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focused on experimental studies to link structure and composition in complex material systems relevant to studies of hydrogen in matter to their physical properties as well as macroscopic functionality
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energy, smart windows, hydrogen storage & nanoelectronics using beams of swift ions to link structure and composition on a true atomistic scale with physical properties and macroscopic functionality
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of this composition is that we gather expertise, networks and researchers from different but at the same time touching areas. Thus, we achieve synergy effects while at the same time the differences generate a creative
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student will make and participate in measurements of the morphology, structure and chemical composition of the materials using techniques available in the research group and the infrastructure
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, electron microscopy (SEM/TEM), analytical methods of water pollutants detection (HPLC, ICP, spectrophotometry); organic synthesis; surface modification and composite synthesis; solid phase extraction
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compositions that could be used for the synthesis of new rare earth magnets, thereby bypassing or reducing the number of steps for separation of the useful chemical elements. The project is a collaboration
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of printed circuits with digital printing of composites and different dielectrics. In collaboration with colleagues and other partners, smart patches are developed for various applications in e.g. sports
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diffusion is modeled in a composite material. Typical for these problems is the rapid variation in the material properties throughout the domain, which results in partial differential equations with rough and
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are affected by chemical composition and crystal structure. For example, how the chemical composition affects vacancy formation and proton conduction. More specifically, the project will involve the synthesis
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, band gap energy and edge positions, conductivity type and doping density, light absorption and ionic mobility for dopants. All these will be studied for different alloy compositions and in relation