The purification of gaseous pollutants, especially for nitrogen oxides, from the combustion of
fossil fuels has become a concern matter at present. Selective catalytic reduction (SCR) …

In view of the nature of zero band-gap of graphene, type-I band alignment is dominant in
graphene-based van der Waals (vdWs) heterostructure (HS). This greatly affects its …

There is significant interest in developing new two-dimensional (2D) materials that can be
utilized as stable and sensitive sensors for toxic gas detection. Here, we study the …

Air pollution is a worldwide issue that affects human health and the environment. The
scientific community tries to control it through different approaches, from experimental to …

The effects of graphene nanoplatelets added to pure Fe powders at different rates on
microstructure, hardness and electrical conductivity were investigated. Prepared mixed …

The binding mechanism of gas molecules on material surfaces is essential for
understanding adsorption and sensing performance. In the present study, we examine the …

The potential of Pt-decorated graphene and Pt-decorated graphene doped with N and S as
efficient absorbent and gas sensors for chlorofluorocarbons (CFCs) is examined here using …

The direct bandgap nonmagnetic semiconductor two-dimensional SiC has attracted
extensive research attention recently due to its unique physical and chemical properties …

XLPE cables inevitably have defects that can cause them to deteriorate. The operational
condition of cables can be assessed by detecting gases from overheating and discharge. Ti …

The electronic and optical properties of Boron (B) and Beryllium (Be)-doped graphene were
determined using the ab initio approach based on the generalized gradient approximations …