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Development of Multi-Photofunctional Molecules Based on Novel Constructive Methods for Azaaromatic Compounds

机译:基于新型建设性方法对饱和化合物的多相官能分子的研制

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Azazaromatic compounds serve as previlaged motifs in functional organic materials.Therefore,the development of efficient and/or new synthetic methods for novel azaaromaticswould offer tremendous opportunities for exploring and tailoring novel functional organicmaterials.Over the last several years,we have developed novel oxidative transformations ofreadily available aromatic amines to provide exotic-structured azaaromatics.Also,by makinguse of unique physicochemical properties of the resulting azaaromatics,mulit-photofunctionalorganic materials displaying thermally activated delayed fluorescence (TADF),roomtemperaturephosphorescence (RTP),and mechanochromic luminescence (MCL) have beendeveloped.
机译:唑氮芳族化合物用作功能性有机物质的良好主题。因此,新型Azaaromatics的高效和/或新的合成方法的开发将为探索和定制新型功能性有机材料提供巨大的机会。过去几年,我们已经开发了新的氧化转化可用芳族胺提供异国情调结构的氮氧化物。通过制定所得α-甘油酸的独特物理化学性质,Mulit-Coliconcoctionalorganic材料显示出热活化的延迟荧光(TADF),室温次磷源(RTP)和机械光学发光(MCL)已经开始开发。

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