《Cu2(OH)PO4光催化剂的低温水解合成及其性能》-毕业论文设计（学术).docVIP

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《Cu2(OH)PO4光催化剂的低温水解合成及其性能》-毕业论文设计（学术).doc

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阜阳师范学院本科毕业论文(定稿) PAGE 0 阜阳师范学院本科毕业论文（2012届）题目： Cu2(OH)PO4光催化剂的低温水解合成及其性能学生姓名学号 200840730112 指导教师职称副教授专业班级材料化学专业（1）班所在学院化学化工学院提交日期 2012年4月目录引言·······················································································································3 2.实验部分·······················································································································4 2.1实验试剂···································································································4 2.2实验仪器········································································································ 4 2.3 Cu2(OH)PO4光催化剂的合成······················································································5 2.4不同pH的混合液合成的羟基磷酸铜光催化实验降解率测定·······································7 2.5不同合成时间合成的羟基磷酸铜光催化实验降解率测定···········································8 2.6羟基磷酸铜对甲基橙的紫外光催化活性测定····························································8 3.结果与讨论············································································································8 3.1 Cu2(OH)PO4光催化剂的红外图谱··········································································8 3.2 混合液pH值、合成时间对Cu2(OH)PO4光催化剂活性的影响·····································9 3.2.1 Cu2(OH)PO4光催化剂活性与pH值关系·······························································9 3.2.2 Cu2(OH)PO4光催化剂活性与合成时间关系························································11 3.3 结论·········································································································13 4.参考文献.·······································································································14 致谢······················································································································15 Cu2(OH)PO4光催化剂的低温水解合成及其性能姓名：宋先瑞学号：200840730112 指导老师：李慧泉摘要：采用低温（60