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materials characterisation and modelling. Techniques may include thermogravimetric analysis, in situ X-ray diffraction, SEM, EBSD, image analysis, thermodynamic calculations and kinetic modelling. The aim is
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processing and phase transformation. The candidate will work with experimental datasets from techniques such as electron microscopy, EBSD, X-ray diffraction, X-ray imaging and in situ characterisation
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metallurgy, materials characterization, fracture mechanics, mechanical behaviour of materials, or a related field. Experience with one or more advanced characterization techniques such as SEM, EBSD, TEM, XRD
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or more advanced characterization techniques such as SEM, EBSD, TEM, XRD, SIMS or related methods is highly desirable. Experience with mechanical testing, fracture mechanics, hydrogen embrittlement research
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scientists, software engineers, and experimental researchers on topics including: Developing multi-scale and multi-modal representation learning methods for scientific imaging data (e.g., SEM, TEM, EBSD
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selection criteria Hands-on experience with one or more advanced characterization techniques such as SEM, EBSD, FIB, and TEM Prior knowledge/experience in hydrogen embrittlement A record of peer-reviewed
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techniques such as SEM, EBSD, FIB, and TEM Prior knowledge/experience in hydrogen embrittlement A record of peer-reviewed publications in relevant scientific journals and/or conference presentations Personal
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across copper–silicon interfaces. You will work with characterization methods including SEM, EBSD, XRD, thermal conductivity analysis, and thermo-mechanical testing. The project also includes
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characterisation facilities at Manchester and the Royce Institute. Significant dedicated time has been secured on instruments, including high-resolution SEM, TEM, EBSD, EDS, and XRD. This means you will not only
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APT, TEM, FIM, EBIC, EBSD, XPS Kelvin probe microscopy, machine learning augmented analysis techniques) Experimental and computational analysis of transport and the reaction of surfaces and particles