Presentation Information

2:15 PM - 2:30 PM JST(5:15 AM - 5:30 AM UTC)

[24p-1BC-4]Correlation between the Enhanced Seebeck effect and Molecular Strain of PEDOT:PTSA supported on PET fibers

〇Takuya Fujima¹, Ryo Takagi¹, Hideki Arimatsu¹, Yosuke Oohira¹, Tomoki Hijikata¹, Ryusei Komatsu¹, Yuki Sato¹ (1.Tokyo City Univ.)

Keywords:

conductive polymer,Seebeck effect,thermoelectrics

We have previously reported that the Seebeck coefficient of polyethylene dioxithiophene (PEDOT), a type of conductive polymer, can be greatly enhanced when it is supported on a fiber, and that the Seebeck coefficient is correlated with the molecular strain in PEDOT. In this study, we further extend the range of molecular strain and discuss the correlation with Seebeck coefficient and the change of density of states function.

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