infrared, and Raman data to calculated values allowed assignment of major spectral features to the particular structural differences of the new compounds and comparison to plain azulene. Cyclic voltammetry measurements were performed showing the redox characteristics of the new azulene derivatives. Copyright © 2012 John Wiley & Sons, Ltd.
设计,合成和表征了四种新的z并衍
生物,它们在featuring并核的1,3位具有两个π共轭和
硫封端的刚性侧臂。合成是在关键反应步骤中基于
钯交叉偶联程序进行的。已经研究了目标化合物3以及中间体化合物7和9的晶体结构。支持密度泛函理论的计算揭示了对特定天青石的电子性质的见解。将测得的UV-Vis,红外和拉曼数据与计算值进行比较,可以将主要光谱特征分配给新化合物的特定结构差异,并与纯氮z进行比较。进行循环伏安法测量,显示了新的a菁衍
生物的氧化还原特性。