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模拟弹出炮口后即开始破碎，因而在靶场试验中无法测量其初速平均值，只能以最大压力平均值为标准选择装药，这就可能会造成火炮发射率降低的问题，从而影响模拟弹的推广使用。本文提出了模拟弹适用于火炮的基本要求．叙述了火炮后坐速度曲线的测量原理和方法；通过对火炮后坐速度曲线的分析，认为火炮最大后坐速度主要取决于弹丸初速平均值。改变装填条件可以改变火炮后坐过度曲线，当火炮使用模拟弹和制式弹射击时的后坐速度曲线一致时，其发射率也一致，这样，模拟弹就适用于火炮，可以代替制式弹对火炮和随动系统进行考核试验。
After the simulated ejection muzzle began to crumble, it can not measure the initial velocity average in the shooting range test, and can only choose the maximum pressure average as the standard choice of charge, which may cause the decrease of the firing rate of the artillery and thus affect the simulated projectile The promotion of use. This paper presents the basic requirements of simulated bombs for artillery. The measuring principle and method of artillery recoil velocity curve are described. By analyzing the artillery recoil velocity curve, it is considered that the artillery recoil velocity mainly depends on the average muzzle velocity. Change the filling conditions can change artillery recoil over curve, when the artillery fire and the use of simulated recoil when the firing curve consistent, its emissivity is also consistent, so that the simulation bomb is suitable for artillery, you can replace the standard artillery shells and with Moving system for testing.