本科毕业论文题 目：吩噻嗪三联吡啶配合物的合成与组成分析吩噻嗪三联吡啶配合物的合成与组成分析摘 要无机材料与有机材料因其具有的独特性质在现代科研与社会各个方面具有广泛的应用，然而他们不可避开的有自身的缺陷。假如将无机材料与有机材料的优点加以整合，合成出具有优良热稳定性和光学活性的功能性有机无机复合材料，其应用将是非常广泛的。因此讨论功能性有机配体，从而实现有机-无机的复合，合成出功能性配合物，将是现在与未来材料科学讨论的重要课题之一。本论文实验，是在 10-己基吩噻嗪三联吡啶配体设计合成的基础上，将得到的配体与无机金属盐进行配位得到配合物。讨论表明本文所合成的吩噻嗪 10—己基—3—(2,2´：6 2´ 〞)—三联吡啶配合物具有良好的光学活性和热稳定性，是具有应用价值和进展前途的光功能材料。关键词：三联吡啶；吩噻嗪；配体；配合物 Synthesis and Composition analysisi of the complex of phenothiazine tripyridineAbstractInorganicandorganic materialshave awide range of applications because of theirunique natureand societyinall aspects ofmodern scientific research, but they inevitablyhave their ownflaws.If theinorganicmaterials are synthesizedwith excellentthermal stabilityand integrated bythe advantages oforganic materials with opticalactivity, the functionalorganic-inorganiccomposite materials and its application will be extended largely.Therefore, in order to achievethe functional organic-inorganiccompound, the synthesesof novel organic ligands and complexes will bean importanttopic inmaterials science in the future.In this thesis, based on the design and synthesis of the 10 - hexyl phenothiazine terpyridine ligand, the complex were obtained by the reaction of the resulting ligand and inorganic salts. Studies have shown the good optical activity and thermal stability of the complexes of phenothiazine 10 - hexyl -3-- (2,2': 6'2 ") – terpyridine. It is a valuable and prospective optical functional materials.Keywords: terpyridine; phenothiazine; li...
