Proton‐conducting ceramic electrolytes offer great potential for the development of low‐and
intermediate‐temperature solid oxide electrochemical devices, eg, fuel cells and …

Protonic ceramic fuel cells (PCFCs) offer a convenient means for electrochemical
conversion of chemical energy into electricity at intermediate temperatures with very high …

BaSnO 3 is a relatively new family of proton-conducting materials, which are attractive for
high-temperature applications, including protonic ceramic fuel cells and protonic ceramic …

The pursuit of high‐performance and long‐lasting protonic ceramic electrochemical cells
(PCECs) is impeded by the lack of efficient and enduring proton conductors. Conventional …

Abstract BaZr 0.8 Y 0.2 O 3-δ proton conductor has the characteristics of excellent chemical
stability, but its impoverished sinterability and low conductivity hinder its applications in fuel …

Аннотация Протонно-керамические топливные элементы способны генерировать
электроэнергию путем непосредственного преобразования химической энергии …

Proton-conducting perovskite oxides are of considerable interest to researchers as
promising electrolytes for low-and intermediate solid oxide electrochemical cells. Therefore …

The effect of isovalent substitution of hafnium by tin in strontium hafnate on sinterability and
electrical conductivity was studied for the first time. The ceramic samples SrHfxSn1–xO3–δ …

Технологии водородной энергетики формируют важный современный вектор
рационального перехода от неконтролируемого потребления ископаемых видов …

Класс оксидных соединений, демонстрирующих протонную проводимость в
среднетемпературном диапазоне, широко изучается в качестве перспективных …