Composites of 2D/0D Fe_(2)O_(3)-Bi_(3)TaO_(7)(FO-BTO)prepared by a hydrothermal method in which superfine Bi_(3)TaO_(7) particles were mounted onto lamellae of Fe_(2)O_(3) sheets could efficiently remove aqueous tetra...Composites of 2D/0D Fe_(2)O_(3)-Bi_(3)TaO_(7)(FO-BTO)prepared by a hydrothermal method in which superfine Bi_(3)TaO_(7) particles were mounted onto lamellae of Fe_(2)O_(3) sheets could efficiently remove aqueous tetracycline(TC)residues.The optimal composite FO-3BTO had a TC removal rate of 95%in 120 min under solar light,and its overall properties were better than those of reported photocatalysts.According to XRD,HRTEM,XPS,SEM,PL,EIS,and photocurrent tests,Fe_(2)O_(3) and Bi_(3)TaO_(7) composites formed on effective S-scheme heterojunctions,and the tight contact structure contributed to the increase in efficiency of aqueous TC residue removal.展开更多
基金Financial support was provided by the National Natural Science Foundation of China(Grants Nos.51901209,21777078,and 22062016)the Major Project of Inner Mongolia Natural Science Foundation(Grant 2020ZD02)the Project of Research and Development of the Applied Technology for Inner Mongolia(Grant 2020SGG0065).
文摘Composites of 2D/0D Fe_(2)O_(3)-Bi_(3)TaO_(7)(FO-BTO)prepared by a hydrothermal method in which superfine Bi_(3)TaO_(7) particles were mounted onto lamellae of Fe_(2)O_(3) sheets could efficiently remove aqueous tetracycline(TC)residues.The optimal composite FO-3BTO had a TC removal rate of 95%in 120 min under solar light,and its overall properties were better than those of reported photocatalysts.According to XRD,HRTEM,XPS,SEM,PL,EIS,and photocurrent tests,Fe_(2)O_(3) and Bi_(3)TaO_(7) composites formed on effective S-scheme heterojunctions,and the tight contact structure contributed to the increase in efficiency of aqueous TC residue removal.
