A new polyoxometalate of earth adundant elements [{Co(4)(μ-OH)(H(2)O)(3)}(Si(2)W(19)O(70))](11-) has been synthesized, characterized and shown to be a water oxidation catalyst. The initial catalytic complex is unstable and slowly undergoes hydrolysis. The hydrolysis products have been isolated and characterized, and their catalytic water oxidation activity is assessed
Electrochemical and photochemical water splitting has drawn great attentions because it allows produ...
Splitting of water to produce hydrogen and oxygen is a green and effective method to produce clean e...
Our group reported that the polyoxometalate Na10[Co4V2W18O68]·26H2O (Co4V2) is an active water oxida...
Filiació URV: SIA mechanism of water oxidation catalyzed by the carbon-free tetra-Co containing poly...
High-valent oxo compounds of transition metals are often implicated as active species in oxygenation...
We report herein the synthesis of CoWO4-based water oxidation catalysts (WOCs) derived from cobalt-b...
10.1021/ic402962cA dimeric polyoxometalatate-based bis cobalt(III)-oxyl compound, [(POMCo)2O], was i...
Solar energy has attracted interest for clean hydrogen fuel from abundant water. However, because of...
Efficient water oxidation remains a particular challenge in water splitting that calls for developin...
Water oxidation is the key to efficient conversion of solar energy to chemical fuels in artificial p...
Water oxidation catalysis is recognized as the bottleneck for the development of efficient devices b...
AbstractWater oxidation catalysis is recognized as the bottleneck for the development of efficient d...
Among molecular water oxidation catalysts (WOCs), those featuring a reactive set of four multi-redo...
Here we report a novel method to synthesize CoWO4 using tetracobalt-substituted polyoxometalate (Co4...
Among molecular water oxidation catalysts (WOCs), those featuring a reactive set of four multi-redox...
Electrochemical and photochemical water splitting has drawn great attentions because it allows produ...
Splitting of water to produce hydrogen and oxygen is a green and effective method to produce clean e...
Our group reported that the polyoxometalate Na10[Co4V2W18O68]·26H2O (Co4V2) is an active water oxida...
Filiació URV: SIA mechanism of water oxidation catalyzed by the carbon-free tetra-Co containing poly...
High-valent oxo compounds of transition metals are often implicated as active species in oxygenation...
We report herein the synthesis of CoWO4-based water oxidation catalysts (WOCs) derived from cobalt-b...
10.1021/ic402962cA dimeric polyoxometalatate-based bis cobalt(III)-oxyl compound, [(POMCo)2O], was i...
Solar energy has attracted interest for clean hydrogen fuel from abundant water. However, because of...
Efficient water oxidation remains a particular challenge in water splitting that calls for developin...
Water oxidation is the key to efficient conversion of solar energy to chemical fuels in artificial p...
Water oxidation catalysis is recognized as the bottleneck for the development of efficient devices b...
AbstractWater oxidation catalysis is recognized as the bottleneck for the development of efficient d...
Among molecular water oxidation catalysts (WOCs), those featuring a reactive set of four multi-redo...
Here we report a novel method to synthesize CoWO4 using tetracobalt-substituted polyoxometalate (Co4...
Among molecular water oxidation catalysts (WOCs), those featuring a reactive set of four multi-redox...
Electrochemical and photochemical water splitting has drawn great attentions because it allows produ...
Splitting of water to produce hydrogen and oxygen is a green and effective method to produce clean e...
Our group reported that the polyoxometalate Na10[Co4V2W18O68]·26H2O (Co4V2) is an active water oxida...