白金錯体の集合および包接制御による高輝度りん光性分子の創成

重点研究具有刚性平台的（亚甲基）偶氮酸盐配体承载的聚亚甲基拱形铂（II）配合物的发射特性，获得高磷光Pt（II）配合物，为开发高磷光功能材料提供依据，并为分子结构/包装、缔合行为和光物理性质之间的相关性的基础研究提供重要信息。其中一篇论文是关于溶液状态下抗浓度猝灭的第一个例子，以及在均质溶液中，缔合行为和拱形结构对聚集诱导发射增强性能的作用。在溶液和固体状态下具有特定磷光耐热性能的第二份出版物正在进行中。

Research focuses on emission properties of polymethylene vaulted platinum(II) complexes bearing (iminomethyl)azolate ligand with rigid platform, to obtain highly phosphorescent Pt(II) complexes for the development of highly phosphorescent functional materials and provide significant information for basic research into the correlation between molecular structure/packing, association behavior, and photophysical properties. One submitted publication is the first example on resistant concentration quenching in solution state, and the role of the association behavior and vaulted structure for aggregation-induced emission enhancement properties in homogeneous solution. Second publication with specific heat-resistant properties in the phosphorescence at both solution and solid states is under progress.