针对舰炮武器系统设计定性试验供靶飞行速度低、飞行高度降不下来,且小航路捷径供靶实现难度大风险高,因此考核标准低,难以对舰炮武器系统进行有效充分考核等问题,从舰炮武器系统试验靶标供靶的速度、高度、航路捷径等方面分析了影响目标毁伤概率的因素,建立了毁伤概率计算模型.通过实际验算论证了近程反导舰炮拦截掠海导弹类目标时,如果目标速度低、飞行高度高、航路捷径大,对此类目标的毁伤概率将明显增大,导致武器系统考核标准降低.提出了为真实考核武器装备的作战效能,要采用速度高、掠海飞行、航路捷径小的靶弹类目标进行拦截试验,以解决试验的充分性、边界条件问题,实现从严考核之目的.%According to the experimental design of naval gun weapon system for qualitative target,low altitude flight speed does not drop down and small route short-cut for target is difficult to achieve high risk,so the evaluation standard is low,it is difficult to carry out effective full assessment and other issues of naval gun weapon system.The factors affecting the target damage probability analysis from the test target for shipborne weapon system for target speed,height,route shortcut,calculation model of damage probability is established,through the actual calculation demonstrates the close in antimissile shipborne antiship missile intercept target,if the target of low speed,high altitude,large shortcut for this target,the probability of damage will obviously increase,which leads to the decrease of the weapon system evaluation standard.In order to combat effectiveness assessment of real weapons,using high speed,flying over the sea,a small target route shortcut target intercept test,to fully,solve the boundary condition test,to achieve the purpose of strict examination.
展开▼
