SUSBAT: Computer-aided macromolecular design of redox-active polymers: promising paradigm for sustainable battery research and development
Research project corresponding to the call 2018 and reference: RTI2018-101049-B-I00, within the State Program of Research, Development and Innovation Oriented Challenges of the Society (Research Challenges 2018).
In this project, we aim to develop next-generation high-performance organic Li-ion, post-Li-ion, all-polymer and redox-flow technologies based on four key criteria: safe, sustainable, smart and stable (4S) by adapting a synergistic experimental-computational approach. The proposed methodology includes an integrated approach of computer-guided smart material design; macromolecular engineering of RAPs, featuring wide range of redox potentials and capacities, with tunable functionality, topology, composition and microstructure obtained via controlled radical polymerization and cross-coupling reactions.
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