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University of Würzburg - NUCLEATE Excellence Cluster | Oettingen in Bayern, Bayern | Germany | 2 months ago
The Cluster for Nucleic Acid Sciences and Technologies – NUCLEATE invites applications for PhD or Postdoctoral Researchers (f/m/d) at the NUCLEATE Excellence Cluster University of Würzburg, Germany
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of high speed flows, including supersonic gas mixture flows involving CO2 under thermodynamic non-equilibrium conditions. Proven experience in supersonic flows with metastable condensation and nucleation
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climate impact. In this research, you will design a proper experimetal setup to investigate the ice nucleation pathways related to different emissions characteristics at the engine exhaust. The collected
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and characterize freezing and melting nucleation pathways. Our numerical results will be finally confronted to state of the art experiments made by collaborators from the same consortium. What do we
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nucleation pathways related to different emissions characteristics at the engine exhaust. The collected data would be helpful to validate the microphysics models for ice nucleation process, hence clarifying
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multiphase processes responsible for aerosol nucleation, growth, and interaction at the nanoscale. Applicants without prior background in atmospheric or aerosol science are also encouraged to apply. We
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testing. Experience with catalyst nucleation, aerosol dynamics, particle formation, or coupled gas-phase and particle-population models. Familiarity with automated experimentation, data acquisition, reactor
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Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Duties • Study the nucleation and growth mechanisms of alumina clusters
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perovskite precursor ink formulations and nucleation/crystallization processes Have significant experience performing thin-film and solution metrology and analyzing data from: XRD, SEM, NMR, FTIR, UV-vis, and
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-assisted or not. He/she will analyze nucleation, growth, and texturing mechanisms as a function of deposition parameters. The work will also include comparison with experimental results obtained by the CIFRE