The cross‐coupling between electric polarization and magnetization in multiferroic materials
provides a great potential for creating next‐generation memory devices. Current studies on …

Multiferroic materials with coexisting ferroelectric and magnetic orders have attracted
tremendous research interests because of their intriguing fundamental physics as well as …

We investigated static and dynamic magnetoelectric properties of single crystalline
BaSrCoZnFe 11 AlO 22, which is a room-temperature multiferroic with Y-type hexaferrite …

Y-type hexaferrites possess multiple magnetic phases that are temperature and magnetic-
field dependent. Some of these phases are ferrimagnetic and also exhibit room temperature …

Hexaferrites with noncollinear conical magnetic structures are among the most interesting
and promising single-phase multiferroics. One puzzle remaining unsolved is why the spin …

The material family of Y-type hexaferrites is among the most promising candidates for
magnetoelectric memory applications. The magnetoelectric properties in this class of …

The Z-type hexaferrites Ba3 (Zn1− xCox) 2Fe24O41 (x= 0.2, 0.4, 0.6, 0.8, defined as Z1–Z4)
were synthesized by a sol–gel method. With increasing cobalt concentration, the origin of …

Y-type hexaferrites with non-collinear conical magnetic structures, which induce electric
polarization (P), are prospective single-phase multiferroics with broad applications, such as …

We report a systematic study on the magnetic, dielectric, and magnetoelectric (ME)
properties of the Y-type hexaferrite (Ba 0.4 Sr 1.6) Zn 2 (Fe 11.3 Al 0.7) O 22 single crystal …

Electric field reversal of large magnetization has been achieved in the multiferroic
hexaferrite B a 0.4 S r 1.6 M g 2 F e 12 O 22 with conical spin structures. The variation of …