1. 毕业设计（论文）的内容和要求

碱土金属mofs已被证明具有一定的碱性，然而其应用却受制于其较弱的稳定性。

为了在克服mofs材料稳定性差这一缺点的同时，保留其丰富的孔隙并精准构筑单分散的碱性位点，纳米铸造的方法被引入本课题研究。

mg-mof-74由mg离子和有机配体构筑而成，具有1.2nm左右的一维孔道，有足够的空间让硅前体tmos进入其中。

2. 参考文献

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3. 毕业设计（论文）进程安排

（1）2019/01/10-2019/02/05:查阅mof相关文献，了解固体碱和mof-74的背景知识。

（2）2019/02/06-2019/03/05:撰写文献综述和开题报告。

（3）2019/03/05-2019/03/25：通过不同方法的纳米铸造制备出多种不同的催化剂。