Electrides loaded with transition‐metal (TM) nanoparticles have recently attracted attention
as emerging materials for catalytic NH3 synthesis. However, they suffer from disadvantages …

Electrides have shown their significant advantages in NH3 synthesis as catalysts or supports
under mild conditions. A better understanding of the unconventional reaction kinetics of …

Intermetallic electrides have recently shown their priority as catalyst components in
ammonia synthesis and CO2 activation. However, their function mechanism has been …

Recently, there have been renewed interests in exploring new catalysts for ammonia
synthesis under mild conditions. Electride-based catalysts are among the emerging ones …

We report an air and water stable electride Y5Si3 and its catalytic activity for direct ammonia
synthesis. It crystallizes in the Mn5Si3-type structure and confines 0.79/fu anionic electrons …

Ruthenium (Ru) loaded catalysts are of significant interest for ammonia synthesis under mild
reaction conditions. The B5 sites have been reported as the active sites for ammonia …

In view of the strong electron-donating nature of H–and extensive vacancy formation in
metals by hydrogen insertion, a series of LnH2+ x (Ln= La, Ce, or Y) compounds with fluorite …

Electrides are promising support materials to promote transition metal catalysts for ammonia
synthesis due to their strong electron-donating ability. Cobalt (Co) is an alternative non …

Industrially, the artificial fixation of atmospheric nitrogen to ammonia is carried out using the
Haber–Bosch process, but this process requires high temperatures and pressures, and …

A high surface area 12CaO· 7Al2O3 electride (HT-C12A7: e–) was synthesized by the
hydrothermal process and subsequent reduction with CaH2 as a reducing agent, and was …