云南化工
雲南化工
운남화공
YUNNAN CHEMICAL TECHNOLOGY
2014年
5期
28-33
,共6页
郭春香%黎太浩%肖玉龙%黄旦翔%谭晓平%程晓红
郭春香%黎太浩%肖玉龍%黃旦翔%譚曉平%程曉紅
곽춘향%려태호%초옥룡%황단상%담효평%정효홍
芴%液晶%自组装%光电材料
芴%液晶%自組裝%光電材料
물%액정%자조장%광전재료
fluorene%liquid crystal%self -organization%photoelectric light emitting materials
介绍了近年来芴液晶的研究进展，包括以芴酮（醇）及9位取代芴为核心的液晶化合物，阐述了这类化合物的结构与液晶性质及光电性质之间的关系。该类化合物在光电发光材料、有机太阳能电池材料等领域有广泛的应用前景。
介紹瞭近年來芴液晶的研究進展，包括以芴酮（醇）及9位取代芴為覈心的液晶化閤物，闡述瞭這類化閤物的結構與液晶性質及光電性質之間的關繫。該類化閤物在光電髮光材料、有機太暘能電池材料等領域有廣汎的應用前景。
개소료근년래물액정적연구진전，포괄이물동（순）급9위취대물위핵심적액정화합물，천술료저류화합물적결구여액정성질급광전성질지간적관계。해류화합물재광전발광재료、유궤태양능전지재료등영역유엄범적응용전경。
Fluorene based on liquid crystals have broad application prospects in numerous areas such as photoelectric light -emitting materials,ferroelectric materials and organic solar cell materials because of their excellent ferroelectric properties,electrical and optical stability.In this paper,we reviewed the lately progress on the study of fluorene based liquid crystals.Including liquid crystals containing fluorenone core, fluorenol core and 9 position substituted fluorene core.The relationship between the structure and mesophase behaviour of such liquid crystals was analyzed.
