Near Ultraviolet and Visible light photoelectrochemical degradation of organic substances producing electricity and hydrogen
M Antoniadou, P Lianos - Journal of Photochemistry and Photobiology A …, 2009 - Elsevier
A two-compartment, chemically biased photoelectrochemical cell was used to photodegrade
several organic substances and produce electricity and hydrogen. The photoanode of the
cell was based on commercial nanocrystalline titania, which may be functionalized with CdS
to absorb Visible light. The dark cathode was made also of commercial nanocrystalline
titania with cast Pt nanoparticles. The cell was run under Near Ultraviolet or Visible radiation
and the efficiencies in the two cases have been compared. Short chain-length alcohols and …
several organic substances and produce electricity and hydrogen. The photoanode of the
cell was based on commercial nanocrystalline titania, which may be functionalized with CdS
to absorb Visible light. The dark cathode was made also of commercial nanocrystalline
titania with cast Pt nanoparticles. The cell was run under Near Ultraviolet or Visible radiation
and the efficiencies in the two cases have been compared. Short chain-length alcohols and …
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