Holographic data storage in photorefractive polymers
Holographic data storage in photorefractive polymers
复制标题
光折变聚合物中的全息数据存储
DOI：
10.1364/ol.21.000890
复制
发表时间：
1996
期刊：
影响因子：
--
通讯作者：
J. Hoffnagle
中科院分区：
文献类型：
--
作者：
P. Lundquist;C. Poga;R. DeVoe;Y. Jia;W. Moerner;R. Shelby;J. Hoffnagle
仅提供摘要形式。全息数据存储提供了极高的存储密度和高数据传输速率的潜力。基于光折变效应的读写存储系统的研究受到联合收割机良好光学质量、高灵敏度和折射率调制、长暗寿命和/或可行固定机制的材料的可用性的限制。有机光折变材料在过去几年中一直是人们极大兴趣的主题，但涉及实际数据存储方案的实验还没有报道。本文介绍了光折变聚合物材料高密度数字数据存储的最新研究成果。
Summary form only given. Holographic data storage offers the potential of extremely high storage densities and high data transfer rates. The search for read-write storage systems based on the photorefractive effect has been limited by the availability of materials that combine good optical quality, high sensitivity and index modulation, long dark lifetime and/or viable fixing mechanisms. Organic photorefractive materials have been the subject of great interest during the past several years, but experiments involving practical data storage schemes have not been reported. We describe the results of recent investigations into high-density digital data storage in photorefractive polymer materials.