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
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.| File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.14242/69498
URN:NBN:IT:UNICA-69498