semiconductor storage
英 [ˌsemikənˈdʌktə(r) ˈstɔːrɪdʒ]
美 [ˈsemikəndʌktər ˈstɔːrɪdʒ]
网络 半导体存储器
双语例句
- Byte error correcting codes for semiconductor storage system
半导体存储系统中的字节式纠错码 - Nano-scale linewidth measurements are widely applied in semiconductor manufacturing, data storage industry and micro-mechanical engineering.
纳米尺度线宽的测量在半导体集成电路制造业、数据存储工业以及微机电系统等领域广泛应用。 - Nanometer array which is composed of metal, semiconductor, carbon nanotube, polyaniline and other materials, has shown great potential promising application values in many fields, such as storage or conversion of energy and sensor, and so on.
由金属、半导体、碳纳米管、聚苯胺等组成的纳米有序阵列体系，在能量存储或转换、传感等方面具有广阔的应用前景。 - The state of the art and key role of semiconductor optoelectronics are reviewed with regard to the future development of the transport, switching, processing, storage and read out, as well as gating and display of information in advanced optical information networks.
文章从光信息的传输、交换与处理、存储与读出、获取与显示等重要技术领域的发展，介绍了半导体信息光电子学的现状以及在未来信息网络发展中的关键地位。 - The current status and future prospects of research and development for functional information materials and its related devices are introduced in this paper, in which stress mainly on semiconductor materials, but information storage materials, organic opto-electronic materials and artificial crystal materials etc are also briefly discussed.
介绍了国内外信息功能材料目前的研发水平、器件应用概况和发展趋势，主要介绍了半导体材料，也涉及到信息存储材料、有机光电子材料和人工晶体材料等。 - This kind of nano-aperture semiconductor lasers can be used for the high density optical data storage, near field super resolution imaging and nano-photolithography.
纳米孔径激光器可用于超高密度近场光存储、近场光学超衍射分辨成像、纳米光刻等。 - Moreover, semiconductor lasers are also used as near-field optical virtual probes in near-field high-density optical data storage, nano-lithography, near-field optical imaging and spectral detection etc.
而且，半导体激光器可以作为近场虚拟光探针，应用于近场光学高密度存储、纳米光刻、近场光学成像以及光谱探测等领域。 - Based on Semiconductor Opening Switch ( SOS) effect, the SOS can switch off current of great density within nanoseconds, which is applied to pulse power generator of inductive energy storage.
基于SOS效应工作的半导体断路开关可以在纳秒级时间内关断大密度电流，因此可应用于电感储能的脉冲功率发生器。 - This paper describes the use of a semiconductor temperature sensor and a high frequency impedance method to measure the temperature and moisture of grain storage respectively.
本文利用半导体温敏器件实现储粮温度检测，依据高频阻抗原理实现粮食水分快速检测，研制了融温度、水分快速检测于一体的自动测试系统。 - With the development of the technology of semiconductor and digital storage, the digital storage of video and audio became reality.
随着半导体技术以及数字存储技术的发展，视频和音频的数字化、存储成为现实。 - The main attention has been paid on amorphous rare earth-transition metal alloy films for magneto-optical storage and amorphous semiconductor films for phase change optical storage.
我们主要注意磁光型存储的非晶态稀土－过渡金属合金薄膜和相变型光存储的非晶态半导体薄膜两个方面。 - With the development of Flash memory technology, semiconductor storage technology advance very quickly.
随着Flash存储技术不断发展，半导体存储水平发展非常迅速。 - SD card ( Secure Digital Memory Card) which is a new memory equipment based on semiconductor storage memory is widely applied in portable device.
而SD卡（SecureDigitalMemoryCard）中文翻译为安全数码卡，是一种基于半导体快闪记忆器的新一代记忆设备，它被广泛地应用于便携式装置上。 - Meanwhile, solid solution materials are of specific application in various fields that involve thermoelectricity, semiconductor, storage, glass – ceramics, luminescent and superconductive materials.
同时，固溶体材料在众多领域，如电热、半导体、超导等也有着广泛的应用。 - It is a kind of storage device using semiconductor device as storage medium. Without the mechanical structure of traditional hard disk, it becomes much faster.
它是一种以半导体芯片作为存储介质的存储器。由于不包含机械部件，它的存取速度较传统机械硬盘有了很大的提高。 - As the latest developments in the field of high-speed and large-capacity storage, Flash Array storage system is developed with the semiconductor storage devices used broadly in Solid State Disk system design.
Flash阵列存储技术作为高速大容量存储领域的最新发展方向，是随着半导体存储器件在固态存储系统设计的成熟应用中发展起来的。 - To overcome the limitations of conventional semiconductor devices, which are based on charge storage, various new nonvolatile-memory ( NVM) devices such as phase-change, polymer, magnetic, and resistance random access memories ( ReRAM) have been investigated.
为了克服基于电荷存储的传统半导体存储器件的限制，各种新型的非易失性存储器件应运而生，其中包括相变存储器、聚合体存储器、磁存储器和电阻存储器。 - The related parameters of the system, including semiconductor switches, energy storage capacitors and series resonant charging circuit, were calculated in detail.
本文还对电源的主放电开关管、储能电容、串联谐振充电回路等相关参数进行了详细计算。 - The development of disk is very slowly which became a bottleneck in the current computer system due to its literacy rate of read and write, the rapid development of semiconductor memory makes its application in the storage industry will become increasingly widespread and may even replace the disk.
目前的磁盘由于读写速度发展缓慢已经遭遇瓶颈，半导体存储器的飞速发展使得其在存储界的应用日益广泛，可能有取代磁盘的趋势。