Tunable magnetic and electrical behaviors in perovskite oxides by oxygen octahedral tilting

Abstract

The oxides with perovskite structure possess abundant physical properties, such as magnetism, dielectricity, photoelectricity, ferroelectricity, etc. The oxygen ions in the perovskite unit cell constitute an octahedral distribution. The deformation or tilt-ing of the special oxygen octahedra structure leads to new per-formances or properties change. Here, we give a review of the relationship between magnetic and electrical behaviors and ox-ygen octahedral tilting in several typical perovskite oxides. An understanding of how to tune these properties by controlling the tilting during the sample growth can more effectively guide the design of new structures for high performance and inspir-ing their potential applications.