基于电-化-热耦合理论对称双阴极固体氧化物燃料电池堆的电流与温度场数值模拟
俞成荣1,2, 朱建国1,*(
), 蒋聪盈2,3, 谷宇晨2,3, 周晔欣4, 李卓斌5, 邬荣敏5, 仲政3,4, 官万兵2,*()
), 蒋聪盈2,3, 谷宇晨2,3, 周晔欣4, 李卓斌5, 邬荣敏5, 仲政3,4, 官万兵2,*()
Numerical Simulations of Current and Temperature Distribution of Symmetrical Double-Cathode Solid Oxide Fuel Cell Stacks Based on the Theory of Electric-Chemical-Thermal Coupling
YU Cheng-rong1,2, ZHU Jian-guo1,*(), JIANG Cong-ying2,3, GU Yu-chen2,3, ZHOU Ye-xin4, LI Zhuo-bin5, WU Rong-min5, ZHONG Zheng3,4, GUAN Wan-bing2,*()
), JIANG Cong-ying2,3, GU Yu-chen2,3, ZHOU Ye-xin4, LI Zhuo-bin5, WU Rong-min5, ZHONG Zheng3,4, GUAN Wan-bing2,*()
图6. 电解质电流密度（Vcell = 0.6 V）,共流侧（A）,逆流侧（B）;SOFC阴极金属盖板上电流密度分布图和电流密度矢量线（Vcell =0.6 V）,共流侧（C）,逆流侧（D）
Fig. 6. Distributions of current density in electrolyte (Vcell = 0.6 V), co-flow (A), counter flow (B); current density distribution diagrams and current density vector lines on SOFC cathode metal cover plate (Vcell = 0.6 V), co-flow (C), counter flow (D)
