基于高面容量锌溴液流电池的电堆结构及负极材料设计与优化
Design and optimization of cell structure and negative electrode materials for high areal capacity zinc-bromine flow batteries
基于高面容量锌溴液流电池的电堆结构及负极材料设计与优化 |
| 孙晓云, 王德仁, 孟琳, 任忠山, 李森森 |
|
Design and optimization of cell structure and negative electrode materials for high areal capacity zinc-bromine flow batteries |
| Xiaoyun SUN, Deren WANG, Lin MENG, Zhongshan REN, Sensen LI |
| 图7 (a)~(c)分别展示了充电电流密度为20 mA/cm2 时，充电1 min、3 min和5 min后在PGF表面沉积的锌的SEM图像，(d)~(f)展示了在相同测试条件下TGF5表面沉积的锌的SEM图像 |
| Fig. 7 (a)—(c) show SEM images of zinc deposition on the surface of PGF after charging for 1 min, 3 min, and 5 min, respectively, with a charging current density of 20 mA/cm2, (d)—(f) present SEM images of zinc deposition on the surface of TGF5 under the same testing conditions |
|
|