Magnetoelectric multiferroics, where a ferromagnetic and a ferroelectric order coexist and
are coupled in a single phase, have been a hot topic in condensed matter physics for a long …

Abstract Magneto-mechano-electric (MME) generators efficiently harness ubiquitous stray
magnetic fields and convert them into electricity, capturing significant attention for powering …

Magnetoelectric coefficient values of above 5 and 2 V cm–1 Oe–1 in 20 nm CoFe2O4–
BaTiO3 and NiFe2O4–BaTiO3 core–shell magnetoelectric nanoparticles were …

In this paper, we report field-induced ferroelectricity in BaHoFeO 4 in a narrow range of
applied magnetic fields (1.5 T≤ H≤ 5 T). Magnetization measurements reveal three …

The stereochemical activity of lone pair electrons plays a central role in determining the
structural and electronic properties of both chemically simple materials such as H2O, as well …

The Bi3FeMo2O12 system is examined as a rare example of a transition-metal oxide which,
upon heating, undergoes a symmetry lowering and a 2: 1 ordering of the transition-metal …

The linear magnetoelectric effect and multiferroicity phenomena occur independently due to
breaking inversion symmetry below the magnetically ordered state of either transition metal …

In this contribution, the structural and magnetic properties of DyCrO 3 are studied, along with
the magnetocaloric effect in this compound. The susceptibility as a function of temperature, χ …

Fe 2 TeO 6 has long been considered as a promising high-temperature magnetoelectric
(ME) material, while the magnetoelectricity and magnetic ground state of Fe 2 TeO 6 have …

The anharmonicity of lattice vibration is mainly responsible for the coefficient of thermal
expansion (CTE) of materials. External stimuli, such as magnetic and electric fields, thus …