基于战场威胁分析的车载干扰型主动防护技术研究

Vehicular Interferential Active Protection Technique Based on Analysis of Battlefield Threat

现代信息化战争中,战争形态将以非接触式、非对称式、一体化联合作战为主,短兵相接的直瞄武器将逐步被远程精确制导武器取代。从精确制导武器的发展方向和发展趋势分析可知,激光半主动制导弹药、激光驾束制导导弹、毫米波末制导导弹等反坦克精确制导武器将是现役及未来坦克装甲车辆面临的最大威胁。从战场威胁分析入手,为构建车辆平台对抗主要反坦克威胁的干扰型主动防护系统及其控制流程寻求解决之道。

In the era of high-tech information, the form of war features increasingly contactless and unsymmetrical and with integrative joint operation is becoming into the mainstream. The ap- plication of long distance precision-guided weapons has gradually displaced the direct firing weapons used in close combat. As per the trends of long distance precision-guided weapons, la- ser semi-active guidance ammunition, laser beam-rider guidance missile, millimeter wave ter- minal guidance missile and other precision-guided anti-tank weapons are currently being the major threats to the tanks in service, and even present deadly lethality to the future tanks. To help combat vehicles survive in the threats of anti-tank weapons, the battlefield threat analysis is proposed firstly, and then a solution of vehicular interferential active protection system is pro- vided.