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Polar and longitudinal magnetooptic Kerr effect in Pt/Ni and Pd/Ni multilayers

机译:Pt / Ni和Pd / Ni多层中的垂直和纵向磁光Kerr效应

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The authors discuss magnetooptical spectroscopic studies of Pt/Ni and Pd/Ni multilayers. The films were grown onto glass (Pt/Ni) and mica (Pd/Ni) substrates by dual electron beam evaporation. In the Pt/Ni set the thickness of Pt layers was kept constant at 2 nm while that of Ni layers was 1.2 and 2.9 nm. For the Pd/Ni set the individual Ni and Pd layer thicknesses varied between one and ten monoatomic layers. Simultaneous polar and longitudinal magnetooptical Kerr rotation and ellipticity experiments were carried out in the spectral range between 1.5 and 5.2 eV. The observed line broadening, shift and/or splitting are assigned to an effect of the interface Ni-Pd (or Ni-Pt) layers.
机译:作者讨论了Pt / Ni和Pd / Ni多层膜的磁光光谱研究。通过双电子束蒸发将膜生长在玻璃(Pt / Ni)和云母(Pd / Ni)衬底上。在Pt / Ni设置中,Pt层的厚度保持恒定在2nm,而Ni层的厚度为1.2和2.9nm。对于Pd / Ni,单个的Ni和Pd层厚度在1到10个单原子层之间变化。在1.5和5.2 eV之间的光谱范围内,同时进行了垂直和垂直的磁光Kerr旋转和椭圆率实验。观察到的线展宽,移动和/或分裂与界面Ni-Pd(或Ni-Pt)层的作用有关。

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