中文摘要：

fluorenone 和 dioctoxylbenzene 或蒽(PFNAn )(PFN ) 的二可溶的共聚物被综合通过哎呀聚合，并且被胶化浸透描绘层析(GPC ) ，英尺红外， 1H-NMR，元素的分析和 thermogravimetric 分析。聚合物与发作分解温度在普通器官的溶剂和高热稳定性拥有好溶解度在比 410 潲敶 ? 桷湥挠湯瑳畲瑣湩 ? ?灰牯 ? 敶瑣牯洠捡楨敮 ? 噓?洠摯汥 高

英文摘要：

Two soluble copolymers of fluorenone and dioctoxylbenzene （PFN） or anthracene （PFNAn） were synthesized through Heck polymerization, and were characterized by gel permeation chromatography （GPC）, FT-IR, IH-NMR, elemental analysis and thermogravimetric analysis. The polymers possess good solubility in common organic solvents and high thermal stability with the Onset decomposition temperature at higher than 410 ℃. The photophysical properties of the polymers were investigated in both solutions and spin-coated films. Cyclic voltammetry results revealed that the copolymers possess higher electron affinity and reversible reduction/re-oxidation processes. Their electroluminescent properties were further investigated. PFN and PFNAn show stable and saturated red light emission with high thermal stability and high electron injection ability. This type of conjugated polymers may be promising for the applications as electron acceptors in polymer photovoltaic cells and electron transporting materials.