Comparative spectral kinetic studies of the photochromic properties of a novel N-aminofulgimide and the previously synthesized aminospirooxazine intended for the synthesis of organic-inorganic photochromic systems based on cyclotriphosphazene were performed. The results from the spectral kinetic studies evidence the fundamental suitability of these compounds for design of the multifunctional photochromic systems based on cyclotriphosphazene. Computer molecular models of aminospirooxazine and N-aminofulgimide were developed and optimization of geometric parameters was performed by the semiempirical quantum chemical method AM1.
研究人员对一种新型 N-
氨基富尔基
酰亚胺和之前合成的
氨基螺噁嗪的光致变色特性进行了光谱动力学比较研究,这些化合物旨在合成基于环三
磷嗪的有机-无机光致变色系统。光谱动力学研究结果表明,这些化合物非常适合设计基于环
三唑磷的多功能光致变色系统。通过半经验量子
化学方法
AM1,建立了
氨基螺噁嗪和 N-
氨基富尔格米德的计算机分子模型,并对几何参数进行了优化。