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and modern microbiology, modelling, and bioreactor engineering. Strong competences within fermentations and understanding of gas/liquid mass transfer issues. Experience on bioprocess upscaling and
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concept. Your tasks in the project consist of development/improvement of numerical solvers for two-phase flow and mass transfer, conducting the simulations, analyzing the results, communicating and
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place at the Surface Science and Catalysis (SurfCat) labs of DTU Physics. In the SurfCat laboratories we have 3 electrochemical mass spectrometer devices, 20 potentiostats, 4 RDE set-ups, 6 gas chromatographs, 2
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) Responsibilities and qualifications You will be driving computational analysis of single-cell genomics (scRNA-seq, scATAC-seq) and bulk datasets (RNA, ATAC, ChIP-seq) for projects aimed at understanding molecular
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. Particularly, OPAs are compatible with cheap and high-volume manufacturing. Due to the unique features of compact size, fast scanning and low cost, the integrated OPAs are becoming a transformative technology
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methodology involving development of nuclear (radioanalytical chemistry, beta measurements, alpha and gamma spectrometry etc.) and non-nuclear methods (ICPMS, AMS, TIMS etc.) for the determination
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adjusting the relative phases and amplitudes that feed into the individual emitters or antennas. Particularly, OPAs are compatible with cheap and high-volume CMOS manufacturing. Due to the unique features
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analysis of materials using selected technologies like focused ion beam nanofabrication, secondary ion mass spectroscopy (FIB-SIMS), tip-enhanced Fourier-transform infrared spectroscopy (nanoFTIR), confocal
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and detachment due to surface erosion and during repair of wind turbine blades, evaluation of volume and distribution of microplastics and its distribution over time, analysis of the effect of coatings
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-scale. Candidates should document experience within several of the fields: computational fluid mechanics, computational heat transfer, two-phase flow, flow in porous media as well as the finite volume