The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚度增大，聚子量趋于增大但散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构析表明：该类子具有较好的本征导率，子的准一维体系向二维拓宽，将使能隙趋于变小，本征导率增加，此温度高则聚度和导率相应增加的实验结果一致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增大，聚合物分量趋于增大但分散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构分析表明：该类分有较好的本征导率，分的体系向二拓宽，将使能隙趋于变小，本征导率增加，此与裂解温度高则聚合度和导率相应增加的实验结果致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增大，聚合物子量趋于增大但散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构析表明：该类子具有较好，子准一维体系向二维拓宽，将使能隙趋于变小，增加，此与裂解温度高则聚合度和相应增加实验结果一致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增，聚合物子量趋于增散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构析表明：该类子具有较好的导率，子的准一维体系向二维拓宽，将使能隙趋于变小，导率增加，此与裂解温度高则聚合度和导率相应增加的实验结果一致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增大，聚合量趋于增大但散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构析表明：该类具有较好的本征导率，的准一维体系向二维拓宽，将使能隙趋于变小，本征导率增加，解温度高则聚合度和导率相应增加的实验结果一致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结表明随反应时间延长，聚合度增大，聚合物分子量趋于增大但分散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构分析表明：该类分子具有较好的本征导率，分子的准维体系向二维拓宽，将使能隙趋于变小，本征导率增加，此与裂解温度高则聚合度和导率相应增加的实验结。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增大，聚合物分子量趋于增大但分散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构分析表明：该类分子具有较好的本征导率，分子的准一维体系向二维拓宽，将使能隙趋于变小，本征导率增加，此与裂解温度高则聚合度和导率相应增加的实验结果一致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增大，聚合物趋于增大但散性减小。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构析表明：该类具有较好的本征导率，的准一维体系向二维拓宽，将使能隙趋于变小，本征导率增，裂解温度高则聚合度和导率相应增的实验结果一致。

The GPC results indicated that the polymerization degree increased with the extension of reaction tine and the molecular weight distribution was tend to be monodispersity.

GPC研究结果表明随反应时间延长，聚合度增大，聚合物分子量趋增大但分。

The analyses of energy band structure indicates:this series of molecues have high intrinsical conductivity, the energy gaps will become smaller, intrinsical conductivities increase when the quasi-o...

能带结构分析表明：该类分子具有较好的本征导率，分子的准一维体系向二维拓宽，将使能隙趋，本征导率增加，此与裂解温度高则聚合度和导率相应增加的实验结果一致。