Carbon can create various low-dimensional nanostructures with remarkable electronic,
optical, mechanical and thermal properties. These features make carbon nanomaterials …

Abstract Two-dimensional (2D) materials such as graphene, transition metal
dichalcogenides, and nanosheets have captured significant interest due to their exceptional …

The lack of a sizeable band gap has so far prevented graphene from building effective
electronic and optoelectronic devices despite its numerous exceptional properties. Intensive …

We present an extensive study of the electronic properties and carrier transport in
phosphorene nanoribbons (PNRs) with edge defects by using rigorous atomistic quantum …

Following a comprehensive review of nanocomposite materials and their machinability, this
paper details experimental results from the micro-slotting of two different nanocomposites …

DNA nucleobases are important in DNA sequencing, disease testing linked to genes, and
disease treatment. Here, we report density functional calculations investigating the …

An efficient mask-less production of patterns in insulating foils of graphene-oxide was
carried out under impact of 5 MeV alpha particle beams delivered by the Ion Micro Beam …

Transport properties of realistic phosphorene nanoribbons (PNRs) with edge defects are
studied by using statistical atomistic quantum transport simulations. Regarding the impact of …

In this paper, we present a physics-based analytical model of GNR FET, which allows for the
evaluation of GNR FET performance including the effects of line-edge roughness as its …

We investigate graphene devices patterned with a narrow band of holes perpendicular to
the current flow, a few-row graphene antidot lattice (FR-GAL). Theoretical reports suggest …