1) three-dimensional optical storage
三维光存储
1.
Application of solid immersion lens to three-dimensional optical storage with femtosecond laser;
固体浸没透镜用于飞秒三维光存储研究
2.
The storage mechanism of photochromic three-dimensional optical storage under two-photon absorption is presented.
介绍了双光子吸收光致变色光存储的存储原理,利用单光束双光子吸收三维光存储和反射式荧光共焦扫描 读出实验装置,分别进行了写入激光功率、曝光时间和存储深度不同时双光子吸收光致变色三维光信息存储特性 (读出信号强度和存储点尺寸)的实验研究。
3.
And then the progress of three-dimensional optical storage, the principle of data storage, as well as problems of various ways of storage need to be solved about 2-photon 3D optical storage, spectral hole burning for data storage, holographic storage, and thre.
介绍了双光子吸收光存储、光谱烧孔光存储、激光全息存储和透明介质的飞秒脉冲体存储等三维光存储的进展、数据存储的原理以及各种存储方法有待解决的问题。
3) 3D data storage
三维光信息存储
4) 3D optical disc storage
三维光盘存储
1.
Frequency domain analysis and identification of dual-pick-up synchro control process in 3D optical disc storage system;
三维光盘存储系统中双光头同步控制的频域分析与辨识
5) 3-D storage
三维存储
1.
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。
6) three dimensional optical data storage
三维光学信息存储
1.
By use of the femtosecond laser with extreme high pulse intensity and the microscope with high numerical aperture, it is possible to fabricate the three dimensional microdevice and to process three dimensional optical data storage.
文本介绍了自行开发的双光子微细加工系统以及三维高密度信息存储系统 ,以及用该系统进行三维光学微细加工及三维光学信息存储的实验情况 ,给出了部分利用已建立的加工系统所获得的初步实验结
补充资料：随机存取存储器(见半导体存储器)
随机存取存储器(见半导体存储器)
random access memory,RAM
s日1}}Cunq日Ct旧choql随机存取存储器random aeeess memoryRAM)见半导体存储器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条