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Field
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will focus on investigations on the effect of templates and doping on the growth of GaN-crystals. It will include the analysis of the crystal morphology and internal stress. Additionally, topics
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relates to its crystal packing. Designing a spin-crossover material with bespoke properties for a specific application is a challenging problem, which hinges on the structure, dynamics and cohesive forces
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growth and polymorph selection within the context of the ERC Consolidator Project ht-MATTER - High Throughput Modelling of Molecular Crystals out of Equilibrium. The appointment is for 3.5 years
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. To investigate how the height and shape of the mountain ridge influence cloud formation. To infer the ice crystal growth rate from changes in the droplet and ice particle size distribution as a function of cloud
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as Lagrangian drifter across different mountain ridges in Switzerland. To investigate how the height and shape of the mountain ridge influence cloud formation. To infer the ice crystal growth rate from
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alloy, the solid crystal structure often forms in the shape of dendritic grains. The dendrites, a few millimeters in size, first grow freely in the liquid and can move during their growth
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crystal growth and characterisation equipment, including a mirror furnace, two rf-induction furnaces and a wide range of box and tube furnaces, a PPMS, two SQUID magnetometers and a VSM, and we have access
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classes to be investigated include narrow-band d- and f-electron intermetallics, pnictides, and transition metal oxides such as the ruthenates and cuprates. The group operates a wide range of crystal growth
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experience in at least two of the following areas : inorganic synthesis, crystal-growth techniques, X-ray diffraction techniques, crystallography, characterization of bulk magnetic properties (AC
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crystal membranes. The project combines two unique developments: 1) New concepts and techniques that allow the growth and manipulation of ultra-thin, high-quality, free-standing crystal membranes made from