介绍了导弹易爆性的概念、分类及其影响因素等内容,探讨了导弹随机爆炸的杀伤因素和特点,并详细分析了导弹战斗部和固体燃料火箭发动机在受热、冲击波和冲击作用时的易爆性及其发展过程。

Firstly,characteristics of four kinds target indicating methods are analyzed according to the various target information in this paper.Secondly,from the sub-to-ship missile attacking course,time relations of the missile attacking phases are analyzed and the conception of target indicating timerelay is given.Lastly,on the bases of calculating the radar catch probability of sub-to-ship missile,influences on sub-to-ship missile attack in various target indicating time-relay are analyzed.

分析了使用可用度和平均后勤延误时间之间的关系,并利用可靠性框图计算系统使用可用度.以备件保障费用最低为目标函数,规定系统使用可用度为约束条件,建立初始备件需求模型,使用遗传算法对模型求解,并对实例进行分析.

分析了常值风和舰艇机动的特点,建立了有前置量方式射击时常值风和舰艇机动条件下的反舰导弹捕捉概率模型,并给出了计算实例进行定量分析,力求计算结果符合战场实际情况.

在分析远程反舰导弹捕捉能力的基础上,针对海面风场、导弹射击方式、目标规避机动、目标定位精度、目标信息时间延迟对远程反舰导弹捕捉概率的影响进行了分析,并结合实例进行了仿真.

针对某型潜射战术导弹的实操教学需求,研制了具有训练、考核、教学功能的模拟训练系统.系统硬件采用了ADAM-5000E系列分布I/O模块和工控机,软件采用了基于C/S架构的数据库技术,在Visual C++编程环境下实现.该系统经院校和部队使用,效果良好.

认知心理学认为,人的学习过程是实际上是遵循科学的认知规律的心理过程.由于生活环境、学习目的等客观因素不同,地方院校的大学生和军校生的认知规律也不完全相同.本文就如何把握军校生的认知规律,了解影响它的心理因素,从而掌握军校生的教育特点发表了自己的观点.

This paper introduces a simulating and training system for one tactical missile,which is based on the ADAM DAC mod- ules.The system uses the database in the Client /Server frame,developed in the Visual C++ IDE and has a good perfor- mance in the use of academy and troops.

P-FHW analysis method is presented to evaluate operational effectiveness of submarine-to-ship missile weapon system due to the complexity of missile weapon system and the uncertainty of affect factor.The theory,modeling method and evaluation process are discussed,and P-FHW analysis method is used in an example.

The analytic hierarchy process was combined with grey system theory in this paper.GAHP models consist of 28 for operational effectiveness analysis on sub-to-ship missile weapon system were established.The operational effectiveness of three types of sub-to-ship missile weapon systems was evaluated.

用短时傅立叶分析的方法研究了辐射噪声在高频段时频变化的周期性,估计了目标的螺旋桨转速.实验共分析了241个噪声样本,结果表明:大多数辐射噪声样本在高频段的时频变化均有周期性,且分析高频段短时能量变化的周期性是在低信噪比条件下估计螺旋桨转速的有效手段.