| 초록 |
Conducting polymer solutions possess attractive properties, such as high conductivity, unique redox behaviors, facile film-forming, tunable morphology, and cost-effectiveness. Such advantages of conducting polymer solutions make them suitable for various applications, such as chemical sensors, supercapacitors, solar cells, light-emitting diodes (LEDs), antennas, and so forth. In this presentation, a variety of approaches for fabricating conducting polymer solutions will be described. These conducting polymer solutions can be dispersible with either water or organic solvent. Interestingly, the conducting polymer solutions can be synergistic with different materials including metals, carbons, and graphenes. Thus, the effects of carbon materials and metals on the resulting properties of conducting polymers will also be discussed. To help better understanding of appropriate design approaches for high-performance conducting polymer composites, proper and creative examples will be given. |
