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研究了Ｃ_（６０）在四苯基卟啉衍生物５，１０，１５，２０－四－对（癸酸ａ氧基）苯基卟啉（ＴＤＰＰ）及５，１０，１５，２０－四－对（乙酸ａ氧基）苯基卟啉（ＴＡＰＰ）单层膜中的分散状态。空气／Ｃｄ２＋水溶液界面上混合单层膜的π－Ａ等温线、混合膜与花生酸（ＡＡ）形成的交替多层膜的低角Ｘ射线衍射实验及混合单层ＬＢ膜的ＵＶ－Ｖｉｓ光谱表明，在ＴＤＰＰ／Ｃ_（６０）（１：１）的混合单层膜中，Ｃ_（６０）以单分子或（和）聚集体的形式嵌入ＴＤＰＰ分子的脂链所形成的空腔中形成了二维主。客体系；在ＴＡＰＰ／Ｃ_（６０）（１：１）的混合单层膜中，Ｃ_（６０）则以聚集体的形式均匀分散到ＴＡＰＰ的聚集体中。尽管均有Ｃ_（６０）聚集体形成，但由于卟啉衍生物结构的差异，Ｃ_（６０）在两种混合膜中的分散状态大不相同。
The effects of C_ (60) on the degradation of tetraphenylporphyrin derivatives 5,10,15,20-tetra (p-capric acid) phenylporphyrin (TDPP) and 5,10,15,20- (Acetic acid a oxy) phenyl porphyrin (TAPP) monolayer membrane dispersion state. The low-angle X-ray diffraction experiment of the mixed multilayers formed by mixed membrane and arachidic acid (AA) and the UV-Vis spectra of mixed single-layer LB membrane showed that the π-A isotherm of mixed monolayers at air / Cd2 + In the mixed monolayers of TDPP / C_ (60) (1: 1), C_ (60) was embedded in the cavity formed by the aliphatic chains of TDPP molecules in the form of single molecule or Victoria Lord. Guest system. In mixed monolayers of TAPP / C_ (60) (1: 1), C_ (60) was uniformly dispersed as aggregates into the aggregates of TAPP. Despite the formation of C_ (60) aggregates, the dispersion state of C_ (60) in the two kinds of hybrid membranes varies greatly due to the difference in the structure of porphyrin derivatives.