This Review presents an overview from the perspective of tetrahedral chemistry on various
oxide ion-conducting materials containing tetrahedral moieties which have received …

Ab initio molecular dynamics (AIMD) simulation is widely employed in studying diffusion
mechanisms and in quantifying diffusional properties of materials. However, AIMD …

Solid oxide proton conductors are crucially emerging as key materials for enabling hydrogen-
based energy conversion, storage, and electrochemical technologies. Oxides crystallising in …

Tetrahedral units can transport oxide anions via interstitial or vacancy defects owing to their
great deformation and rotation flexibility. Compared with interstitial defects, vacancy …

Layered tetrahedral network melilite is a promising structural family of fast ion conductors
that exhibits the flexibility required to accommodate interstitial oxide anions, leading to …

Various structural families have been reported to support oxide ion conductivity; among
these, perovskite conductors have received particular attention. The perovskite structure is …

Rechargeable lithium batteries have helped power the consumer revolution in portable
electronic devices. The search for alternative cathode materials to replace layered LiCoO2 …

Oxide ion electrolytes determine the temperature of operation of solid oxide fuel cells,
oxygen separation membranes, and oxygen sensors. There is a strong incentive to lower …

Layered Li1+ xV1− xO2 has attracted recent interest as a potential low voltage and high
energy density anode material for lithium-ion batteries. A greater understanding of the …

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