recording density

Research and Development of Perpendicular Magnetic Recording Media for Ultra-High Density

超高密度垂直磁记录介质研究与进展

The pulse crowding effect is analysed by circular mode of magnetization in high density longitudinal magnetic recording

用园形磁化模式分析纵向高密度磁记录中的脉冲密集效应

Studies of CoPt Thin Films for Ultra-high Density Perpendicular Magnetic Recording Media

超高密度垂直磁记录用CoPt薄膜的研究

With the development of the electron industry, the area of single recorded bit becomes smaller and smaller, and the areal recording density in magnetic recording is required to become higher and higher.

随着电子产业的不断发展，单个记录位的面积越来越小，对磁记录材料面密度的要求也越来越高，所以提高磁记录材料的记录性能已经成为研究焦点之一。

The Preparation of FePt/ Ag Tilted Media for High Areal Density Recording

FePt/Ag高密度倾斜磁记录介质材料的制备

Traditional optical disc recording technology has limited storage density and low information transfer rate due to laser diffraction spot size limitation ( micron order of magnitude). A new type of 3-D storage technology is proposed in thesis.

本文基于传统的光盘记录技术因受激光衍射光斑极限的限制（微米数量级），存储密度有限，且其信息传输速率较低，故提出一种新型的三维存储技术。

Stability Problem and Research Progress for the High-Density Magnetic Recording Media

高密度磁记录介质的稳定性问题及研究进展

Thermodynamic considerations on development of ultra-high density magnetic recording media

超高密度磁记录介质研究的热力学基础

Theoretical analysis of read back process of high track density perpendicular recording single-pole-head are presented here.

本文对高道密度垂直磁记录单极头的读出过程进行了理论分析.

The areal density of hard disk drive using traditional CoCr-based thin films media can not be elevated further because of the super-paramagnetism effect. In order to increase the areal density in magnetic recording system, the studies of new magnetic recording media materials are necessary.

由于超顺磁效应的限制，使用传统的CoCr基薄膜介质的硬磁盘系统记录潜力已经发挥到了极点，要想继续提高磁记录系统的记录面密度，必须探寻新的材料。