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Die Maximierung der Lichternte bei gleichzeitig hoher Photoredoxaktivität ist ein entscheidender Aspekt, um eine hohe photokatalytische Umwandlung von Sonnenenergie in chemische Energie zu erzielen. In ihrer Zuschrift auf S. 3109 berichten G. W. Ho und Mitarbeiter über eine geordnet‐ungeordnete D‐HNb3O8‐Monolagenstruktur, die zwei getrennte Funktionen ausführt: Photoanregung zur Bildung von Ladungsträgern...
A persistent challenge in classical photocatalyst systems with extended light absorption is the unavoidable trade‐off between maximizing light harvesting and sustaining high photoredox capability. Alternatively, cooperative energy conversion through photothermic activation and photocatalytic redox is a promising yet unmet scientific proposition that critically demands a spectrum‐tailored catalyst...
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