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multicomponent thermodynamic descriptions to model diffusion processes in a variety of disordered and ordered metallic systems. The next challenge is to model the diffusion mobilities in complex materials
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different perspectives in natural sciences, social sciences, and humanities. More information: https://www.geo.fu-berlin.de/en/geol/fachrichtungen/planet/projects/SFB1759 The planned position is offered at
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Spectroscopy (FTIR), scanning electron microscopy (SEM) etc. Design and execute high-quality experimental research; interpret and communicate results. Perform thermodynamic analysis on metal/mineral systems
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, polymorphic form, crystallinity and thermodynamic activity, critically determines drug release and skin penetration. The EMA guideline requires detailed characterisation of these attributes, yet robust
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main chemical equilibria involved in the process and a thermodynamic study. Multi-parametric characterization of membranes will allow to identify key properties useful for process optimization
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experience in numerical simulation of high speed flows, including supersonic gas mixture flows involving CO2 under thermodynamic non-equilibrium conditions. Proven experience in supersonic flows with
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simplified cavity quantum electrodynamics (QED) models, collision models, and numerical simulations. The successful candidate will also develop thermodynamic interpretations of the underlying
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alkalinity, total dissolved inorganic carbon, and spectrophotometric pH, (2) evaluation of synthetic solutions to measure ion fitting parameters to improve thermodynamic models of aqueous solutions
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in work with the differential scanning calorimeter. Proven experience in determination of liquid-liquid equilibria phase diagrams. Proven experience in calculation of thermodynamic parameters of
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, including cancer treatment and catalysis. While at bulk freezing and melting are already highly complex mechanisms of phase transitions, at the nanoscale, traditional thermodynamic considerations are