一维弹道修正弹多发同时弹着火控新算法

为满足一维弹道修正弹对目标快速猛烈打击的需要,利用一维弹道修正弹阻力环调节射击距离和弹丸飞行时间的能力,建立一种单炮多发同时弹着火控新算法.以弹丸飞行时间最短为原则,确定最后一发弹的飞行时间与射角,依次计算倒数下一发弹的飞行时间与射角,并进行仿真验证.仿真结果表明:该算法具有可行性,对提高一维弹道修正弹快速打击能力具有重要意义.

New Fire Control Arithmetic on MRSI of 1 Dimensional Trajectory Correction Projectile

To meet the requirements of quick and violent attack target, establish the new fire control arithmetic of multiple rounds simultaneous impact (MRSI) by using 1 dimensional trajectory correction projectile drag ring to adjust the range and flying time. The shortest fly time principle was selected, the flying time and firing angle of the last projectile was calculated at first, and then the flying time and firing angle of reciprocal next projectile were calculated. The simulation results show that e new arithmetic is feasible and it is valuable to improve the ability of gun to attack quickly.