摘要
目前的弹药消耗计算多针对单一武器系统。为从整体上动态研究多层坦克导弹防御阵地的弹药消耗规律,该文根据反坦克作战火力对抗过程及精确制导武器弹药消耗特点,应用排队系统理论建立了多层防御反坦克阵地的弹药消耗模型。应用该模型对3种典型的反坦克防御作战想定进行了弹药消耗仿真计算,仿真结果表明了模型的有效性,以及弹药消耗量对兵力因素、武器打击性能以及防御时间的敏感性。
The present ammunition consumption is carried out with the single weapon system.To study the ammunition consumption law dynamically for the multilayer antitank missile position unitarily,the ammunition consumption model is set up based on the fire counterwork processes of the antitank combat,the ammunition consumption characteristics of the precisely-guided weapons,and the queuing theory.The model is applied to simulate the ammunition consumption of the three typical antitank denfense combat scenarios.The results show that the model is effective and the total ammunition consumption is sensitive to the military strength,the weapon striking ability and the defense time.
出处
《南京理工大学学报》
EI
CAS
CSCD
北大核心
2012年第2期221-225,共5页
Journal of Nanjing University of Science and Technology
基金
军内科研计划
关键词
反坦克导弹
弹药消耗
服务概率
排队论
antitank missiles
ammunition consumption
service probability
queuing theory
