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diffraction imaging modalities - topotomography, dark-field X-ray microscopy, and Bragg coherent diffraction imaging - has emerged over the past decade that can resolve 3D defect architectures and strain fields
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into igneous crystal textures using electron backscatter diffraction (EBSD). This is a fixed term (six months), part-time position (0.5 FTE, 17.5 hours per week). The successful candidate will work closely with
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-resolution imaging at the micron scale remains hindered by limitations imposed by its sub-millimeter wavelengths [1 THz ~ 300 µm]. This necessitates the need to transcend the diffraction limit of THz waves
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at national facilities to reveal short-range correlated disorder, invisible to long-range structure probes. This project will use a state-of-the-art, laser-heated, high-pressure image furnace to synthesise
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using X-ray coherent diffractive imaging and nanofabrications methods in two inter-related sub-projects. In one the student will manufacture structured ferroelectric films for demonstration of our newly
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of faceted, nonspherical granular particles. This multi-PI project integrates graph/network theory, granular mechanics, 3D X-ray diffraction and imaging, and discrete element method simulations. The successful
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will have opportunities to participate in synchrotron and national-facility experiments and to help translate discovery and prototype development into meaningful clean-energy impact whilst contributing
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, transmission electron microscopy, focussed ion beam techniques, and electron backscattered diffraction, amongst others experience in metal powder characterisation, processing, and optimisation of additive