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Field
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Sciences, focused on innovative research in designing microfluidics chips for studying lipid and polymer-based nanoparticles under flow using nuetron and X-ray scattering techniques. About us The Department
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X-ray computed tomography (CT) in both interrupted and in situ test setups. Initial studies will be carried out using in-house microCT facilities and later extended to synchrotron experiments in
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in the form of soil chemistry and soil physics laboratories, an X-ray scanner, long-term field experiments, a lysimeter facility, and the field research stations at Lanna and Lövsta. The Department
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for parameter estimation, degradation prediction, and analysis of electrochemical and structural characterization data, including X-ray CT image reconstruction, segmentation and quantitative microstructure
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to international research networks and collaboration. Advanced x-ray and neutron scattering methods are central tools within several ongoing projects. The division consists of researchers with broad and
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MAX IV and ESS, providing unique opportunities for cutting-edge research and access to international research networks and collaboration. Advanced x-ray and neutron scattering methods are central tools
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-field fracture modelling, contact and micromechanics of particulate or composite materials, mechanical testing and X-ray tomography, and programming (e.g. Python, C++ or Fortran). An innovative mindset
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spatial data science perspectives will be used to organise and interpret the evidence, identify geographical and methodological gaps in existing research, and develop a coherent knowledge base to support
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-destructive evaluation techniques, including optical and laser-based metrology, industrial X-ray computed tomography (CT), and ultrasonic sensing, will be used to monitor process stability and detect defects
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: The ability to formulate an ambitious, coherent and feasible postdoctoral project that is theoretically well grounded, methodologically rigorous and capable of making a significant contribution to EMI research