Nowadays, the magnetic materials with special functional characteristics are played very
important roles in the development of our present modern society. The magnetic …

The solid-state magnetic cooling (MC) relying on magnetocaloric effect (MCE) of magnetic
materials is recognized as a promising energy efficiency and environmentally friendly …

In the dynamic field of materials science, bismuth, strontium, and lanthanum-based double
perovskites have shown great potential in research areas because of their unique structural …

Double perovskite films have been extensively studied for ferroelectric order, ferromagnetic
order, and photovoltaic effects. The customized ion combinations and ordered ionic …

In this work, we studied the magnetic, magnetocaloric, and hysteresis properties of the
MnCoBi half-Heusler alloy using mean field approximation. We first detailed the model …

The ferromagnetic semiconductive nature of novel double perovskite (DP) ruthenates Ba 2
NdRuO 6 and Ba 2 ErRuO 6 is recognized along with their structural, mechanical, optical …

Double perovskite ferroelectric thin films are completely new material systems derived from
single perovskite. Their diversity of composition and structure and the tendency for …

Double perovskites such as Sr2CrReO6 attract great scientific attention owing to their high
Curie temperatures (TC≥ 550 K) as well as large magnetoresistances. However, both the …

Structural and magnetic studies on SrLa (Fe 0.25 Mn 0.25) Co 0.5 O 4 (FMC1) and SrLaFe
0.5 (Mn 0.25 Co 0.25) O 4 (FMC2) reveal unusually large exchange bias behavior in these …

Double perovskite alloys are of significant interest owing to their intriguing magnetic
properties and potential practical applications. In this study, we provided a detailed report on …