Exploiting in-plane nanotrap-induced synergy in a two-dimensional europium–organic framework for multistep CO2–epoxide and deacetalization–knoevenagel catalysis
Key Points
Catalysis using an organic framework led to enhanced CO2 conversion rates, achieving significant efficiency improvements.
The study reported a notable increase in catalytic activity, with efficiency soaring by 45% compared to traditional methods.
Observational analysis across various catalysis processes showed effective multistep reactions characterized by europium involvement.
This work highlights the need for further exploration of this framework in diverse catalytic settings, suggesting broader applications.
Exploitation de la synergie induite par le nanotrap en plan dans un cadre organique d'europium bidimensionnel pour la catalyse multistep CO2–époxyde et déacétalisation–Knoevenagel | Synapse