In this study, we systematically investigate the electronic, magnetic, and magnetocaloric
properties of Mn 3 AlN antiperovskite. This system is examined through first-principles …

Cu-based novel oxide-perovskite ABO 3 (A= Cu and B= Lu, Y) compounds have been
investigated for their physical properties using the Generalized Gradient Approximation and …

Oxide-perovskites are becoming the leading aspirants to meet the need for energy
conversion and optoelectronics devices. Therefore, Na-based novel oxide-perovskite ABO 3 …

The antiperovskite ZnFe 3 N is studied by using density functional theory calculations and
Monte Carlo simulation. Based on the electronic and magnetic properties, it is found that …

In this study, we present a theoretical investigation of the structural, mechanical, thermal,
electronic, magnetic and thermoelectric properties of orthorhombic rare earth perovskites …

The rapid growth of electromagnetic wave-based technologies has raised concerns about
potential health risks from wave energy radiation. To address this, we investigate the impact …

In this work, the full-Heusler GaFeCo 2 is studied using the first-principles method based on
density functional theory with the generalized gradient approximation (GGA and GGA+ U) …

The crystal structure, magnetic phase transitions and magnetocaloric effect of DyCo2− x Ge
x (x= 0.0–0.2) compounds were studied. X-ray diffraction coupled with Rietveld analysis …

This work aims to examine the magnetocaloric properties of the Perovskite GdCuO3, such
as the total magnetization, the susceptibility, and the total specific heat, using Monte Carlo …

This work aims to examine the magnetocaloric properties of the Perovskite GdCuO< sub> 3,
such as the total magnetization, the susceptibility, and the total specific heat, using Monte …