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properties. Raman spectroscopy methods, such as confocal or surface-enhanced Raman spectroscopy, will be used for high-resolution chemical characterization of the biomaterials, supplemented by complementary
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hydrogen in N-based semiconductors. We will use micro-photoluminescence, also time-resolved, Raman, (also in near-field regime), and auto-correlation measurements to probe quantum dot-like states. Where to
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applications in molecular sensing. Experience with spectroscopic techniques, particularly surface-enhanced Raman spectroscopy, including the analysis and interpretation of spectroscopic data. Familiarity with
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frequency and high power operation • Characterization of thermal dissipation and RF signal integrity in standalone and packaged devices by optical spectroscopy (Raman, IR) and RF measurements Where to apply E
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characterization.; The project will combine spectroscopy and spectral imaging with conventional imaging and 3D information. Depending on the application, techniques may include hyperspectral imaging, Raman
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a support for catalysts. The post-doc's objective will be to understand the mechanisms of plasmon-assisted catalysis and to follow in situ chemical reactions for surface enhanced Raman spectroscopy
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well as expertise in morphological, cyto‑histological, molecular analyses, confocal microscopy, and Raman spectroscopy techniques applicable to the study of plant responses to water and salt stress. Where to apply
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methods; experience in spectroscopic techniques, particularly Raman spectroscopy, will be considered an additional advantage; analyzing and interpreting research results, including contributing
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. Perform linear, nonlinear, and time-resolved optical characterisation of semiconductor and layered-material heterostructures using techniques such as photoluminescence, reflectance, Raman spectroscopy
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FTIR/Raman spectroscopy, DSC, DMA, photorheology and mechanical/adhesion testing. A modelling approach will be used to link irradiation conditions to the generation of reactive species and to