Promoting green hydrogen has emerged as a pivotal discourse in the contemporary energy
landscape, driven by pressing environmental concerns and the quest for sustainable energy …

There is a heavy dependence on fossil fuels for energy requirements. As the demand for
energy is growing at a rapid pace, these resources are quick diminishing and there is a …

This study investigates the topochemical transformation of BaSn1–x In x O3–0.5 x (BSI) from
a proton-conducting oxide to a hydride-ionic phase (H-BSI) under ambient hydrogen …

A recent finding shows that lattice deformation could transform the mixed electronic/hydride
(H−) conducting lanthanum trihydride (LaH3) to a superionic H− conductor. Such a feature …

Hydride-ion (H−) conductors have garnered much attention owing to their high ionic
conductivity and potential applications such as batteries and fuel/electrolysis cells …

Composite solid-state electrolytes are viewed as promising materials for solid-state
lithiumion batteries due to their combined advantages of inorganic solid-state electrolytes …

Abstract Black TiO 2 (H-TiO 2), as a promising photoanode material, can be used for direct
green hydrogen production without emissions to pollute the environment, but the reported …