机载诱饵弹与烟幕弹的组合使用方法研究(英文)  

Research on Combined Usage of Airborne Infrared Decoy and Infrared Smoke Bomb

作　　者：童中翔[1] 王超哲[1] 芦艳龙[1] 李传良[1] 

机构地区：[1]空军工程大学工程学院,西安710038

出　　处：《系统仿真学报》2010年第2期501-505,共5页Journal of System Simulation

基　　金：Chinese National Natural Science Foundation(60772162)

摘　　要：现役红外诱饵弹和载机在运动特性、辐射特性上存在着差异,无法对某新型红外制导导弹进行有效干扰。把载机、烟幕弹、诱饵弹和导弹作为一个复杂系统进行红外对抗仿真,将烟幕弹、诱饵弹的发射时机、初始速度大小及方向与载机的正确规避相结合,不仅解决了相对飞机的高速气流对烟幕的影响问题,而且得出了机载诱饵弹与烟幕弹组合使用的有效干扰方法。There are differences between the commissioned IR decoy and target aircraft in the movement characteristic and radiation characteristic, so the commissioned IR decoy can＇t interfere with a certain new-type infrared homing missile effectively. To solve this problem, the infrared countermeasure in a complex system which includes target, infrared smoke bomb, infrared decoy and infrared homing missile was simulated. By integrating the launch time and initial velocity of the infrared smoke bomb and infrared decoy with the right elusion rule of the target, the system simulation not only solves the problem of high speed airflow relative to target aircraft, but also gets the effective method for interfering by combined usage of airborne in[Pared decoy and infrared smoke bomb.

关 键 词：组合使用 机载诱饵弹 红外烟幕弹 红外制导导弹 正确规避 

分 类 号：TN972.1[电子电信—信号与信息处理]