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首页> 外文期刊>IEEE Transactions on Magnetics >Micromagnetic Simulations of Perpendicular Single-Pole-Type Head for Various Pole-Tip Structures
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Micromagnetic Simulations of Perpendicular Single-Pole-Type Head for Various Pole-Tip Structures

机译:各种杆尖结构的垂直单极头的磁模拟

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摘要

This paper describes the micromagnetic simulation of a single-pole-type head for a perpendicular magnetic recording. A Landau– Lifshitz– Gilbert calculation that treats the whole magnetic material micromagnetically is performed. The recording fields are investigated for various pole-tip structures. It is found that an optimum nonzero throat height exists that maximizes recording field strength. The addition of a trailing shield is found to be effective in regards to obtaining a larger recording field gradient.
机译:本文介绍了用于垂直磁记录的单极型磁头的微磁模拟。执行Landau–Lifshitz–Gilbert计算,以微磁性方式处理整个磁性材料。研究了各种极尖结构的记录场。发现存在最佳的非零喉高,其使记录场强度最大化。发现增加一个后屏蔽对于获得更大的记录场梯度是有效的。

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