The acceleration response at the location of the booster device of the system under the projectilebase pressure is finally calculated using the modified system vibration model.
最后以弹底压力为弹引系统振动模型的输入，求解引信内传爆管装置处的加速度响应。
2
The acceleration response in the place of booster device ofprojectile-fuze system under the projectile base pressure was calculated using the modified system Vibration model.
最后以弹底压力为弹引系统振动模型的输入，求解出系统引信内传爆管装置处的加速度响应。
3
This paper presents the general principle and method of bleeding drag reduction characteristic design ofbase bleed projectile.