Recent activities of our group in the design of catalytic materials are briefly surveyed. Special attention is given to sol-gel-derived mixed oxide aerogels and organic-inorganic hybrid gels, and to supported noble metals with controlled particle size. Examples discussed embrace: organically modified titania-silica aerogels for the epoxidation of bulky olefins, Ru-containing silica hybrid gels for the synthesis of formic-acid derivatives, and colloid-derived supported gold catalysts with controlled metal particle size
Silica aerogel and titania silica aerogel were synthesized by chemical means. The effect of titanium...
The morphology and the unique chemical and physical stability of organosilica-entrapped sol-gel cata...
Aerosol processing is long known to obtain various types of divided materials. The attractive techni...
Aerogels are nanostructured materials which exhibit high surface areas and an open porosity. The so...
Aerogels possess physical properties that make them appealing for applications in catalysis. They ha...
The technical features of aerosol processes make them highly interesting for the continuous, large s...
The sol-gel method is an attractive synthetic approach in the design of advanced catalytic formulati...
peer reviewedThe conversion of pollutants and wastes into harmless or even useful products is one of...
Over one billion automobiles are in use around the world, the majority of which employ internal comb...
Several triethoxysilylated ligands have been synthesized and after complexation with a metal followe...
The technical features of aerosol processes make them highly interesting for the continuous, large s...
This review presents a brief overview of recent insights into general reaction pathways in sol-gel s...
The nanoparticles present different properties compared to the bulk materials due to their dimension...
In heterogeneous catalysis, carrier systems are most often composed of inorganic materials whereas o...
Heterogeneous catalysts can be prepared by different methods offering various levels of control on t...
Silica aerogel and titania silica aerogel were synthesized by chemical means. The effect of titanium...
The morphology and the unique chemical and physical stability of organosilica-entrapped sol-gel cata...
Aerosol processing is long known to obtain various types of divided materials. The attractive techni...
Aerogels are nanostructured materials which exhibit high surface areas and an open porosity. The so...
Aerogels possess physical properties that make them appealing for applications in catalysis. They ha...
The technical features of aerosol processes make them highly interesting for the continuous, large s...
The sol-gel method is an attractive synthetic approach in the design of advanced catalytic formulati...
peer reviewedThe conversion of pollutants and wastes into harmless or even useful products is one of...
Over one billion automobiles are in use around the world, the majority of which employ internal comb...
Several triethoxysilylated ligands have been synthesized and after complexation with a metal followe...
The technical features of aerosol processes make them highly interesting for the continuous, large s...
This review presents a brief overview of recent insights into general reaction pathways in sol-gel s...
The nanoparticles present different properties compared to the bulk materials due to their dimension...
In heterogeneous catalysis, carrier systems are most often composed of inorganic materials whereas o...
Heterogeneous catalysts can be prepared by different methods offering various levels of control on t...
Silica aerogel and titania silica aerogel were synthesized by chemical means. The effect of titanium...
The morphology and the unique chemical and physical stability of organosilica-entrapped sol-gel cata...
Aerosol processing is long known to obtain various types of divided materials. The attractive techni...