Synchronism control technology is the crucial technology in range - gated laser active imaging system.
距离选通激光成像系统中同步控制装置的研究设计是系统的关键技术之一。
The farther work in the extension of the detection performance of L3 imaging system is to research the scatter imaging theory and the long distance active imaging system technology.
在扩展微光成像探测性能方面还可以进一步开展散射影响下的理论、远距离主动成像系统等后继研究工作。
The paper introduced the mechanism of range-gated laser active imaging system, and analyzed the relation between performance and overlap factor, and also introduced it into the system design.
本文介绍了选通型激光主动成像系统的工作原理，定性分析了系统成像性能与重叠因子的关系，将重叠因子引入了系统的分析设计中。
The operation mode, imaging method and system′s control problem of a active radar imaging seeker are investigated.
研究了主动雷达成像导引头的工作模式、成像方法和系统控制方式。
The fundamental theories and structure of the active IR imaging system with laser illumination, the manufacturing techniques and technical parameters of laser sources were presented.
介绍了激光辅助照明主动红外成像系统的基本原理和组成、激光光源的制作和技术参数、光学系统和接收器件的选用。
The practice proved that the controller has the advantages of simple structure, delay time precision and real time. The controller satisfied perfectly the laser active illuminated imaging system.
实验结果表明，该控制器具有结构简单、延迟时间精确、实时性好等特点，可以满足激光主动照明成像系统的要求。
The key research tasks which laser range gated (LRG) imaging system need to focus on are discussed. The development trends of range gated active imaging are predicted.
介绍了三种典型的距离选通激光成像系统，讨论了距离选通激光成像系统今后需要重点研究的课题，展望了距离选通激光成像系统的发展趋势。
The key research tasks which laser range gated (LRG) imaging system need to focus on are discussed. The development trends of range gated active imaging are predicted.
介绍了三种典型的距离选通激光成像系统，讨论了距离选通激光成像系统今后需要重点研究的课题，展望了距离选通激光成像系统的发展趋势。
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