The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailoring the polarity of MCM-41, results in self-assembled materials (see the space-filling model on the right) that are active, truly heterogeneous, and recyclable catalysts for liquid-phase alkene epoxidation
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
The heterogenization of a titanium(IV) silsesquioxane complex in an MCM-41 molecular sieve, by tailo...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
This paper describes a spectroscopic study of the heterogenisation of a novel liquid-phase epoxidati...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...
A novel interfacial hybrid epoxidation catalyst was designed with a new immobilization method for ho...