Advances in magnetoelectric BiFeO 3 open the opportunity to commercialize innovative
memory devices. Spin-based technology was employed to fabricate the magnetic random …

The paper is concerned with the structure and functional properties of bismuth ferrite–barium
titanate, 0.75 BiFeO3–0.25 BaTiO3, solid solutions. Such materials are attracting attention …

1 mol% MnO2 was used to improve electrical resistivity of lead-free 0.75 BiFeO3–0.25
BaTiO3 (75BFBT) ferroelectric ceramics; the materials were perovskite structured with major …

Abstract Multiferroic Nd/Sm-doped BiFeO 3 ceramics synthesized at 700° C by spark plasma
sintering in conjunction with sol-gel precursor powders are investigated by X-ray diffraction …

In this study, nanocrystalline (18–28 nm) perovskite‐like bismuth ferrite rare earth‐doped
powders (Bi0. 9RE0. 1FeO3, where RE= La (BLaFO), Eu (BEuFO), and Er (BErFO)) were …

Partial substitution of isovalent rare-earth ions for bismuth is one of the most effective ways
to develop room temperature BiFeO3-based multiferroic materials with high resistivity and …

Chemical compression effects on the ferroic orders in La substituted BiFe O 3 are studied by
atomic pair distribution function analysis and structure modeling. While rhombohedral BiFe …

Lanthanide-doped oxide materials generally require high sintering temperatures for optical
applications such as temperature sensing and anti-counterfeiting. In this work, the highly …

This study highlights the importance of electronic hybridizations in the FeO 6 octahedral
distortion, structural evolution, magnetization, oxidation state and atomic bonding covalency …

This work demonstrates the critical role of orbital hybridizations in the FeO6 octahedral
distortion, composition‐driven phase transition, and bonding covalency in multiferroic (Bi1 …