Low dimensional materials have attracted great research interest from both theoretical and
experimental point of views. These materials exhibit novel physical and chemical properties …

Bilayer armchair graphene nanoribbons (BAGNRs), due to their low sensitivity to low
frequency noise and high controllability of their bandgap have drawn a lot of attention as …

Comprehensive Summary Graphene nanoribbons (GNRs), which can be considered as a
special type of conjugated polymers, are quasi‐one‐dimensional graphene cutouts with an …

In the present work, the effects of Fe doping and vacancies on the electronic, magnetic and
optical properties of graphene are studied by density functional theory based calculations …

The green production of nanocomposites holds great potential for the development of new
materials. Graphene is an important class of carbon-based materials. Despite its high carrier …

Employing the non-equilibrium Green's function with the third order tight binding
Hamiltonian, we show that 12.7 nm long and 1.11 nm wide zigzag and armchair graphene …

We show an armchair graphene nanoribbon channel connected between asymmetric
ferromagnetic source-drain structure—ie, p-type Co/Au/graphene source and n-type …

We present the results of a numerical study on the characteristics of MoS2-based field-effect
photodetectors (FEPhDs). These FEPhDs consist of 12-nm-long and 1.42-nm (1.45-nm) …

Abstract Photodetectors based on Armchair-Silicene-Nanoribbons (ASiNR) with asymmetric
source (Ir-doped silicene) and drain (Cu-, Ag-, or Au-doped silicene) contacts have been …

Xenes emerge as promising materials for sensing applications. The capabilities of armchair
Graphene, Silicene, and Phosphorene nanoribbons (AGNR, ASiNR, and APNR) as gas …