Mechanosynthesis and magnetic properties of nanocrystalline LaFeO3 using different iron oxides

Mechanochemically assisted synthesis of yttrium–lanthanum orthoferrite: Structural and magnetic characterization

“…This result agrees with a previous report [24]. In order to determine the effect of yttrium doping on the magnetic response of lanthanum orthoferrite, its M vs. H dependence was compared with that of a LaFeO 3 sample mechanosynthesized in a similar way [14]. In Fig.…”

“…For this reason, the method results attractive for the formation of orthoferrites. Recently, the method was successfully employed in the synthesis of LaFeO 3 [13,14]. Different variables of the crystal structure, such as cation distribution, lattice geometry and magnetic ordering can be modified and controlled in this way [15][16][17].…”

Anomalous magnetic behavior and complex magnetic structure of proximate LaCrO3—LaFeO3 system

“…The XRD patterns, Fig. 1 (lower and middle panel), confirm the phase purity of pristine LaCrO3 and LaFeO3 bulk materials and results are consistent with the reported literature [6], [7], [22]. All the peaks are in agreement and representative (h k l) planes are marked for LaCrO3 system.…”

Conventional synthesis of perovskite structured LaTixFe1-xO3: A comprehensive evaluation on phase formation, opto-magnetic, and dielectrical properties

“…Lanthanum based perovskite oxides are the important class of material widely studied for their fascinating physical properties and variety of applications in vast eld [1]. Lanthanum orthoferrite-LaFeO 3 has been utilized in a wide range of applications such as magnetic memory devices, sensors, hard disk drives, transducers, electrolytes and electrodes in solid oxide fuel cells [2][3][4][5]. The ABO 3 -type of LaFeO 3 compound exhibit an orthorhombic perovskite structure at room temperature and an antiferromagnetic behaviour with a high Neel temperature (T N ) [6][7][8].…”