The present review focuses on links between structure, energetics and ion transport in
oxygen-deficient perovskite oxides, ABO3− δ. The perfect long-range order, convenient for …

Complex impedance spectra of ion-conducting lithium borate network glasses are used to
study the deformed shape of impedance semicircles which are usually described by a …

Molecular dynamics simulations are a powerful tool to study diffusion processes in battery
electrolyte and electrode materials. From molecular dynamics simulations, many properties …

Enhancing the ionic conductivity of sulfide solid electrolytes (SEs) through dual‐doping is a
well‐established approach, yet the atomic‐level mechanisms driving these improvements …

A new bio-polymer electrolyte system is prepared by mixing NH4I with potato starch.
Prepared material is an ionic conductor having ionic transference number (tion)∼ 0.95 and …

The ability of some solid materials to exhibit exceptionally high ionic conductivities has been
known since the observations of Michael Faraday in the nineteenth century (Faraday M …

The obvious cost advantage as well as attractive electrochemical properties, including
excellent cycling stability and the potential of high rate performance, make sodium-ion …

The dynamics of mobile ions in materials with disordered structures constitute a
challengingly complicated many-particle process. Time-resolved information on the …

We present a detailed investigation of the effects of synthesis conditions on glasses xAgI–
(1− x) AgPO3 with 0≤ x≤ 0.4. Raman and infrared spectroscopy of glasses synthesized in …

Solid state ion conductors exhibiting fast ion dynamics are of utmost importance for the
development of modern energy storage systems or sensors. For the realization of fluoride …