摘要
针对高炮拦阻射击,提出了一种新射击体制,详细叙述了该体制的实现机理,并建立了数学模型。在此基础上,针对某型现役高炮的武器性能参数,探讨了初速序列的确定等关键问题,并进行了数值计算。该体制射击过程中不需要改变方向角和射角,对随动系统的要求大幅降低,可缓解自行高炮系统的随动制约,还可使大量随动性能较差的牵引高炮重新焕发生机。该体制的提出与最终实现对提升高射综合体防空反导作战效能具有重要意义。
A new firing system is proposed for Antiaircraft gun. Detailed description of the mechanism of this new firing system and mathematical model are given. On the basis of mathematical model, the decision of velocity sequence is explored for parameters that stand for firing ability of certain kind of Antiaircraft gun. With angle of direction and angle of site fixed during firing, this firing system can greatly lessen the requirement of gun servo system. Not only can this firing system loosen the servosystem restriction for selfpropelled Antiaircraft gun, but also can help numerous towed Antiaircraft guns regain vitality with relatively poor servosystem. The bringing up and application of this firing system shall greatly enhance Antiair craft gun efficiency in antiaircraft and antimissile combat.
出处
《指挥控制与仿真》
2013年第3期32-35,共4页
Command Control & Simulation
关键词
高炮
拦阻射击
射击体制
防空效能
anti-aircraft gun
barrage fire
firing system
airdefence efficiency
