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new project with the aim to transform the design of engineering components from one based on selecting a best single material to one in which material properties and compositions are treated as
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the Optoelectronic Materials and Device Spectroscopy group (https://www.strankslab.com/ ) at the University of Cambridge, led by Professor Sam Stranks. The group is an inclusive and diverse group
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times undesired process changes. Being able to predict the compaction behaviour at different compression speeds, densities and compositions before formulations are transferred to large-scale production
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materials such as lithium ion batteries and fuel cells are prone to degradation by a range of failure mechanisms including swell-induced fatigue and micro-cracking. The apparent toughness may be a function of
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a new project with the aim to transform the design of engineering components from one based on selecting a best single material to one in which material properties and compositions are treated as
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to develop advanced magnetic resonance imaging tools that: (i) map chemical composition and molecular transport at 100 micron resolution in all 3 spatial dimensions? (ii) spatially map variations in
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to porous materials of industrial relevance to JM. This proposed project will investigate how the range of low-field magnetic resonance techniques can be expanded, using Fast Field Cycling (FFC) and Electron