ABSTRACT BRIDGING THE MATERIALS GAP IN CATALYSIS: REACTIVITY STUDIES OF NANOSTRUCTURED TITANIA David A. Bennett John M. Vohs Surface science studies of defect-free, single-crystal model catalysts have provided vital knowledge in the form of structure-activity relationships and elementary reaction mechanisms. However, there is some difficultly in extending this understanding to more complex systems, since these model catalysts typically lack the range of features that occur on the high surface area catalysts used in industry. This project seeks to bridge the gap between these two classes of materials by studying thin films of well-defined TiO2 nanocrystals with tunable size and morphology using traditional surface science techniques. This en...
Concern over the economics of accessing fossil fuel and widespread acceptance of the anthropogenic o...
Nanosized transition metal particles are important materials in catalysis with a key role not only i...
In this study, two cobalt based catalyst samples were prepared on titania and tita- nia nanotubes s...
ABSTRACT BRIDGING THE MATERIALS GAP IN CATALYSIS: REACTIVITY STUDIES OF NANOSTRUCTURED TITANIA David...
Surface science studies of defect-free, single-crystal model catalysts have provided vital knowledge...
Studies of the thermal and photocatalytic properties of single crystal materials have proven to be u...
Studies of the thermal and photocatalytic properties of single crystal materials have proven to be u...
Titanium dioxide is a very important semiconductor with a high potential for applications in photoca...
This body of work investigates titanium dioxide model catalysts with an increasing complexity of des...
Despite the recent synthesis and identification of a diverse set of new nanophotocatalysts that has...
Understanding structural effects and reaction mechanisms of photocatalysts is of great interest and ...
Heterogeneous Catalysis plays an extremely important role in the world. Metal particles supported on...
Although it has been widely accepted that the crystal phase, morphology, and facet significantly inf...
Vanadia catalysts supported on TiO2 belong to a class of mixed-metal oxides capable catalyzing the o...
We discuss in this paper two case studies related to nano-particle catalyst systems. One concerns a ...
Concern over the economics of accessing fossil fuel and widespread acceptance of the anthropogenic o...
Nanosized transition metal particles are important materials in catalysis with a key role not only i...
In this study, two cobalt based catalyst samples were prepared on titania and tita- nia nanotubes s...
ABSTRACT BRIDGING THE MATERIALS GAP IN CATALYSIS: REACTIVITY STUDIES OF NANOSTRUCTURED TITANIA David...
Surface science studies of defect-free, single-crystal model catalysts have provided vital knowledge...
Studies of the thermal and photocatalytic properties of single crystal materials have proven to be u...
Studies of the thermal and photocatalytic properties of single crystal materials have proven to be u...
Titanium dioxide is a very important semiconductor with a high potential for applications in photoca...
This body of work investigates titanium dioxide model catalysts with an increasing complexity of des...
Despite the recent synthesis and identification of a diverse set of new nanophotocatalysts that has...
Understanding structural effects and reaction mechanisms of photocatalysts is of great interest and ...
Heterogeneous Catalysis plays an extremely important role in the world. Metal particles supported on...
Although it has been widely accepted that the crystal phase, morphology, and facet significantly inf...
Vanadia catalysts supported on TiO2 belong to a class of mixed-metal oxides capable catalyzing the o...
We discuss in this paper two case studies related to nano-particle catalyst systems. One concerns a ...
Concern over the economics of accessing fossil fuel and widespread acceptance of the anthropogenic o...
Nanosized transition metal particles are important materials in catalysis with a key role not only i...
In this study, two cobalt based catalyst samples were prepared on titania and tita- nia nanotubes s...