Cobalt coordination to a FeTPyP monolayer on graphene yields a two-dimensional FeTPyP–Co metal-organic network, stabilizing highly reactive Fe(I) sites within a biomimetic coordination architecture. The assembly process triggers an electronic reorganization that activates the pristine Fe(II) centers, enabling competiti...
A. Namar, B. Roondhe, S. Baronio et al.· The journal of physical chem...· 0 citations
Surface oxidation of noble metals under electrochemical conditions has a decisive impact on the performance of electrocatalysts for electrolyzers and fuel cells. However, the experimental detection of such oxides on well-defined model electrodes under operando conditions is a major challenge, limiting our ability to es...
A. Grespi, A. Larsson, A. Ti et al.· ChemPhysChem· 1 citation
Stabilization of low‐valent iron centers in atomically defined coordination environments remains a major challenge in the design of reactive metal–organic materials. Here, we report the rational stabilization of Fe(I)‐N
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single sites in a graphene‐supported, two‐dimensional metal–organic network assembled from F...
A. Namar, B. Roondhe, M. De Col et al.· Advanced Functional Material...· 0 citations
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