This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的矿化。

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...

带结构分析表明：该类分子具有较好的本征电导率，分子的准一维体维宽，隙趋于变小，本征电导率增加，此与裂解温度高则聚合度和电导率相应增加的实验结果一致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的矿化。

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...

能分析表明：该类分子具有较好的本征电，分子的准一维体系向二维宽，将使能隙趋于变小，本征电增加，此与裂解温度高则聚合度和电应增加的实验果一致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的。

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...

带结构分析表明：该类分子具有较好的本征电导率，分子的准一维体系向二维宽，将使隙趋于变小，本征电导率，此与裂解温度高则聚合度和电导率相的实验结果一致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的意义的矿化。

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...

能带构分析表明：该类分子具有较好的本征电导率，分子的维体系向二维宽，将使能隙趋于变小，本征电导率增加，此与裂解温度高则聚合度和电导率相应增加的实验致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的矿化。

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...

能带析表明：该类子具有较好的本征，子的准一维体系向二维宽，将使能隙趋于变小，本征增加，此与裂解温度高则聚合度和相应增加的实验果一致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的矿化。

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电导率，分子的准系向二宽，将使能变小，本征电导率增加，此与裂解温度高则聚合度和电导率相应增加的实验结果致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经的矿化。

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...

能带构分析表明：该类分子具有较好的本征电导率，分子的准一维体系向二维宽，将使能隙趋于变小，本征电导率增加，此与裂解温度高则聚合度和电导率相应增加的果一致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的矿化。

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，分子的准一维体系向二维宽，将使能隙趋于变小，本征增加，此与裂解温度高则聚合度和相应增加的实验结果一致。

This is subeconomic mineralization related to minor dyke swarms.

这是与小岩脉群有关的准经济意义的矿化。

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：该具有较好的本征电导率，的准一维体系向二维宽，将使能隙趋于变小，本征电导率增加，此与裂解温聚合和电导率相应增加的实验结果一致。