Oxyhydrides have attracted attention as materials with various unique properties derived
from lattice hydride ions (H−). However, their instability makes synthesis by conventional …

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

The first representative of a novel class of mixed‐anionic compounds, the sulfate hydride
Na3SO4H, and the corresponding deuteride Na3SO4D were obtained from the solid‐state …

A series of aluminate-based oxyhydrides, Sr3–x A x AlO4H (A= Ca, Ba; x= 0, 1), has been
synthesized by high-temperature reaction of oxide and hydride precursors under a H2 …

Skutterudites are of high interest in current research due to their diversity of structures
comprising empty, partially filled and filled variants, mostly based on metallic compounds …

Multianionic metal hydrides, which exhibit a wide variety of physical properties and complex
structures, have recently attracted growing interest. Here we present Sr6N [BN2] 2H3 …

Nitrogen-doped carbon nanotubes (N-CNTs) show promise in several applications related
to catalysis and electrochemistry. In particular, N-CNTs with a single nitrogen dopant in the …

Combining different anions in one material allows tuning of its structural, magnetic, and
electronic properties. We hereby present the mixed anion compound Sr2BN2H, expanding …

Under reducing conditions, SrTiO3 perovskite can exchange up to 20% of its O2− ions for
H−(hydride), greatly influencing its material properties. This not only presents intriguing …

The four compounds A3MO4H (A= Rb, Cs; M= Mo, W) are introduced as the first members of
the new material class of the transition oxometalate hydrides. The compounds are …