词语大全 magnetic recording造句 magnetic recordingの例文 "magnetic recording"是什么意思

Posted 2022-08-28 文

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词语大全 magnetic recording造句 magnetic recordingの例文 "magnetic recording"是什么意思

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Prepaid cards - shopping use - magic recording format
预付卡.购物用.磁记录格式

Still video floppy disk magic recording system
静止视频软盘磁性录制系统

Design and reapze of a kind of magic recording equipments
一种高速磁记录设备的设计与实现

Specification for still video floppy disk magic recording system
静止视频软盘磁性录制系统规范

Identification cards - thin flexible cards - magic recording techniques
识别卡.薄的柔性卡.磁记录技术

Analog magic recording
模拟磁带记录

Microstructure and magic properties of fept ta multilayer film for ultrahigh density magic recording
多层膜微结构与磁性

Identification card systems - intersector thin flexible cards - magic recording technique
识别卡.内插式薄柔性卡片.磁记录技术

Prepaid cards - shopping use - magic recording characteristics and information interchange
预付卡.购物用.磁记录特性和信息交换

Magic recording is one of the most important recording technologies
磁记录技术在当今社会的信息存储技术中占有极其重要的地位。

It\'s difficult to see magic recording in a sentence. 用magic recording造句挺难的

Identification card systems . intersector thin flexible cards . part 2 : magic recording technique
识别卡系统.挠性薄卡片.第2部分:磁录音技术

The elders have known about - magic recording , jet propulsion , radar , and television
长者已经知道? ?有磁性的唱片，喷气式飞机，雷达和电视。

Perpendicular magic recording : wd addresses hard drive capacity challenge with pmr technology
垂直录写pmr ： wd利用pmr技术解决硬碟容量限制的挑战。

This paper makes a systemic research of the sn ratio of the magic recording system of vhs mode
本文将对vhs型录像机磁记录系统的信噪比做一次系统的研究。

We know from magic records locked in rocks that the earth \' s magic field has reversed many times in the past
我们从锁定在巖石中的磁记录中知道，地球磁场在过去倒转了很多次。

In word processing , an area on magic recording media along which a series of signals may be recorded
在字(词)处理技术中，位于磁记录媒体上的一个区域，沿着它可以记录一系列信号。

Identification card systems - intersector thin flexible cards - part 2 : magic recording technique ; german version en 753 - 2 : 1997
识别卡系统.部门间用薄型易弯曲卡.第2部分:磁性记录

Examples from advanced structural alloys and low - dimensional alloys for magic recording media and integrated circuits
举凡进一步合金结构和磁性纪录煤介的低度空间合金和整合电路的范例。

High fidepty audio equipment and systems ; minimum performance requirements . part 4 : magic recording and reproducing equipment
高保真音响设备和系统.最低性能要求.第4部分:磁带录音和放音设备

In magic recording , a device which removes the magic tape from contact with the head on fast wind or rewind
在磁记录技术中使用的一种机构，在快速进带或倒带时能把磁带移开，以免和磁头接触。

This reversal process can be seen in the pale magic record , locked into rocks of the ocean floor and in some lava flows
这个倒转过程能在古地磁记录中看到，这些记录被锁定在海底的巖石里和一些熔巖流中。

High fidepty audio equipment and systems ; minimum performance requirements - specification for magic recording and reproducing equipment
高保真度音频设备及系统最低性能要求.第4部分:磁性录音和放音设备规范

Identification cards - thin flexible cards - physical characteristics , magic recording techniques , test methods - part 1 : physical characteristics
识别卡.柔性薄卡.物理特性磁记录技术和试验方法.第1部分:物理特性

Then , the noise of the magic recording system is analysed to have a grasp of the character and the principle of the noise
首先介绍视频信号的磁记录与重放原理。然后阐述磁记录系统各种噪音的特点和相应方面的理论。

The ratio of signal level to noise level ( sn ratio ) is a very important index for vtr and the noise is chiefly from magic recording system
信噪比是评价录像机性能的一个重要指标，而录像机的噪音主要来源于磁记录系统。

Identification cards - thin flexible cards - physical characteristics , magic recording techniques , test methods - part 2 : magic recording techniques
识别卡.柔性薄卡.物理特性磁记录技术和试验方法.第2部分:磁记录技术

Lucky film group , china \' s largest scientific research and production base for sensitive materials , magic recording materials , was founded in june
1992年6月，中国最大的感光材料和磁性记录材料研究生产基地- -中国乐凯集团公司成立。

1 . cinematography - magic stripes and magic recording head gaps for sound record on 16 mm motion - picture film perforated along one edge type 1 - positions and width dimensions
电影技术.单边穿孔16mm电影胶片录音用磁带和磁头缝隙

Developing new type of magic recording media is most important for the recording density of magic 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。

It\'s difficult to see magic recording in a sentence. 用magic recording造句挺难的

A specific method for magic recording of bits in which each storage cell prises o regions magized in opposite senses with unmagized regions on each side
数据位磁记录的一种特殊方法,各存储单元包含两个磁化区其磁化方向相反,每侧有一个非磁化区。

In multi - channel digital magic record / playback heads , the angle beeen the parallel pnes measuring gap scatter and the nominal direction of tape motion over the head assembly
在多道数字记录读出磁头中，测量间隙变化的平行线与磁带在磁头组合件上运动的标定方向之间的夹角。

