文章研究了对具有代表性的“炮兵群火力方案”军用文书的实用战斗模型、推理规则和控制策略。
This paper deals with the practical battle model, reasoning rules and control strategies of the artillery groups firepower scheme, which is a representative of military writs in the artillery army.
飞机设计师经常使用比例模型，并在案件的X - 36战斗机敏捷性研究无尾飞机，这是因为大的，因为它得到了。
Aircraft designers routinely use scale models, and in the case of the X-36 Tailless Fighter Agility Research Aircraft, that's as big as it got.
进化论共同体竭力战斗的目的，是防止进化模型的批评家指出进化模型中存在着差距和缺陷，因为他们莫须有的恐惧模型可能崩溃。
The evolution establishment is fighting to prevent critics of the evolution model from pointing out gaps and flaws in the model because of an unwarranted fear the model might collapse.
介绍了一种对战斗结局进行量化分析的模型。
A model for quantitative analysis of combat result is introduced.
该模型可描述为作战任务、指挥人员的战斗使命、兴趣区内战术数据集及时间的一个函数。
The model could be described as a function, which includes operation task, battle task of commander, tactical data unit in interest area and time.
对区域防空战斗部署进行了详细分析，建立了兵力优化分配的数学规划模型。
A mathematical programming model for arms optimal apportionment is established according to the detailed analysis of regional air defense disposition.
仿真及分析结果表明该模型可以反映指挥控制作用下的地面战斗演化进程，初步具备了模拟兰彻斯特方程的能力。
The simulation and analysis results reveal that the model can demonstrate the evolving process of the land combat under the command and control, and simulate the Lanchester Equation primarily.
在理论研究方面，建立了离散杆战斗部的物理模型和杆条速度的计算模型，并在此基础上，分析了杆条质心运动方程。
In theoretical research, physical model and calculating model of rod velocity about discrete rod warhead is established, and basing on this, the moving equation of rod center is analyzed.
首先详细分析了战斗机空战效能评估中常用的对数法模型，指出了模型中存在的问题；
The logarithm model in fighter plane air combat effectiveness assessment is analyzed firstly, and its deficiencies are put forward.
该文简要介绍了装备战斗损伤仿真的内容，详细论述了威胁模型、装备模型及损伤模型的基本结构及建模方法。
The content of battle damage simulation is briefly introduced in this paper, while the basic structure and modeling methods of threat model, equipment model and damage model are discussed in detail.
依据此模型对双方火力控制区的变化进行预测，最后给出了航母战斗群威胁预警仿真系统的实现思路。
By the model, the change of mutual firepower control sections is forecast. Finally it provides a thought of realizing the threat precaution simulating system of carrier fighting group.
提出战斗机威力场概念，建立威力场的理论框架与模型。
The concept combat power field is put forward, and the theory frame and model of combat power filed is established.
本模型可用于战斗部方案论证中的方案选择及其产品的杀伤威力计算和评价。
The model can be used to select warhead schemes during the design process and to evaluate or calculate lethal power of a fragmentation warhead.
根据MEFP战斗部技术的特点，建立了MEFP智能雷攻击坦克顶甲的辐射毁伤模型和平行毁伤模型。
According to the specialties of MEFP warhead technology, radiation kill model and parallel kill model of MEFP Intelligent Mine attacking to tank top armor are founded.
针对反辐射导弹对地空导弹制导雷达的毁伤机理和强度进行分析和理论研究，提出求解破片式战斗部对制导雷达毁伤概率的数学模型和计算方法。
The damage mechanism and intensity of AntiRadar Missile(ARM) to the surfacetoair missile guidance radar were analyzed, and the relevant mathematical models and calculation methods were put forward.
针对串联随进战斗部中弹丸对预开孔靶的侵彻性能，基于经典的空腔膨胀理论解析模型，建立修正的空腔膨胀理论模型，对不同尺寸预开靶孔的弹丸随进性能进行了分析。
An analytical model for the penetration of a following kinetic energy projectile into concrete targets with pre-drilled cavities is developed based on a modification of cavity expansion theory.
通过建立力学模型，对FAE战斗部壳体进行了定量分析，提出了FAE战斗部壳体设计的新方法。
By building up a mechanic model, the qualitative and quantitative analysis of FAE warhead shell are introduced in the paper, and a new design method is put forward.
该模型的结果也可为评价装备的战斗恢复力提供参考依据。
This paper introduces the importance of combat resilience of radar equipment.
最后，建立战斗机型号工程综合评价决策模型并通过实例说明其可行性和有效性。
At last, the comprehensive evaluation decision model of the combat aircraft program engineering is set. The feasibility and validity of the model is verified with a case study.
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.
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.
基于防空导弹战斗部爆炸后的杀伤特征，对战斗部爆炸后产生的有效破片、破片飞行速度、破片对目标的覆盖面积进行了分析，建立了防空导弹杀伤概率评估模型。
Based on analyzing the scattering rules of hitting point of ship-to-air missile against aerial target, mathematic model of hitting probability of single missile is given.
基于防空导弹战斗部爆炸后的杀伤特征，对战斗部爆炸后产生的有效破片、破片飞行速度、破片对目标的覆盖面积进行了分析，建立了防空导弹杀伤概率评估模型。
Based on analyzing the scattering rules of hitting point of ship-to-air missile against aerial target, mathematic model of hitting probability of single missile is given.
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