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摘要：近年来地球面临着难以避免的环境恶化以及污染问题，现如今全球污染愈演愈烈，光催化技术在世界的净化方面被越来越多的人所关注，为了深入地研究以及实现此技术在多种行业于现实意义中的有效应用，我将目标指向发掘适用性更高的光催化材料，并全力提升其光催化效率。本论文以制备出于结构，形貌方面都可控的高活性碳量子点/BiPO4复合光催化材料为研究对象，通过BiPO4与碳点复合，进一步提高光催化效率，在一定程度上能够提升BiPO4的光催化能力。此外，本次设计于复合光催化材料体系的性能提升机制进行了更深入的研究，通过不同方案开括研究思路，为将来人们研究碳量子点/BiPO4复合材料的光催化性能提供可行的研究思路。61906
毕业论文关键词：光催化；复合材料；碳量子点；BiPO4
Photocatalytic performance of carbon quantum dots / bismuth phosphate composites
Abstract：In recent years,the earth faces difficult to avoid the deterioration of the environment and pollution problems,now with the global pollution become more and more intense, photocatalytic technology in the world of purification is more and more concerned by the people. In order to in-depth study and realize the implementation of this technique in a variety of industries in the practical significance,I will aim to explore the applicability and higher photocatalytic materials,and pay efforts to enhance the photocatalytic efficiency. The preparation for high active carbon quantum dot /BiPO4 composite photocatalytic material which is controlled in structure and morphology as research object,through the combination of BiPO4 and carbon point,the photocatalytic efficiency will be further improved,and to a certain extent, the photocatalytic activity of BiPO4 can be promoted. In addition,this design lucubrate the performance of the composite photocatalytic material system, through different schemes include research ideas, provide a feasible research ideas for the future for people to study carbon quantum point /BiPO4 composite light catalytic performance.
Key Words：Photocatalysis; composite; carbon quantum dots; BiPO4
目录
1.1 研究背景 1
1.2 半导体光催化的基本原理 2
1.3 光催化剂种类 4
1.4 影响光催化性能的因素 4
1.5 光催化技术的研究现状 5
1.6实验原料简介 5
1.6.1 磷酸铋简介 5
1.6.2 碳量子点简介 6
2 具体实验内容 6
2.1 实验材料及仪器 6
2.1.1 实验原材料及用量 6
2.2.2 实验仪器 8
2.2 样品制备 11
2.2.1制备流程 11
2.3实验流程 11
2.3.1降解RhB 11
2.3.2降解苯酚 11
2.3.3加入牺牲剂的降解 12
2.3.4模拟可见光降解Rh-B 12
3结果与讨论 12
4实验结论 23
致谢 24
参考文献