A facile non-hydrolytic thermolysis route for monodisperse sulfur doped TiO_(2) nanocatalysts is demonstrated. Compared with the as-obtained undoped TiO_(2) nanocatalysts, the sulfur doped TiO_(2) nanocatalysts presen...A facile non-hydrolytic thermolysis route for monodisperse sulfur doped TiO_(2) nanocatalysts is demonstrated. Compared with the as-obtained undoped TiO_(2) nanocatalysts, the sulfur doped TiO_(2) nanocatalysts present obvious enhanced visible light activation for the degradation of rhodamine B and methylene blue dyes under the artificial visible light (λ = 420–770 nm) irradiation.展开更多
文摘A facile non-hydrolytic thermolysis route for monodisperse sulfur doped TiO_(2) nanocatalysts is demonstrated. Compared with the as-obtained undoped TiO_(2) nanocatalysts, the sulfur doped TiO_(2) nanocatalysts present obvious enhanced visible light activation for the degradation of rhodamine B and methylene blue dyes under the artificial visible light (λ = 420–770 nm) irradiation.
