摘要
舰载机战斗是航母编队航渡阶段防空作战的重要组成部分,舰载机防空作战主要作战对象是突袭我航母编队的敌方航空兵,作战目的是在敌方航空兵对我航母编队发射舰空导弹前进行至少一次抗击。基于兰彻斯特方程对空战过程进行仿真,并针对不同作战样式建立对应数学模型。通过对战斗结果的仿真分析,证明了航空兵作战结局同航母编队预警距离间的关系,为进一步优化航母编队航渡阶段阵位配置提供研究基础。
During the navigation period of the aircraft carrier formation,the carrier aircraft battle is the important component of stage air defense operation,the chiefly operation object is the enemy's side air arm,and resisting at least once and fight back before they launch missile to our aircraft carrier formation. In this paper the simulation of air combat based on Lanchester equation,and mathematical in accordance with the different operation patterns is built. Through the simulation analysis of the battle result,the relationship between the result of air operation and the warning distance of aircraft carrier formation is proved,provide research foundation for the next step of optimization aircraft carrier formation's disposition during the navigation period.
出处
《舰船电子工程》
2018年第1期25-28,共4页
Ship Electronic Engineering
关键词
航母编队
防空作战
兰彻斯特方程
aircraft carrier formation
air defense operation
Lanchester equation
