Semiconductive properties of hetrocyclic thiazyl radicals and related materials

人们对有机电子学的兴趣越来越大。本课题主要阐述了杂环噻唑自由基及其相关材料在各种电极材料上的薄膜制备技术，以期在有机器件中的应用。我们发现了有机鲁棒薄膜的电化学行为、电荷有序态部分熔化和EPR信号振荡引起的非线性输运、基于相互作用自由基二聚体模型的有机光电性等新现象。

There is a growing interest in organic electronics. In the present project, we have elucidated the thin film fabrication techniques on various electrode materials for the heterocyclic thiazyl radicals and related materials, aiming at their applications in organic devices. We discovered various new phenomena such as electrochemical doing for organic robust thin films, non-linear transport due to partial melting of charge ordered states and EPR signal oscillation, organic photoconductivity based on the interactive radical dimer model, etc.