摘要：卟啉及其衍生物是一种大环共轭芳香的化合物，因此具有很好的光电性能和生物特性。近年来，卟啉类化合物因其在仿生学、生命科学、医学、质地学、电化学、光物理与化学、分析化学、有机化学等范畴存在可操作远景而获得人们的普遍关心。与此同时，自组装膜因其有序、稳定、结构多样等特性而被广泛应用于光电器件、传感、催化等领域。我们工作的首要任务正是将卟啉与自组装技术结合，构建有序的功能化超分子膜。本论文将设计并合成卟啉单体，利用其轴向与周边取代基的反应活性进行自导向组装，构建生长方向可控、厚度可控、光电转换效率高而且稳定的卟啉复合薄膜。将卟啉与自组装技术相联系，对于创造出有序的公用性超分子膜拥有重要意义。24371
毕业论文关键词：卟啉，自导向组装，薄膜，结构，性能。
Assembly of porphyrin composite films
Abstract: Porphyrin are a kind of macro cyclic conjugated aromatic compounds with favorable optoelectronic properties and biological activity. In recent years, considerable attention has been paid on porphyrin compounds owing to their potential applications in bionics, life sciences, medicine, materials science, electrochemistry, photophysics and chemistry, analytical chemistry and organic chemistry. At the same time, on account of the characteristics of well-order, stable, various properties and pre-designed structure, self-assembled film of porhyrin has been widely applied in the electronic and optical devices, chemical sensors, biological sensors, catalysis, and other research fields. It has been the focus of considerable research activity. In this thesis, a new kind of porphyrin monomer with special reactivity was designed and prepared. By using the reactivity of axial and peripheral substituent of the monomer, two and three-dimensional stable thin films of pophyrin were fabricated by self-directed assembly of the monomers. The achieved porphyrin films were with great advantages of controlled growth direction, thickness and high photoelectric conversion efficiency. The technique by combining porphyrin and self-directed assembly was very important to construct orderly functional thin films of porphyrins.
Keywords: Porphyrin, Assembly, Thin films, Structure, Properties.
目录
卟啉复合薄膜的组装    II
1 前言    1
1.1 卟啉类化合物    1
1.1.1 卟啉类化合物的结构    2
1.1.2 卟啉及金属卟啉类化合物    2
1.2 卟啉以及卟啉类化合物的应用    3
1.2.1 癌症的诊断与治疗    3
1.2.2卟啉在太阳能电池中的应用    4
1.2.3卟啉在生命科学中的应用    4
1.3 自组装技术    5
1.3.1 自组装膜的研究和应用    6
1.3.2 自组装膜的制备    6
1.3.3 自组装膜成膜的影响因素    7
1.3.4 自组装膜的表征方法    8
2 实验部分    9
2.1 实验试剂    9
2.2 实验仪器    10
2.3 实验方法    12
2.3.1 吡咯的前处理    12
2.3.2 金属卟啉的合成    12
2.3.3酰氯化、硅烷化    13
2.3.4卟啉复合薄膜的组装    13
3 结果与讨论    14
3.1 反应现象    14
3.2 四羧基苯基卟啉钴及其硅烷化卟啉的紫外可见光谱图    15
3.3硅烷化单体以及卟啉复合薄膜傅立叶变换红外光谱图    16
3.5卟啉复合薄膜荧光光谱图    18
3.6卟啉复合薄膜的固体紫外可见漫反射光谱图    19 卟啉复合薄膜的组装+文献综述:http://www.youerw.com/huaxue/lunwen_17849.html