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multiphysics approach integrating, within consistent formulations, the effects of microstructure, fluid-structure interactions, and dissipative processes such as viscoelasticity and damage, in a physically
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column. This parallel study will allow to integrate short-term, ecological observations on the climate-driven Rhizarian response, as well as related oceanographic processes, including productivity and
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relevant field (ecology, evolutionary biology, bioinformatics or equivalent) - Strong competences in phylogenetics, population genetics, morphometrics, statistical inferences - Eager to acquire new
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, proteomics, enzymology, and bioinformatics. The methods used will be conventional assays, but also SEC, FACE, and high-resolution proteomic methods (nano-LC-MS/MS). This work will provide a solid basis for
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conditions, (3) the structural and functional characterisation of the lipopeptides produced, (4) validating the process in a bioreactor. The aim of the project is to contribute to the development of biomass
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be in the process of obtaining) a Master's degree (MSc, or equivalent) in materials science, condensed matter physics, physical chemistry, or a related discipline. We are seeking a candidate with a
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absorption by the metasurfaces. At first, operation at 60 GHz will be targeted in order to be able to measure the electromagnetic performance of the structures. However, the band might be adjusted based
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in data analysis, scientific visualization, and signal processing will be considered an asset. The candidate should demonstrate autonomy, scientific rigor, and teamwork skills. Strong abilities in
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on the materials used, the manufacturing processes and the subsequent end of life requirements. This holistic approach to the system development will allow for a novel e-textile interconnection system that will
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the operation of these vehicles and may compromise vehicle integrity and passenger safety. Studies has been carried out to address these challenges in cable networks diagnosing as part of the CPER ELSAT