图 10  (a) PEDOT-S:PSS纤维经硫酸处理后的结构重排机理示意图; (b) 基于PEDOT-S: PSS制备组装串联FSCs (T-SFSS)的示意图; (c) T-SFSS点亮USB灯的照片, 插图是显示USB灯通过两根扭曲的PEDOT-S: PSS纤维与T-SFSS连接的照片; (d) 由三个串联的SFSS组成的T-SFSS的照片, 以五个发光二极管(LED)点亮标志缩写; (e), (f) 由三个相连的T-SFSS织成的织物供电的电子手表的照片, 每个都由三个基于PEDOT-S: PSS纤维串联的T-SFSS组成; (g) 由两个SFSS串联组成的T-SFSS的照片, 在0%—400%的应变增加的情况下点亮绿色LED[15]

Fig. 10.  (a) Schematic of the structural re-arrangement mechanism of PEDOT-S:PSS fiber by the treatment of the sulfuric acid; (b) schematic of the fabrication of PEDOT-S:PSS based T-SFSSs in series; (c) photo of T-SFSSs to lighten up a commercial USB light, the inset photo showing the USB light connected with the T-SFSSs by two twisted PEDOT-S:PSS fibers; (d) photo of T-SFSS consisting of three SFSS in series, with five LEDs lighting up the logo abbreviation (LEDs); (e), (f) photos of a commercial digital watch powered by three connected T-SFSS woven into fabric, each consists of three tandem T-SFSS based on PEDOT-S: PSS fiber; (g) photos of T-SFSS, which includes two SFSS in series to light up the green LED when the strain increases from 0% to 400%[15].