摘要
为发挥海基反导力量的机动性、拓展海上弹道导弹防御层次,对反弹道导弹作战中预警探测舰配置问题进行研究。从弹道导弹运动特性、雷达探测威力、视距限制等方面建立了预警探测舰雷达探测模型。以射程500 km至5500 km的中程弹道导弹为例,区分最小能量弹道、低射弹道和高抛弹道三种弹道形式,仿真分析了不同配置位置下预警探测舰对来袭弹道导弹的探测能力,在此基础上给出了相应的预警探测舰配置方法,可为海上反弹道导弹作战兵力配置提供参考。
In order to give full play to the maneuverability of sea-based ballistic missile defense force and expand the level of sea-based ballistic missile defense,this paper studies the deployment of early warning and detection ship in ballistic missile defense operations,and establishes the radar detection model of early warning and detection ship from the aspects of ballistic missile movement characteristics,radar detection power and visual range limitation.Taking medium-range ballistic missiles with a range of 500 km-5500 km as an example,three trajectory forms of minimum energy trajectory,low launch trajectory and high launch trajectory are distinguished,and the detection capability of the early warning detection ship against the incoming ballistic missile under different deployment positions is simulated and analyzed.Based on this,the corresponding deployment method of early warning detection ship is given.The conclusions obtained can provide reference for the force deployment in sea-based ballistic missile defense operations.
作者
解学昊
赵晓东
XIE Xuehao;ZHAO Xiaodong(Naval Command College,Nanjing 210018,China)
出处
《指挥控制与仿真》
2023年第6期84-88,共5页
Command Control & Simulation
关键词
海基反导
预警探测
配置方法
sea-based ballistic missile defense
early warning detection
deployment method
