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affiliated with the University of Strasbourg. This multidisciplinary institute, dedicated to the science of polymers and self-assembled systems, comprises 49 researchers, 34 research support staff, and 100 non
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on oligosaccharides and biodegradable polymers, thereby forming comb-like copolymers. These systems and their self-assembled structures will be characterized using diffusion and imaging techniques with a view to their
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student will be supervised by a teacher-researcher (Dr. A. Chemtob) and a research engineer (Dr. C. Le). The PhD student will work on the synthesis of polymer monomers and colloids. The main applications
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highly polar bio-based polymers, including poly(hydroxyurethane)s (PHUs), with relaxor properties. • The PHUs will be polymerized from bio-based dicarbonates and long-chain diamines to promote
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hold a PhD specializing in polymer chemistry and/or physical chemistry (rheology and mechanical properties). Strong knowledge in polymer chemistry and polymer physical chemistry is expected, along with
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of a range of polyols derived from waste cooking oils. - Synthesis of polyurethanes from selected polyols. - Characterisation of the structures and properties of the obtained polyols and polymers (NMR
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-scale/physics (in situ/operando)characterization of functional materials (polymers, salts, ionic liquids, catalysts, ceramics) intended for energetic systems (batteries, fuel cells, and solar cells
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are (i) to develop new bio-based synthons/monomers (ii), to provide pi-conjugated polymers and copolymers for (iii) organic photovoltaic devices and (iv) to achieve significant progress
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Functionalization reaction on molecular model substrates Polymer synthesis by chemical post-modification Physico-chemical characterization of polymeric materials at different scales Writing of reports and articles
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the “polymerization catalysis and engineering” team. The Superpowers of Non-N-Heterocyclic Carbenes: Applications in Materials Chemistry, Catalysis, and Upcycling of End-of-Life Polymers Carbenes, which are divalent