Magnetic exchange interactions in Mn3O4 spinel systems are complicated due to the
presence of magnetic frustration between one tetrahedral and two octahedral sites, and the …

Tuning the anisotropy through exchange bias in bimagnetic nanoparticles is an active
research strategy for enhancing and tailoring the magnetic properties for a wide range of …

We addressed the physical characterisation and synthesis of both manganite LaNi 0.25 Mn
0.75 O 3 (LNM) and ferrite LaNi 0.25 Fe 0.75 O 3 (LNF) nanomaterials. Both samples were …

This work investigates the role of pd orbital hybridization in the structural transition from
tetragonal I4 1/amd to cubic Fd 3 ̅ m and enhancement in Néel temperature (TN) from 43 K …

Dielectric anomaly observed in cubic Mn 1.5 Cr 1.5 O 4 around ferrimagnetic ordering
temperature (TN) suggests a possible magneto-dielectric coupling in the system. This report …

High temperature dielectric relaxation behaviors of single phase Mn3O4 polycrystalline
ceramics prepared by spark plasma sintering technology have been studied. Two dielectric …

The structural and magnetic properties of (Tb 1-x Ce x) MnO 3 have been investigated. The
presence of Griffith's phase has been confirmed from the AC susceptibility study of the …

Spinel type Mn 3 O 4 oxide ceramics possess intriguing magnetodielectric properties, but
traditional processing routes can be frustrated by limited high temperature phase stability …

In this report, we have done a detailed investigation on temperature-dependent neutron
diffraction patterns to reveal the existence of short-range magnetic ordering above Néel …

We report an increase in magnetic ordering temperature from 43 K to 425 K and a structural
phase transition from tetragonal I4 1/amd (x= 0.00) to cubic Fd 3¯ m (x= 0.40) in (Mn 1-x Fe …