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a role of critical national importance: helping deliver the UK’s nuclear deterrent. We are at the forefront of science, technology and innovation, protecting the UK and NATO allies from the most
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materials engineering. Candidate Requirements Applications are welcomed from students with backgrounds in: Materials science Chemistry or chemical engineering Nuclear engineering Mechanical engineering Or
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cytochrome P460 containing enzymes. Time resolved and spectroscopically validated crystal structures of enzyme intermediates will be used synergistically with quantum mechanics/molecular mechanics (QM/MM
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networks are ubiquitous in both natural and engineered materials. They are manufactured for many reasons: from the nonwoven fabrics used for insulation, clothing and filtration to the rubberlike polymer
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biocatalysis by engineering two distinct cofactor dependent enzymes to yield asymmetric acid building blocks. The widespread UbiD family of prFMN-dependent reversible decarboxylases readily interconvert
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of therapeutic cells or biomolecular cargo, and We further propose that by understanding and tuning the fluorescence mechanisms of C-dots, we can develop reliable nanosensors for real-time bioanalytical readouts
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undertake an interdisciplinary programme combining polymer synthesis, materials characterisation, rheology and mechanical testing, and in vitro drug release studies, supported by quantitative analysis and
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driving innovation in aerospace materials. We welcome applications from motivated candidates with a background in materials science, mechanical engineering, or physics. Prior experience in microstructural
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degree or a master’s (or international equivalent) in a relevant mathematical sciences or engineering related discipline. Background knowledge in continuum mechanics, theory of partial differential
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crystals in real time using the technique of atomic force microscopy (AFM). We are the first group to use this approach to determine the nanoscale flexing transformation mechanism of a MOF induced by solvent