Understanding the mechanism of TiO2 nanotubes formation at low potentials (≤ 8 V) through electrochemical methods
The electrochemical characterization of cpTi–2 during anodization was carried out to
understand the formation of nano–tubular structure at different applied potentials (≤ 8 V).
The linear sweep voltammetry, potentiostatic polarization and impedance spectra analyses
were conducted to estimate the possible reaction sequence during anodization in fluoride
and phosphate containing electrolyte. Effect of applied potential on the surface morphology
was examined under scanning electron microscope. The generation of Lewis acid active …
understand the formation of nano–tubular structure at different applied potentials (≤ 8 V).
The linear sweep voltammetry, potentiostatic polarization and impedance spectra analyses
were conducted to estimate the possible reaction sequence during anodization in fluoride
and phosphate containing electrolyte. Effect of applied potential on the surface morphology
was examined under scanning electron microscope. The generation of Lewis acid active …
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