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Evaluation of Intermolecular Forces in Thioindigo Derivatives by Energy Partition Analysis

机译:硫靛衍生物的分子间力的能量分配分析。

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摘要

4, 4', 7, 7' -tetrachlorothioindigo (TCTI) and 4, 4', 5, 5', 7, 7'-hexachlorothioindigo (TCTI) are thionated derivatives of indigo and are known as reddish purple pigments and photoconductors. Although the molecular structures of these compounds are quite similar, TCTI is less soluble in organic solvents and more photoconductive than HCTI by about one order of magnitude. Obviously, intermolecular interactions are responsible for these phenomena. Therefore, the intermolecular forces in TCTI and HCTI have been investigated in terms of an energy partition analysis based on semi-empirical molecular orbital calculations. The results bonds in both TCTI and HCTI. Especially, the H-bond network of TCTI is found to be quite significant and is correlated with its high insolubility in solvents.
机译:4、4',7、7'-四氯硫靛蓝(TCTI)和4、4',5、5',7、7'-六氯硫靛蓝(TCTI)是靛蓝的亚硫酸酯衍生物,被称为红紫色颜料和光电导体。尽管这些化合物的分子结构非常相似,但与HCTI相比,TCTI在有机溶剂中的溶解度较低,并且具有更高的光电导性。显然,分子间的相互作用是造成这些现象的原因。因此,已经基于基于半经验分子轨道计算的能量分配分析研究了TCTI和HCTI中的分子间力。结果结合在TCTI和HCTI中。特别地,发现TCTI的H键网络非常重要,并且与其在溶剂中的高不溶性有关。

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