首页> 外文期刊>Journal of the Magnetics Society of Japan >Ba-ferrite磁性体を用いたリニアテープシステム用塗布型媒体
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Ba-ferrite磁性体を用いたリニアテープシステム用塗布型媒体

机译:使用钡铁氧体磁性材料的线性带系统的涂布型介质

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??Two types of Ba-ferrite particulate media used in technical demonstrations that achieved 6.7 Gbit/in~(2) in 2007 and 29.5 Gbit/in~(2) in 2010 were compared by focusing on differences in their magnetic particle properties and tape characteristics. The results revealed that the difference in SNR between these two media could be explained by the difference in the particle volume and the orientation of the easy axis. The difference in the surface profile of these two media affected their frictional and stictional behavior without affecting their read/write characteristics in the short wavelength region. The long-term chemical stability of Ba-ferrite particulate media was also investigated using a Battelle Class II environment. The results indicated that Ba-ferrite particulate media have superior resistance to chemical corrosion compared to conventional metal particulate media.
机译:通过关注磁性粒子特性和磁带的差异,比较了技术演示中使用的两种类型的钡铁氧体颗粒介质,分别在2007年达到6.7 Gbit / in〜(2)和2010年达到29.5 Gbit / in〜(2)。特征。结果表明,这两种介质之间的SNR差异可以用粒子体积和易轴方向的差异来解释。这两种介质的表面轮廓的差异会影响它们的摩擦和粘滞行为,而不会影响它们在短波长区域内的读写特性。钡铁氧体颗粒介质的长期化学稳定性也使用Battelle II类环境进行了研究。结果表明,与传统的金属颗粒介质相比,钡铁氧体颗粒介质具有更好的耐化学腐蚀性能。

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