锂离子电池电化学仿真技术综述
杨东辉(
), 吴贤章(), 王羽平, 黄汉川, 张文, 屠芳芳, 陈冬
), 吴贤章(), 王羽平, 黄汉川, 张文, 屠芳芳, 陈冬
Review of lithium-ion battery electrochemical simulation technology
Donghui YANG(), Xianzhang WU(), Yuping WANG, Hanchuan HUANG, Wen ZHANG, Fangfang TU, Dong CHEN
), Xianzhang WU(), Yuping WANG, Hanchuan HUANG, Wen ZHANG, Fangfang TU, Dong CHEN
图7. 放电1800 s时(a)隔膜靠近负极处电解质电位；(b) 隔膜靠近负极处电解质电流密度；(c) 正极集流体电位；(d) 隔膜靠近负极处电解质盐浓度
Fig. 7. Discharge for 1800 s (a) electrolyte potential near the negative electrode (b) electrolyte current density near the negative electrode (c) current collector potential of the positive electrode (d) electrolyte salt concentration near the negative electrode
