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Low saturation magnetization in Pt/(Co,Cu) multilyers with perpendicular magnetic anisotropy

机译:具有垂直磁各向异性的Pt /(Co,Cu)多层膜中的低饱和磁化强度

摘要

The invention platinum thin film layer and a cobalt-relates to a perpendicular magnetic anisotropic multi-layer film for a magnetic random access memory comprising a copper thin film, a magnetic layer configured by replacing a part of cobalt of magnetic material is in greater detail in the non-magnetic material of copper by preparing the multilayer film in the perpendicular magnetic anisotropy it is directed to a multi-layer film with reduced leakage magnetic field effect to lower the saturation magnetization amount while being held. Since the multi-layer film according to the present invention maintains the perpendicular magnetic anisotropy after the subsequent heat treatment process, a high-performance, high-density, it can be useful in a magnetic random access memory. ;
机译:本发明的铂薄膜层和钴与包括铜薄膜的用于磁性随机存取存储器的垂直磁性各向异性多层膜有关,其中通过代替一部分磁性材料的钴构成的磁性层更详细地描述于:通过在垂直磁各向异性中制备多层膜来形成铜的非磁性材料,将其定向为具有减小的漏磁场效应以降低饱和磁化量同时保持的多层膜。由于根据本发明的多层膜在随后的热处理工艺之后保持了垂直的磁各向异性,高性能,高密度,因此可以用于磁随机存取存储器中。 ;

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