We have developed a Bi2O3 electrolyte doped with Dy2O3 and WO3 (DyWSB) that exhibits
a higher conductivity than that of 20 mol% erbia stabilized bismuth oxide (20ESB), thus …

Bismuth oxide, when stabilized in the face‐centered cubic phase by lanthanide doping, has
one of the highest oxygen‐ion conductivities among all solid oxide electrolytes. We …

Dysprosium-and tungsten-stabilized bismuth oxide (DWSB) electrolytes were developed to
achieve higher conductivity. With double doping, stabilization of the cubic phase was …

Bismuth oxide doped with isovalent rare earth cations retains the high temperature defective
fluorite structure upon cooling down to room temperature. However, these doped materials …

To improve the microstructural and electrochemical properties of Gadolinium-doped ceria
(GDC) electrolytes, materials co-doped ceria with bismuth oxide (1–5 mol%) have been …

The high temperature cubic bismuth oxide phase stabilized with lanthanide dopants
undergoes an order–disorder transition of the anion sublattice at about 600° C. When …

Low temperature solid oxide fuel cells (SOFCs) are a promising solution to revolutionize
stationary, transportation, and personal power energy conversion efficiency. Through …

The study of ionic transport in cubic bismuth oxides is important technically because these
materials exhibit the highest oxygen–ion conductivity of any material known to date. From a …

Owing to their peculiar characteristics, bismuth oxides are used in various domains, such as
microelectronics, sensor technology, optical coatings, transparent ceramic glass …

In this study, a new Dy–Eu–Tm co-doped cubic phase stabilized bismuth oxide solid
electrolyte system was synthesized by using solid-state reaction method in atmospheric …