Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308488360> ?p ?o ?g. }
- W4308488360 endingPage "906" @default.
- W4308488360 startingPage "892" @default.
- W4308488360 abstract "A novel and short-term preparation method was conducted to fabricate pristine BiVO4, and Gadolinium (Gd) doped BiVO4 photocatalysts at sub-100 °C. The optical, structural, morphology, microstructure, and compositional characteristics of the fabricated photocatalysts were examined, which illustrated that the doping of Gd stabilized the existence of the tetragonal phase structure and enlarged the specific surface area of the pristine BiVO4. The comparison of the photocatalytic performance, preparation power consumption, and preparation cost showed the superiority of Gd doped BiVO4 photocatalyst fabricated by the Short-Term Synthesis Method at sub-100 °C. The ofloxacin (OFL) removal rate with 5%, 7%, and 10% Gd-BiVO4 photocatalysts was 1.53, 1.61, and 1.83 times that with pristine BiVO4 under sunlight, respectively. The degradation performance of target contaminants, including diclofenac, tetracycline HCl, ofloxacin, rhodamine B, and sulfadiazine, was demonstrated after one hour of sunlight irradiation with 5% Gd-BiVO4, achieving the removal efficiencies of 98.63%, 98.07%, 97.98%, 92.09%, and 78.56%, respectively. The effect of various factors on the removal performance was revealed, indicating that SO42− and H2PO4− had a remarkable inhibitory effect on the degradation. The 5% Gd-BiVO4 also showed excellent reusability and stability after five-cycle runs. The photogenerated holes (h+) and the superoxide radicals (•O2−) were the predominant generated active species, and the possible photocatalytic mechanism for the degradation of organic contaminants was proposed. Simple prepared Gd-BiVO4 photocatalysts were revealed to be a practical and potential choice for efficiently degrading contaminants with sunlight as green energy." @default.
- W4308488360 created "2022-11-12" @default.
- W4308488360 creator A5023991364 @default.
- W4308488360 creator A5028491918 @default.
- W4308488360 creator A5039859667 @default.
- W4308488360 creator A5061081802 @default.
- W4308488360 creator A5068316829 @default.
- W4308488360 creator A5080547794 @default.
- W4308488360 creator A5089554989 @default.
- W4308488360 creator A5091528724 @default.
- W4308488360 date "2022-12-01" @default.
- W4308488360 modified "2023-10-13" @default.
- W4308488360 title "Gd-BiVO4 photocatalyst for organic contaminants removal: Short-term synthesis at sub-100 °C and enhanced sunlight-driven photocatalytic activity" @default.
- W4308488360 cites W1043576204 @default.
- W4308488360 cites W1810936388 @default.
- W4308488360 cites W1975316147 @default.
- W4308488360 cites W1975732820 @default.
- W4308488360 cites W2000906268 @default.
- W4308488360 cites W2008022360 @default.
- W4308488360 cites W2025204228 @default.
- W4308488360 cites W2031716015 @default.
- W4308488360 cites W2031766731 @default.
- W4308488360 cites W2035619076 @default.
- W4308488360 cites W2041721284 @default.
- W4308488360 cites W2044129493 @default.
- W4308488360 cites W2048645199 @default.
- W4308488360 cites W2056499306 @default.
- W4308488360 cites W2067144732 @default.
- W4308488360 cites W2074550946 @default.
- W4308488360 cites W2088524087 @default.
- W4308488360 cites W2155025595 @default.
- W4308488360 cites W2236983777 @default.
- W4308488360 cites W2280369767 @default.
- W4308488360 cites W2289414946 @default.
- W4308488360 cites W2501543730 @default.
- W4308488360 cites W2503103201 @default.
- W4308488360 cites W2527823177 @default.
- W4308488360 cites W2566141293 @default.
- W4308488360 cites W2598864340 @default.
- W4308488360 cites W2616027870 @default.
- W4308488360 cites W2752101253 @default.
- W4308488360 cites W2790310324 @default.
- W4308488360 cites W2792681921 @default.
- W4308488360 cites W2800012050 @default.
- W4308488360 cites W2800318697 @default.
- W4308488360 cites W2805732720 @default.
- W4308488360 cites W2886698062 @default.
- W4308488360 cites W2921386944 @default.
- W4308488360 cites W2936961480 @default.
- W4308488360 cites W2937554131 @default.
- W4308488360 cites W2946846073 @default.
- W4308488360 cites W2990930374 @default.
- W4308488360 cites W2991091757 @default.
- W4308488360 cites W2993832355 @default.
- W4308488360 cites W3021080411 @default.
- W4308488360 cites W3024700019 @default.
- W4308488360 cites W3026051997 @default.
- W4308488360 cites W3041817157 @default.
- W4308488360 cites W3044219656 @default.
- W4308488360 cites W3044385997 @default.
- W4308488360 cites W3054708954 @default.
- W4308488360 cites W3080165862 @default.
- W4308488360 cites W3088957440 @default.
- W4308488360 cites W3089220571 @default.
- W4308488360 cites W3121989212 @default.
- W4308488360 cites W3130077541 @default.
- W4308488360 cites W3135452442 @default.
- W4308488360 cites W3157286995 @default.
- W4308488360 cites W3161413252 @default.
- W4308488360 cites W3162961340 @default.
- W4308488360 cites W3168494157 @default.
- W4308488360 cites W3174260728 @default.
- W4308488360 cites W3184674263 @default.
- W4308488360 cites W3197396896 @default.
- W4308488360 cites W3198444843 @default.
- W4308488360 cites W4200015957 @default.
- W4308488360 cites W4206044078 @default.
- W4308488360 cites W4207069945 @default.
- W4308488360 cites W4210619153 @default.
- W4308488360 cites W4213179017 @default.
- W4308488360 cites W4221070564 @default.
- W4308488360 cites W4225254269 @default.
- W4308488360 cites W4280509925 @default.
- W4308488360 cites W4280541593 @default.
- W4308488360 cites W589006911 @default.
- W4308488360 doi "https://doi.org/10.1016/j.psep.2022.10.069" @default.
- W4308488360 hasPublicationYear "2022" @default.
- W4308488360 type Work @default.
- W4308488360 citedByCount "3" @default.
- W4308488360 countsByYear W43084883602023 @default.
- W4308488360 crossrefType "journal-article" @default.
- W4308488360 hasAuthorship W4308488360A5023991364 @default.
- W4308488360 hasAuthorship W4308488360A5028491918 @default.
- W4308488360 hasAuthorship W4308488360A5039859667 @default.
- W4308488360 hasAuthorship W4308488360A5061081802 @default.
- W4308488360 hasAuthorship W4308488360A5068316829 @default.
- W4308488360 hasAuthorship W4308488360A5080547794 @default.
- W4308488360 hasAuthorship W4308488360A5089554989 @default.