现代战场上反坦克导弹是毁伤敌方坦克和装甲目标的重要武器,评估反坦克导弹武器系统的作战效能对指挥员合理正确使用不同型号的反坦克导弹很有意义;针对当前文献采用模糊综合评判法评估反坦克导弹武器系统作战效能存在的不足,提出了基于熵权理想点法的评估模型;首先构建了反坦克导弹武器系统作战效能的评估指标体系,然后综合运用层次分析法、信息熵技术和理想点原理建立了评估的数学模型,用3种典型不同型号的车载反坦克导弹对模型进行了验证;实例证明了熵权理想点法在反坦克导弹武器系统作战效能评估中的可行性和科学性。

On the modern battlefield,anti﹣tank missile is one imPortant weaPon to damage enemy tanks and armored target. OPerational effectiveness evaluating of anti﹣tank missile is very meaningful for com﹣mander to use of different models of anti﹣tank missiles reasonably and ProPerly. There is some deficiency in the current literature using the fuzzy comPrehensive evaluation method to evaluate oPerational effectiveness of the anti﹣tank missile weaPon system,so the ideal Point method based on entroPy weight of evaluation model is Put forward. This PaPer establishes the evaluation index system of anti﹣tank missile weaPon sys﹣tem,uses AHP,entroPy technology and ideal Point PrinciPle to establish a mathematical model of evalua﹣tion,and uses three different tyPes of tyPical automotive anti﹣tank missile to validate. ExPeriment Proves that oPerational effectiveness evaluating of anti﹣tank missile based on ideal Point method is feasible and sci﹣entific.

火力分配模型是反坦克射击指挥软件中的核心模块，某型反坦克导弹是我军新研制的反坦克导弹系统，具有打击精确、射程远、攻击力强等特点，依据该系统的特点基于重点优先、任务最大、避免火力交叉等原则，采用递归算法给出了相应的火力分配模型算法，充分发挥了该系统的特点。

Fire Distribution model is at the heart of anti-tank fire control software,a type of anti-tank missile system of our army developed recently has the feature of accurate attack、range far、strong damage etc. this paper use the recursive method give a fire distribution algorithm based on the principle of key priority ,max task,avoid fire cross,give full play to the characteristics of the system.

本文基于SIMULINK仿真平台,在导弹外弹道运动方程的基础上,对某型反坦克导弹平射弹道方案进行了初步设计,提出了一种能够实现有效达成侧面打击的平射弹道方案,并通过仿真结果分析了各运动方程中各参数变化对攻顶弹道效果的影响。

This paper designed ballistics scheme of a kind of anti-tank missile preliminarily and proposed a kind of flat trajectory scheme that can achieve to attack side armor based on the SIMULINK and functions of motion. and analyses how the changed parameters in functions of motion influence the attacking top armor according to the result of simulation.

为了确立反坦克导弹在战场上的主动地位，采用EFP战斗部对抗主动防护系统。在介绍主动防护系统基本原理的基础上，采用反应时间对比的方法对EFP战斗部对抗主动防护系统的可行性进行了分析。总结了EFP的形成机理与特点，给出了EFP战斗部的设计依据，利用几何相似律设计了串联EFP战斗部，计算出了战斗部的最近起爆距离。该研究可为EFP战斗部进一步的详细设计奠定基础。

In order to assure the active position for anti-tank missile, the EFP warhead is used to counter active protecting system (APS). Firstly, based on introduction of the principle of APS, the feasibility for EFP to counter APS is demonstrated by the comparison of reaction time. Secondly, the mechanism and characteristics of EFP are also analyzed, the designing gist of EFP is given, and the structure of EFP is designed according to the geometric similarity. At last, the minimum initiation distance of warhead is calculated. The research is laying a foundation for further detailed design of EFP warhead.