Optical storage is an important research field of BR.
其中光信息存储是菌紫质的一个重要应用领域。
DVD is an optical storage medium with large capacity.
DVD是一种高容量的存储媒质。
The invention relates to the optical storage of information.
本发明涉及信息的光学存储。
Azo liquid crystal polymer (LCP) is a novel optical storage medium.
偶氮液晶聚合物(L CP)是一种新型的光存储材料。
The multilayered waveguide memory is a promising subject in the optical storage field.
波导多层光存储技术是光存储领域的前沿课题。
In this paper the physical basis of amorphous thin films for optical storage has been presented.
本文所要介绍的是有关非晶态光存储薄膜的物理基础。
In the paper a optical storage method based on the principle of grating diffraction is presented.
文章提出了一种基于光栅衍射原理的光存储方法。
Based on the characteristic, polarized multivariate and multistage optical storage can be realized.
基于这一特性，可进行偏振多元、多阶存储。
The optical storage process consists of information coding, grating unit matrix building and decoding.
这种光存储包含信息编码、光栅元阵列形成及解码过程。
An optical storage medium (20) comprises a first data layer (21), for example a Blu-ray (BD) data layer.
一种光学存储介质(20)包括第一数据层(21)，例如BD数据层。
In addition, the optical storage medium (20) comprises a second data layer (23), for example a DVD data layer.
此外，光学存储介质(20)包括第二数据层(23)，例如DVD数据层。
In near-field optical storage, dynamic flying height measuring technique is a key of the theory and its application.
近场光存储方案中，头盘间距动态测控技术是将近场光存储理论和技术实用化的一项关键技术。
A method and an apparatus for scanning data stored along a track (16) on an optical storage medium (10) are provided.
提供一种扫描在光存储介质(10)上沿轨道(16)存储的数据的方法和装置。
Optical storage based on photoinduced birefringence in azobenzene side-chain polymer liquid crystal (P-CN) film is reported.
本文实验研究了偶氮侧链聚合物液晶薄膜(P -CN)的光致双折射和光存储性质。
The file data file data storage device may include at least one of electronic storage, magnetic storage, and optical storage.
所述文件数据存储单元可以包括电子存储、磁存储和光存储中的至少一种。
It is available to improve optical storage density by using short wavelength laser, but a harder focusing servo system is need.
采用短波长激光光源是实现高密度光存储的一种有效途径，但是对聚焦伺服系统提出了更高的要求。
Just a few big companies for traditional optical storage technology standards of bee fiercely, holographic storage is wide concern.
就在几大公司为传统光学存储技术标准上争得不可开交之时，全息存储则广受关注。
The invention concerns an optical storage medium and a device for writing, deletion and reading of the optical storage medium data.
本发明涉及一种光存储介质和用于对光存储介质数据进行写入、删除和读取的设备。
The recent advances of photochromism in optical storage field are summarized with the examples of organic and biological materials.
本文以几种有机材料和一种生物材料为例，综述了目前光致变色材料在光信息存储领域的进展。
Many nonlinear optics materials with weak light were widely studied and used in optical storage, information processing, communication, and so on.
各种具有弱光非线性的材料已经广泛应用于光存储、信息处理、信息传输等各个方面。
In this article, we review the novel technologies in ultra-high density digital optical storage and introduce the recent development in this field.
简要综述了超高密度数字光存储新技术，介绍了近年来该领域研究的新进展。
Focal depth plays an important role in optical storage systems, and high focal depth makes the focusing servo system easy to track the disk surface.
焦深在高密度光盘存储系统中具有十分重要的作用，大焦深可以使调焦伺服系统容易跟踪盘面。
A method of manufacturing an optical storage medium is provided, which comprises at least a transparent spacer layer (22) or transparent cover layer.
提供了一种制造光学存储介质的方法，该介质至少包括透明间隔层(22)或者透明复盖层。
The experimental results showed that the new polymer film has a good characterization for optical storage with the conditions of low exciting beam intensity.
实验结果表明该掺杂偶氮苯聚合物薄膜在低激励光强下具有良好的光信息储存性能，是一种很有潜力的光储存材料。
We classified the widely used optical storage dyes for DVDR, reviewed the research and application of the dyes in the digital information storage technology.
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作了展望。
The invention relates to an erasable two-photon polarized multivariate, multistage and multilayer optical storage technology based on a bisazo benzene polymer.
一种基于双偶氮苯聚合物可擦除的双光子偏振多元、多阶、多层光存储技术。
Especially the characteristics of nonlinear optics, photo-isomerization and photoinduced anisotropy are emphasized, because they are crucial for optical storage.
其中着重介绍了光致异构和光致各向异性特性，这些特性对于光存储研究非常关键。
The purpose of developing such devices is to use the characteristics of optical bistability in a multi-ring or ring-array structure to achieve all-optical storage.
研制此类器件的目的在于利用该器件的光学双稳态特性，通过多环甚至环形阵列等结构来实现全光存储。
The purpose of developing such devices is to use the characteristics of optical bistability in a multi-ring or ring-array structure to achieve all-optical storage.
研制此类器件的目的在于利用该器件的光学双稳态特性，通过多环甚至环形阵列等结构来实现全光存储。
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