有机金属醇盐的合成及应用研究

化工论文编号:HG110  论文字数:12652,页数:29

 目 录
中文摘要 Ⅰ
英文摘要 Ⅱ
目 录 III
1 绪论 1
1.1 选题背景及其意义 1
1.2 单金属醇盐的合成方法 2
1.3 双金属醇盐的合成方法研究 5
2实验部分 8
2.1 实验试剂和仪器 8
2.2 实验装置图 9
2.3 单金属醇盐的合成 9
2.4 Ti、Sr双金属醇盐的合成 10
2.5 乙醇锶钴的合成 13
3 结果与讨论 14
3.1 检测结果分析 14
3.2 表征结果讨论 18
3.3 实验过程中的问题的讨论 18
3.4 混合物中金属醇盐的分离 19
3.5 反应温度对丙三醇钠的产率的影响 19
3.6 碱性环境的获取 20
4 总结与展望 22
4.1 总结 22
4.2 展望 22
致  谢 23
参考文献 24

摘 要：本论文合成了几种单金属醇盐和双金属醇盐。对于单金属醇盐，设计实验利用通氨气提供的碱性环境，使乙醇和氯化锶反应生成乙醇锶；对于双金属醇盐，设计实验由丙三醇作为基本原料合成丙三醇乙醚，将四氯化钛与氯化锶在有机溶剂中混合，然后在氨气提供的碱性环境下滴加丙三醇乙醚来合成含有醚键的钛、锶双金属醇盐。并使用沸点较高的二甲苯作为溶剂以加快反应速率。对产物进行红外表征,在乙醇锶的红外光谱中发现在673.03cm-1出现了一个很强的吸收峰，根据文献可知其为Sr-O的特征吸收峰；在双金属醇盐中发现在693.71cm-1和536.53 cm-1处有两个较强的吸收峰,由文献可知他们为Ti-O键和Sr-O键的伸缩振动吸收峰。
关键词：金属醇盐、铁电材料、丙三醇。

Study on Synthesis and characterize of organic metal alkoxides

Abstract: Several single metal alkoxides and double metal alkoxides are synthesized in this paper. For single metal alkoxides, the reaction  between ethanol and strontium chloride under the alkaline environment by providing ammonia gas, producing strontium ethanol; for double metal alkoxides, the synthesis process of the double metal alkoxides as follows: glycerol as the basic raw material to produce glycerol ether first, and then mixed titanium tetrachloride and strontium chloride together in an organic solvent under alkaline environment by providing ammonia gas, at last, dropping glycerol ether into the mixture to produce the target product. The reaction rate is accelerated by using high boiling point solvents xylene as organic solvent. The product is characterized by IR spectrum and a strong absorption peak was found at 673.03 cm-1 which is the characteristic absorption peak of Sr-O bond according to the literature; and two strong absorption peaks are found at 693.71 cm-1 and 536.53 cm-1, they are the characteristic absorption peak of Sr-O bond and Ti-O bond respectively。

 Key words:  Metal alkoxides ;  Ferroelectric materials; Glycerol.