Multiferroic materials have attracted wide interest because of their exceptional static,–and
dynamical,–magnetoelectric properties. In particular, type-II multiferroics exhibit an inversion …

We examined the tunable magnetism of nickel dibromide 1T-NiBr 2 monolayer by adjusting
hole− electron doping and electric field. To include the ferromagnetic, antiferromagnetic, and …

We implemented the density functional theory to study the effect of strain on the optical
conductivity in 1T monolayer FeCl 2 within the collinear structure. The computational …

We investigated the controllable magnetic ground states of 1T metal diiodide MI 2 (M: Fe,
Co, and Ni) monolayers by applying the electric field. To do so, we utilized the generalized …

Available reports mentioned that the magnetic ground state in the AA-stacked bilayer zigzag
graphene nanoribbons is the non-magnetic state. As a consequence, it is impossible to …

The electronic properties of FeCl2 monolayer were inspected by using the LDA+ U
approach and including the spin-orbit interaction. By observing the band dispersion, it was …

Implementation of the classical Boltzmann transport theory has been performed to calculate
the power factor, as well as the figure of merit in a single-layer NiBr 2 after performing …

Some magnetic configurations utilized the Seebeck coefficient in the NiBr 2 monolayer. To
create some magnetic configurations, the magnetic moments of the Ni atoms were arranged …

Employing the electric field has been performed to investigate the magnetic ground state in
a single-layer iron dichloride (FeCl 2). We provided some lattice parameters to see the …

We introduced the Coulomb repulsion to carry out non-collinear density functional theory to
explore the thermal electric conductivity in the in-plane ferromagnetic single layer NiCl2. The …