holographic storage

Improvement of Holographic Storage Quality by Pump Beam Modulation inCe ∶ KNSBN Photorefractive Crystal

泵浦光调制对Ce∶KNSBN光折变晶体全息存储质量的改善

Analysis and Research on Suppressing the Noise in Holographic Storage System

体全息存储系统的噪声分析与抑制方法研究

Overcoming of Superimposed Noise in Holographic Storage with Concave Mirror

利用凹球面镜抑制全息存储叠置噪音

Based on the complicated noise characteristics in digital holographic storage system ( DHSS), some methods of channel code in digital communication are introduced.

针对数字体全息存储系统（DHSS）中复杂噪声的特点，从数字通信中信道编码的观点出发，讨论了采用数字信号处理方法来抑制DHSS中噪声干扰的技术。

The 6∶8 constant weight modulation code ( CWMC ) is an effective channel code for the holographic storage channel.

6∶8等重 调制码 是全息存储记录通道中的一种有效通道码.

Photo-induced reaction processes and factor of Bragg mismatch in the photopolymer for holographic storage are studied.

对光致聚合全息存储材料光化学反应过程和引起布拉格偏移的因素进行了分析；

A Compact Practical Thermal Fixing System for High-Density Holographic Storage

小型实用的高密度全息存储热固定系统

To study the selective erasure and rewriting of the multiplexed holographic storage in photorefractive crystals.

研究光折变晶体中多重体全息存储的选择性擦涂和重写技术.

This paper primarily described the technical approach to the medical character material and image holographic storage with large capacity and high density.

本文以医用文字资料和图象为记录对象，探讨了实现大容量高密度全息信息存贮的技术途径。

Dynamic Holographic Storage Based on Orientational Photorefractive Effects in C_ ( 60)-Doped Nematic Liquid Crystals

基于掺杂C（60）向列相液晶取向光折变的动态全息存储

Blind equalization to debase the intersymbol interference in Volume holographic storage system

盲均衡化方法降低体全息存储系统中的页内串扰

Volume holographic storage has the attractive features of high capacity, fast transfer rates and short access times.

体全息存储具有大的存储密度、高的数据传输速率和快的读出时间等优点。

Holographic storage with Photo Refractive Polymer —— TB level volume storage optical disc ( continued )

光折变聚合物全息存储光盘TB量级体存储光盘 ( 续 )

Holographic storage with Photo Refractive Polymer& TB level volume storage optical disc ( continued)

光折变聚合物全息存储光盘TB量级体存储光盘（续）

Because of its higher storage density, faster data transfer rates and less random access times, volume holographic storage has been of interest for many years.

体全息存储因其存储密度高、传输速率快、随机访问时间短等优点而倍受人们关注。

Research Development on Super Large-capacity Optical Volume Holographic Storage Material and Technology

超大容量光学体全息存储技术与材料的研究动态