International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed for hydrogen production in fully aqueous solution. Mechanistic information was gained thanks to a fast screening method, using chemical reductants and a Clark microelectrode. Optimal hydrogen production (443 TONs - 3 mL of H-2) was achieved under visible light-driven conditions, in the presence of a noble metal-free photosensitizer, the water soluble porphyrin 2Cl(4), and the ascorbate/tris-(2-carboxyethyl)phosphine (TCEP) sacrificial electron donor system
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
The mechanism of photocatalytic hydrogen production was studied with a three-component system consis...
Homogeneous aqueous solutions of photocatalytic ensembles, consisting of [Ru(bpy)3]2+ as a photosens...
International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed f...
International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed f...
International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed f...
A combination of noble-metal free components, a water soluble porphyrin photosensitizer zincmeso-tet...
A mononuclear cobalt complex supported by a new type of pentadentate ligand catalyzed the evolution ...
A mononuclear cobalt complex supported by a new type of pentadentate ligand catalyzed the evolution ...
A system for visible light-driven hydrogen production from water is reported. This system makes use ...
A new, molecular system for the light-driven production of hydrogen in aqueous solution was develope...
A system for visible light-driven hydrogen production from water is reported. This system makes use ...
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
Recently, a family of cobalt pentapyridine complexes of the type [(R-PY5Me 2 )Co(H 2 O)])(CF 3 SO 3 ...
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
The mechanism of photocatalytic hydrogen production was studied with a three-component system consis...
Homogeneous aqueous solutions of photocatalytic ensembles, consisting of [Ru(bpy)3]2+ as a photosens...
International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed f...
International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed f...
International audienceThe new cobalt tetrapyridyl complex 1(BF4)(2) was characterized and assessed f...
A combination of noble-metal free components, a water soluble porphyrin photosensitizer zincmeso-tet...
A mononuclear cobalt complex supported by a new type of pentadentate ligand catalyzed the evolution ...
A mononuclear cobalt complex supported by a new type of pentadentate ligand catalyzed the evolution ...
A system for visible light-driven hydrogen production from water is reported. This system makes use ...
A new, molecular system for the light-driven production of hydrogen in aqueous solution was develope...
A system for visible light-driven hydrogen production from water is reported. This system makes use ...
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
Recently, a family of cobalt pentapyridine complexes of the type [(R-PY5Me 2 )Co(H 2 O)])(CF 3 SO 3 ...
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
The utilization of H 2 as fuel is considered as a potential solution for future energy demand, and t...
The mechanism of photocatalytic hydrogen production was studied with a three-component system consis...
Homogeneous aqueous solutions of photocatalytic ensembles, consisting of [Ru(bpy)3]2+ as a photosens...