Today, the world is facing a great challenge to keep the environment as much clean and
green as possible. Hydrogen fuel cells are envisaged for greener environment minimizing …

The potential H 2 adsorption/storage performance of the ZnO monolayer decorated with
alkaline or alkaline earth metal atoms was studied using first-principle density functional …

Abstract Two-dimensional (2D) materials can be regarded as potential hydrogen storage
candidates because of their splendid chemical stability and high specific surface area …

We report an investigation of the adsorption of ammonia (NH3) on pristine, alkali (Li, Na, K),
alkaline earth (Mg, Ca), and transition metal (Sc, Pd, and Ag) decorated germanene using a …

In this research, density functional theory with van der Waals (vdW) dispersion-corrected
method is employed to systematically investigate H 2 adsorption behaviors on Li-decorated …

The emergence of hydrogen (H 2) as a future carrier of energy and the issue related to its
storage leads to the exploration of two-dimensional materials, which have the potential to be …

The use of nanomaterials for hydrogen storage could play a very important role in the large-
scale utilization of hydrogen as an energy source. However, nowadays several potential …

This paper explores the merits of a recently proposed 2D material, the B 4 C 3 monolayer,
for hydrogen storage by adsorption. The monolayer is decorated by Li to enhance …

This work explored the feasibility of Li decoration on the B 4 CN 3 monolayer for hydrogen
(H 2) storage performance using first-principles calculations. The results of density functional …

Bidimensional nanostructures have been proposed as hydrogen-storage systems owing to
their large surface-to-volume ratios. Germanium carbide monolayers (GeC-MLs) can offer …