查询词典 recording density

One is to improve the recording density, and the other is to improve the data transfer rate.

在光盘存储技术中，光存储介质的发展是关键和核心。

With the rapid development of the recording density, it is required that the magnetic head materials should have much higher saturation magnetic flux density.

硬磁盘记录密度的迅速发展，要求薄膜磁头材料具有更高的饱和磁感应强度，进而使铁基薄膜逐渐成为研究的热点。

Because the magneto-optical recording density isin inverse proportion to the square of wavelength,and the GaN-based diode ina blue light range is at the stage of practical usage,it is very important to studythe magneto-optical materials in a blue light range.

由于磁光记录密度反比于光波长的平方，而且目前以GaN为基的蓝光二极管已经实用化，从而研究蓝光波段的磁光材料十分重要，这点是本论文的主要出发点。

But also improve the perpendicular magnetic recording density.

也提高了垂直磁记录的密度。

A card on which binary coded data are recorded with recording density larger than a punched card.

一种二进制编码数据卡片，其记录密度大于穿孔卡片。

With the rapid progress of recording density, more advanced servo-writing equipments and more clean room time are needed.

随着硬盘驱动器记录密度的提高，需要升级伺服刻写装置并花费更多的净房使用时间。

This kind of fine actuator used on dual-stage servo system is effectively adaptive to the increasing recording density.

这种用在两阶段伺服系统(dual-stage servo system)的微调致动器，可以有效的对应到日渐增加的硬碟储存密度。

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。

With the rapid development of computer industry, information and multimedia technology, high capacity and data rate for computer peripheral recording equipment are required.Increasing the recording density is the unique way to achieve such requirements.

随着计算机工业、信息、多媒体技术的高速发展，对计算机外存储设备提出了大容量、高数据传输速率及小型化的要求，而实现该要求的唯一途径是提高记录密度。

In order to find a kind of PR signal which has good recording performance and is easy to realize under high recording density, the frequency characteristics and the optical recording channel output SNR are compared with the method of simulation and mathematical analysis.

提出了一类适合光记录的部分响应信号，通过仿真和数学分析的方法，分别对这类信号的频率特性和记录信噪比进行了比较，目的在于寻找在高记录密度下既有好的记录特性又便于实现的部分响应通道。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。