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Field
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chemistry and flexibility in molecular crystals. You will undertake original research spanning molecular synthesis, crystal growth and advanced characterisation, while building experience in diffraction
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-modal optical microscopy methods, such as fluorescence based super-resolution microscopy and label-free optical diffraction tomography and quantitative phase microscopy. Another important aspect of
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National Laboratory to accelerate materials discovery by integrating advanced 3D X-ray diffraction experiments, mechanistic modeling, and artificial intelligence. A powerful set of high-resolution 3D X-ray
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optical diffraction tomography and quantitative phase microscopy. Another important aspect of this project is to perform advance image analysis on correlative datasets to extract the underlying knowledge
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the use of multi-technique characterisation of inorganic materials, including at least some of the following: pXRD, single-crystal XRD, SEM/EDX, DSC/TGA/STA, EXAFS, laser diffraction (PSD), ICP-OES, XRF
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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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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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characterisation, with knowledge of techniques including crystal growth, charge transport measurements, X-ray or neutron scattering, or powder X-ray diffraction being advantageous. Customer advert reference: B04
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astronomical nitriles. • Performing data analysis including vibrational spectroscopy, mass spectrometry, X-ray and neutron diffraction crystallography. Perform supporting computations such as DFT calculations
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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