Influences of equal A-site rare-deficiency or B-site high-valent metal doping on NdBaFe2O employed as the symmetrical electrode for solid oxide fuel cells

Tantalum doped La0.6Sr0.4FeO3−δ electrodes for symmetrical proton conducting solid oxide fuel cells

“…S2 and S3,† respectively. The R p values are much lower than the results reported by other researchers, 16,24,38–45 as revealed in Table 2. According to former EIS results, LSFT should be a better SHSOFC electrode for having both lower R p and E a values than LSFN.…”