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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Direct measurements of proximity induced spin polarization in 2D systems
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Direct measurements of proximity induced spin polarization in 2D systems

机译:在2D系统中直接测量接近诱导的自旋极化

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摘要

Controlling the spin polarization of a 2D semiconductor through the proximity effect is an appealing approach for creating next generation spintronic devices; however, experiments showing the feasibility of this method are still limited. Here, we present a review of efforts intended to directly measure the spin polarization of monolayer graphene and h-BN coupled to a magnetic substrate. When considered together these studies conclusively show that 2D monolayers can obtain a spin polarization that is dependent on the magnetization of the underlying substrate, and, in some cases, can be comparable to the spin polarization of conventional ferromagnets.
机译:通过邻近效应控制2D半导体的自旋极化是创建下一代旋转式设备的吸引力方法; 然而,显示该方法的可行性的实验仍然有限。 这里,我们展示了旨在直接测量耦合到磁性基板的单层石墨烯和H-BN的自旋极化的努力的审查。 当考虑这些研究时,这些研究表明,2D单层可以获得取决于下面基底的磁化的自旋极化,并且在某些情况下,可以与常规铁磁体的自旋极化相当。

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