某反坦克导弹采用垂直弹射方式实现全方位快速攻击目标,使用直接力控制实现快速转弯,文中针对快速转弯问题创新性地给出了一种方法。首先对垂直发射导弹脉冲发动机的布局和建模方法进行了介绍,然后创新性地推导了快速转弯控制偏差的计算方法,并详细给出了脉冲发动机的点火策略,最后通过数学仿真验证了直接力控制快速转弯方法的可行性。

Anti-tank missile adopts the vertical ejection and the quick turn based on reaction-jet control in order to realize omnidirectional attack target, this paper innovatively presents a method of the quick turn based on reaction-jet control. First, the layout and modeling method of the pulse engine are introduced: Second, the calculation method of control deviation for quick turn is derived innovatively, and the ignition strategy of pulse engine is given in detail; Finally, the feasibility of the method of the quick turn based on reaction-jet control is verified by mathematical simulation.