1) expected damage probabilities
期望毁伤概率
1.
Weapon target assignment satisfying expected damage probabilities in air defense;
满足期望毁伤概率的防空武器目标分配
2) destructive expectation
毁伤期望
1.
Secondly, the computational model of sh ipborne shrapnel’s destructive expectation is made up.
首先分析了舰载火箭炮射击误差 ,并对射击误差进行了转换 ,然后建立了舰载火箭子母弹毁伤期望计算模型 。
3) damage probability
毁伤概率
1.
Based on characteristics of joint fire damage and actions of artillery,starting with the key index of survivability,an evaluation model for detection probability and damage probability is established to simulate and analyze the survivability of artillery.
根据联合火力毁伤与炮兵行动的特点,从生存能力这一指标入手,通过建立发现概率、毁伤概率的评价模型对炮兵生存能力进行了模拟分析,并由模拟结果提出了联合火力毁伤下炮兵提高生存能力的行动对策。
2.
We analyzed the damage probability of air defense position when the ARM is launched in advance,and its influence on decreasing the damage ratio of the aircraft itself.
针对当前反辐射导弹对地面防空武器系统的威胁问题,分析了反辐射导弹超前发射时对防空阵地的毁伤概率及对减少载机损失的影响。
3.
The damage probability was obtained when a fragment impacted the double plates by.
研究了目前的空间轨道目标,与飞机相比,对空间轨道目标在工作环境、典型结构、飞行原理、毁伤机理,目标的防护特性、隐蔽性机动性上进行了易损特性分析,提出了单枚破片对双层靶板的破坏类型,包括局部穿孔破坏和撕裂破坏类型,提出了其对应的毁伤模型,进一步得到了单枚破片碰撞双层板结构的毁伤概率。
4) damaging probability
毁伤概率
1.
Characteristics of target-damaging probability by fragmentation from a focusing warhead was discussed,and a method to calculate the damaging probability of target was obtained.
本文讨论了聚焦型破片战斗部对目标的毁伤特点 ,在总结前人工作的基础上给出了一种计算目标毁伤概率的工程算法 ,并同时给出了一种聚焦型破片战斗部毁伤典型空中目标时毁伤概率的计算实例。
5) kill probability
毁伤概率
1.
That is maneuver target will randomly cross the offective shot area during the common aim and fire study has shown that the results obtain from classical ways can not really and truly reflect the kill probability under this condition.
研究表明,用传统的分析方法所得结果不能真实有效地反映出这种情况下的毁伤概率。
2.
The kill probability of anti-radiation missile against ground radar was researched.
针对反辐射导弹对地面雷达目标的毁伤概率进行了研究,根据目标易损性,给出了炸点定位、破片毁伤目标、超压毁伤目标、坐标杀伤等计算模型,并由此建立了反辐射导弹对目标的单发毁伤能力评估模型。
3.
Some directly effects and relationships of the relative system errors of the system are analyzed to determine its kill probability.
针对弹炮结合防空武器系统毁伤概率是决定系统效能的关键问题,分析了决定系统精度和毁伤概率的主要因素及其相互关系。
6) killing probability
毁伤概率
1.
The killing probability in finite random stationary time series is studied by stochastic passage theory.
应用随机穿越理论分析了有限个随机滞留时间序列中的毁伤概率问题。
2.
The influence of space-based information system on missile operation and killing probability is studied.
研究了天基信息系统各个组成部分对导弹作战过程及毁伤能力的影响,建立了天基信息系统性能参数和导弹打击目标毁伤概率之间的函数关系,实现了天基信息系统的效能评估。
3.
The remote controlled setting of fuze is able to considerably enhance the fuze′s anti interference capability and improve the killing probability of ammunition.
遥控装定技术对提高引信的抗干扰能力和提高弹药的毁伤概率具有重要意义 。
补充资料：地雷场毁伤概率
地雷场毁伤概率
mine field kill probability
dileichang huishang gail位地雷场毁伤概率(mine field kill pr。-bability)表示通过地雷场的目标被地雷命中而丧失战斗能力或机动能力的可能性大小的数值。是衡量地雷场障碍能力的主要指标。一般用百分比表示。 地雷场毁伤概率主要根据所用地雷的类型和尺寸、地雷场的布雷密度和地雷配置样式、目标的种类和可能触雷部位的尺寸等确定。用人工和机械布雷车布设的防坦克地雷场，一列地雷的毁伤概率尸1和地雷场的毁伤概率Pn可分别用下列公式计算: P;=托八{尸，一1一(1一尸1丫式中L为雷列中地雷的间隔;n为地雷场中的雷列数;K表示一个地雷的有效障碍宽度。反履带雷、反车底雷和反履带车底两用雷的K值可分别用下列公式计算: K=2(b+子2dl)(反履带雷) K=B一d(反车底雷) 尤=刀+Zb+d一2dl(反履带车底两用雷)式中b为坦克一个履带的宽度;B为坦克车底宽度;d为地雷直径或宽度;d，为地雷的有效宽度，即坦克作用于地雷_[足以使其动作并能毁伤坦克的最小宽度，通常为d/3一d/2。 对中型坦克，前苏军布雷密度为0.75的反履带防坦克地雷场的毁伤概率约为570/0;布雷密度为住4的反车底防坦克地雷场的毁伤概率约为850/0;美军标准样式的反履带防坦克地雷场的毁伤概率约为82%。 (潘鸭举)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条