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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Electric field modulation of reversible and non-volatile magnetic anisotropy transition in (011) 0.7[Pb(Mg1/3Nb2/3) O-3]-0.3[PbTi0.3O3]/FeSi heterostructures
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Electric field modulation of reversible and non-volatile magnetic anisotropy transition in (011) 0.7[Pb(Mg1/3Nb2/3) O-3]-0.3[PbTi0.3O3]/FeSi heterostructures

机译：（011）0.7 [PB（Mg1 / 3NB2 / 3）O-3] -0.3 [PBTIO.3O3] / Fesi异质结构的可逆和非挥发性磁各向异性转变的电场调制

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摘要

Electric-field-modulated magnetic properties are investigated on FeSi films with a (0 1 1) preferred orientation on (0 1 1) 0.7[Pb(Mg1/3Nb2/3)O-3]-0.3[PbTi0.3O3] (PMN-0.3PT) single crystal substrates. When saturated and reversed coercive electric fields are alternately applied to the Pt/PMN-0.3PT/FeSi/Ta heterostructures, a reversible and non-volatile magnetic transition between four-fold and two-fold anisotropy is demonstrated by means of the angular dependence of remanent magnetization measurements. Based on the electric field control of the 90 degrees magnetic easy axis direction transition of the FeSi film, we also achieve electric-fieldmediated giant 180 degrees magnetization switching with the assistance of the magnetic field pulse.
机译：在FESI膜上研究了电场调制的磁性，在（01 1）上（011）0.7 [PB（Mg1 / 3NB2 / 3）O-3] -0.3 [PBTIO.3O3]（PMN -0.3pt）单晶基板。 当饱和和反向矫顽电场交替地施加到Pt / PMN-0.3PT / FESI / Ta异质结构时，通过角度依赖性证明了四倍和两倍各向异性之间的可逆和非挥发性磁性转变 结垢磁化测量。 基于FeSi膜的90度磁体容易轴方向转变的电场控制，我们还通过磁场脉冲的辅助实现电场介导的巨型180度磁化切换。

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