Graphene nanoribbons (GNRs) as a quasi-one dimensional (1D) narrow strip of graphene
hold great potential for applications in variety of sensors because of π-bonds that can react …

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 …

Since transistor sizes are reducing with the help of sophisticated technologies and
alternative materials, impact ionization is becoming a very important phenomenon for having …

Bilayer graphene nanoribbon is a promising material with outstanding physical and
electrical properties that offers a wide range of opportunities for advanced applications in …

Phosphorene as an innovative structure that can be exfoliated similarly to the graphene with
a direct, inherent and suitable bandgap presents exceptional prospects for future …

Because of unique electrical properties of graphene, it has been employed in many
applications, such as batteries, energy storage devices and biosensors. In this chapter …

This chapter describes the movement of electron's transport in bilayer graphene nanoribbon
(BGN), which is due to the electric field. It is found that temperature is an effective factor in …

Nowadays carbon nanoparticles are applied on the island of single electron transistor and
Nanotransistors. The basis of single electron devices (SEDs) is controllable single electron …

Investigation on (2-dimensional)(2D) materials is growing significantly due to the
fundamental electronic properties in the direct inherent bandgap, higher carrier mobility, and …

Nowadays carbon nanoparticles are applied on the island of single electron transistor and
Nano-transistors. The basis of single electron devices (SEDs) is controllable single electron …