幸运成像

成像观测系统的搭建也为进一步深入研究扩展目标幸运成像技术打下了基础。

The building of the experimental observation system has laid a basis for further extended objects lucky imaging technique studying .

本文论述了湍流的基本理论和幸运成像技术的主要原理，给出了空间目标幸运成像技术的应用条件和处理流程。

The turbulence theory of the atmosphere and primary principle of lucky imaging are first introduced in this paper , and then the application conditions and processing flow of lucky imaging technology for spatial objects are presented .

然后根据幸运成像处理流程对空间目标进行实验研究，包括对国际空间站和月球的观测实验及幸运成像处理，处理结果表明，幸运成像技术能够提高地基光学系统对空间目标的成像分辨率。

A series of lucky imaging experiments are then implemented , including observations of the ISS and the moon . The experimental results indicate that lucky imaging technology can improve the imaging resolution of the ground-based optical systems for spatial objects .

搭建了幸运成像观测系统，分析和校正了系统误差，修正后的实验系统可以满足大气相干长度测量实验和空间目标幸运成像实验的要求。

An experimental system of lucky imaging observation is built and the system error is analyzed and revised . It is shown that the system is capable of measuring the coherence length of the atmosphere and conducting the lucky imaging experiments for spatial objects .