高温单相多铁性材料与强磁电耦合效应

物理

高温单相多铁性材料与强磁电耦合效应

孙阳. 2014: 高温单相多铁性材料与强磁电耦合效应, 物理, null(3): 166-172. doi: 10.7693/wl20140303

引用本文:

孙阳. 2014: 高温单相多铁性材料与强磁电耦合效应, 物理, null(3): 166-172. doi: 10.7693/wl20140303

SUN Yang. 2014: High-temperature multiferroics and strong magnetoelectric effects, Physics, null(3): 166-172. doi: 10.7693/wl20140303

Citation:

SUN Yang. 2014: High-temperature multiferroics and strong magnetoelectric effects, Physics, null(3): 166-172. doi: 10.7693/wl20140303

High-temperature multiferroics and strong magnetoelectric effects

摘要: 高温多铁性与强磁电耦合效应是多铁性材料研究领域的两个核心内容。文章首先介绍了已知单相多铁性材料的分类，然后简要综述了一些具有高温多铁性与强磁电耦合效应的代表性材料体系，包括螺旋磁结构六角铁氧体、电荷有序化合物、金属-有机骨架材料等。
- 多铁性 /
- 磁电耦合 /
- 六角铁氧体 /
- 电荷有序 /
- 金属-有机骨架
Abstract: High-temperature multiferroics and strong magnetoelectric effects are two key aspects in the field of multiferroic materials. This article introduces the classification of sin-gle-phase multiferroics, and reviews briefly a number of representative systems that exhibit high-temperature multiferroics and strong magnetoelectric effects, such as hexaferrites, charge-or-dered oxides, and metal-organic frameworks.