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STIMOLA CURIOSITA’, PASSIONE E CORAGGIO

2DOrNotToBe - 2D biOmimetic mateRials: bifuNctiOnaliTy, charge Transfer, and dynamics fOr rechargeable metal-air BattEries

Bando PRIN2022 Finanziato da MUR – Unione Europea - NextGenerationEU

Abstract

Goal: understanding the catalytic properties of a new class of monophasic catalysers, active both towards oxygen reduction and evolution reactions, with potential applications in metal-air rechargeable batteries.

Specific activity in Udine: numerical simulations, using DFT methods, of the structural, electronic, spectroscopic properties of M-tetrapyrydil-porphirins (M=Co, Mn) deposited on graphene, linked by other M atoms into a self-assembling 2D metal-organic framework. Study of the interactions with oxygen and water, simulation of oxygen evolution and reduction process and of their barriers.

Partenariato

Università degli Studi di Trieste (PI)
Politecnico di Milano

Importo del progetto

Importo totale del progetto        Euro 287.342
Importo del progetto Uniud        Euro 57.005
Finanziamento Uniud                Euro 26.608

Durata

Data avvio progetto 28/09/2023
Data conclusione progetto 28/09/2025

Link

https://physicslab.uniud.it/persone/paolo-giannozzi/prin2022

Supporto