The new solid electrolyte Bi2La8 [(GeO4) 6] O3 is prepared and characterized by variable‐
temperature synchrotron X‐ray and neutron diffraction, aberration‐corrected scanning …

A composite cathode based on lanthanum chromate has uncovered tremendous potential
for direct high temperature electrolysis. Unfortunately, a major setback of insufficient …

This article reviews the literature reported during 2011 on battery and solid oxide fuel cell
materials. The review focuses in particular on anode, cathode and electrolyte materials for …

We report the synthesis, structural characterization, and oxide ion and proton conductivities
of the perovskite-related Ba3–x Sr x YGa2O7. 5 family. Single-phase samples are prepared …

Silicate and germanate apatites have attracted great interest because of their high ionic
conductivity for fuel cells and other electrochemical applications. The values of conductivity …

Abstract Oxy-apatite type La 10 Si 6–x Nb x O 27+ δ ceramics doped with different
pentavalent niobium contents are synthesized via the high-temperature solid state reaction …

Rare-earth doped apatite-type lanthanum silicates, La9ASi6O27 (A= Nd, Sm, Gd, Yb), are
synthesized by the high-temperature solid state reaction process. The microstructure and …

Apatite-type lanthanum silicates doped with different multivalent cations at the Si site,
La10Si5. 5B0. 5O27+ δ (B= In, Si, Sn, Nb) ceramics, are synthesized via the high …

Different compositions of apatite-type La 10 Si 6− x W x O 27+ δ ceramics are prepared
successfully by the high-temperature solid state reaction route. Crystal structure and …

Lone-pair cations are known to enhance oxide ion conductivity in fluorite-and Aurivillius-type
materials. Among the apatite-type phases, the opposite trend is found for the more widely …