1.
Research on Cache Replacement and Disk Scheduling Algorithms in Network Storage;
网络存储Cache替换与磁盘调度算法研究
2.
Optimization algorithm of disk scheduling based on average seek time
一种基于平均寻道时间的磁盘调度优化算法
3.
Research in Scheduling Arithmetic of Intelligent Network Disk Storage System;
智能网络磁盘（IND）存储系统调度算法研究
4.
open disk file system call
开磁盘文件系统调用
5.
variable length record disk sort
可变长度记录磁盘分类
6.
variable length record disk set
可变长度记录磁盘装置
7.
Recording of {0} began as scheduled on {1} and stopped on {2} due to a lack of available disk space.
{0} 的录制按调度从 {1} 开始，但由于缺少可用的磁盘空间在 {2} 停止。
8.
Queue-based Dynamic Schedule Algorithm for Multi-user Request in Network-attached Disk Array
网络磁盘阵列中基于任务排队的多用户请求动态调度策略
9.
magneto-optical disk
磁光盘,[港]磁光盘
10.
A design method of disc gradient coils for permanent MRI systems
永磁磁共振系统盘式梯度线圈的设计
11.
Adjust the amount of disk space allocated to the capture file
调整分配给捕获文件的磁盘空间大小
12.
We will also be scaling back any near future upgrades to the site to focus on the backend of the site with the disk space and bandwidth.
我们将会调整和升级我们的网点，致力解决我们的磁盘空间和宽度容量。
13.
The disk information partition length field for this disk media record has an invalid format.
这个磁盘媒体记录的磁盘信息分区长度字段的格式无效。
14.
If detecting the heat of some disk high,finding the heat pot on the disk.
检测哪些磁盘的热度比较高,找出这个磁盘上的热点。
15.
The storage density of a disk medium;storing four times the amount of information per disk as single density.
磁盘介质的存储密度，在这种密度下磁盘的信息存储量是单密度盘的四倍。
16.
From a user’s point of view, there is no reason for disks to exist.
从用户的角度看，磁盘没有存在的理由。
17.
LARGE-SCALE BENDING WAVES AND WAVY MAGNETODISC STRUCTURE OF THE JOVIAN MAGNETOSPHERE
大尺度弯曲波和木星磁盘的波状结构
18.
A liquid lubricated head disk system is introduced to imoprove recording density. Subjected to high shear rate the rheology of the ultra-thin film confined in the head and disk interface is different form that of the bulk continuum theory.
讨论多聚酯流体润滑的IBM3370磁头／磁盘系统，以期提高磁记录密度。