Abstract
TiO_2 doping with carbon has widely been studied for environmental applications due to higher photocatalytic activity than typical undoped TiO_2 under visible light irradiation. In this study, carbon doped TiO_2 was synthesized in a DC-RF hybrid plasma flow system by a solution precursor spraying method and high functionality was assessed with methylene blue solution degradation under visible light irradiation. The synthesized highly functional carbon doped TO_2 from 11 wt% TTB showed high UV-visible absorbance and higher methylene blue solution degradation estimated at a rate constant of 1.14 X 10_<-3>.
