This thesis work is focused on the synthesis of TiO2 based hetero-nanostructured mixed metal oxides for their used as photo-anodes in different photo-electrochemical applications. Compared to single-phase photocatalysts, hetero-nanostructured mixed metal oxides can increase the efficiency of charges separation and lifetime, enhance the interfacial charge transfer to adsorbed substrate as well as improve the light-response range to the visible region.
This thesis work is focused on the synthesis of TiO2 based hetero-nanostructured mixed metal oxides for their used as photo-anodes in different photo-electrochemical applications. Compared to single-phase photocatalysts, hetero-nanostructured mixed metal oxides can increase the efficiency of charges separation and lifetime, enhance the interfacial charge transfer to adsorbed substrate as well as improve the light-response range to the visible region.
PHOTOELECTROCATALYTIC PERFORMANCE OF MIXED OXIDE ELECTRODES FOR APPLICATIONS IN SOLAR CELLS
AMPUDIA CASTRESANA, PABLO
2017-03-10
Abstract
This thesis work is focused on the synthesis of TiO2 based hetero-nanostructured mixed metal oxides for their used as photo-anodes in different photo-electrochemical applications. Compared to single-phase photocatalysts, hetero-nanostructured mixed metal oxides can increase the efficiency of charges separation and lifetime, enhance the interfacial charge transfer to adsorbed substrate as well as improve the light-response range to the visible region.
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