1.
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
2.
high-density digital recorder
高密度数字磁记录机
3.
high density digital tape recorder
高密度数字式磁带记录器
4.
To Erase Proximity Magnetic Track Crosstalks Of High Density Video Magnetic Record;
高密度视频磁记录邻近磁迹串扰的消除
5.
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
6.
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。
7.
Study on the Dipolar Interaction and Heat Assisted Magnetization in Patterned Recording Media;
超高密度图案化磁记录介质中偶极作用与热辅助磁化研究
8.
variable length record disk sort
可变长度记录磁盘分类
9.
variable length record disk set
可变长度记录磁盘装置
10.
Development and Principle of New Super-high Density Heat-Assisted Recording Methods
热辅助记录——新型超高密度记录方式的原理与研究进展
11.
A card on which binary coded data are recorded with recording density larger than a punched card. The recorded data can be readout by optical or magnetic readers.
一种二进制编码数据卡片,其记录密度大于穿孔卡片。所记录的数据可由光学或磁学读卡机读出。
12.
Near field recording optical disc is a new optical disc recording technique. It has two characteristics: 1) extreme high recording density;
近场记录光盘是一种新的光盘记录技术，它有二个特点：1）极高的记录密度；
13.
A feature that allows the reading or writing of nine-track magnetic tape at 800 bytes per inch as well as 1600 bytes per inch.
一种硬件特性，使磁带机能以每英寸800字节或1600字节的记录密度来读或写九磁道的磁带。
14.
A device for detecting and recording variations in the intensity and direction of magnetic fields.
磁场记录仪用来探测和记录磁场强度的方向和强度的装置
15.
DS/HD [Double-Sided and High Density]
双面高密度[指磁片
16.
automatic temperature recording metre for the blast furnace
高炉温度自动记录器
17.
Subjects were recorded during the first sleep episode of the night with a 256-electrode high-density EEG.
采用256导高密度电极记录被试夜间1期睡眠的脑电图。
18.
Vacuum sputter deposition techniques were developed to achieve high Hc , with high Ms materials epitaxially grown on Cr underlayers.
使用真空溅射方法在Cr底层上沉积高矫顽力、高饱和磁化强度的磁记录介质。