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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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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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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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along the polymer chains and/or the incorporation of cleavable motifs into the backbone. Rather than depolymerizing PE to its monomers, the objective is to create value-added materials through
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on different conditions (composite electrode formulation, electrolyte formulation, pH, oxide or polymer-based negative electrode, temperature…) Optimisation of the devices. Redaction of drafts/publications and
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of materials. The main activities will include: – adapting the generative LegoXtal code to the design of MOF coordination polymers and porous materials by assembling elementary molecular bricks in the generation
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loading conditions, including compression–relaxation tests and cyclic loading–unloading. A first stage will focus on analyzing the relationship between the viscoelastic properties of the base polymer and
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Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description -Aromatic polymers are essential for the production of high-performance
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compositions (carbon, metal alloys, oxides, clays, polymers). The laboratory develops and characterizes these materials, seeking to understand and control their architecture (structure, organization
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, including polymers and granular systems. These physical studies are at the interface with physical chemistry and biology. The research will be carried out within the MATRIX team at the Laboratoire de Physique