applied optics

Probe into the New Problems of Applied Optics in Experiment

应用光学在实验中的新问题探讨

High Energy Laser and The Problems of Applied Optics

高能激光与应用光学的几个问题

The study is in the journal Applied Optics .

这一研究已经在《应用光学》杂志上发表。

The issues for further development of optics and applied optics in China are proposed .

对于进一步发展中国光学及应用光学，提出应注意的若干问题。

Methods : The optical properties and focusing situation of contact lens were analyzed by the applied optics .

方法：应用光学理论分析接触镜光学特性和聚焦情况。

Spectroscope is one kind of fundamental set that applied optics principle to analysis the material structure and the ingredient .

光谱仪是一种应用光学原理对物质的结构和成分等进行测量和分析的基本设备。

The course of Applied Optics is professional and foundational for the profession of engineering of photo-electric information , and is very important .

《应用光学》是光电信息工程的专业基础课，有着重要的地位。

The serial-course of applied optics with the background of engineering including basic theories and practice of optical system design is suitable for research-oriented teaching .

应用光学系列课程工程应用背景明确，包含从基础理论到光学设计实践的完整训练，具有研究型教学的良好条件。

With the development of optical fiber technology and applied optics , the up-conversion scheme based on electro-optic modulation has attracted more and more interests gradually .

目前国内外的研究主要采用下变频方案，随着光纤及应用光学的发展，基于电光调制的上变频方案被提出并逐渐成为研究热点。

An important problem in applied optics is the design of an optical processing system composed of a series of holographic lenses for the purpose of realizing an arbitrary transformation .

如何设计由全息透镜构成的光学系统用来实现所要求的变换，是当前应用光学的一个重要课题。

As a very important branch of applied optics , optical thin film has a drastic advance with the development of spectral interference technology , laser technology , spatial optics , information processing technology and polarizing modulates technology recently .

薄膜光学作为应用光学的一个重要的分支，近年来由于光谱干涉技术、激光技术以及空间光学、偏振光调制技术、光信息处理等技术的飞跃发展，促使光学薄膜也得到了迅速的发展。

The paper discusses eight topics of applied optics related with high energy laser , such as high energy laser devices , high quality optical elements , advanced adaptive optics , nonlinear optical phase conjugation , frequency tuning , coherent combination of laser beams , etc.

文章提出了8个与高能激光有关的应用光学问题，包括高能激光器、高质量光学元器件、先进的自适应光学技术、非线性光学相共轭技术、变频技术及光束相干合成技术等。

We anticipate that the study of subjectivity geometry will influence , or will be associated with the study of physiology of the visual system , applied optics etc. , and will be useful in surveying , pilotage and imitative biology , etc.

我们期望主观几何学的研究将影响或连系于视觉系统生理学，应用光学等研究，并在测量、导航和仿生学等中得到应用。

Aiming at the on-line measuring requirement of the workpiece 's dimensions , it adopts the applied optics technique , infrared optoelectronic sensing technique , fine mechanical technique , electronics data processing technique and computer autocontrol technique to design an infrared photoelectric measuring instrument with high precision .

针对工件尺寸的在线检测需求，采用了应用光学技术、红外光电传感技术、精密机械技术、电子学数据处理及计算机自动控制技术，设计出一种高精度的红外光电检测系统。

In this paper , the status of the art of optics and applied optics in China are reviewed including lasers , infrared and opto-electronical techniques , optical metrology , high-speed photography , holography and information processing , nonlinear optics , optical fibre communication and optical techniques .

本文综述了中国光学及应用光学（包括激光、红外及光电技术、光学计量、高速摄影、全息照相术及光学信息处理、非线性光学、光纤通信以及光学技术等领域）的发展近况。

This paper introduces the current situation of research on metal matrix composites applied to optics and electronic devices .

介绍了先进光电器件用金属基复合材料（MMC）的研究现状，重点讨论了结构级、精密级、光学级和电子级MMC的工艺特性和设计特点。

Now photorefractive effects have been widely applied to real-time optics information processing .

目前光折变效应已被广泛应用于实时光学信息处理。

On the Role of the Modernized Teaching Means Applied in the Optics Experiments in College

现代化教学手段在大学光学实验中的作用

The dispersion and absorption properties of optical medium have been extensively applied in quantum optics and nonlinear optics .

光学介质的吸收和色散性质在量子光学与非线性光学中有着广泛的应用。

In recent years , spectroscopic ellipsometry has realized the real-time characterization of film growth and has been applied in anisotropic optics .

近年来，光谱式椭圆偏振测量术实现了对薄膜生长过程的实时表征，并且将应用领域拓宽到了各向异性的光学材料。

According to the theoretical pertinence , IOS , the software for simulation of ion beam extraction applied to ion optics , is developed .

同时根据相关理论，开发出应用于离子光学中的离子引出模拟软件IOS，并与OOPIC软件进行对比，结果吻合。

Introduced several novel deformable mirrors which are applied into adaptive optics system , the principle of deformable mirrors and the correction principle of the human eye aberrations .

介绍了用于自适应光学系统的几种新型可变形反射镜，叙述了可变形反射镜的工作原理、人眼像差校正原理。

The partially coherent and partially polarized beam has been widely applied in nonlinear optics , free-space optical communications , inertial confinement fusion by laser , and optical imaging .

部分相干、部分偏振的电磁光束被广泛的应用于非线性光学、大气激光光通信、惯性约束核聚变、光学成像等领域。

With the development of modern optical technology , more and more large aperture optical systems are applied in astronomical optics , space exploration and the laser Inertial Confinement Fusion ( ICF ) .

随着现代光学技术的发展，大口径光学系统在天文光学、空间探索和激光惯性约束核聚变（ICF）等领域得到了越来越广泛的应用。

Holography is widely cognized and applied in traditional optics domain . Recently it is imported into millimeter domain , and is effectively used in millimeter-wave quasi-optic power combining system .

全息现象在传统光学领域具有广泛的认知度并得到了大量的应用，近年来被引入毫米波领域，在毫米波准光功率合成系统上得到了有效的使用。

The Development and Applied Trend of Binary Optics

二元光学的发展和应用前景

This class of advanced materials is currently widely applied in aerospace , optics , electronics and other high technology fields .

目前，这类先进材料已广泛应用于在空间、光学、电子及其它高科技领域。

According to the algorithm and path layout of cutting feed mode , the NC program is generated and can be applied to machine freeform optics .

根据走刀路径规划和刀位轨迹计算方法可以生成飞刀加工的数控程序，成功地应用该算法进行了光学自由曲面的加工。

The coherently-prepared atomic medium can be applied extensively in many optics areas because of its ideal optical properties of low absorption , steep dispersion and enhanced nonlinearity .

而利用量子相干制各的相干原子介质更是以其小吸收、强色散、高非线性折射率的理想特性被广泛地应用在众多光学领域中。

Polarizing beam splitter based resonant anomaly and achromatic polarizing beam splitter , narrow-band filters independent of polarization are theoretically designed and analyzed , the optical elements of which are applied widely in integration optics and optical fiber communication .

理论上设计和分析了共振异常型偏振分离器、消色散型偏振分离器和与偏振无关的窄带滤波器，这些光学元件集成光学、光纤通信等中有广泛的应用。