optical information storage
英 [ˈɒptɪkl ˌɪnfəˈmeɪʃn ˈstɔːrɪdʒ]
美 [ˈɑːptɪkl ˌɪnfərˈmeɪʃn ˈstɔːrɪdʒ]
网络 光信息存储
双语例句
- The widely-used optical storage dyes of DVDR were classified, and the research and application of organic metal chelate dyes in the digital information storage technology were reviewed.
文章分类介绍了金属有机光存储染料在DVDR方面的应用现状，对金属有机配合物染料在光盘存储技术中的发展前景做了展望。 - Photochromic liquid crystalline polymers have been the subject of intensive research in recent years due to their great potential application in reversible optical information storage.
光致变色液晶高分子以其独特的优点在信息存储领域显示了光明的应用前景，成为目前国际上研究的热点。 - The photochromism and the application of photochromic material in military field as optical information storage materials and camouflage material etc.
介绍了光致变色现象，综述了光致变色材料在军事领域作为光信息存储材料、军用伪装材料等方面的潜在应用价值。 - This paper analyses the importance and development trend of optical storage in the information technical development in new century. It introduces photo mode optical storage, multilayered waveguides storage and holographic storage memory system.
分析了光存储在新世纪信息技术发展中的重要性以及发展趋势，对光子存储、波导多层存储、全息存储的光学存储系统进行了简要的介绍。 - The thrid-order nonlinear optical property, photo-induced isomerization process and optical information storage in poly [ 3 '-methyl-4'-bis ( n, n-oxyethylene) amino-4-nitro azobenzene sebacoyl] film by degenerate four-wave mixing
用简并四波混频对聚[3'-甲基-4'-二（N，N-氧亚乙基）胺基-4-硝基偶氮苯癸二酰]薄膜三阶非线性光学性质、光信息储存及光致异构过程的研究 - Optical Information Storage in Glass by Using Femtosecond Laser
使用飞秒激光在玻璃中实现光信息存储 - Photonics and the Progress of Optical Information Storage
光子学及光信息存储研究进展 - Investigation on the Properties of the Optical Information Storage and Stability of the Dichromatic F_2 Center in Pure and Doped NaF Crystals
NaF及其掺杂晶体中F2心的光存储特性和稳定性研究 - Associated with the phase transition are the considerable changes in its optical, electrical and magnetic characteristics, which makes VO 2 films an attractive material for various applications including optical and/ or electrical switches, optical information storage, laser protection and solar energy control of windows.
由于相变前后电、磁、光性能有较大的变化，这使得它成为一种有前景的电/光转换、光存储、激光保护和智能窗材料。 - Prospective applications of the nanocrystals may be found in many fields, such as high-speed optical calculation, optical switch, optical display and optical information storage.
它们在超高速的光运算、光开关、光信息存储以及发光显示领域具有广阔的应用前景。 - The optical property and excellent character of low-temperature thermal decomposition of the copper nitride thin film make it has potential applications in the information storage.
氮化铜薄膜的光学性能及其突出的低温热分解特性，使得它在信息存储方面有广阔的应用前景。 - The coupling object lens of optical fiber head can auto-focus the optical spot in near field, so that enormous information can be written and read simultaneously, and the tracking time of three-dimension information storage can be reduced greatly.
该方法利用光纤光学头的耦合物镜实现对光斑的自动近场聚焦，可实现海量信息的并行读写，并能极大地减少三维存储的寻道时间。 - Traditional optical disc recording technology has limited storage density and low information transfer rate due to laser diffraction spot size limitation ( micron order of magnitude). A new type of 3-D storage technology is proposed in thesis.
本文基于传统的光盘记录技术因受激光衍射光斑极限的限制（微米数量级），存储密度有限，且其信息传输速率较低，故提出一种新型的三维存储技术。 - There is a boundless application prospect for GaN blue LEDs and lasers in full colour dynamic display, solid state light sources, traffic lights, optical information storage and deep sea communication.
蓝色发光二极管和激光器在全色动态显示、固体照明光源、交通信号灯、汽车尾灯、光盘信息贮存以及深海通信等领域都有广阔应用前景。 - The technology of optical data storage is playing a more and more important role in our information society. It is necessary to imploit higher-density optical memory system with the development of data storage technologies.
目前光存储技术在信息社会中发挥出越来越重要的作用，随着信息技术的发展，急需开发出具有更高存储密度的存储系统。 - Optical information processing ( OIP) combines the characteristics of having large-capability, high-speed, parallelism and simple configuration, so it has many important applications in two-dimension image information storage, image enhancement, feature recognition, and estimation on image quality.
