ELECTRICAL AND MICROSTRUCTURAL CHARACTERIZATION OF Ni/YSZ CERMET ANODE FOR ANODE-SUPPORTED TYPE SOFC

Modeling of thermal stresses and lifetime prediction of planar solid oxide fuel cell under thermal cycling conditions

“…This result is in good agreement with other research results reporting delamination susceptibility of the anode-electrolyte interface [2,58,59]. Moreover, the degradation of the anode microstructure mainly determines the overall cell electrical performance [6][7][8][9], and therefore, anode-electrolyte was chosen as the focus of this study. Fig.…”

“…The consequences of thermal stress and redox cycle where the nickel anode is repeatedly oxidized and reduced lead to performance degradation and shortening of the SOFC lifetime [5]. It has been reported that the decrease of the overall cell electrical performance is mainly due to the degradation of the anode microstructure [6][7][8][9]. For the Ni anode SOFC, there are three anode degradation mechanisms [1]: (1) material transport mechanism;…”

Effect of Sr content on structure and electrical properties of La1−x Sr x MnO3 from ITSOFC cathode view point

“…It has been reported that the LSM electrode with an anisotropic structure, although exhibiting poor electrical performance, shows good reproducibility and high sensitivity to cell mechanical loading compared to the electrode having isotropic morphology [19]. Similarly, low electrical conductivity and poor electrochemical performance have been reported in Ni/YSZ electrode with anisotropic microstructure [22].…”

Effect of milling methods on performance of Ni–Y2O3-stabilized ZrO2 anode for solid oxide fuel cell

“…On the other hand, a higher Ni content may decrease the performance of the anode due to Ni coarsening and mismatch of thermal expansion coefficients (TECs). With optimization of Ni and YSZ distribution in the anode, the amount of reaction sites will increase and the agglomeration of Ni particles can be inhibited [3][4].…”