摘要
合成孔径激光成像、激光反射层析成像是最有可能在空间目标成像侦察中得到应用的精确侦察手段。分析了两种激光成像方法的原理,分别构建了各自实验系统,完成了关键技术验证实验,得到了一些重要结论。结合空间目标精确侦察需求,给出了两种系统的设计方法,指出了需要重点突破的关键技术。研究表明,随着激光器、探测接收等关键技术的成熟,将为研制天基空间激光成像目标精确侦察技术奠定基础。
Synthetic aperture laser imaging and laser refl ective tomography imaging are two precise reconnaissance methods which may be used in space target imaging reconnaissance. This paper analyzed the principles of two laser imaging methods, built the experimental systems respectively, completed the key technical verification experiments and obtained some important conclusions. Combining the needs of space target precise reconnaissance, this paper provided designings for the two systems and pointed out the key technologies that need to be developed.The research shows that, the development of laser device and detecting technology will lay the foundation for studying laser imaging technology for space target precise reconnaissance.
出处
《国防科技》
2016年第1期30-36,共7页
National Defense Technology
关键词
目标精确侦察
合成孔径激光成像
激光反射层析成像
图像重构
target precise reconnaissance
synthetic aperture laser imaging
laser reflective tomography imaging
image reconstruction
