Niobium oxide optical thin films have been prepared by low frequency reactive magnetron sputtering system.
利用低频反应磁控溅射制备五氧化二铌光学薄膜。
A novel large-stage atomic force microscope (AFM) for nondestructive characterization of optical thin films is built.
研制了一种用于大面积光学薄膜表面无损表征的新型原子力显微镜(afm)。
The original structure optimization of optical multilayer is important for the whole design of the optical thin films.
膜系初始结构优化设计是膜系优化设计的关键。
Low voltage high current reactive ion plating is a new progress in the field of optical thin films deposition techniques.
光学薄膜低压大电流反应离子镀技术是近年来光学薄膜技术领域中的最新进展。
A general calculating method of optical character of optical thin films, namely characteristic matrix method is stated concisely.
简要的叙述了光学薄膜光学特性的通用计算方法，即特征矩阵法。
We propose a new method to realize degenerate four-wave-mixing in nonlinear optical thin films using long-range surface-plasmons-wave as pumps.
本文提出一种以长程表面电磁激元波作为泵波，在非线性介质膜中实现简并四波混频的新方案。
Precise measurement of the laser-induced damage threshold can be used to effectively evaluate the laser damage resistance of optical thin films.
准确测定光学薄膜的激光损伤+阈值可以衡量光学薄膜的抗激光损伤+能力，测定损伤阈值的关键是准确地判定损伤的发生与否。
In this paper, an instrument for detecting the distribution of the surface total integrated scattering (TIS) of the optical thin films is introduced.
介绍了一种检测光学薄膜表面总积分散射(TIS)分布的总积分散射仪。
A series of techniques for optical thin films at middle infrared band are discussed in the paper, including edge filters, high reflection and antireflection coatings.
文章讨论了中红外波段激光器使用的一系列光学薄膜的设计方法和制备工艺。
This paper aims at finding out how to fabricate thin films optical waveguide and optical thin films by using this technology so as to lay a foundation for a further study.
本文旨在用离子自组装技术制备薄膜光波导和光学薄膜，为进一步的研究打下基础。
The polarization characteristics of the corner-cube prism for YAG laser are analyzed, and two kinds of optical thin films are designed to compensate its polarization properties.
用琼斯算法对YAG激光用全反射角立方反射镜的偏振特性进行了分析，并利用薄膜的偏振特性设计了两膜系对其进行了补偿；
People bring up higher requirements to the performance of optical thin films, and hence bring up a more serious challenge to the monitor accuracy during the thin film manufacture.
人们对光学薄膜的性能提出了更高的要求，从而也对薄膜制造的监控精度提出了更严峻的挑战。
The design of optical thin films also faces a severe challenge. Not only so many requests on spectrum are brought up, but also the layer number of optical thin film will be larger.
不仅对光学薄膜的光谱特性提出各种不同的要求，而且所需要的膜系层数日益增大，设计要求超出传统的解析设计所具备的能力。
The guided wave optical method can be applied to measurement of characteristic parameters of optical thin films, but usually can only be carried out under the conditions of single wavelength.
导波光学方法能够用来测量光学薄膜的特征参数，但通常只在单一波长条件下进行。
Based on the principle of elasticity and strain misfit, a new calculation method of theoretical model to predict the residual stress distribution on optical thin films is put forward in this paper.
根据弹性力学原理，基于应变不匹配，提出了一种可以预测薄膜残余应力分配的理论模型计算方法，并将计算结果与干涉仪测量值进行了对比。
These examples show the relationship between field distribution and optical losses in thin films.
这些设计例子充分说明了薄膜的电场分布与光学损耗的关系。
Experiment results show that LVIP can improve significantly the optical and mechanical performance of the thin films deposited.
实验研究表明，低压等离子体离子镇可大大提高常规光学薄膜的光机性能。
Anisotropic sculptured thin films can have optical properties that the isotropic thin film can't possess. This opens up a new way to design and prepare the optical films.
雕塑薄膜可以实现各向同性薄膜无法实现的光学性质，为光学薄膜的设计与制备开辟了新的途径。
Optical losses in thin films were mainly ascribed to light radiation and some light absorb.
薄膜的光损耗主要来自光散射，以及部分光吸收。
The optical properties of circular polarization filters made of cholesteric liquid crystal thin films are investigated.
研究了胆甾相液晶薄膜滤光器的光学性质，给出了这种薄膜的制作技术。
Some optical methods for measuring the thickness of the thin solid films are presented.
介绍了测量固体薄膜厚度的光学方法。
The sculptured thin film with extraordinary optical properties provides a new direction for film design and preparation compared with traditional films.
雕塑薄膜可以实现许多传统薄膜无法实现的光学性质，为光学薄膜的设计与制备开辟了新的途径。
A laser generation and modified optical difference detection method of SAW for studying the characters of thin films deposited on substrates is introduced.
利用激光激发声表面波及改进的光差分检测技术，研究沉积在基片表面的薄膜样品的特性和参量。
An optical method was introduced for measuring the thickness of solid thin films.
介绍了一种测量固体薄膜厚度的光学方法。
In this paper the physical basis of amorphous thin films for optical storage has been presented.
本文所要介绍的是有关非晶态光存储薄膜的物理基础。
The effects of substrate temperature and post deposition vacuum annealing on structural, electrical and optical properties of ZMO: ga thin films were investigated.
采用各种分析手段研究了沉积温度和真空退火处理对薄膜结构、表面形貌及光电性能的影响。
This paper discusses the method of evaluating VUV optical constants of the thin films by the multi-restrained nonlinear equation group.
本文讨论了通过“多约束非线性方程组”解析真空紫外薄膜光学常数的方法。
Optical constants and dielectric constants of normal cesium oxide thin films are related to wavelength of incident light and cesium impurity contained.
正常氧化铯薄膜的光学常数和介电常数随铯杂质含量和入射光波长有关。
Metallic colloidal particles - semiconductor thin films show special electrical, optical and photoelectric properties.
金属微粒-半导体薄膜具有特殊的电学、光学及光电特性。
Progresses in research on microstructure, electrical and optical properties and preparation technology of TCO thin films are reviewed.
综述了透明导电氧化物（TCO）薄膜的结构、光电性能以及TCO薄膜制备技术的研究进展。
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