高炮对超高速目标射击死界与射击时限的研究

Research on Utmost Shooting Boundary and Time Limit of Anti-craft Artillery against Hypervelocity Target

针对文献[2]提出的相关问题与结论,本文研究了高炮在针对高速、超高速目标的射击过程中,射击死界与目标飞行速度、高炮最大跟踪角速度之间的关系,并探讨探测器最远发现距离对有效射击区域的影响。首先以某型高炮为实例,分别给出了射击死界随目标运动速度、高炮最大跟踪角速度的变化趋势,以及高炮实际火力有效作用区域随探测器最远发现目标距离的变化趋势。然后应用弹头飞行时间曲线说明了高炮至少具有的最小射击时间。结果表明,增大探测器最远发现目标距离与提高高炮最大跟踪角速度,可以有效地增大有效射击区域和有效射击时限区间,提高高炮的作战能力。

Taking aim at the problems and results proposed in Ref. [ 2 ], in the shooting process of anticraft artillery against high or ultra high. velocity target, the problem of the change trends of utmost shooting boundary with the changes of target fly velocity and anti-craft artillery maximum tracking angle velocity was studied respectively, and influence of the detector maximum find distance on the effectiye shooting area was also discussed. Taking a certain type anti-craft for example, the change trends of utmost shooting boundary with the Changes of target fly velocity and anti-craft artillery maximum tracking angle velocity, and the change trend of effective shooting area with the change of detector maximum find distance, are proposed, respectively, and the anti-craft artillery minimum shooting time was interpreted by applying the warhead fly time curve. The studied results show that the effective shooting area and shooting time limit interval can be broadened effectively via increasing the detector maximum find distance and anti-craft artillery maximum tracking angle velocity and the fight capabili- ty can be enhanced.