这样一来，我们避免了将任何其他数据写入驱动器，并减少了任何随机磁头的移动。

That way, we avoided having any other data written to the drive, and reduced any random head movement.

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在写入过程中采用了模拟的三维薄膜磁头，在读出过程中用的是巨磁阻(GMR)磁头。

A simulated three dimensional thin film head field was utilized in the write process and a giant-magnetoresistive (GMR) head was used in the read process.

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因此，记录密度的继续提高，很大程度上受限于磁头的写入能力。

Therefore, further increase of magnetic recording density is largely confined by the writing ability of the magnetic head.

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因此，记录密度的继续提高，很大程度上受限于磁头的写入能力。

Therefore, further increase of magnetic recording density is largely confined by the writing ability of the magnetic head.

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