光记录

运用扫描隧道显微镜（STM）观察了光记录有机薄膜的微观结构。

In this paper , scanning tunneling microscopy ( STM ) is used to investigate the microstructure of organic films in optical recording .

采用MAMMOS技术的高密度光记录

High Density Optical Recording using MAMMOS Readout

MATLAB在磁光记录薄膜温度特性研究中的应用

Application of MATLAB on the Study of Temperature Dependence of Magneto-optical Recording Films

Co／Pt多层膜磁光记录介质材料研究进展

Investigation Progress of Magneto-Optical Recording Media of Co / Pt Multilayers

光记录系统中RS码的FPGA实现

Reed-Solomon Code Implementation with FPGA in Optical Record Systems

RE－TM磁光记录薄膜的磁场电效应研究

Galvanomagnetic Effects of RE-TM Magneto-optical Recording Films

在短波区域，ZnO可用于制造紫外发光器件和紫外激光器，对于提高光记录密度及光信息的存取速度起着非常重要的作用。

In short wave region , ZnO can be used to fabricate UV light emitting and UV laser devices , which is very important for improvement of memory density and optical information access speed .

高纯铝靶材主要运用于半导体芯片、平板显示器产业；稀土Gd和Ce靶材主要用于磁记录和光记录产业。

The applications of high purity aluminum target material are the semiconductor chip and flat panel displays industry , and rare earth Gd and Ce target materials are magnetic record and optical record industries .

采用三种不同的双光记录方案进行了LiNbO3∶Fe∶Ni晶体全息存储实验，详细研究了饱和衍射效率、固定衍射效率、动态范围和记录灵敏度，以及退火条件对记录的影响。

Holographic recording experiments of doubly-doped LiNbO_3 ∶ Fe ∶ Ni crystals are conducted by three kinds of different twocolor recording schemes . In detail , the saturation diffraction efficiency , the fixing diffraction efficiency , the recording sensitivity and the effect of annealing conditions are investigated experimentally .

结果表明分层〔BiDyIG／Al〕材料在300～580nm波长范围具有极强的法拉第效应，这极有利于短波高密度磁光记录和微波法拉第器件性能改善。

The results show that [ Bi , Al ∶ DyIG ] multilayer materials have strong Faraday effect in wavelength range of 300 ~ 580nm , which is very useful for the high density magneto optic recording .

1998年1月10日张北6.2级地震前，怀来地震台SQ-70光记录倾斜仪出现了错位掉格现象，震后恢复。

The calibration of the SQ 70 Horizontal Pendulum Tiltmeter had dropped before Zhangbei M 6.2 earthquake in Jan. 10 , 1998 , and it recovered after the event .

报道了铟铋钙钒铁石榴石（InBiCaVIG）晶体在高功率微波场中的新颖磁光记录特性。

This paper reveals a novel magneto-optic recording characteristic of Indium Bismuth Calcium Vitriol Iron Garnet ( In-BiCaVIG ) crystals in high power microwave ( HPM ) field .

用单色激光器和4f光学滤波系统分离出编码片上记录的三基色图像信息，并用散射参考光记录下景物的彩色景物全息图。

A 4f filtering optical system is used to decode the film to obtain the information of each primary colour image of the scene respectively . From the decoded images a true colour hologram is made by a special method of diffusion reference light with a monochromatic laser .

Cu3N薄膜在室温下相当稳定并且热分解温度较低（300℃左右），热分解前后薄膜的光学反射率有较大差别，这可使Cu3N薄膜用作一次性光记录材料。

The copper nitride film is very stable in room temperature and decomposed at lower temperature ( about 300 ℃) . The optical reflectance changes greatly before and after decomposition . This is critical for write-once optical recording materials .

磁光记录薄膜的偏振特性分析

Analysis of Polarization Properties of Magneto - Optic Recording Thin Films

光记录通道中记录密度与均衡器的关系

Relationship between density and equalizers in an optical recording channel

光记录有机薄膜的扫描隧道显微镜研究

Scanning Tunneling Microscopy Studies of Organic Films in Optical Recording

在光记录技术中，原始信息的光记录处理方法。

In optical recording , the original optical recording process .

GdFeCo/TbFeCo磁超分辨磁光记录薄膜研究

GdFeCo / TbFeCo Films for Magnetic Super Resolution Magneto-optical Recording

静态磁光记录温度场的模拟

Simulation of Temperature Field during Static Magneto-Optical Recording Process

直接重写磁光记录薄膜磁特性测量的外推方法

Extrapolation Method on Measurement of Direct Over-writing Magneto-optical Films

小波分析在磁光记录薄膜磁畴图象处理中的应用

The Application of Wavelet Analysis on Magnetic Domain Images of Magneto-optical Recording Films

多层结构磁光记录介质的优化设计和制备

Optimum design and preparation of multi-layered magneto-optical recording media

光记录相纸由湿度引起的量算误差

Measurement error of photographic record paper induced by humidity

光记录倾斜观测的时间服务很重要。

Time service is very important for the incline observation of light record .

磁记录和磁光记录材料及其发展

Magnetic and Photomagnetic Recording Materials and Their Development

并以TeSbSe光记录介质为例，讨论了三层膜相变光盘的优化设计。

As an example , the optimum design of three-layer optical disc is discussed .

高密度光记录技术及发展动向

High Density Light Record Technigue and Its Development

光记录测震仪的增光与报警

Light-increase and alarm of fight - recording seismograph

研究与设计飞行光学头是推出新一代高密度近场光记录光盘驱动器的关键技术之一。

Designing the flying optical head is the key technique for Near field recording .