光介质

XPS谱在磁光介质可靠性分析中的应用

Application of XPS Spectra in Analysis of MO Medium Reliability

以铝粉为吸收光介质做成银灰母料，与基础树脂LLDPE混合、挤出吹塑做成降解聚乙烯避蚜地膜，铝粉含量为18%～30%。

By means of addition silver gray masterbatches containing 1.8 % ~ 3.0 % aluminium powder into LLDPE , the degradable PE mulch films used for expelling aphids were made through blending extrusion .

稀土-过渡金属磁光介质膜的理论与特性

Theory and properties of rare earth-transition metal film for magneto-optical media

超光介质中的孤子解及其传播性质

On Soliton Solutions and Its Propagation Property in Nonlinear Medium

磁光介质波导中非互易边导模的研究

Research of Nonreciprocal Edge Guided Mode in Gyrotropic Waveguides

新型磁光介质&铁磁流体特性的研究

Characteristics of the New Magneto-optical Media & Magnetic Fluid

磁场调制的水基四氧化三铁磁流体的光学透射率新型磁光介质&铁磁流体特性的研究

Magnetic Field-controlled Transmission of Aqueous Fe_3O_4 Ferrofluids Characteristics of the New Magneto-optical Media & Magnetic Fluid

我们设计了多种磁光介质光子晶体结构，如含有单层、双层、多层磁介质等情况。

We designed a variety of magneto-optical crystals , such as single layer , double layers , multi-layers magnetic material crystals .

在量子点光纤放大器中，量子点不仅是传光介质，而且还是增益介质。

QDs are not only the transport media but also the gain media in quantum dot-doped fiber amplifier ( QDFA ) .

但是，综合各种原理的光学电流传感器，发现磁光介质是制约其发展的最大瓶颈。

Still , magneto-optical medium is found in the greatest bottleneck constraining the development of optical current sensors which have different principle .

数字图书馆是应用数码存储和网络传输技术，向读者提供拥有磁、光介质或网络使用权的数字化信息共享资源服务的数字化图书馆，它是现代图书馆的发展方向。

A digital library provides digitalized information resources for readers by using digital memory and network transmission technology . It represents the developing direction of modern library .

它利用法拉第电磁感应原理，在高压侧引入磁光介质的传感头感应电流产生的磁场，间接得到电流值。

Based on Faraday effect , it introduces magneto-optical materials in high voltage side to sense the magnetic field , so as to obtain the current value indirectly .

因此，选择优质特性的法拉第偏频介质对于激光陀螺精度的提高至关重要，并且还要针对具体的磁光介质进行严格的温度补偿。

Therefore , it is very important to choose a kind of medium with high quality to improve the resolution , and the strict temperature compensation to specific kind of medium is also needed .

未来的社会将会是一个纸介质、磁介质、光介质等文献载体并存的多样性社会，而不会是无纸社会。

The future society will be a diversity society in which thers is document carrier in media for paper and magnetic media , media for light , etc. It will not be a ' society of no paper ' .

针对现行磁光介质所存在的问题，本文对新型磁光介质&铁磁流体的特性进了详细地研究。

For the problem of the magneto-optical materials , the new type of magneto-optical material called magnetic fluids is studied in detail by this paper . First , this paper introduces the composition and preparation method of magnetic fluid briefly .

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

快速测量HF激光器光腔介质的转动温度分布

Fast measurement of the rotational temperature distribution in HF laser medium

在线性吸收的PS中光强随光进入介质的厚度及消光系数的增加迅速衰减。

In absorptive PS , light field attenuates rapidly with the increase of depth and extinction coefficient .

PCF以其独特的结构和优异的性能，为光纤通信等高新技术领域提供了一种新型的光传输介质和光器件。

With the unique structure and excellent properties , PCF has provided a novel kind of optical transmitted medium and optical device .

但如果光在介质内传播就会慢下来。

But light slows down when it travels through other things .

光折变介质的相位共轭波强度的近似表达式

Approximate Expressions for Intensity of the Phase Conjugate Wave in Photorefractive Media

论光在介质表面反射时的半波损失问题&兼与张静江先生商榷

The Discussion about Half - wave Loss in Reflection Surface

光吸收介质的吸收系数与介电函数虚部的关系

The imaginary part of dielectric function and the absorption coefficient

当前广泛使用的有机光存储介质材料包括偶氮类染料，花菁类染料，酞菁类染料等。

For example cyanine dyes , phthalo cyanine dyes and azo dyes .

双光子光折变介质中非相干耦合亮-暗屏蔽光伏孤子对

Incoherently coupled bright-dark screening-photovoltaic soliton pairs in two-photon photorefractive media

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

光折变介质中四波耦合方程的一种解法及应用

A Solution of Four Wave Coupling Equations in Photorefractive Media and Its Application

光折变介质中部分相干光孤子的研究

A Study of Partially Coherent Solitons in Photorefractive Media

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 .

光在介质中传播时会因为与原子的量子交互作用而减慢。

Light slows down in matter because of quantum mechanical interactions with the atoms .