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Photooxidation of orange G in aqueous solution induced by irradiation of Fe(III)-citrate complex

机译:用Fe(III)乳液照射诱导水溶液中橙G的光氧化溶液

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The photodegradation rate of orange G (OG) in aqueous solution was enhanced in the presence of Fe(III)-citrate complexes under Xe lamp irradiation. The reaction kinetics fitted the first order reaction and the photolysis efficiency of OG was dependent on Fe(III) dosage, citric acid concentration, light intensity and initial OG concentration. OH radical is responsible for the increase of OG photolysis rate in the presence of Fe(III)-citrate complexes. The degradation of OG was more sensitive to the initial concentration of citric acid compared to that of Fe(III). The removal of OG changed from 70% to 96% corresponding to the dosage of citric acid ranged from 0.1 to 1.0 mM under conditions of pH 4.0 and 0.05 mM Fe(III).
机译:在XE灯照射下的Fe(III) - 柠檬酸络合物存在下,增强了水溶液中橙G(OG)的光降解速率。反应动力学安装了第一阶反应,og的光解效率取决于Fe(III)剂量,柠檬酸浓度,光强度和初始OG浓度。 OH激进的负责在Fe(III) - 柠檬酸盐的存在下的OG光解率的增加。与Fe(III)相比,对柠檬酸的初始浓度更敏感的OG的降解更敏感。将OG的除去从70%变为96%,对应于pH 4.0和0.05mM FE(III)的条件下为0.1至1.0mm的0.1至1.0mm。

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