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Microscopy (SEM) studies and Atomic Force Microscopy (AFM) investigations. Bibliography: 1) M. Kowalczyk et al. Optical Materials Express 6, 2273-2282 (2016). 2) R.-N. Verrone et al. ACS Applied Nano Materials
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: Characterize recycled aluminium microstructures using SEM/EBSD, microCT, and in situ mechanical tests. Develop microstructure informed models of plasticity and fracture across length scales. Investigate how
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using advanced analytical techniques, including TED-GC/MS (Thermal Extraction Desorption–Gas Chromatography Mass Spectrometry) to quantify microplastic mass, SEM-EDX (Scanning Electron Microscopy with
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knowledge on AFM, SEM or other charaterisation techinques will be an asset Experience in processing of nitride materials, optical and electrical characterization of nitride devices and quantum structures
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physics and characterization techniques, experience in epitaxy of nitrides by MBE and practical knowledge on AFM, SEM or other charaterisation techinques will be an asset Knowledge about physics of
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paramagnetic resonance (EPR), or magnetic resonance imaging (MRI) Familiarity with analytical tools: X-ray diffraction (XRD), scanning electron microscopy (SEM), X-ray computed tomography (XRCT) Expertise in
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structural stability of RNA, isolated or complexed with different compounds, using microscopy techniques (SEM and TEM) and Circular Dichroism; 3) Characterization of the biological activity of RNA through
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microenvironment in these foraminifera. Novel techniques including high-pressure freezing and fluorescent/ cry-FIB SEM imaging will be applied and will complement experiments at the NIOZ. Handling living
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techniques, including X-ray diffraction, XPS, SEM-EDX, and in situ Raman and IR during electrocatalytic experiments. The performance of the selected materials will be investigated in the lab and in a pilot
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analyses (Raman, SEM EDS, XRF) to study materials and techniques; • Contextual data on stratigraphy, archaeological materials and micro-excavations, whenever possible; • Integration of archaeological