The daunting energy consumption of western societies calls for the development of renewable energies. Among them, hydrogen stands as a major candidate. The cleanest way of producing hydrogen is water electro- or photolysis. This reaction is carried out in natural photosynthesis by a manganese-oxo cluster, the functioning of which remains unknown. Insight into this mechanism would greatly help the search for low-cost water splitting catalysts. Our contribution to this field is the understanding of the fundamental processes that govern the activation of water by manganese complexes. This manuscript describes our attempts to generate electrochemically mononuclear manganese(IV) complexes bearing a fully deprotonated water molecule (oxo ligand)....
The synthesis of Mn-based catalysts to mimic the structural and catalytic properties of the oxygen-e...
We present progress in the development of artificial photosynthesis, as a means to harvesting and st...
International audienceWater, a powerful ally: A MnIII complex with an N4O-coordinating ligand and a ...
Le travail décrit dans ce manuscrit consiste en la synthèse de complexes mononucléaries de manganèse...
The development of efficient catalyst for water oxidation is of paramount importance to artificial p...
Photosynthetic water oxidation is catalyzed by a Mn4O5Ca cluster with an unprecedented arrangement o...
This work deals with the synthesis and physico-chemical study of polynuclear ruthenium manganese com...
This work deals with the synthesis and physico-chemical study of polynuclear ruthenium manganese com...
The work in thesis aims for artificial photosyntesis, which could and will mimic natural photosynthe...
Ever increasing energy demands and the closely related issue of global warming derived from fossil f...
Activation of a water molecule by the electrochemical oxidation of a Mn-aquo complex accompanied by ...
Dieser Beitrag ist mit Zustimmung des Rechteinhabers aufgrund einer (DFG geförderten) Allianz- bzw. ...
Water oxidation plays a crucial role in both natural and artificial photosynthesis, which is an attr...
The only naturally occurring system that catalyses water oxidation is the Mn4CaO4 cluster of Photosy...
Die elektrochemische Wasserstoffentwicklung (HER = hydrogen evolution reaction) durch Wasserspaltung...
The synthesis of Mn-based catalysts to mimic the structural and catalytic properties of the oxygen-e...
We present progress in the development of artificial photosynthesis, as a means to harvesting and st...
International audienceWater, a powerful ally: A MnIII complex with an N4O-coordinating ligand and a ...
Le travail décrit dans ce manuscrit consiste en la synthèse de complexes mononucléaries de manganèse...
The development of efficient catalyst for water oxidation is of paramount importance to artificial p...
Photosynthetic water oxidation is catalyzed by a Mn4O5Ca cluster with an unprecedented arrangement o...
This work deals with the synthesis and physico-chemical study of polynuclear ruthenium manganese com...
This work deals with the synthesis and physico-chemical study of polynuclear ruthenium manganese com...
The work in thesis aims for artificial photosyntesis, which could and will mimic natural photosynthe...
Ever increasing energy demands and the closely related issue of global warming derived from fossil f...
Activation of a water molecule by the electrochemical oxidation of a Mn-aquo complex accompanied by ...
Dieser Beitrag ist mit Zustimmung des Rechteinhabers aufgrund einer (DFG geförderten) Allianz- bzw. ...
Water oxidation plays a crucial role in both natural and artificial photosynthesis, which is an attr...
The only naturally occurring system that catalyses water oxidation is the Mn4CaO4 cluster of Photosy...
Die elektrochemische Wasserstoffentwicklung (HER = hydrogen evolution reaction) durch Wasserspaltung...
The synthesis of Mn-based catalysts to mimic the structural and catalytic properties of the oxygen-e...
We present progress in the development of artificial photosynthesis, as a means to harvesting and st...
International audienceWater, a powerful ally: A MnIII complex with an N4O-coordinating ligand and a ...