Abstract

Farrokh Roya Nikmaram

DOI : http://dx.doi.org/10.13005/ojc/320120

Methan has a large potential to adsorb and diffuse among h-BN and graphene surfaces as the suitable dielectric. With this background the nanoscale dielectric capacitors have been widely studied due to their ability to store a high amount of energy. In this research, I have modeled one which is composed of two graphene layers including insulating medium of a h-BN layers which are filed out (Methane)n,m {n=m=7). It has been indicated thatthe Methane moleculeis the suitable gas for hetero-structures of the G/(h-BN)-(Methane)7,7/G capacitor compared to those nonpolar gases of 3 atoms . The quantum and coulomb blocked effects of h-BN/graphene including different numbers of Methane for multi dielectric properties of different thicknesses have been studied. We have shown that  has appeared in a small thickness of capacitor due to number of layers and Methane atoms.

Capacitor; Graphene; Boron nitride sheet; Coulomb blockade Methane properties

[ View HTML Full Text]