The evolution of structure, chemical state and photocatalytic performance of α-Fe/FeTiO3/TiO2 with the nitridation at different temperatures

Nanoparticulate Double-Heterojunction Photocatalysts Comprising TiO2(Anatase)/WO3/TiO2(Rutile) with Enhanced Photocatalytic Activity toward the Degradation of Methyl Orange under Near-Ultraviolet and Visible Light

“…It is recognized for its good catalytic activity, high stability, insolubility in water, and low cost. ,− Part of the success of TiO 2 P25 under UV irradiation lies on the natural heterojunction formed between rutile and anatase; the presence of this junction enables the separation of photogenerated electron–hole (e – –h + ) pairs, decreasing their recombination. However, TiO 2 P25 can only work efficiently under UV illumination given its large band gap − and suffers from high recombination of the photogenerated e – –h + pairs. − …”

Unsaturated Fe–Ov–Ti5c Structure with Enhanced C–H and C–C Bond Activation Ability for Selective Oxidation of Glycerol to Glycolic Acid

“…The Fe 2p and Ti 2p XPS spectra were measured and analyzed to enhance our understanding of oxidation states and atomic concentrations of active species on the surface of Fe/TiO 2 catalysts (Figure a,b). Three characteristic peaks at 710.4, 712.9, and 718.5 eV were identified as two states of Fe 3+ 2p 3/2 and its satellite peak . Specifically, the fitted peak at 710.4 eV can be assigned to the Fe–O–Ti bond .…”

“…Three characteristic peaks at 710.4, 712.9, and 718.5 eV were identified as two states of Fe 3+ 2p 3/2 and its satellite peak. 42 Specifically, the fitted peak at 710.4 eV can be assigned to the Fe−O−Ti bond. 43 The binding energy of the characteristic peak at 712.9 eV is consistent with the standard Fe 2 O 3 peak (Fe−O−Fe).…”

Hydrothermal Synthesis of Mesoporous FeTiO3 for Photo-Fenton Degradation of Organic Pollutants and Fluoride Adsorption

“…Ilmenite is abundantly available in the Earth's crust, which makes it a potential catalyst for large-scale application in the degradation of industrial pollutants. Photocatalytic applications of FeTiO 3 have been explored before [3][4][5], but the problem of fast charge recombination impedes the required photocatalytic performance [6]. Moreover, previous studies on the photo-Fenton-like activity of ilmenite conducted at acidic pH resulted in the leaching of the Fe from FeTiO 3 /ilmenite [6,7].…”