Hydrogen adsorption on boron doped graphene: an {\it ab initio} study

TL;DR

This study uses ab initio calculations to explore how boron doping affects the electronic structure of graphene and its ability to chemisorb hydrogen atoms, providing insights into potential hydrogen storage materials.

Contribution

It presents a detailed ab initio analysis of boron-doped graphene's properties and hydrogen chemisorption mechanisms, which is novel in understanding hydrogen storage potential.

Findings

Boron doping modifies graphene's electronic properties.

Hydrogen chemisorption on boron-doped graphene is energetically favorable.

The study provides insights into hydrogen storage capabilities of doped graphene.

Abstract

The electronic and structural properties of (i) boron doped graphene sheets, and (ii) the chemisorption processes of hydrogen adatoms on the boron doped graphene sheets have been examined by {\it ab initio} total energy calculations.