饱和攻击

对水面舰艇编队采用超视距反舰导弹进行饱和攻击时，需要计算所需导弹数量。

The number of required missiles needs to be calculated when using beyond-the-horizon anti-ship missiles to start saturation attacks on surface ship formation .

伯克级驱逐舰抗反舰导弹饱和攻击能力分析

Analysis of oppugning antiship missiles saturation attack capability of " Arleigh Burke " - class destroyer

反舰导弹入射流通常假设为POISSON流[1]，通过举例验证有组织的反舰导弹入射流（饱和攻击）更接近均匀分布事件。

The organized ant-ship missile saturation striking is always assumed as a POISSON , examples show that it is even near a uniform distribution .

地面防空火力单元抗饱和攻击能力分析与应用

Analysis and Application of Anti-Saturation-Attack Capability of Ground Air-Defense Fire Unit

一种舰空导弹武器系统抗饱和攻击能力模型

A Model of Ship-to-air Missile Weapon System Intercepting Ant-ship Missile 's Saturation Striking

当前水面舰艇面临着严重的反舰导弹威胁，特别是在饱和攻击的条件下，常规的单通道舰空导弹系统已经不能满足作战的需要。

At present surface warships are confronted with more and more serious threat from anti-ship missile .

然后以命中概率的动态算法为基础，给出了计算饱和攻击所需发射导弹数量的一种新方法。

Then , based on this dynamic calculating method , a new algorithm of the necessary missile quantity in saturation attack is proposed .

当前国土防空和舰队防空中，面临的空袭特点是空袭体系从防区外和视线外对防空体系所保卫的地（水）面目标实施饱和攻击。

In present territory and fleet air defence system , the saturation strike of air strike system is out of defence area line of sight .

该模型不仅可用于舰空导弹武器系统抗饱和攻击能力的计算，也可用于确定给定舰空导弹武器系统的最优配置方案。

Not only can this model be used to calculate the capability described above , but also the optimum constitution of a given ship-to-air missile weapon system .

针对饱和攻击时所需发射导弹数量的现行算法中存在的问题，给出了命中概率随导弹发射数量变化的一种动态计算方法。

In view of the fact that the existing algorithm for the necessary missile quantity in anti ship missile 's saturation attack has some defects , a dynamic calculating method of hitting probability is given .

在分析影响防空火力单元抗饱和攻击能力的基础上，建立了基于排队论求解防空作战能力的数学模型，对防空火力单元的抗饱和攻击能力进行了仿真计算。

This paper analyzes the factors which affect the capability of ground air-defense fire unit for anti-saturation-attack . It establishes a mathematic model based on queue theory to solve its capability , and then , simulates and calculates the capability of anti-saturation-attack for ground air-defense fire unit .