英语释义

1. the process of recording sound, data (as for a computer), or a television program by producing varying local magnetization of a moving tape or disc

片语

portable magnetic tape recording佩带式磁带记录法

magnetic pipe recording reproducer磁性记录重放机

magnetic tape recording currentmeter磁带记录式海流计

magnetic c recording tape录音磁带

magnetic pipe recording standard磁录声标準

magnetic c recording head录音磁头

magnetic c recording磁记录

magnetic pipe recording paper录音磁带纸

magnetic pipe recording tape磁性记录带

英汉例句

• 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。

• this little-known city in the pearl river delta makes 30% of the magnetic recording heads used in hard drives across the world and 16% of the world’s electronic keyboards.

  这个珠江三角洲畔籍籍无名的城市，制造了全世界30%用于硬盘驱动器的录音磁头，全球16%的电子键盘。

• nano-ferric oxide is a kind of important nonmetal inorganic material, which can be employed in the realms of pigments, catalysts, ceramics, magnetic recording materials, etc.

  纳米氧化铁是一种重要无机非金属材料，能广泛的应用于催化剂、颜料、陶瓷材料和磁记录材料等领域。

• firstly the magnetic recording and replaying principle is introduced.

  首先介绍视频信号的磁记录与重放原理。

• materials with giant magnetoresistance effect(gmr)have been extensively studied because of their potential applications in magnetic recording and sensors.

  由于巨磁阻效应材料在磁记录设备和传感器的潜在应用，具有该效应的材料得到了广泛地研究。

• the coercivity of cobalt ferrite thin film is one of the most important properties in applications for high density magnetic recording and magneto-optical recording.

  光磁混合记录是一种采用激光辅助加热磁写入，可以突破铁磁材料超顺磁极限的限制，提高硬盘记录密度的新型高密度磁记录方式。

• using magnetic recording tape recording or playback images principles of a machine.

  利用磁带的磁性记录原理录制或重放图像的一种机器。

• and with the magnetic recording density continuously increasing, more and more requirements about media structure and property have been proposed for magnetic recording thin films.

  而且随着磁存储密度的不断提高，对于磁记录薄膜介质的结构和性能提出了越来越高的要求。

• the fourth-generation deskstar 7k2000 uses the company's proprietary five-platter design with relaxed bit density and perpendicular magnetic recording technology.

  这款产品采用了5盘片设计，并使用垂直磁记录介质等技术。

• it is necessary to compensate for the demagnetizing field in remanence measurements of perpendicular magnetic recording films.

  对于垂直磁记录薄膜，进行剩余磁化强度的测量时，必须补偿退磁场。

• 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.

  提高磁记录介质的密度是人们多年所追求的目标，这要求磁性材料具有高矫顽力和相应的高饱和磁化强度。

• the stability and fast switching of magnetization are key problems to the magnetic recording media.

  磁化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。

• materials with giant magnetoresistance effect have been extensively studied because of their potential application in magnetic recording and sensors.

  由于巨磁电阻效应在磁记录设备和传感器的潜在应用，具有该效应的材料得到了广泛地研究。

• magnetic recording materials have been widely applied in computer and electron devices.

  磁记录材料广泛用于计算机和电子设备中。

• disclosed are a reel brake device and a magnetic recording and reproducing apparatus having the same.

  公开了一种磁带卷盘制动装置和具有该装置的磁记录和再现装置。

• we pointed out that perpendicular magnetic recording is one of the most appropriate method at ultrahigh recording density.

  指出垂直磁记录方式是超高密度记录的最适宜方式之一。

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

  随着各种新型磁头的应用，研究和开发新型的磁记录介质己经成为磁记录存储密度高速增长的重要保证。

• magnetoresistive element, magnetoresistive head, magnetic recording apparatus, and magnetic memory.

  磁阻元件，磁阻磁头，磁记录设备以及磁存储器。

• hard disc: a magnetic disc made of metal and covered with a magnetic recording surface. it has higher storage capacity which may range from 10 to hundreds of megabytes.

  硬碟：金属造的磁碟，上面盖上磁性记录层。它的贮存量可由10兆字节到数千兆字节。

• some suggestions about how to guarantee and improve the quality of digital magnetic recording are given at last.

  最后，对如何保证和提高数字磁记录的质量提出了一些意见。

• magnetic recording is the most popular mass recording technology whose recording density is much higher, and it develops faster and faster.

  磁性存储是最常用的大容量存储技术，其记录密度越来越高，发展也越来越快。