Hexagonal ABO 3 oxides (A, B= cation) are a class of rich materials for realizing novel
quantum phenomena. Their hexagonal symmetry, oxygen trigonal bipyramid coordination …

Since the discovery of the ferroelectric perovskite-type oxide BaTiO3 in 1943, numerous
materials have been surveyed as candidates for new ferroelectrics. Perovskite-type …

We intend to report on possible fabrication routes for all types of hexagonal ferrites which
are known for their wide area of use and applications. Hexagonal ferrites have now become …

Ferroic oxides often exhibit exotic behavior, accompanied by phase transitions. Hexagonal
rare-earth iron oxides (h-RFeO3), a promising multiferroic system, have been reported to …

With the development and application of portable devices and electronic products, the
problem of cooling is facing severe challenge. However, traditional compression type …

A direct coupling of antiferroelectric (AFE) and resistive switching (RS) is realized for the first
time in an oxide heterostructures (non‐tunneling mechanisms). This allows the resistance of …

Hexagonal rare-earth iron oxides (hR FeO3) exhibit spontaneous magnetization and room-
temperature ferroelectricity simultaneously. However, achieving a large magnetoelectric …

Hexagonal rare-earth iron oxides (h-RFeO3) exhibit both magnetic and ferroelectric orders.
The ferroic properties depend on the R ionic radius; for example, they are antiferroelectric …

Controlling the crystal orientations of ferroic oxides with ferroelectricity or ferromagnetism is
essential for various applications. Epitaxial growth is a valuable method for achieving an …

Hexagonal rare-earth iron oxides, h-RFeO 3, are promising multiferroic materials. The ferroic
properties of h-RFeO 3 can be controlled by varying R. However, h-RFeO 3 exists in a …