基于主被动量子关联成像的超分辨抗干扰探测系统研制

Research on Super-resolution Anti-interference Detection System Based on Active and Passive Quantum Correlation Imaging

针对大气湍流以及不同光照条件下难以成像的问题,提出了基于空间光场调制的主被动量子关联成像方案。研制了超分辨抗干扰的主被动量子关联成像原理样机,并完成了超分辨、抗大气湍流以及不同光照条件下的外场实验,验证了主被动量子关联成像原理样机的全天时抗干扰成像能力,实现了超分辨的远距离成像探测。本方案为远距离遥感、极弱背景探测提供了一种有效的成像技术手段。

To solve the imaging difficulties caused by atmospheric turbulence and different lighting conditions, an active and passive compound quantum correlation imaging scheme based on spatial field intensity is proposed. A prototype of active and passive quantum correlation imaging principle with super-resolution anti-interference is developed. The experiments of super-resolution, anti atmospheric turbulence and different lighting conditions are completed. The all-time anti-interference imaging ability of the active and passive quantum correlation imaging principle prototype is verified, and the super-resolution long-distance imaging detection is realized. Thus, this scheme should be an effective technique for remote sensing and imaging with very weak background illumination.