(Co/Pt)n multi-layers perpendicular magnetic recording media deposited by Ar, Kr or Xe gas

Y. Kawada, Y. Ueno, K. Shibata
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Abstract

(Co/Pd)n multi-layers perpendicular recording media have larger perpendicular magnetic anisotropy than CoCr alloy ones and have actively been studied. But in this perpendicular media, the compatibility between low media noise and good thermal stability is required. In this study the possibility of lowering media noise was examined by depositing (Co/Pt)n multi-layers thin films with Ar, Kr or Xe gas and estimating their magnetic properties, film structure and magnetic cluster size. It is shown that the multi-layer perpendicular recording media deposited by Kr or Xe have higher Hc, lower α, smaller magnetic cluster size, smaller Va and the possibility of low media noise.
(Co/Pt)n多层垂直磁记录介质由Ar, Kr或Xe气体沉积
(Co/Pd)n多层垂直记录介质具有比CoCr合金更大的垂直磁各向异性,并得到了积极的研究。但在这种垂直介质中,要求低介质噪声和良好热稳定性的兼容性。本研究通过Ar、Kr或Xe气体沉积(Co/Pt)n多层薄膜,并评估其磁性、薄膜结构和磁簇大小,来研究降低介质噪声的可能性。结果表明,由Kr或Xe沉积的多层垂直记录介质具有较高的Hc、较低的α、较小的磁簇尺寸、较小的Va和较低的介质噪声。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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