引信红外偏振成像探测机理及关键技术

目标处于复杂场景时会对目标探测带来负面影响的干扰,会给目标识别带来了很大的影响。红外偏振成像探测是利用人造目标与自然目标以及真实目标与伪装目标的红外辐射偏振特征的差异来提高目标识别效果的。在复杂背景下识别和攻击目标是引信智能化的重要体现,因此探讨如何将红外偏振探测技术应用于引信是十分必要的。在分析红外偏振成像探测机理的基础上,对该技术用于引信的关键技术问题进行了分析,为引信红外偏振成像探测的研究奠定了基础。

Polarization infrared imaging detection mechanism for fuze and key technologies

When the target is in a complicated scene,the objective of detecting is generated a negative impact on the interference,target identification is brought a lot of impact.Polarization imaging infrared detection is to use the differences of infrared radiation polarization characteristics of artificial goals and natural objectives as well as camouflage goals and real objectives to enhance the effect of a target identification.In a complex background,to identify target is an important manifestation of intelligence for fuze,the exploring polarized infrared detection technology using to fuze is very necessary.In the basis of analysis infrared imaging detection mechanism,the key technical problems used to fuse are analyzed.