CAJ | 학술논문

近年来有机光电功能材料的研究取得显著进展,成为材料研究领域新的热点.有机共轭化合物因其良好的热稳定性和化学稳定性得到了研究者的青睐.有机小分子材料结构明确、纯度可控,有利于研究材料结构和性能的关系,近年来成为研究的热点,一系列的交叉型齐聚物的构筑对于该研究领域的进步起到了很大的推动作用.着重介绍近年来在该研究领域一系列新颖的交叉型的分子体系,探究材料结构与性能的关系.
근년래유궤광전공능재료적연구취득현저진전,성위재료연구영역신적열점.유궤공액화합물인기량호적열은정성화화학은정성득도료연구자적청래.유궤소분자재료결구명학、순도가공,유리우연구재료결구화성능적관계,근년래성위연구적열점,일계렬적교차형제취물적구축대우해연구영역적진보기도료흔대적추동작용.착중개소근년래재해연구영역일계렬신영적교차형적분자체계,탐구재료결구여성능적관계.
The research on organic optoelectronic functional material has made significant progress in recent years,and it becomes a new hot spot in the material research field.Organic conjugated compounds have been interested by the researchers because of its good thermal stability and chemical stability.Small organic molecule materials have the property of clear structure and controlled purity,beneficial to the study of the relationship between material structure and properties.in recent years,a series of cross-type oligomers construction played a significant role in promoting the progress of this research field.This paper emphatically introduces a series of novel cross-molecular system in the research field in recent years to explore the relationship between the material structure and the property.