伪装涂层的红外辐射强度信息较弱, 但红外偏振信息相对较强, 以钛合金为基底的伪装涂层样品为实验对象, 研究了其红外偏振光谱特性及方向特性, 设计实现了伪装涂层钛合金人造目标的红外偏振成像检测实验, 实验结果表明, 利用红外偏振成像检测技术能够实现对伪装涂层金属人造目标的有效检测。

The infrared radiation intensity information of camouflage coating is weak, but the infrared polarization information of which is relatively strong. The experiment object is camouflage coating sample of titanium alloy base, and its infrared polarization spectrum properties and orientation properties have been studied. Besides, the infrared polarization imaging detection experiment of camouflage coating titanium alloy artificial target has been designed and realized. The experiment result shows that infrared polarization imaging detection technology can realize the effective detection of camouflage coating metal artificial target and has a high application value.