复杂电磁环境对舰载导弹防空系统影响分析

Performance Analysis of Ship-Based Missile Anti-Aerial System Under Complex Electromagnetic Environment

复杂电磁环境对舰载导弹防空系统影响的分析是海军战法研究的核心问题。运用信息战原理,在信息与火力联合作战能力分析平台上的初步试验表明:在复杂电磁环境下,信息因素可以使舰载导弹防空系统击毁入侵飞机数量的统计平均值下降553.96%,火力因素可以使统计平均值下降342.72%,信息与火力联合因素可以使统计平均值下降274.80%,整个舰载导弹防空系统性能趋于恶化。因此,根据复杂电磁环境对舰载导弹防空系统影响的分析结果,制定科学的决策,提高抗电子攻击能力和导弹打击精度,达到提高舰载导弹防空系统信息与火力联合打击目标能力。

How to analyze the performance of ship-based missile anti-aerial system under complex electromagnetic environment is one of the most important problems in study of naval tactic and equipment construction. On analysis platform of joint information and fire, the initial experiments show that the information, fire, and associated information-fire factors under complex electromagnetic environment can decrease the expected average number of assault fighters killed by fire of ship-based missile anti-aerial system respectively by 553.96%, 342.74% and 274.80%, so that the decline in performance of ship-based missile anti-aerial system is resulted. Thus, the scientific decision for strengthening anti-electronic attack ability and increasing missile precision can be made in order to arrive at the goal of increasing joint attack ability of information and fire of ship-based missile anti-aerial system.