目标毁伤评估的基本方法之一是实验的方法。
Testing is one of basic methods on target vulnerability analysis.
采用实验方法确定目标毁伤研究中材料等效存在一定困难。
It is difficult to implement the material equivalent using the method of experiment in the field of the target damage research.
所提出的破片群能级和目标毁伤模型解决了威力定量评价的复杂问题。
The complicated problem of the quantitative estimation of power is solved with the target damage model.
并根据实际情况，采用了圆条件坐标杀伤概率的方法判别目标毁伤情况，最后给出了计算步骤。
According practice instance, the method of estimating target damage degree is presented using warhead coordinate damage probability in the round condition.
基于建立的模型，导出了任务成功率、目标毁伤率、生存概率等作战效能度量指标的表示和计算。
The measures of effectiveness, such as the probability of mission success, the probability of target's damage, the probability of survival, are defined and presented.
本文采用战斗部为破片式战斗部，通过对导弹发射车的易损性分析，目标毁伤树来建立目标易损性计算模型。
The fragmentation artillery warhead is utilized in the paper. The target damage tree is used to build vulnerability model by means of analyzing the vulnerability of vehicle of launching missile.
目标毁伤评判是C3I系统的一个重要组成部分，在指挥决策中它是决定是否对目标实施第二次打击的主要判据。
Target destructive estimation is an import component of C3I system and a main criterion in command decision whether carries out the second strike for target.
目标毁伤分析是C3I系统的一个重要组成部分，在作战指挥决策中是决定是否对目标实施第二次打击的主要判据。
Target destruction analysis is an important component of C3I system and a main criterion in making command decision of carrying out the second strike on the target or not.
根据动能弹对装甲目标作用的毁伤破坏机理，提出了这一特定弹靶系统中装甲目标等效靶的建立方法。
Based on the damage mechanism of armor targets impacted by kinetic energy projectiles, the method of selecting surrogates for this typical ammunition-target system was advanced.
本研究为科学合理地估算军事目标伪装的生存与毁伤概率提供了有效的方法。
So the paper provides effective method that the existence and damage probabilities are calculated and appraised.
本文提出了一种把像素模拟与环路积分算法相结合，计算复杂形状面目标有效毁伤面积的新方法。
To calculate valid damage area of irregular targets, this paper creates a new method combine pixel simulation with circuit integral algorithm.
空中目标的威胁值评估是指空中目标对所攻击的地(水)面目标可能造成的毁伤程度进行评价。
Threat value of air target is that it can evaluate damage degree of attacking ground (surface) target in command and control of air defense system.
讨论了空对空多机对多机交战中，攻击机采用不同的目标分配方法对毁伤目标概率(或生存概率)的影响。
The influence of different target allocation methods used by attackers to target damage (or survival) probability in multi-fighter to multi-fighter air combat is analyzed.
计算结果对于冲击波峰值超压在远场的预测以及对目标的毁伤效果评估及有一定的参考意义。
The results for the blast wave peak overpressure in the far-field predictions, as well as effects on the target's damage assessment and have a certain reference value.
根据系统目标功能受损情况，归纳出三类毁伤效果指标常用的建模方法：效能模型、失效模型及基于毁伤的保障度模型。
According to the damage of target function, it induces three modeling methods for common use: efficiency model, invalidation model and guarantee degree model based on damage.
本文通过相同条件下不同炸高的FAE装置进行实验，利用多通道数据采集仪和地面模拟目标进行空气冲击波测量和地面毁伤效应评估。
The air shock wave is measured by the multiple channel data acquisition and processing system and the blast damage power to ground surface targets is evaluated by the simulation targets.
结果表明，离散杆式破片和冲击波超压引爆带防护的柱壳装药较难，但可对目标结构进行毁伤。
The results show it is difficult to detonate the charges covered steel shell by rod fragments and shock wave, but they could damage the structure of the targets in appropriate conditions.
以上述模型为基础，以毁伤概率为优化目标，采用微粒群算法（PSO）对该系统待优化的各参量进行综合优化。
To optimize the damage probability, the particle swarm optimization algorithm (PSO) is adopted to optimize the system parameters, based on above models.
通过重量和形状相同的两种装药爆炸空气冲击波对模拟目标的毁伤实验，考查了本文理论分析结果的可靠性。
The damage experiments of simulation objects for blast shock wave in two cases of explosive charges, which have the same mass and shape, are done to examine the reliability of analysis in this paper.
为每个目标建立了六种特性模型，其中两种用于引信探测目标计算，四种用于战斗部毁伤计算。
Six characteristics models of the target are constructed, two of them is used in the simulation of fuse exploring target and four of them are used in the simulation of warhead destruction.
最后，以TBM为目标，计算配置一维波控引信导弹的毁伤概率，并对一维波控引信给出总体评价。
At last, the single damage probability of ATBM which using fuze with one dimension linear antenna are analyzed using computers, and the general evaluates are obtained.
结果表明：智能雷战斗部技术宜采用多爆炸成型弹丸战斗部技术，可以提高智能雷场对集群装甲目标的毁伤效能。
As a result, for increasing kill efficiency of intelligent mine field to armored aim in group, intelligent mine is supposed to adopt multiple explosively formed penetrator warhead technology.
穿甲动能毁伤是利用带有动能侵彻体的高速动能武器，以很高的飞行速度碰撞到目标后产生的毁伤效果。
It has known well armour-piercing damage by armour-piercing warhead, yet it has discussing kinetic energy damage to hit.
文中主要针对多爆炸成型弹丸空爆战斗部，在分析区域识别和占空比识别两种不同扫描准则的基础上，应用蒙特卡洛方法计算了战斗部对目标的毁伤概率。
Based on analyzing the scan and capture of region identify and duty ratio identification, the paper calculates the killing probabilities of MEFP air blast warhead by Monte carlo simulation.
基于军事应用的要求，不仅要准确检测和识别出港口目标，还要能够分析港口在毁伤打击后的变化情况。
The whole automatic recognition method is proved to be very fast, accurate, feasible and effective. (2) Change detection algorithm based on image matching is used to analyze the harbor damage.
该方法能稳定地跟踪目标，不易丢失目标，并且提高了对目标的毁伤概率。
By using this method, an aircraft can be tracked stably and may not be lost and hence the aircraft damage probability can be improved.
在此基础上开展了系列串联聚能装药毁伤钢筋混凝土目标的静破甲实验。
Series static armor-piercing tests were carried out to validate the performance of the proposed tandem shaped charge and in the experiment it penetrated a reinforce concrete.
为了评估多爆炸成型弹丸设计参数对智能雷毁伤目标效能的影响，利用有限元软件模拟了多爆炸成型弹丸的形成过程。
Taking intelligent mine for research object, on the basis of scanning movement model and hitting damage model, the damage efficiency of MEFP intelligent mine attacking to tank was analyzed.
为了评估多爆炸成型弹丸设计参数对智能雷毁伤目标效能的影响，利用有限元软件模拟了多爆炸成型弹丸的形成过程。
Taking intelligent mine for research object, on the basis of scanning movement model and hitting damage model, the damage efficiency of MEFP intelligent mine attacking to tank was analyzed.
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