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catalysis, leading to a wide and successful use as ligands in many metal-catalysed transformations.[2] The design of complementary architectures, displaying various steric and electronic properties, easy to
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considered. 3. Publications in IEEE Sensors, IEEE J Quantum Electronics, Optics Letters. Expected planned work The study will focus in the beginning on the modeling of simple surface plasmon architectures
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architectures. Objective and application This thesis aims is to develop innovative FSS with enhanced multiplexing capabilities. The foreseen application is new dichroic mirrors for large telecom gateway antennas
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expertise in antenna design, microwave and RF architectures and systems, digital communications, remote sensing, image / signal processing, etc. IETR benefits from measurement means at the highest European
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electron microscopes (HRTEM) in order to explore at the nanoscale the hydrogenation and the formation of MH (Fig. 1c). Finally, upon having optimized the composition, novel TF-RHEAs architectures will be