Synthetic dyes have been widely used in supramolecular chemistry not only to probe fundamental chemical interactions but also as components of functional materials. Most current efforts in this regard are directed at designing new host systems for the dyes. Herein we report on the study of a versatile new organic fluorophore. We describe a synthesis which affords improved yields in a convenient one pot procedure. Moreover, a simple method for predicting and controlling the dye's responses to external stimuli affords a potentially practical method for achieving red–green–blue and concomitant white light generation.

中文翻译：

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优化简单有机染料的合成和红-绿-蓝发射

合成染料已广泛用于超分子化学，不仅可以探测基本的化学相互作用，还可以作为功能材料的组成部分。目前在这方面的大多数努力都针对为染料设计新的主体系统。在此，我们报告了对多功能新型有机荧光团的研究。我们描述了一种合成方法，该合成方法在方便的一锅法中提高了产率。此外，预测和控制染料对外部刺激的反应的简单方法为实现红-绿-蓝和伴随的白光产生提供了一种潜在的实用方法。