The field of research into solid oxide fuel cell (SOFC) anode materials has been rapidly
moving forward. In the four years since the last in‐depth review significant advancements …

Solid oxide fuel cells (SOFC) are highly efficient energy conversion devices with the
advantage of directly utilizing hydrocarbon fuels. Starting with a short introduction about the …

Sustainable future energy scenarios require significant efficiency improvements in both
electricity generation and storage. High-temperature solid oxide cells, and in particular …

B-site doped, A-site deficient perovskite oxide titanates with formula La0. 4Sr0. 4Mn+ xTi1−
xO3− γ− δ (M= Fe3+ or Ni2+; x= 0.06; γ=(4− n) x/2) were employed as solid oxide …

The structure and thermoelectric (TE) properties of La-doped, A-site-deficient SrTiO3 (Sr1–3
x/2La x TiO3) ceramics sintered in air and N2/5% H2 have been investigated. Air-sintered …

Solid oxide fuel cells (SOFCs) have appeared as a promising technology for a wide variety
of potential commercial applications to lessen the urgency of energy shortage and …

The use of identical electrodes for both the cathode and the anode in a symmetrical solid
oxide fuel cell (SSOFC) can simplify the preparation process and increase the durability of …

The future commercialization and application of solid oxide fuel cell (SOFC) technologies
requires the development of novel anode materials with excellent performance and stability …

In this work, La0. 4Sr0. 4TiO3-based ceramics intended for use as anode materials in solid
oxide fuel cells were investigated. The material was found to preserve its cubic structure …

Synthetic fuels produced from CO2/H2O are an attractive alternative energy carrier. Here we
demonstrate a novel strategy to electrochemically convert CO2/H2O into hydrocarbon in a …