Multiferroics are a class of multifunctional materials characterized by the coexistence of at
least two ferroic orders (ferroelectric, antiferromagnetic, or ferroelastic) in the same phase …

Multiferroic magnetoelectric materials are the ones in which there is a coexistence of at least
two ferroic orders, for instance, ferroelectric, magnetic ordering, or ferroelastic. Multiferroic …

Multiferroics are materials that simultaneously exhibit more than one type of ordering,
including magnetic, electric, and elastic order. Magnetic order is conventionally driven by …

Multiferroic magnetoelectric materials, which simultaneously exhibit ferroelectricity and
ferromagnetism, have recently stimulated a sharply increasing number of research activities …

Multiferroic materials, by definition, process two or more ferroic order parameters. For
example, the coexistence of spontaneously polarization and spontaneous magnetization …

Ferroelectrics and magnetics represent two major classes of functional materials which
people find everywhere in daily life, though they are usually beyond the views of people and …

Multiferroics—materials which are simultaneously (ferro) magnetic and ferroelectric, and
often also ferroelastic—attract now considerable attention, both because of the interesting …

In the present review, the main phenomenology and problematic related some of the most
interesting magnetoelectric systems (materials having in the same phase magnetic and …

[eng] Multiferroic materials are those materials in which more than one ferroic order coexist.
The most technologically appealing multiferroic materials are those showing ferromagnetism …

Multiferroic materials, showing ordering of both electrical and magnetic degrees of freedom,
are promising candidates enabling the design of novel electronic devices. Various …