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. Research will involve growth of single crystals and measurements to understand their structural and physical properties including magnetism and thermal transport, as well as helping to identify new magnetic
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crystallization. Solvent-free reactive extrusion in line with methods following green chemistry principles will pe prioritized • Their structural characteristics will be examined using X-ray scattering (WAXS, SAXS
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environment will facilitate the development of new skills and the demonstration of creativity and leadership. Expertise in structure solution using powder and/or single crystal X-ray diffraction-based
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characterization: prior experience in single crystal growth (flux, vapor transport, floating-zone, unidirectional solidification, and electrochemical methods) or thin film growth (PLD, MBE, and CVD methods), crystal
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characterization: prior experience in single crystal growth (flux, vapor transport, floating-zone, unidirectional solidification, and electrochemical methods) or thin film growth (PLD, MBE, and CVD methods), crystal
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on the dynamics of active self-assembled colloids. The research will include optical microscopy study of colloidal systems and liquid crystals under non-equilibrium conditions, fabrication of microfluidic chambers
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group's efforts in modeling combustion-generated aerosols. These modeling framework will be used to understand the impact of inorganic aerosols on sunlight scattering and droplet/ice crystal nucleation
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. The main activities include: (i) the experimental implementation and characterisation (spectral, spatial and intensity noise) of frequency conversion devices using chalcogenide components/materials (crystals
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. Major advances have been made in diverse application areas: adsorbents, graphene biocarbons, co-crystals, cooperative multifunctional catalysts, bio-based catalysts, and bioaerogels. Molecular modeling
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bulk crystals, through thin layers and membranes, down to single molecular layers and their heterostructures? The aim of this project is to address this challenge by investigating the nanomechanical