magnetic recording media是什么意思_magnetic recording media的中文翻译

磁记录介质

recording───adj.记录的；记录用的；n.录音；唱片；v.录音；记录；录像（record的ing形式）

magnetic───adj.地磁的；有磁性的；有吸引力的

media───n.媒体；媒质（medium的复数）；血管中层；浊塞音；中脉

magnetic train───磁力列车

magnetic field───n.磁场；[电磁]磁场

recording studio───录音室；录音棚

electro-magnetic───电磁的

magnetic needle───n.磁针；[电磁]磁针

electro magnetic───电磁

The stability and fast switching of magnetization are key problems to the magnetic recording media.───强度取向的稳定性及翻转快慢将直接影响到磁存储器的性能。

Examples from advanced structural alloys and low-dimensional alloys for magnetic recording media and integrated circuits.───举凡进一步合金结构和磁性纪录煤介的低度空间合金和整合电路的范例。

Patterned substrate, method of manufacturing the same, magnetic recording media, and magnetic recording apparatus.───被构图基底，制造基底的方法，磁记录介质及磁记录装置。

Researchers discovered that nanoscale magnetic metallic wire arrays possess great potential as magnetic recording media.───许多研究者发现阵列式磁性奈米金属线在磁记录元件中有其应用之相当潜能。

These research results are important for fabricating and developing high-density perpendicular magnetic recording media.───这些研究成果对于制备和发展新型高密度垂直磁记录介质具有重要意义。

The evaluation and traditional testing methods of magnetic recording media's resistance to abrasion are discussed.───本文介绍了磁记录介质耐磨性的评价方法和传统的耐磨性测试方法。

In recent years the magnetic thin film which was made as the high-density magnetic recording media, has attracted much attention.───磁性薄膜作为高密度的磁记录介质，近年来一直受到人们的广泛关注。

examples from advanced structural alloys and low - dimensional alloys for magnetic recording media and integrated circuits───举凡进一步合金结构和磁性纪录煤介的低度空间合金和整合电路的范例。

Study of Dispersion Effect on Magnetic Powder of PU Binder for Magnetic Recording Media───聚氨酯磁带胶对磁粉分散性的研究

In recent years the magnetic thin film which was made as the high-density magnetic recording media, has attracted much attention.

Developing new type of magnetic recording media is most important for the recording density of magnetic recording to keep its speed of increasing.

Scientists have been devoting to enhance the density of magnetic recording media for years. Magnetic materials are expected to be with high coercivity and high saturation magnetization.

Advancements in perpendicular magnetic recording media were reviewed.

It is inevitable for magnetic recording media to develop more sensitive magnetoresistance devices and high magnetic anisotropy materials in the pursuit of higher recording density.

The patterned magnetic recording media also includes an exchange bridge structure formed from magnetic material that connects the islands of the perpendicular magnetic recording layer.