Being a renewable and sustainable energy carrier, hydrogen energy has garnered great
interest having some technical barriers related to storage aspects. Hydride materials exhibit …

In this present work, Density Functional Theory (DFT) calculations have been performed for
perovskite KMg O 3− x H x with the GGA-PBE formalism as implemented in the CASTEP …

The world is facing two major issues: global warming and diminishing non-renewable
energy resources. To overcome these issues, the scientific community is paying more …

In the present work, the density functional theory calculation has been performed for RbMgF
3-x H x with GGA-PBE approximation implemented in CASTEP code. First time the structural …

Recently, hydrogen, a high-energy, non-polluting fuel, has attracted considerable attention.
Perovskites are of great interest in the hydrogen energy field due to their attractive …

In recent years, there has been increased interest in hydrogen storage due to the numerous
advantages hydrogen offers as an energy source. This study explores the structural …

Alternative energy carrier materials are needed since non-renewable energy resources are
diminishing at a fast rate. Increasingly, hydrogen storage has gained popularity as a clean …

This research exhaustively inquired about the structural, photocatalytic, mechanical, and
optoelectronic characteristics of the cubic perovskite CsSrO 3− x H x with the CASTEP …

This study investigates the potential for improving the efficiency of hydrogen production via
photocatalytic water-splitting by examining the effects of Ca substitution in ultra-wide …

Due to the depletion of non-renewable fossil fuels, energy production and storage is a
matter of concern for scientific community. Hydrogen being environmental friendly was …