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., solid-state batteries. How is the ion transport dependent on interactions between the polymeric solvent and the ions? What happens with the ion transport at the interface between two different polymers
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, with a keen focus on 3D architectures such as foams, membranes, and others from a variety of biomass-derived polymers. These polymers, sourced from marine, agricultural, and food biomass, represent a
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focuses on Multiscale modelling of ion transport and interfacial phenomena in Li-metal polymer batteries and is a part of RIDERS which is a Marie Sklodowska-Curie funded doctoral network with the goal
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laboratory for biomaterials, equipped for synthesis, analysis, and mechanical, chemical, and biological characterization of macromolecules and polymeric materials. Activities within the programme are
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to materials synthesis, characterization, and application studies. This includes the modification of biopolymers (e.g., cellulose, lignin, chitosan), synthesis of porous materials (e.g., porous organic polymers
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advantageous: synthesis of photocatalysts photocatalytic degradation of organic molecules polymers modification, surface modification and hybrid materials synthesis material characterization techniques: FTIR
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nanosystems technology, or equivalent. Documented courses or project work in polymer chemistry is required, independent on the degree. We require good skills in oral and written English. Rules governing PhD