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Highly (001)-oriented thin continuous L10 FePt film by introducing an FeOx cap layer

机译:通过引入FeO x 覆盖层来实现高度(001)取向的连续L1 0 FePt薄膜

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摘要

We demonstrate a thin and continuous L10 FePt film with a well-aligned (001) texture directly grown on Si || SiO2 substrates by introducing an FeOx cap layer. The agglomeration of capped FePt films is greatly suppressed by inhibiting the surface diffusion. This, in turn, yields a continuous and smooth film, which significantly promotes the (001) out-of-plane orientation and perpendicular anisotropy. The reduction of Fe oxides occurs during annealing, which not only promotes interdiffusion of Fe and Pt for L10 ordering but also removes the cap layer simultaneously. Therefore, additional etching for the cap layer is not required for further fabricating bit patterned media.
机译:我们展示了薄且连续的L1 0 FePt薄膜,该薄膜具有直接在Si ||上直接生长的良好对齐(001)的纹理通过引入FeO x 覆盖层来形成SiO 2 衬底。通过抑制表面扩散,大大抑制了封端的FePt膜的团聚。反过来,这会产生连续且光滑的薄膜,从而显着促进(001)面外取向和垂直各向异性。 Fe氧化物的还原发生在退火过程中,这不仅促进了L1 0 有序的Fe和Pt相互扩散,而且同时去除了覆盖层。因此,为进一步制造位图案化的介质不需要对盖层进行额外的蚀刻。

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