“…Knowing the order of the degradation reaction was essential for a better understanding of the phenomenon of the FA photocatalytic degradation. Accordingly, based on the results found in the literature, the following equation was applied to determine the order of the FA degradation kinetics: 31 Ln( C 0 / C ) = k app t …”
“…Knowing the order of the degradation reaction was essential for a better understanding of the phenomenon of the FA photocatalytic degradation. Accordingly, based on the results found in the literature, the following equation was applied to determine the order of the FA degradation kinetics: 31 Ln( C 0 / C ) = k app t …”
“…To further verify the non-selective differences between photocatalysts and the previously proposed ones, tetracycline and ciprofloxacin were selected as target pollutants and a systematic study was conducted on the generation and mechanism of differences. 14 They have different structures, dissociation constants, etc. , 15,16 which may affect the actual degradation effect.…”
With the in-depth study of photocatalytic degradation of antibiotics, it can be learned that photocatalysts have different performances when degrading different antibiotics. In this work, an efficient photocatalytic material was...
“…35,36 A series of recent studies have indicated that the utilization of CD for inorganic semiconductors modication may enhance photocatalytic activity. For instance, Silva et al 37 demonstrated that TiO 2 / carbon quantum dot composites possessed improved photodegradation efficiency of antibiotics, such as sulfadiazine, sulfamethoxazole and trimethoprim under UV-vis irradiation. Also, Ren and coworkers 38 have provided evidence for the boosting tetracycline photodegradation under visible light using carbon quantum dots/Bi 2 WO 6 heterojunctions as the photocatalysts.…”
Novel carbon dots (CDs) synthetized from microalga Chlorella pyrenoidosa were used to produce CDs-ZnO nanoparticles to enhance the photocatalytic performance of carbamazepine removal.
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