1)  magneto-optical recording materials
磁光存储材料
2)  magneto-optical
磁光
1.
With the development of optical communication and information processing technology, magneto-optical materials would be widely applied in fields of optical communication, magneto-optical (MO) storage, strong absorbing of infrared and electromagnetic wave, ets.
随着光通信技术和光信息处理技术的发展，磁光材料将在光通讯、信息存储和电磁波的吸波隐身等方面拥有越来越广泛的应用。
3)  magneto-optical materials
磁光材料
1.
The quantum transition model was infromed from and the mechanism ofmagneto-optical effect improving in quantum dots magneto-optical materials was got.
从磁光效应的量子跃迁模型出发,从理论上推出量子点磁光材料的磁光效应增强机理。
2.
In recent years, with the development of laser, computer, information, and optical fiber communication, various magneto-optical materials, including magneto-optical glass, film, magnetic liquid, photonics crystal and liquid crystal materials have been developing speedly.
磁光材料是一类品种繁多、应用广泛的重要的功能材料。
3.
The developments and present situation of magneto-optical materials, especially about rare earth (RE) iron garnets, were reviewed.
本文以稀土铁石榴石为主,综述了磁光材料的发展和研究现状、着重介绍了在光通信器件中的应用。
4)  magneto-optical effect
磁光效应
1.
Research on mechanism of magneto-optical effect improving in quantum dots magnto-optical materials;
量子点磁光材料的磁光效应增强机理研究
2.
The influence of the spin-orbit coupling on the magneto-optical effects in Nd:YIG;
Nd:YIG中旋轨耦合对磁光效应的影响
3.
Quantum theory of the magneto-optical effect of Nd-substituted yttrium iron garnet;
含钕石榴石磁光效应的量子理论
5)  magneto-optic effect
磁光效应
1.
Analysis of the effect of magneto-optic effect on BB84 protocol;
磁光效应对BB84协议的影响分析
2.
With the method of Jones matrix,formulas for intensity of transmitted light through the optical analyzer of various composition of electro-optic effect with magneto-optic effect are derived.
为了探讨用光学方法测量电力系统中的物理量,根据琼斯矩阵法推出了电光效应与磁光效应组合光调制的公式。
3.
To improve the accuracy, anti-interference capability and adaptability of high-direct-current measurement, a novel method based on Faraday magneto-optic effect, angle-comparison technology and removable magnetic structure with air-gap is presented.
针对工业生产现场对直流大电流测量的高精度、强抗干扰性和灵活性要求 ,提出了基于法拉第磁光效应原理、角度比较技术和可拆卸式气隙磁路结构的新型电流测量方法 ,分析了其工作原理 ,给出了结构设计 ,对额定电流为 8k A的样机装置进行了实验。
6)  Magneto-optical properties
磁光性能
1.
Studies on magneto-optical properties of (HoYbBi)_3Fe_5O_12 bulk single crystal;
混合稀土铁石榴石(HoYbBi)_3Fe_5O_12单晶磁光性能的研究
2.
The magneto-optical properties as well as the temperature and wavelength dependence sensitivity of the new composition are studied.
研究了磁光性能、法拉第旋转温度和波长特性。
3.
The Sm Composition effects on the magneto-optical properties of SmTbCo/Cr and SmDyCo/Cr films are analyzed.
采用磁控溅射复合靶的方法制备了SmTbCo/Cr和SmDyCo/Cr非晶垂直磁化膜,分析了Sm含量对SmTbCo/Cr和SmDyCo/Cr薄膜磁光性能的影响。
参考词条
补充资料：光存储材料
分子式：
CAS号：

性质：也称为光存储材料。是一种借助光(多为激光束)的作用可以写入、读出信息的材料。写入时光盘的存储介质与聚焦的激光束相互作用，产生物理或化学作用，形成记录点，其性质与周围介质不同，当光再次照射时形成反差，产生读出信号。光记录材料可以分为只读型和读写型，只读型多是从可写型光盘复制得到的，价格低廉，可以大批量复制生产，如常见的CD唱片、VCD和LD视盘等，这种材料由光盘基板和表面记录层构成，用于永久性保留信息。而读写型光记录材料由光盘基板与光敏材料复合而成，记录的信息可以在激光作用下改写，用于临时性信息记录，价格比较贵。光记录高分子材料是目前使用最广、高密度、低价格信息记录材料之一。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。