10.22376/ijpbs.2019.10.1.p1-12 Volume 6 Issue 2 2015 (April - June) A series of new Mn/Ti containing perovskites, La lessThan sub greaterThan 1-x lessThan /sub greaterThan Mn lessThan sub greaterThan x lessThan /sub greaterThan Mn lessThan sub greaterThan 1-x lessThan /sub greaterThan Ti lessThan sub greaterThan x lessThan /sub greaterThan O lessThan sub greaterThan 3-δ lessThan /sub greaterThan were synthesized for investigation of their potential for use as solid oxide fuel cell electrodes, particularly anodes. Single-phase samples could be achieved for x ≤ 0.4. Above this level, La lessThan sub greaterThan 2 lessThan /sub greaterThan Ti lessThan sub greaterThan 2 lessThan /sub greaterThan O lessThan sub greaterThan 7 lessThan /sub greaterThan impurities were found. Conductivity measurements showed electronic conductivity up to a maximum of 12 S cm lessThan sup greaterThan -1 lessThan /sup greaterThan at 650°C in air. While the samples were shown to be stable in both air and 5% H lessThan sub greaterThan 2 lessThan /sub greaterThan S, the conductivities in the latter were significantly lower (≈0.4 S cm lessThan sup greaterThan -1 lessThan /sup greaterThan ), which would be an issue for potential anode application. P.G.ROHOKALE, A.B. BODADE AND G.N. CHAUDHARI Solid oxide fuel cell; anode; perovskite; titanate; manganate 324-329