本文介绍了一种检测磁光盘存贮信息的静态测试装置。
This paper introduces a static test set-up of measuring magneto-optic memorized information.
运用光波衍射理论，针对磁光盘建立了记录光场的数学模型。
With light wave diffraction theory, the mathematical model of optical field at the recording layer is developed for magneto-optical disk.
本文分析了磁光盘系统的噪声，综述了提高信噪比的几种方法。
Magneto-optical disc system noise is analysed in the paper. Several methods for the improvement of signal-to-noise ratio are also summarized.
利用这种方法获得了磁光盘样品表面的切变力形貌和近场磁光图像。
Shear force topographic and near-field magneto-optical images of magneto-optical disk taken with the proposed method are shown.
介绍了在磁光盘上进行热磁写入信息的原理、磁光克尔效应以及通过该效应读出信息的原理。
In this paper, the principles of thermo-magneto writing, the Kerr magneto-optical effect and how to read the information by this effect are introduced.
讨论了用比较法测量磁光盘反射率问题，重点分析了由于系统光路的非理想性对测试结果的影响。
This paper discusses the reflectance measurement of the magneto-optical disk using a comparison method, and describes the effects of the optical systems nonideal condition.
磁读出方式与磁光读出方式相比，读出分辨率有很大提高，具有实现远超磁光盘记录密度的前景。
Playback resolution is much improved compared with optical detection and we are expecting that a much higher density than MO disks is feasible.
本文叙述了一种新型磁光盘驱动器光学头的光学系统，并从理论上阐明了磁光信息读取的基本原理。
This paper describes a new type of optical system in optical head for magneto-optic disk drive, expounds theoretical the basic principle for magneto-optio information read out.
本文讨论了增加外存储器容量的问题 ，提出了分层式磁光盘和利用自组织材料制大容量存储盘的猜想。
The problem to increase the capacity of external memory is discussed in this paper, and the conjectures of layered CD MO and mass memory made of self organizing material, are also presented.
分析了磁光盘驱动器聚焦与循轨数字伺服系统各组成部分的原理，并设计和实现了一套基于DSP的数字伺服控制系统。
The paper analyzes the principle of components of magneto optical disk driver focusing and tracking servo system, then designs and realizes a DSP based digital servo control system.
分析了4x密度磁光盘模压信息的特性，根据国际标准所提出的测试条件自行研制了测试系统，阐述了头信号和槽信号的测试方法，给出测试实例。
A test system has been designed which can measure the characteristics of embossed information of magneto optical disk, and a sample disk test result is given in the end.
11月1日—Sony宣布开发超密度光盘(udo)，一种欲取代磁-光盘的蓝光光盘格式。
November 1 — Sony announces the development of Ultra Density optical (UDO), a blue-laser optical disc format proposed to replace magneto-optical discs.
的翻译是：(计算机科学)计算机硬件，拥有和自旋磁或光盘和读取和写入信息。
(computer science) computer hardware that holds and spins a magnetic or optical disk and reads and writes information on it.
这种方法可用于磁光光盘的光学与热学设计。
The combination of the optical matrix method and finite element method can be used to design the MO disk.
这种方法可用于磁光光盘的光学与热学设计。
The combination of the optical matrix method and finite element method can be used to design the MO disk.
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