Design of Enhanced-controlling Mechanism of Organic Solid-state Luminescence through Transformation of Nano-assembled Structure

通过纳米组装结构的转变控制的固态发光具有发光变化量差的问题。我们已经成功地证明，ESIPT的组合，一个过程，它的性能将直接受到分子构象的影响，和介观效应来自纳米组装结构引起相当大的（“增强”）发光性能的变化。此外，结合电子态的合成修饰，为开发各种类型的发光材料显示了有希望的结果。

Solid-state luminescence controlled by transformation of nano-assembled structure has a problem in its poor amount of change in luminescence. We have successfully demonstrated that combination of ESIPT, a process that its properties would be directly affected by a molecular conformation, and mesoscopic effect derived from nano-assembled structure caused quite large (‘enhanced') change in luminescence properties. Moreover, combining with synthetic modification of the electronic state showed promising results for developing various types of luminescence materials.