Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近实验表，自旋载流子可以被注入到轭高聚物中，轭高聚物材料也可能在自旋电子学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文来源于一部著作，而这部著作是由PHARE TTQM 框架得来。PHARE TTQM 主要是在工业电子学领域技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近实验表明，自旋载流子可以被注入到聚物中，说明聚物材料也可能在自旋电子学中到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文源于一部著作，而这部著作是由PHARE TTQM 项目框架。PHARE TTQM 项目主要目是在工业电子学领域技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近实验表，自旋载流子可以被注入到共轭高聚物，共轭高聚物材料也可能在自旋电子学得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文来源于一部著作，而这部著作是由PHARE TTQM 框架得来。PHARE TTQM 主要是在工业电子学领域技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近实验表明，自旋可以被注入到共轭高聚物中，说明共轭高聚物材料也可能在自旋电学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文来源于一部著作，而这部著作是由PHARE TTQM 项目框架得来。PHARE TTQM 项目主要目是在工业电学技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近的实验表明，自载流可以被注入到共轭高聚物中，说明共轭高聚物材料也可能在自学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

篇文来源于一著作，著作是由PHARE TTQM 项目的框架得来的。PHARE TTQM 项目的主要目的是在工业学领域的技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近实验表明，自旋载流子可以被注入到共轭高聚中，说明共轭高聚也可能在自旋电子学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文来源于一部著作，而这部著作是由PHARE TTQM 项架得来。PHARE TTQM 项主要是在工业电子学领域技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近的实验表明，自旋载流可入到共轭高聚物中，说明共轭高聚物材料也可能在自旋学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文来源于一部著作，而这部著作是由PHARE TTQM 项目的框架得来的。PHARE TTQM 项目的主要目的是在工业学领域的技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近的实验表明，旋载流子可以被注入到共轭高聚物中，说明共轭高聚物材料也可旋电子学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

这篇文来源于一部，而这部由PHARE TTQM 项目的框架得来的。PHARE TTQM 项目的主要目的工业电子学领域的技术转让。

Our study shows that such conversion is possible in conducting polymers, where a charge carrier can be converted into a spin carrier by photoexcitation.

最近的实验表明，自载流可以被注入到共轭高聚物中，说明共轭高聚物材料也可能在自学中得到应用。

This paper is derived from a work developed inthe frame of a PHARE TTQM Program which mainobjective was the technological transfer in the field ofpower electronics.

篇文来源于一著作，著作是由PHARE TTQM 项目的框架得来的。PHARE TTQM 项目的主要目的是在工业学领域的技术转让。