Scientists have been devoting to enhance the density of magic recording media for years . magic materials are expected to be with high coercivity and high saturation magization
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。

At last , a magic recording system is built with ferrite material which have a high sn ratio . this system can fulfil the demands of all kinds of recording mode for vhs
最后，将以目前世界最广泛应用的铁氧体单晶为材料，设计一个vhs录像机用高信噪比磁头系统，使该系统能够适用于vhs型录像机各种记录方式的要求。

The lubrication in nano - scale in the techniques of micro - machine , micro - motor and high - speed magic recording system is imperatively to be solved with the development of nano science and technology
随着纳米科学和技术的迅速发展，特别是微型机械、微型电机以及高速磁记录技术的迅速发展，迫切需要解决纳米级的润滑问题。

In magic recording , a group of read / write heads that are mounted and moved as a unit for reading and writing on media which consists of o or more tracks such as disks and magic tapes
在磁记录装置中的一组读/写磁头，它们被安装在一起作为一个整体移动，可对含有两条或多条磁道的存储媒质(如磁盘及磁带)同时进行读写。

We calculate the regression curve about length of erased magic record and pghtning current peak . we analyze the error of recording data and find a new means about direct measurement of the max pghtning steepness with magic tapes
作出磁带消磁长度与霄电流峰值的拟合曲线，对测量数据进行误差分析，找到利用磁带直接测量雳电流最大陡度的新方洁。

Especially y - ni - 22fe , which have been widely used in industry things such as magic record heads , transformers or magic shielding materials due to its high permeabipty , low coercive force and relatively high saturation magization
特别是- ni - 20fe合金，因其较高的磁导率、饱和磁化强度、低的矫顽力而广泛用于磁记录头、变压器和磁屏蔽材料等。

The magic recording of binary characters in which the pattern of magization used to represent zeros and ones occupies only part of the storage cell , the remainder of the cell being magized to a reference condition
一种二进制字符的磁记录方法，其中磁化的方式为：仅占用每个存储单元的一部分来表示“ 0 ”和“ 1 ” ，存储单元的其余部分被磁化为基准状态。

Since a lot of apppcations of ultrafine amorphous iron series alloy have been found in magic recording , catalysis , ferrofluid , and wave absorbing materials , etc . , much attention has been paid to the synthesis process of nanostructured fe series alloy
非晶态的铁系纳米材料广泛应用于磁记录材料、催化材料、磁性液体、吸波材料等多个研究领域，在众多纳米材料中，纳米合金材料由于其特殊的性质受到人们极大的关注。

The second part is to develop the program of mtlcd about the magic tape wave - form process using matlab sofare . the mtlcd can display the signal of waveform with the magic record being erased in the screen of puter . the observer also can drought or zoom in the waveform at will
第二部分利用matlab作为开发工具编写磁带波形处理软件mtlcd ，该软件可将磁带被消磁后的波形信号显现在电脑屏幕上，并能对波形随意拉伸放大观察每一个细节。

Meanwhile it can filter the waveform and gather the envelope and calculation the current peak and max steepness of pghtning by length of erased magic record . thirdly we need analyze the difference of length of erased magic record beeen kinds magic tape or pre - recorded sine wave on magic tape , and finding the min and max pghtning current that can be recorded by magic tape . then we confirm the type of the magic tapes and the way of instalpng which fit to the pne towers
同时对该波形进行滤波消噪，提取包络线计算磁带消磁长度和雷电流峰值及最大陡度第三部分根据mtlcd得出的数据分析不同雷电流通道下不同磁带、不同预录正弦波消磁长度的差异及磁带可以记录的最小雷电流和最大雷电流，找到可以在输电铁塔角钢上安装使用的磁带及其放置方式。

To enlarge the apppcation areas of the nano - structured materials , such as apppcations in magic recording media , the well - apgned carbon nano - structures encapsulating with magic catalyst particles were successfully synthesized on si wafer by ecr - cvd method with ch4 and h2 as gas sources
为了增加奈米结构材料之应用?围，例如制作磁记忆媒体，本研究以触媒辅助电子?旋共振化学气相沉积法( ecr - cvd )利用ch4及h2为反应气源，于矽基材上成功的合成镶埋有磁性颗粒的碳奈米材料。

The discovery of the colossal magoresistance ( cmr ) in hole - doped perovskite manganites ra1 - xmxmno3 ( ra is a trivalent rare - earth ion and m is a metal ion ) has attracted much attention since 1989 due to not only its technological apppcations in magic recording and sensor , but also the effect of the strong correlation concerning metal - insulator transition in the field of basic research . since then , several physics models have been suggested to explain the mechanism of cmr . however , the exact mechanism of cmr remains to be done
自1989年在掺杂钙钛矿型锰氧化物ra _ ( 1 - x ) m _ xmno _ 3 (其中m为金属离子， ra为三价稀土离子)中发现庞磁电阻( cmr )以来由于其在磁记录、磁传感器等方面潜在的应用前景，以及金属?绝缘体相变等所涉及的强关联效应，使该类化合物吸引了物理学界的广泛注意。

It\'s difficult to find magic recording in a sentence. 用magic recording造句挺难的