作者:Subramani Swaminathan、Jaume Garcia-Amorós、Ek Raj Thapaliya、Santi Nonell、Burjor Captain、Françisco M. Raymo
DOI:10.1002/cphc.201600141
日期:2016.6.17
methoxy substituent on the chromophore responsible for initiating the photochemical transformation. This structural modification permits switching under mild illumination conditions, enhances the photoisomerization quantum yield and ensures outstanding fatigue resistance. Thus, these results can guide the design of new members of this family of photoresponsive molecular switches with improved photochemical
通过在发色团上引入负责引发光化学转化的甲氧基取代基,可以使光致变色恶嗪的活化波长发生红移。这种结构上的修改允许在温和的照明条件下进行切换,提高了光异构化的量子产率,并确保了出色的抗疲劳性。因此,这些结果可以指导具有改进的光化学和光物理性质的该光响应分子开关家族的新成员的设计。