as dynamic
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, incorporating electronic, thermo-fluid models, and efficiency models (ii) BMS-BTMS operation policy design, which will be based on optimal control techniques and will focus on both electric power
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inflammation. Our previous screening of the MCV genome identified and reported several novel inhibitors of primary sensing and inflammation whose mechanisms of inhibition. The current project ‘Screening