Research on the Image Restoration Algorithms of the Sparse Aperture Optical Imaging Systems(OVON) 稀疏孔径光学系统成像的图像恢复算法研究
Test and verification of temporal aberration theory for electron optical imaging systems by an electrostatic concentric spherical system model 静电聚焦同心球系统验证电子光学成像系统(OVON)的时间像差理论
A new theory for studying temporal aberrations of dynamic electron optical imaging systems by the direct integral method ( DIM ) is put forward. 提出了直接积分法(DIM)研究动态电子光学成像系统(OVON)时间像差的理论。
Optical imaging systems have widely application in the spaceflight and national defence domains. As the resolution of imaging systems increased, the image data obtained by imaging systems are more and more large. 光学成像系统(OVON)广泛地应用于航天和国防领域中,随着成像系统分辨率的提高,成像系统获取的图像数据量变得非常大。
In this paper the prism turning theorem is expanded to apply to telescopic system, and a new method of analysis and design for stabilized optical imaging systems is proposed. 本文将棱镜转动定理推广到望远系统,提出一种分析和设计稳象系统的方法。