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MOFs für die Energiespeicherung:Die Leitfähigkeiten von Konstrukten auf Basis Metall‐organischer Gerüste (MOFs) wurden durch Kombination mit einem leitfähigen Polymer um sieben Größenordnungen erhöht. F.‐S. Ke, H. Deng et al. zeigen in ihrer Zuschrift auf S. 3980, dass die vernetzten Poren und Tunnel in den MOFs als Wege für den Ionentransfer über die Elektroden fungieren. Hieraus resultieren Li‐S‐Batterien,...
We report a new method to promote the conductivities of metal–organic frameworks (MOFs) by 5 to 7 magnitudes, thus their potential in electrochemical applications can be fully revealed. This method combines the polarity and porosity advantages of MOFs with the conductive feature of conductive polymers, in this case, polypyrrole (ppy), to construct ppy‐MOF compartments for the confinement of sulfur...
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