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. During landslides, the bulk of the sediment material (usually considered as a porous medium), transits from solid-like to fluid-like, i.e., from stagnant to continuously flowing. In addition, the coupling
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, based on innovative separations coupled (HYPhEnated) to mass spectrometry to: (i) structurally characterize Ig, resolving the proteoforms complexity of multiply glycosylated immunoglobulins, and (ii
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Vacancies DC06: High-performance multi-phase, volume-coupled material point method for modelling submarine landslides Key takeaways We are seeking a full time PhD researcher with interests in
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, uncontrolled biofilm growth results in clogging and mass transfer limitations. Excessive biofilm accumulation can be controlled by backwashing and by controlling the dissolved oxygen levels. Another design
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both at the individual and patient group level. Medical Priority Bleeding and Hemostasis The medical priority Bleeding and Hemostasis is an international frontrunner in applying state-of-the-art mass
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frontrunner in applying state-of-the-art mass spectrometry-based proteomics in the area of benign hematology. We are a vibrant, international group of 35-40 colleagues (consisting of group leaders, postdocs
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(stellar winds, coronal mass ejections), exoplanetary outflows (bulk atmospheric escape), and magnetism (stellar and planetary). The successful candidate will advance the modelling of stellar/exoplanetary
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, their sizes should match a particular grain size distribution, and in multiphase microstructures the volume fractions and morphology of the phases should be controllable. Project goal The main objective
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equipment. We use both liquid-phase (LPE) and gas-phase (ALD) methods for the integration of materials on surfaces and XRD, UV-ViS, TGA-DSC, EDX, gas adsorption for detailed analysis of bulk materials and
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and Eastern Europe (project leaders and PhD candidate) and by other scholars who will contribute to a planned workshop and edited volume/special issue. Key responsibilities: Conducting research