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must have a solid understanding of atmospheric aerosols and processes. Furthermore, we seek a candidate with broad experience with relevant instrumentation and methods (i.e. scanning mobility particle
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controlled by the size of the particles in accordance with the principles behind the Noyes-Witney equation, which could then be incorporated into microneedles for self-administration. The microneedle hereby
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FILTERSCAPES –Filtering Futures: Contaminant Flows, Landscape Governance and the Making of New Anthropological Knowledge for Planetary Healthled by P.I. Professor Ciara Kierans. The project focuses
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sniffers, with software modules performing equipment faults detection, data filtering and quality control, to provide condensed reliable phenotypes records ready for quantitative genetic analysis, breeding
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conducts cutting-edge research in plasma transport, turbulence, and particle confinement, combining experimental studies with advanced numerical modelling. You will lead the software development of our three
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/electrocatalyst synthesis and characterization Hands-on Experience with analytical chemical methods such as XRD, XRF, AAS, UV-Vis/IR spectroscopy, SEM, AFM, TGA, DSC, DMA, BET analyzer, DLS particle size analyzer