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High-Efficiently Photoelectrochemical Hydrogen Production over Zn-Incorporated Nanotubes
2012
International Journal of Photoenergy
To investigate the Zn dopant and nanotube morphology effects of TiO2in electrochemical hydrogen production from the photo-splitting of methanol/water solution, we have designed a Zn-incorporated TiO2nanotube (Zn-TNT) photocatalyst. The TNT and Zn-TNT materials had a width of 70~100 nm. The hydrogen production over the Zn-TNT photocatalysts was higher than that over the TNT; specifically, 10.2 mL of H2gas was produced after 9 hours when 0.5 g of 0.01 mol% Zn-TNT was used. The zeta-potential
doi:10.1155/2012/843042
fatcat:465egyuadjdqjc7tkzvbmqftcq