The paper reviews the history and present understanding of protons in oxides; their defect
chemistry, thermodynamics, and transport. Focus is put on correlations between hydration …

In oxides, the substitution of non-oxide anions (F−, S2−, N3− and so on) for oxide introduces
many properties, but the least commonly encountered substitution is where the hydride …

Memristors based on anionic–electronic resistive switches represent a promising alternative
to transistor‐based memories because of their scalability and low power consumption. To …

The present study investigates the impact of point defects and their redistribution on the flash
sintering process. Strontium titanate was chosen as a model system for the group of …

The chemical looping strategy for fossil energy applications promises to achieve an efficient
energy conversion system for electricity, liquid fuels, hydrogen, and/or chemical generation …

Publisher Summary This chapter discusses oxygen and hydrogen separation membranes
based on dense ceramic conductors. The theoretical basis for understanding the transport …

We report proton conduction in-doped in the temperature range from, and the performance
of a-air fuel cell using this material as the electrolyte. The proton conductivity of-doped was …

Development of active ceramic hydrogen electrodes with high stability is an important
challenge for developing solid oxide fuel cells (SOFC). Herein, a set of cubic perovskite-type …

Following the prediction and confirmation that interstitial hydrogen forms shallow donors in
zinc oxide, inducing electronic conductivity, the question arises as to whether it could do so …

Emerging technologies, ie, spintronics, 2D materials, and memristive devices, have been
widely investigated as the building block of neuromorphic computing systems. Three …