波导多层光存储技术是光存储领域的前沿课题。
The multilayered waveguide memory is a promising subject in the optical storage field.
文章提出了一种基于光栅衍射原理的光存储方法。
In the paper a optical storage method based on the principle of grating diffraction is 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 this paper the physical basis of amorphous thin films for optical storage has been presented.
超高密度光存储技术是新近兴起的重要信息存储技术。
Ultrahigh density optical memory technology is a rising important technology.
偶氮液晶聚合物(L CP)是一种新型的光存储材料。
Azo liquid crystal polymer (LCP) is a novel optical storage medium.
介绍了多波长光存储的存储原理、系统构成和光盘结构。
The storage mechanism, system structure and disc structure of multi wavelength photochromic storage are presented.
这种光存储包含信息编码、光栅元阵列形成及解码过程。
The optical storage process consists of information coding, grating unit matrix building and decoding.
本发明属于具有光存储功能的磷酸锌玻璃及其制备方法。
The invention belongs to zinc phosphate glass with function of optical storage and a method for preparing the same.
目前的主流存储方式包括磁记录技术，光存储以及闪存储。
The main storage ways contain magnetic recording technology, optical storage and flash now.
目前所广泛应用的磁存储和光存储介质正在接近其物理极限。
At present, it is reaching the critical point of the most popular magnetic and optical data recoding media.
目前，广泛应用的磁存储和光存储介质正在接近其物理极限。
At present, it is reaching the critical point of the most popular magnetic and optical data receding media.
结果表明，俘精酸酐可以作为一种性能优良的可擦写全息光存储材料。
The experimental results show that the fulgide can be used as a good rewritable holographic storage material.
由于光在空间中不相互干扰且相互不屏蔽，使得三维光存储成为可能。
Due to the fact that light does not interfere with and shield each other, it makes 3-dimension storage possible.
介绍了用于蓝光存储的写策略的研究现状，并对其发展前景进行了展望。
In addition, the development prospect of the write strategy used in blue-ray recording was previewed.
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。
The file data file data storage device may include at least one of electronic storage, magnetic storage, and optical storage.
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。
In this article, we review the novel technologies in ultra-high density digital optical storage and introduce the recent development in this field.
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。
The invention relates to an erasable two-photon polarized multivariate, multistage and multilayer optical storage technology based on a bisazo benzene polymer.
本文提供了一种利用碱卤晶体的f_2心实现高密度、可擦除光存储的新方法。
A new method of high density information storage with F_2 center in alkali halide crystal was discovered.
因此探索新的存储理论、技术和材料，已成为目前数字光存储领域的急迫任务。
Therefore, studying novel data storage theory, technique and materials has become very urgent.
在国际上首次实现了“飞秒激光脉冲在透明介质中三维光存储”的实用性演示。
It was achieved the practical demonstrate of "3-d optical storage in transparent materials using fs laser pulses" for the first time.
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。
A method and an apparatus for scanning data stored along a track (16) on an optical storage medium (10) are provided.
为了准确清楚地阐述这种加密方法，本文分五章来加以分析：1。全息光存储技术。
In order to accurately, explicitly illustrating this technology, this paper is divided into five chapters: 1. optical holographic storage system.
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。
Especially the characteristics of nonlinear optics, photo-isomerization and photoinduced anisotropy are emphasized, because they are crucial for optical storage.
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 invention concerns an optical storage medium and a device for writing, deletion and reading of the optical storage medium data.
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。
Many nonlinear optics materials with weak light were widely studied and used in optical storage, information processing, communication, and so on.
着重介绍了电子俘获材料光存储机制，以及各种材料的存储特性，并探讨了存在的问题。
Mechanism of electron trapping optical storage and storage properties in different material was reviewed in detail. Some problems related with utilities were discussed.
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。
Optical storage based on photoinduced birefringence in azobenzene side-chain polymer liquid crystal (P-CN) film is reported.
全息光存储以其高密度、大容量、高速并行数据存取而成为光存储领域的一个重要研究方向。
Holographic data storage is a key research direction in the optical data storage field due to its high storage density, high capacity and high speed of parallel data accessing.
按下按钮时，剂量特征调节的可能性：对于所有应用中所选的X光存储介质可自动调节特征。
Possibilities for adjustment of the dose characteristics at the press of a button: the characteristics are automatically adjusted for the chosen X-ray storage medium for all applications.
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。
In near-field optical storage, dynamic flying height measuring technique is a key of the theory and its application.
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