主动光学

400mm薄镜面主动光学实验系统

Experiment system of 400 mm thin-mirror active optics

主动光学微小位移控制系统的关键技术研究

The Study on Key Technique of Active Optics Micro-displacement Control System

主动光学反射镜面形的校正能力及其优化设计

A Study on the Corrective Capability and Optimization of Active Mirrors

大视场主动光学成像系统的成像研究

Imaging of active optical imaging system with a wide field of view

主动光学系统的计算机辅助光校方法研究

The Study of the Technology of Computer Aided Calibration on Active Optical System

主动光学成象系统衬比传递特性及有效作用距离的分析

Analysis of image contrast transfer in active optical imaging system and its effective range

主动光学技术在制造标准大反射镜中的应用

Application of active optics in large standard mirrors

主动光学&新一代大望远镜的关键技术

Active Optics-Key Technology of the New Generation Telescopes

星载主动光学遥感技术现状

Status of space-based active optical remote sensing

三维主动光学成像技术在远距离探测上较其他的三维探测技术有速度快、分辨率高和可靠性高的优点。

Compare with other3D active optical detection technics3D active optical imaging technic has merits of high speed , high resolution , and high reliable .

对主动光学技术在现代天文光学望远镜中的作用和工作原理作了较全面的介绍和评论。

The general theory and the principal function of the active optics applied in the modern astronomical optical telescopes are described and reviewed in this paper .

而傅里叶变换轮廓术作为一种主动光学三维形貌测量技术，因其只需要一幅变形光栅图样来做全场分析的优点，而受到人们广泛关注。

The Fourier transform profilometry as an active optical 3D shape measurement technology has been widely concerned because it need only one deformed grating image to make full-field analysis .

国际主动光学技术权威雷·威尔逊评价：“中国的新设备是主动光学技术最先进和雄心勃勃的应用。”

The international active optical technology authority Ray Wilson commented : " China 's new equipment is the most advanced and ambitious application of the active optical technology . "

三维主动光学成像技术作为一种新型的三维探测技术本身还在发展之中，理论基础也在建立之中。

As a new 3D detection technic , 3D active optical imaging technic is still straight forward . The theory foundation of 3D active optical imaging technic is still developing .

为此，拼接镜面主动光学技术逐渐广泛应用于大型天文望远镜系统中，而该技术的核心部件是拼接子镜的微位移驱动器。

For this reason , the segmented mirror active optics technology has been gradually and widely used in the LAT system . The core of this technology is the micro displacement actuator .

研究了计算机辅助光校方法在对地观测激光测距成像系统装校过程中的应用及其效果，该方法及思路完全可推广应用于其他各种主动光学系统的装调工作。

The method of computer aided calibration and its application on earth observation laser ranger imager are described , and the good effects show it can be extended to other active optical system calibration .

针对主动光学的需要，就阻尼最小二乘法求解过程中参数进行精度估计，对待求量进行精度估计，以及将待求量代入原方程后的所得进行精度估计，对它们的方差进行了推导。

For the needs of active optics , accuracy estimate for the parameters , the wanted parameter , and the result for which the wanted parameter resolved by the method is substituted in the equation in the damp least square method proceed . Their variances are deduced .

介绍了利用主动光学技术校正大型标准反射镜残余面形误差和重力变形的方法，研制了用于施加局部作用力的工具&机械式作动器的结构与性能，作用力的测定方法；

A correcting method of surface residual irregularity and distortion caused of self-weight of large standard mirror using the active optics was put forward . The structure and performance of a new developed mechanical actuator , applied as a tools to bring force on mirror , are introduced .

通过使用光学理论推导出使用该结构补偿热透镜效应引起的输出光束球差项的补偿公式，结果表明，这种主动光学元件可以用于谐振腔内补偿高能激光器中热效应产生的球差项的影响。

Inferred by using the theory of optical structure using compensating thermal lens effect caused by the output beam of spherical aberration compensation formula , results show that this active optical element can be used for high energy laser resonant cavity compensation of thermal effect in spherical aberration effects .

按照激光与介质的相互作用，我们可以把介质分为两类：被动响应光学介质与主动响应光学介质。

According to the interaction between optical field and media , the media can be divided into two types : the passive optical media and the active optical media .

激光半主动导引头光学系统分析

An optical system analysis of laser semiactive seeker

旋转棱镜在主动式几何光学测量法中的应用

Application of Axicon in Active Geometric Optical Measurements

本文简述大望远镜波前探测必要性与要求后，提出用Shack&Hartmann法作主动与自适应光学波前探测，装校时检验。

After introducing the necessity and requirement of wavefront sensor for large telescope . This paper describe shack-Hartmann wavefront sensor which will been applied to active , adaptive op-tics and testing systems .

介绍了激光半主动导引头及其光学系统的结构、特点。

The structure and characteristic of laser semi-active seeker and its optical system was analyzed .