介绍了钒酸铋复合钼基氧化物.将稀硝酸、十六烷基三甲基溴化铵、钼酸钠、氢氧化钠和钒酸铋作为试剂对钒酸铋复合钼基氧化物进行制备,给出详细制备过程.通过样品结构表征结果,选择样品A对有机染料废水进行降解.分析了有机染料废水降解性能的评价方法,将酸性红B溶液看作有机染料废水进行实验,介绍了其紫外分光光度计曲线和标准曲线,对酸性红B溶液的降解率进行计算.在双氧水添加情况、催化剂使用量以及降解反应时间不同的情况下,采用制备的钒酸铋复合钼基氧化物对酸性红B溶液进行降解,分析降解性能.结果表明,钒酸铋复合钼基氧化物能够有效降解有机染料废水.%The composite bismuth vanadium molybdenum oxide was introduces. Taking dilute nitric acid and sixteen alkyl three methyl bromide,sodium molybdate,sodium hydroxide and bismuth vanadate as reagents on the composite bismuth vanadium molybdenum oxide was prepared, the detailed preparation process was given. Based on the results of the sample structure characterization. A was selected to degrade the organic dye wastewater. Anal-ysis of the performance rating method of organic wastewater degradation of acid red B solution as organic dye wastewater experiment,introduces the UV spectrophotometer and standard curve, calculate the degradation rate of acid red B solution. With the addition of hydrogen peroxide,the amount of catalyst used and the reaction time,the preparation of bismuth vanadate complex molybdenum oxide was used to degrade acid red B solution. The results show that bismuth vanadate composite molybdenum oxide can effectively degrade organic dye wastewater.
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