1. 毕业设计（论文）的内容和要求
光催化制氢技术自上个世纪七十年代被提出后，一直备受关注。
为了提升光催化效率，并实现光催化技术的大规模应用，多方面因素综合促进反应效率以及对太阳光谱的高效利用，是至关重要的策略点。
除了关注光生载流子分离效率、能带结构等对光催化剂本身的光催化效率的影响外，光催化反应环境以及太阳光谱的利用，也逐渐成为影响光催化反应性能的重要因素。
2. 参考文献
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