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Abstract Fluorine doped tin oxide layers (F:SnO2, “FTO”) on glass were electrochemically reduced and the resulting layers of tin were re-oxidized. By electrochemical re-oxidation, tetragonal SnO2 was obtained, whereas thermal… Click to show full abstract
Abstract Fluorine doped tin oxide layers (F:SnO2, “FTO”) on glass were electrochemically reduced and the resulting layers of tin were re-oxidized. By electrochemical re-oxidation, tetragonal SnO2 was obtained, whereas thermal oxidation led to orthorhombic SnO2. The reconstructed SnO2 was resistive and showed an increase of roughness and porosity compared to the initial smooth and dense FTO. The double layer capacity indicated an increase in the electrochemically active surface area.
Keywords:
cathodic polarization;
fto;
sno2;
sno2 cathodic;
orthorhombic sno2;
reconstruction sno2
Journal Title: Materials Chemistry and Physics
Year Published: 2021
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Journal Title: Materials Chemistry and Physics
Year Published: 2021
Link to full text (if available)
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recommendations!