| 초록 |
Organic material based thermoelectric generators (OTG) have been attracted by their characteristics like as low thermal conductivity, flexibility, and low cost. One of the most generally used methods to fabricate the OTG is dispersing conductive fillers in the polymer matrix. Those approaches of introducing conjugated polymers as a matrix to disperse carbon nanotube (CNT) was quite successful, and also it is noteworthy to note that weak physical adsorption of conjugated polymers onto CNT. In this research, we introduced the 2,4-Hexadiyne-1,6-diol (HD) as a dispersion agent by connecting these materials with cross-linked covalent bonding with CNT. The polymerization was proceeded by UV exposure to form the polymer net after forming the film, and with this simple procedure, it was possible to bind the CNTs effectively and easily as the conductive fillers. The fabricated OTG showed a high power factor with shelf stability for 30 days without any post-treatment. |
