Nowadays, carbon–based materials like graphene and its derivatives consume great nano-
technological applications worldwide. Graphene, due to its attractive properties such as its …

Graphene is one of the carbon allotropes which is a single atom thin layer with sp2
hybridized and two‐dimensional (2D) honeycomb structure of carbon. As an outstanding …

In this study, one-dimensional vision of carrier movement based on the band structure of
trilayer graphene nanoribbon in the presence of a perpendicular electric field is employed …

Carrier velocity is one of the most significant characteristics for analytical modeling of field
effect transistor based devices. The aim of the present paper is to evaluate the scaling …

In this paper we discuss the energy band structure of bilayer graphene nanoribbons
(BGNRs) near the Fermi level between zero and 3k BT away from the conduction and …

The approaching scaling of Field Effect Transistors (FETs) in nanometer scale assures the
smaller dimension, low-power consumption, low energy delay production, and high density …

Both graphene and CNTs experience changes in their electrical conductance when
exposed to different gases (such as CO2, NO2, and NH3), and they are, therefore, ideal …

To overcome the scaling problem in the semiconductor technology a nano scale
Metal/Insulator/Metal structure is employed to adopt the minimization challenges in the ultra …