Metal hydrides (MHs) are featured for their reversible hydrogen absorption and desorption
properties, which are conventionally used as hydrogen storage materials. MHs can also be …

The rapid economic and societal development have led to unprecedented energy demand
and consumption resulting in the harmful emission of pollutants. Hence, the conversion of …

Perovskite oxyhydrides have attracted recent attention due to their intriguing properties such
as ionic conductivity and catalysis, but their repertoire is still restricted compared to …

The discovery of new extended structures has often led to the development of new fields in
chemistry and physics. However, the numerous combinations of metals (or cations) to yield …

Tuning the anionic site of catalyst supports can impact reaction pathways by creating active
sites on the support or influencing metal‐support interactions when using supported metal …

The introduction of chemical disorder by substitutional chemistry into ionic conductors is the
most commonly used strategy to stabilize high-symmetric phases while maintaining ionic …

We report on the hydride (H–) conductivity in fluorite-type LnHO oxyhydrides (Ln=
lanthanide) using samples prepared under high pressure. It is found that, despite its …

Carbon dioxide (CO2) hydrogenation to methane (CH4) is a way of great significance from
an energy-saving viewpoint that consists in the direct conversion of a natural and abundant …

Feed composition is crucial for gas-phase catalytic reactions but has rarely been studied in
CO 2 methanation. In this work, we studied the effect of impurities (ie, N 2, steam, and O 2) …

Hydride-ion conductors and mixed hydride-electronic conductors are promising materials for
various applications, especially in (electro) chemical energy conversion and storage. Many …