A ceramic fuel cell in an all solid‐state energy conversion device that produces electricity by
electrochemically combining fuel and oxidant gases across an ionic conducting oxide …

In materials that are of interest for use as solid electrolytes it is important that charge
transport is predominantly related to ionic motion, with minimal minority electronic …

A mechanistic model that interprets the oxidation behavior of the diborides of Zr, Hf and Ti in
the temperature range of∼ 1000–1800° C was formulated. Available thermodynamic data …

This book is the completely revised and extended version of the German edition" Einfiihrung
in die Elektrochemie fester Stoffe" which appeared in 1973. Since then, the subject of the …

Electrical methods offer advantages for the determination of kinetic and thermodynamic
quantities because of the transducer properties of fast ionic conductors. Further applications …

Defect solid state has been an area of major scientific and technological interest for the last
few decades, the resulting important applications sus taining this interest. Solid electrolytes …

Oxygen-ion conducting solid electrolyte systems have been reviewed with specific emphasis
on their use in solid oxide fuel cells. The relationships between phase assemblage …

There are three crystalline modifications of RbAg4] 5, labelled~,~, y in order of decreasing
temperature. Crystals of:~-RbAg4I 5 belong to space group P4132 (O 7) or P4332 (O …

Oxygen-based electrochemical random-access memories (O-ECRAMs) are promising
synaptic devices for neuromorphic applications because of their near-ideal synaptic …

The movement of ions and electrons in a solid or liquid phase is characterized in the first
place by their mobility, ie the steady-state drift velocity in cm/sec with respect to an …