Controlling the fragmentation of atomically thin and brittle materials is of critical importance
for both fundamental interest and technical purposes in fracture mechanics. However, the …

The need to detect low concentrations of chemical or biological targets is ubiquitous in
environmental monitoring and biomedical applications. The goal of this work was to address …

Graphene nanomaterial exhibit promising properties for use in future nanoelectronics
application. This paper reported a study investigating the use of defective armchair …

This paper reported on the structural and electronics properties of armchair graphene
nanoribbon (AGNR) distorted with single vacancy (SV) defect when adsorbing various gas …

Point defect in mono-layer graphene on Cu substrate shows significant change in electronic
structure in comparison to without the presence of defect. Our attempt to observe the …