烟幕对抗1．064μm激光制导武器的有效性研究  

Research on Validity of Smoke-Screen Jamming for 1.064 Micron Laser-Guided Weapons

作　　者：臧永强 王仕成[1] 刘志国[1] 刘源 王伟峰 

机构地区：[1]第二炮兵工程大学,西安710025 [2]65585部队,大连116100

出　　处：《电子对抗》2012年第5期37-41,共5页Electronic Warfare

基　　金：国家重点技改项目（JGD17KS01007）

摘　　要：烟幕干扰是对抗激光制导武器的一种重要方法，定量计算烟幕干扰性能对烟幕战术使用具有重要军事价值。文章在分析了烟幕结构组分、烟幕对抗激光制导机理和烟幕对激光衰减规律的基础上，建立了1．064μm激光的烟幕衰减模型和干扰有效判断模型。利用所建模型，在典型战术参数下，对几种常用烟剂的材料质量、烟幕施放位置等影响烟幕对抗效果的可控因素进行了研究。研究结果对战场烟幕的有效使用具有重要参考价值。Smoke-screen jamming is one important method to confront laser-guided weapons, and quantitative calculation of the smoke-screen jamming efficiency has an important military value in the tactical use of smoke-screen. Based on analyzing the structure and elements of smoke-screen, characteristic jamming process of smoke-screen to laser-guided weapons, the laser attenuating laws of smoke-screen, the laser attenuating model of smoke-screen and the interference effectively probability model to 1.064 micron laser are established. The weight of several usually used smoke-screen material and the position of smoke-screen which can affect the interference effect and be controlled in using are studied under the typical tactical parameter by using the built model. The simulation result is of great value for effectively using the battlefield smoke-screen.

关 键 词：激光制导 烟幕干扰 仿真 干扰效果 

分 类 号：TN97[电子电信—信号与信息处理]