摘要
远距离支援干扰(SOJ)是纵深打击战略中的重要环节,现今对远距离支援干扰性能的仿真,一般只以干扰最大作用距离作为评判的标准,不能反映实战真实要求。从远距离支援干扰的目的入手,将单纯的干扰与所掩护战机的突防能力相结合,作为干扰性能的评判标准。通过分析远距离支援干扰性能的主要数学模型,说明影响其性能的主要因素;并针对某型设备进行了仿真,得到反映干扰性能的压制扇面图。通过仿真明确了合理配置干扰机的位置是改善远距离支援干扰性能的可靠手段。
Stand-off Jamming play an important role in the strike forces to enemies depth of battle,It is usual to judge the simulating of Stand-off Jamming capability by the maximum acting distance,but the method can not reflect the real battle.It is conducted in this paper the new standard that judge the Stand-off Jamming capability is by the aim of jamming and the capability of penetration,In addition,It provides the primary factors of the effect on Stand-off Jamming capability from the analysis of the simulation;Then simulating the idiographic equipment,Getting the fan-shaped chart.It is credible way to improve the Stand-off Jamming capability by configuring the jammers.
出处
《火力与指挥控制》
CSCD
北大核心
2010年第5期65-68,共4页
Fire Control & Command Control
基金
国家"863"高技术基金资助项目
关键词
远距离支援干扰
仿真
压制扇面
stand-off jamming
simulation
suppressing sector