论文部分内容阅读
红外诱饵弹是作战飞机最常用的一种干扰,它对红外制导空空导弹的干扰效果与投放装置的控制参数密切相关,通过深入研究空战时的红外对抗过程,确定了红外诱饵弹投放装置的主要控制参数。在研究自卫飞机、红外诱饵弹和红外制导导弹的运动特性和红外辐射特征基础上,分析了红外诱饵弹质心干扰原理,建立了红外诱饵弹开始投放及停止投放时间、诱饵弹序列投放时间间隔和齐投数量等投放装置控制参数模型,利用该模型计算了典型条件下诱饵弹投放控制参数与干扰效果的关系,该模型对提高诱饵弹的干扰效率,保护自卫飞机安全具有一定的指导作用。
Infrared decoy is the most commonly used interference of combat aircraft. Its effect on infrared guided air-to-air missiles is closely related to the control parameters of the launch device. By studying the infrared confrontation process during air combat, the main features of infrared decoy dropping device Control parameters. Based on the study of the movement characteristics and the infrared radiation characteristics of the self-defense aircraft, infrared decoy and infrared guided missile, the interference principle of the infrared decoy bullet center of mass is analyzed. The time of starting and stopping the placement of the infrared decoy bullet, The model is used to calculate the control parameter model of the device. The model is used to calculate the relationship between the control parameters of the decoy and the jamming effect under the typical conditions. The model can improve the jamming efficiency of the decoy and protect the self-defense aircraft.