In this work, we will report the generation of Au clusters in a purely siliceous MCM-22 zeolite. The catalytic properties of these Au clusters have been tested for the selective oxidation of cyclohexane to cyclohexanol and cyclohexanone (KA-oil). The Au clusters encapsulated in the MCM-22 zeolite are highly active and selective for the oxidation of cyclohexane to KA-oil, which is superior to Au nanoparticles on the same support. These results suggest that Au clusters are highly active for the activation of oxygen to produce radical species
\u3cp\u3eAchieving uniformly dispersed and stable nanoparticles of gold on oxide supports is a chall...
Achieving uniformly dispersed and stable nanoparticles of gold on oxide supports is a challenge in h...
Thiolate protected metal nanoclusters are emerging materials for the preparation of atomically defin...
Gold nanoclusters and isolated gold atoms have been produced in a two-liquid phase procedure that in...
abstract: The ability of Au catalysts to effect the challenging task of utilizing molecular oxygen f...
Two simple, reproducible methods of preparing evenly distributed Au nanoparticle containing mesoporo...
Au nanoclusters with an average size of approximately 1nm size supported on HY zeolite exhibit a sup...
Two simple, reproducible methods of preparing evenly distributed Au nanoparticle containing mesoporo...
National @ +CLA:ADM:ATUInternational audienceGold nanoparticles have demonstrated interesting cataly...
The search for sustainable catalytic oxidation processes remains a challenge. One process of utmost ...
Homogeneous immobilization of gold nanoparticles (Au NPs) on mesoporous silica has been achieved by ...
With the ongoing developments in biomass conversion, the oxidation of bioethanol to acetaldehyde may...
International @ MATERIAUX+CLA:ADM:ATUInternational audienceRecently, atomically well defined thiolat...
Zeolite framework stabilized gold(0) nanoclusters were prepared by the ion-exchange/impregnation of ...
The effect of the size of gold nanoparticles on their catalytic activity in aerobic oxidation of cyc...
\u3cp\u3eAchieving uniformly dispersed and stable nanoparticles of gold on oxide supports is a chall...
Achieving uniformly dispersed and stable nanoparticles of gold on oxide supports is a challenge in h...
Thiolate protected metal nanoclusters are emerging materials for the preparation of atomically defin...
Gold nanoclusters and isolated gold atoms have been produced in a two-liquid phase procedure that in...
abstract: The ability of Au catalysts to effect the challenging task of utilizing molecular oxygen f...
Two simple, reproducible methods of preparing evenly distributed Au nanoparticle containing mesoporo...
Au nanoclusters with an average size of approximately 1nm size supported on HY zeolite exhibit a sup...
Two simple, reproducible methods of preparing evenly distributed Au nanoparticle containing mesoporo...
National @ +CLA:ADM:ATUInternational audienceGold nanoparticles have demonstrated interesting cataly...
The search for sustainable catalytic oxidation processes remains a challenge. One process of utmost ...
Homogeneous immobilization of gold nanoparticles (Au NPs) on mesoporous silica has been achieved by ...
With the ongoing developments in biomass conversion, the oxidation of bioethanol to acetaldehyde may...
International @ MATERIAUX+CLA:ADM:ATUInternational audienceRecently, atomically well defined thiolat...
Zeolite framework stabilized gold(0) nanoclusters were prepared by the ion-exchange/impregnation of ...
The effect of the size of gold nanoparticles on their catalytic activity in aerobic oxidation of cyc...
\u3cp\u3eAchieving uniformly dispersed and stable nanoparticles of gold on oxide supports is a chall...
Achieving uniformly dispersed and stable nanoparticles of gold on oxide supports is a challenge in h...
Thiolate protected metal nanoclusters are emerging materials for the preparation of atomically defin...