Ceria and its solid solutions play a vital role in several industrial processes and devices.
These include solar energy-to-fuel conversion, solid oxide fuel and electrolyzer cells …

The recent discovery of “giant” electrostrictors has re-ignited the interest in electrostriction,
an electromechanical coupling existing in all dielectrics but overshadowed by its linear …

Electromechanical metal oxides, such as piezoceramics, are often incompatible with soft
polymers due to their crystallinity requirements, leading to high processing temperatures …

Oxygen-deficient cerium oxide ceramics exhibit an anomalously high electromechanical
response called giant electrostriction. This feature has been linked to the polarization and …

Oxygen-defective metal oxides, eg, acceptor-doped CeO2, demonstrate exceptionally large
electrostrictive responses compared to state-of-the-art electromechanically active ceramic …

Classical electrostriction, describing a second‐order electromechanical response of
insulating solids, scales with elastic compliance, S, and inversely with dielectric …

Ceria doped with trivalent dopants exhibits nonclassical electrostriction, strong anelasticity,
and room-temperature (RT) mechanical creep. These phenomena, unexpected for a …

Gd-doped ceria (CGO) fluorite exhibits prominent electro-chemo-mechanical properties and
giant-electrostriction at room temperature and has been recently disclosed in both CGO …

Gadolinium doped ceria is a well-known oxygen ion conduction material for solid fuel cell
electrolytes. With its centrosymmetric average lattice and relatively low bulk dielectric …

Abstract Gd‐doped ceria (CGO), one of the most extensively studied oxygen ion conductors,
is a low dielectric constant/low mechanical compliance material exhibiting large …