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• W3048296940 endingPage "39281" @default.
• W3048296940 startingPage "39273" @default.
• W3048296940 abstract "Exploring the adsorption and selective removal mechanism of target pollutants on the catalytic interface is an important research topic in the field of environmental sewage treatment. However, the molecular recognition based on the surface of single crystals is still unclear. Single crystal molecularly imprinted TiO2 (001-MI-TiO2) with a highly exposed {001} plane was prepared by a hydrothermal method to characteristically adsorb and degrade phenol. The kinetics of phenol oxidation on 001-MI-TiO2 was 12.93 times that of polycrystal nonimprinted TiO2. The phenol adsorption quantity of 001-MI-TiO2 was 1.68 times that of the polycrystal molecularly imprinted TiO2 (MI-TiO2). Compared with MI-TiO2, the significantly increased removal of phenol on 001-MI-TiO2 mainly attributed to the enhanced adsorption quantity and better photocatalytic performance. The recognition mechanism of phenol on the 001-MI-TiO2 during the adsorption process was studied using attenuated total reflection Fourier transform infrared spectroscopy (ATR-FTIR), which indicated enhanced adsorption of phenol when compared with MI-TiO2. The recognition between the phenol molecule and the imprinted sites mainly relied on the hydrogen bond between the π bond of the benzene ring and the hydroxyl group on the surface of TiO2. Besides, the interferent ATR-FTIR results showed that the single crystal surface can significantly reduce noncharacteristic adsorption, indicating good selectivity for the targets. In addition, the degradation intermediates during the photocatalytic process were further analyzed by in situ infrared technology." @default.
• W3048296940 created "2020-08-13" @default.
• W3048296940 creator A5006616861 @default.
• W3048296940 creator A5031246510 @default.
• W3048296940 creator A5090130334 @default.
• W3048296940 date "2020-08-07" @default.
• W3048296940 modified "2023-10-10" @default.
• W3048296940 title "Highly Characteristic Adsorption Based on Single Crystal {001}-TiO₂ Surface Molecular Recognition Promotes Enhanced Oxidation" @default.
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• W3048296940 doi "https://doi.org/10.1021/acsami.0c11101" @default.
• W3048296940 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32805879" @default.
• W3048296940 hasPublicationYear "2020" @default.
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