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Orientation of Nano-Grains in Hard-Disk Media on Ion-Beam Textured Substrates

机译:离子束纹理化基底上硬盘介质中纳米颗粒的取向

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摘要

The preferred crystal orientations in nano-grains of multilayered magnetic recording media were studied in detail with X-ray diffraction. No in-plane orientation was observed in the media on a flat substrate, while grooved substrates made by ion-beam etching have a modulation of the line width with two-fold symmetry, suggesting that the crystal planes are modulated by the groove slopes. Dislocations to accommodate mismatch between hcp-Co alloy grains sitting on adjacent slopes of grooves might induce the preferred crystalline orientation
机译:利用X射线衍射对多层磁性记录介质的纳米晶粒中的优选晶体取向进行了详细研究。在平坦基板上的介质中未观察到平面内取向,而通过离子束蚀刻制成的开槽基板具有两倍对称性的线宽调制,这表明晶面受凹槽斜率调制。位错以适应位于相邻沟槽坡口上的hcp-Co合金晶粒之间的不匹配,可能会导致首选的晶体取向

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