Study Case Iron sulfide nanoparticles Concerted mechanism Zinc battery Porphyrine Activation de petites molécules Activation de liaisons Molecular catalysts Catalyse moléculaire Scanning electrochemical microscopy Mechanistic study Supported catalysis Potyvirus Achromobacter Xylosoxidans CO$2$ reduction Réduction du CO2 Activation des petites molécules Iron porphyrins Porphyrin Mechanism Oxidation Proton transfer Molecular electrochemistry Activation de la liaison N-O Activation of small molecules Reaction mechanism Nanomaterials Nonprofit organizations Stepwise mechanism Charge storage mechanism Carbon dioxide Autocatalysis Photocatalysis Porphyrins Spectroelectrochemistry Catalyse Étude mécanistique Solar fuels Mécanisme séquentiel Molecular recognition Électrochimie Spectroélectrochimie Electrochimie Transfert de proton Homogeneous catalysis Insertion de protons Proton insertion Management innovation Catalysis Complexes de cobalt Hydrogen evolution reaction AFM/SECM Cyclic voltammetry Oxygène Acetal Enzyme Aqueous battery Molecular catalysis Electrocatalysis Proton-coupled electron transfer Catalyseur moléculaire AFM-SECM Antecedents Oxydation Alkaline phosphatase Photochimie Batterie aqueuse Fluorescence CO2 reduction Catalyse homogène INGOs Oxygen Photochemistry Virus Electrode modification All in concert mechanism Porphyrines de fer Nanoparticle enhanced bioelectrocatalysis PQQ-GDH Cobalt complexes Voltammétrie cyclique Halogen Bonding Électrocatalyse Voltamétrie cyclique Electron transfer Electrochemical charge storage Molecular dynamics Iron porphyrin Electrochemistry Transfert d'électron Porphyrines DNA hybridization Carbon dioxide reduction Bioscaffolding Molecular catalyst Activation d’un biocatalyseur Mécanisme concerté ACS Applied Nano Materials Nanoelectrochemistry Aluminium-ion