基于LiCl-NH4Cl水溶液多级逆电渗析性能的实验研究
胡军勇, 胡亚丽, 谭学诣, 黄佳欣, 张乐炜, 曾俊立, 刘晓奕, 陶源

Experimental study on the performance of multi-stage reverse electrodialysis based on LiCl-NH4Cl aqueous solution
Junyong HU, Yali HU, Xueyi TAN, Jiaxin HUANG, Lewei ZHANG, Junli ZENG, Xiaoyi LIU, Yuan TAO
图6 不同进料稀溶液质量摩尔浓度下总净输出功率随电堆数量的变化(实验操作条件:浓溶液的质量摩尔浓度mHC 为4 mol·kg-1,稀溶液的质量摩尔浓度mLC 为0.01 mol·kg-1、0.05 mol·kg-1、0.1 mol·kg-1;实验温度t =25±1℃;进料溶液流速v为1.0 cm·s-1;图6(a)和(b)中的电流密度id 分别为80 A·m-2、40 A·m-2
Fig. 6 Variations of the total net output power with the number of RED stacks under different molality concentration of LC feed solution (mLC ) ( The operating conditions of experiments: mHC = 4 mol·kg-1, mLC = 0.01 mol·kg-1,0.05 mol·kg-1,0.1 mol·kg-1; t = 25±1°C; v = 1.0 cm·s-1; the current density id in Fig. 6 (a) and (b) are 80 A·m-2 and 40 A·m-2, respectively )