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Single ferroelectric and chiral magnetic domain of single-crystalline BiFeO_3 in an electric field

机译:电场中单晶BiFeO_3的单铁电和手性磁畴

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摘要

We report on polarized neutron-scattering and piezoresponse force microscopy studies of millimeter-sized single crystals of multiferroic BiFeO_3. The crystals, grown below the Curie temperature, consist of a single ferroelectric domain. Two unique electric polarization directions, as well as the populations of equivalent spiral magnetic domains, can be switched reversibly by an electric field. A ferroelectric monodomain with a single-q single-helicity spin spiral can be obtained. This level of control, so far unachievable in thin films, makes single-crystal BiFeO_3 a promising object for multiferroics research.
机译:我们报告了多铁性BiFeO_3毫米大小的单晶的极化中子散射和压电响应力显微镜研究。在居里温度以下生长的晶体由单个铁电畴组成。两个独特的极化方向以及等效螺旋磁畴的数量可以通过电场可逆地切换。可以获得具有单q单螺旋自旋螺旋的铁电单畴。到目前为止,这种控制水平在薄膜中是无法实现的,这使得单晶BiFeO_3成为多铁化合物研究的有希望的对象。

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