Nowadays, the application of advanced and intelligent materials such as piezoelectric,
shape memory alloys (SMA), and multi-phase materials, are highly demanded, especially in …

New heteromaterials, particularly those involving nanoscale elements such as nanotubes,
have opened a wide window for the next generation of materials and devices. Here, we …

We investigated the electronic properties of coaxial carbon nanotube–boron nitride
nanotube hybrid system under the influence of external electric field. Although the clear …

This work evaluates the effect of do** on pristine double-walled boron nitride nanotube in
different do** positions. We implemented density functional theory to investigate the …

We investigated the effects of applying an external electric field on the electronic properties
of Stone-Wales (SW) defective carbon-boron-nitride nanotubes (CBN) using first principles …

The effect of tensile stress on the structural and electronic properties of a pristine graphene
monolayer was investigated. As a consequence of the applied tensile stress, different …

In this work, we implemented density function theory to investigate the structural and the
electronic properties of nitrogen doped single walled carbon nanotube under different …

We investigated the influence of different orientations of Stone–Wales defects on the
structural and electronic properties of DWBNNT. Upon introducing Stone–Wales defects to …

We investigated the effect of tensile stress on a bulk pristine silicon carbide (SiC) and
Titanium-doped silicon carbide in two different substitutional sites employing first-principle …

In this study, we investigated the effect of uniaxial strain (compression and elongation) on
the band gap values of pristine graphene mono-sheet as well as boron-doped, nitrogen …