This paper employs the tight-binding model to investigate the thermal properties of
tetragonal Germanene (T-Ge) affected by external fields and doping. T-Ge is a two …

In this paper, we present a tight-binding model based on DFT calculations for investigation
the electronic and optical properties of monolayer Germanene. The thermal properties are …

DFT-based tight binding theory calculations and the Kubo conductivity formula were used to
investigate the thermopower properties of 2D SiC with different impurity concentrations and …

Pure graphene is limited by its gapless energy band structure in catalytic reactions that are
important for energy conversion applications. However, impurities can create a band gap …

In this paper, we used tight-binding model to calculate the thermal properties of tetragonal
silicene (T-Si). T-Si has a zero band gap with two Dirac points and linear dispersion around …

Using density functional theory calculations (both perturbed and unperturbed) as well as
thermodynamic and ballistic transport equations, what follows investigates thermal and …

This study investigates the electronic, thermoelectric, and transport properties of Germanene
nanotubes (GeNTs) using a tight-binding calculations and explores their potential …

The behaviors electronic structure and density of states (DOS) of biased AB bilayer boron
phosphide (BP) with two configuration types (Btriple bondP and Btriple bondB) investigated …

The thermoelectric properties of two-dimensional (2-D) GeC investigated with the next
nearest tight binding model in the presence of the vertical magnetic field and the results are …

Using the tight-binding method based on density functional theory (DFT) calculations, the
thermoelectric properties of pure and B/N doped carbon nanotubes (CNTs) are investigated …