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to understand the complex interactions between alloy chemistry, processing, microstructure and performance. The alloy microstructure will be characterised by using advanced high resolution electron microscopy
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. Historically, two industrial scale powder processing routes have been used to manufacture MOx fuel materials, the micronized master blend (MIMAS) developed by Belgonucleaire and utilised in the Orano MELOX fuel
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(the extracellular matrix). The mechanical behaviour of these materials is heterogeneous, complex and diverse and it is only by means of predictive mathematical modelling that the underlying processes that govern
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of organisms capable of efficient CO2-driven carbon cycling. Importantly, these can be harnessed for new CO2 capture and bioconversion processes that promise to outcompete current technologies, and are ideal
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crystal MOF stimuli responsive transformations at the surface to gain unprecedented nanoscopic insight into the mechanism of such processes in the bulk and at the surface, including kinetic and energetic
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turbine energy yield, operation point and foundation costs. However, such predictions are complicated by disturbances to the mean- and unsteady-flow introduced by the presence of other turbines. This issue
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constitute the building blocks for the biomolecules of life. They are integral components of oligonucleotides that encode the proteins required to control biological processes. Structurally modified
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. Understanding and predicting this fragmentation process is critical to protecting structures and people from the damage it can cause. This has applications including defence and space. This project will involve
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, with direct industrial relevance to consumer product formulation and process optimization. This project aims to enhance the accuracy of surfactant behaviour predictions by integrating molecular dynamics
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. Their performance, however, is strongly influenced by microtexture, crystallographic orientation clusters that develop in the material during processing. Controlling microtexture is critical for improving mechanical