光学信息处理由于具有容量大、速度快、并行性及装置简单等优点，在二维图像信息存储、图像增强、特征识别、现代像质评价等许多方面有着重要的应用。 - Optical information channel of holographic storage system.
全息光存储系统光信道模型。 - The present work offers an evidence both in theory and experiment for organic material applying in frequency domain optical information storage and optical limiting.
所获结果为此种有机材料在光谱域信息存储和光学限制等方面的应用提供了理论和实验依据。 - The Synthesis of Poly [ 3 '-methyl-4'-bis ( N, N-oxyethylene) imino-4-nitroazobenzene sebacoyl] and Optical Information Storage on Its Thin Film Synthesis and Antibacterial Activity of Phthaloyl and Sebacoyl Hydroxamic Acids
PAZOS的合成及其薄膜的光信息存储研究苯二酰异羟肟酸及癸二酰异羟肟酸的合成和抑菌活性 - The optical setup, detailed operation procedure and the key points of Fourier transform holographic information storage experiment with minitype holographic devices are presented.
阐述了用小型全息设备做傅里叶变换全息图存储资料实验所采用的光路、详细的操作步骤和实验中的关键问题。 - Materials with two-photon absorption properties have potential application value in two-photon fluorescence microscopy and imaging, optical micro-machining, there-dimensional optical information storage.
具有双光子吸收性能的材料在双光子荧光显微和成像、光学微加工、三维光信息存储等方面具有潜在的应用价值。 - In the photoisomerization process of photochromic compounds, both photochemical and photophysical properties will be changed. Photochromic compounds are considered as the most promising materials applied to the fields of molecular switches and optical information storage due to their excellent photochemical and photophysical properties.
而光致变色化合物在光致异构化过程中，相应的光化学和光物理性能均会发生变化，可应用于分子开关和光信息存储等诸多领域。 - With development of technology, Photochromic is more and more important not only in the optical switch, optical information storage, and Photosensitive material, but also in the Military camouflage and Building Materials.
近些年随着科学技术的迅猛发展，光致变色化合物在光控开关元件、信息存储、光敏性材料等领域愈显重要，在军事伪装、建筑材料方面也有着潜在的巨大经济价值。 - In this paper, the principles of traditional optical storage technologies and the emerging optical storage technology are summarized, their advantages and disadvantages are compared, the general law of development are analyzed and the future development trend of information storage are discussed.
本研究对传统的存储技术和新兴的光存储技术原理进行了述评，对它们的优缺点进行了比较，并从总体发展规律上对其进行分析，在此基础上展望了未来信息存储的发展趋势。 - In optical signal processing, information storage, fluorescent display, chemical energy storage and many other technologies, they have potential applications.
它们在光信号处理、信息储存、荧光显示和化学能储存等许多技术方面具有潜在的应用价值。 - This chapter summarizes the development of photochromic process of photochromism as the working principle of information storage, organic photochromic compounds for optical information storage medium has the advantages of photochromic compounds in applications.
本章综述了光致变色的发展历程、光致变色作为信息存储的工作原理、有机光致变色化合物用于光信息存储介质所具有的优点、光致变色化合物的应用前景。 - Among these outputs, luminescence is considered as one of the most promising application for optical information storage and molecular switches owing to its easy operation, fast response and preparation devices with low-cost.
其中，冷光易于操作、响应快、器件制备成本低廉，具有非常广泛的研究和应用，最有希望用于光信息存储和分子开关等方面。 - The generation of the multi-partite entanglement states is a premised condition for implementing quantum computation and quantum information networks, and the frequency conversion of the optical entangled states is one of the key technologies to perform quantum information storage and exchange.
制备多组分纠缠态是发展量子计算与量子信息网络的前提，而执行纠缠光的频率变换，又是完成量子信息存储与信息交换的技术手段之一。 - Optical images are very important for people to obtain information, but in the process of obtaining, transmission and storage, a great deal of noise is involved in and the quality goes bad.
图像是人们获取信息的重要来源，但在图像的获取、传输和存储过程中经常会引入各种各样的噪声，使图像质量变差。 - Photochromic materials are widely used in optical information storage, optical switching devices and optical switches and other frontier areas.
光致变色材料广泛应用于光信息存储、光转换器件和光开关等前沿领域。