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Well-crystallized anatase thin films with various film thicknesses for up to 0.8 μm were deposited on Ti substrates directly from a titanium tetrafluoride solution at a low temperature of 60 °C. The thin film consisted of aggregates of anatase particles with sizes of 10–20 nm, which grew mainly along the [004]-axis. Photodegradation of Rhodamine B in water assisted with the thin films was evaluated...
Well-crystallized anatase films were deposited on commercially available pure titanium substrates from an acid titanium tetrafluoride aqueous solution kept at 60 o C for 24 h. The anatase films consisted of dual layers that were different in topography: a dense inner layer strongly adhered to the Ti substrate and a porous outer layer. In vitro bioactivity of such films was evaluated by soaking...
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