其次，设计和实现了一种光学成像系统。
In the second, an optical imaging system is designed and made.
波前编码技术能扩大非相干光学成像系统的景深。
The research on temperature sensitivity of infrared system based on wavefront coding technique;
同时也分析了空域滤波、空频域滤波、光学成像系统。
The filtering in spatial domain, spatial frequency domain and a system of optical formatting imagines are also analyzed.
本文提出用数字图像相关技术高精度测量光学成像系统的畸变。
The following put forward the method that measuring distortion of optical image system by means of digital image interrelated technique accuracy.
该文通过对光学成像系统中非线性畸变的分析，提出了一个数字校正方法。
Based on the analysis of nonlinear distortion of optically imaging system, a simple and effective digital method for correcting nonlinear distortion is proposed.
提出了直接积分法(DIM)研究动态电子光学成像系统时间像差的理论。
A new theory for studying temporal aberrations of dynamic electron optical imaging systems by the direct integral method (DIM) is put forward.
倾斜放大率有助于光学成像系统的优化设计，并可以进行成像大小的精确计算。
The slantwise magnification can give a help to design of optimized optical image system easily and calculate the size of image accurately.
在普通光学成像系统中引入相位模板和数字图像复原技术，可以增大系统的景深。
The depth of field of standard optical incoherent imaging system can be extended by introducing a phase plate and the digital image restoration technique.
本文重点研究了高精度的光学成像系统技术，设计和实现了基于机器视觉的对准定位系统。
In this thesis, the high-precision vision alignment is realized by using the technology of optical imaging and the alignment system based on the machine vision is designed and realized.
最后，在光学设计软件Zemax中设计了利用文中几种相位模板的大景深光学成像系统。
Finally, we designed several EDOF imaging systems employing the phase plates mentioned in this paper in the optical design software Zemax.
镜头光阑是非接触式光学成像系统中的一个重要部件，并对CCD相机上采集到的图像具有重大影响。
The camera lens diaphragm is an important component in a noncontact optical imaging system and has a crucial influence on the images registered on the CCD camera.
如何确定镜子的最佳支撑方式，来保证最优的镜面面形精度，这在天文望远镜的光学成像系统中具有重要的意义。
How to design the best support of the mirror to ensure the highest accuracy of the mirror surface, which is very significant for the optical and image system of the astronomical telescope.
当前活跃 研究集中在普通光学成像 系统中引入相位模板并结合数字图像复原技术来增大光学成像系统的景深。
Now most researches concentrate on the method: introducing a phase plate into the standard optical incoherent imaging system and employing the digital image restoration technique.
该方法能消除光源、测试目标和光学成像系统引入的测量偏差，而且便于多光谱段的SPRITE探测器MTF测试。
This method can eliminate some unfavourable effects on previous measurement, induced by elements, such as light sources, targets and optical lens, and make to measure multi spectra…
本文介绍一种以液晶空间光调制器作为调制位相信息的衍射元件，获得可变焦长的菲涅耳透镜，以及该元件在光学成像系统中的应用。
A kind of diffraction element modulating phase information by LC space light modulator to get a zoom Fresnel lens, as well as the using of said element to optical imaging system, is introduced.
调制传递函数是评价光学成像系统成像质量的重要方法，因而测量光学系统的调制传递函数在各种成像光学系统生产实践中具有相当重要的作用。
Modulation transfer function is a common method for evaluating the performance of optical imaging system. The measurement of MTF is very important in production and testing.
CCD接收十字分划板的光学成像，中心偏测试软件处理处理由图像采集系统提供数字图像。
CCD receives the optical imaging of Cross Divisional Board. The decentration measurement software processes the digital image provided by image Acquisition System.
气动光学传输效应对飞行器光学成像探测系统的性能有着十分重要的影响，它使探测器接受的图像产生偏移、抖动和模糊。
Transmitting effects of aero-optics is very important to optical imaging probing system of interceptor, as it may cause displacement, jitter and blurring of image to receive for the system.
介绍了CCD立靶坐标测量系统的坐标测量原理及其目标光学成像特性。
The coordinate measurement principle and target imaging characteristic of CCD vertical target coordinate measurement system are introduced.
气动光学传输效应对飞行器光学成像探测系统的性能有着十分重要的影响，它使探测器接受的图像产生偏移、抖动和模糊。
The engineering model for optical transmitting characteristics of flow is built up and empirical model for optical imaging system induced by aero-optic transmitting effects is described.
最后，利用上述光学成像技术，实现了一种光学自动对准系统。
The final step, an optical automatic alignment system is completed by using the optical imaging system.
FALKDieter：用于通过针孔光圈将物体光学成像到检测装置上的系统和方法。
System and method for optically imaging objects on a detection device by means of a pinhole aperture. F.
他在“光学分子成像”和“关于组织结构与功能的组织光学成像”方面有系统的研究。
He has systematically carried out the studies on optical molecular imaging and tissue optical imaging based on tissue structure and function.
他在“光学分子成像”和“关于组织结构与功能的组织光学成像”方面有系统的研究。
He has systematically carried out the studies on optical molecular imaging and tissue optical imaging based on tissue structure and function.
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