Germanene is a two-dimensional nanomaterial that has been successfully synthesized and
has promising applications in sensing and energy storage. Recent research has focused on …

One-dimensional (1D) materials are potential hydrogen storage candidates due to their low
density, large surface area, and high structural stability. Taking into consideration a study …

The hydrogen storage and sensor properties of Cu-modified boron nitride nanocone
(BNNC) structure were comprehensively investigated using the density functional theory …

Fossil fuels, which are extremely harmful to the environment and not renewable,
predominantly serve the majority of the world's energy needs. Currently, hydrogen is …

In this study, we employ density functional theory calculations to investigate the properties of
finite single walled TiO 2 finite nanotubes (TiO 2 NTs). The constructed nanotubes …

Understanding the decomposition process of ammonium nitrate (AN) on catalyst surfaces is
crucial for the development of practical and efficient catalysts in AN-based propellants. In …

Many phenomena remain to be investigated regarding the micro adsorption kinetics of
hydrogen storage in different carbon nanomaterials. The hydrogen adsorption behaviour on …

The potential for decorating single Li, Na, or K atoms onto BeS monolayers and their
subsequent hydrogen storage performance were investigated using first-principle density …

Abstract Multiple Ti and Li atom doped carbon nanorings are considered for hydrogen
storage using density functional theory for the first time. There are five six membered carbon …

We have studied hydrogen uptake properties of Be doped carbon nanoring structures using
density functional theory. The nanoring considered consists of five six-membered carbon …