乱世元勋的为将为臣与为人——唐代名将郭子仪功业中的人格因素分析

封建专制时代的将领,建功立业不仅要有非凡的军事才能,还要有高超的人事协调艺术。否则,非但功业难成,身家性命也难保全。本文以唐代名将郭子仪为蓝本,通过对郭子仪为臣、为将、为人三方面处世之道的深入分析,廓清了封建专制时代武将建功立业不得不具备的人格因素。     

论朱德对我军战略战术形成与发展的重大贡献

朱德精辟阐述了以“群众战”为基本内容的人民战争思想,科学提出了红军进行游击战争的指导原则和作战方针,系统论述了抗日游击战战略战术,丰富和发展了我军在解放战争中的战术原则与战术运用,对我军战略战术的形成与发展具有历史性贡献。     

火箭弹防静电作用研究

针对电发火弹药静电放电问题,以某型130 mm火箭弹为例,采用真实静电感度测试系统测试了电火工品在有、无绝缘层时50%的静电点火能量,并在试验程序及数据处理中使用真实静电感度数据处理方法统计了50%静电发火能量的估计值。通过比较发现二者的差值在误差范围内,这表明静电放电研究中可以将弹体所接受的能量视作全部作用于火工品上,绝缘层不吸收静电放电的能量。在电发火弹药的防护中,必须采用静电防护措施杜绝电发火弹药的意外发火。     

基于PCI总线的搜索雷达视频模拟器设计技术

针对目前在军用信息技术领域对搜索雷达视频模拟器大目标批数和高实时性的需求,运用PCI总线和FPGA技术设计搜索雷达视频模拟器系统。在设计方面提出了4个硬件设计要点和1个软件设计结构框图,形成了一个完整的搜索雷达视频模拟器系统解决方案。该方案有效地提高了搜索雷达视频模拟器系统的性能,在军用信息技术领域有较广阔的应用。     

激光照射指示器束散角数字化检测方法研究

激光末端制导武器系统中,激光照射指示器出射激光的束散角是一个重要的参数。介绍了一种出射激光束散角的数字化检测方法。区别于传统的套孔法和反射靶板法,该方法通过CCD采集激光光斑,用质心法确定光斑中心,根据激光能量密度分布确定激光光斑半径,进而计算出待测的激光束散角。     

基于自相关的匀速运动模糊尺度参数识别

运动模糊图像复原主要取决于点扩散函数(PSF)的确定。对于匀速直线和匀速旋转运动模糊图像,运动方向和模糊尺度决定了PSF,是重要参数。根据模糊图像的像素点具有高度相关的特性,采用差分和自相关等技术,精确确定模糊尺度,为图像复原提供必要参数。仿真实验验证了该方法的正确性和有效性。     

某型飞机魔球信号采集与分析

从阐述魔球操作对目标瞄准的实现机制入手,分析了数据采集系统的总体结构及采集系统的硬件设计和软件设计思想.实现了对飞机魔球信号的实时采集,并对采集结果进行仿真分析,从而推导出不同相关武器种类、目标与弹轴不同夹角、不同目标距离、不同工作状态下魔球信号的变化规律.     

浅析构建一体化装备保障体系的途径

以一体化联合作战为背景,立足现实装备保障体系基础,着眼未来装备保障体系发展,从一体化装备保障体系的概念、基本特征入手,在树立一体化保障观念、建立装备指挥信息系统、编配合成多能的保障力量、构建军地一体的装备保障模式、培养高素质的装备人才队伍等方面,分析了构建一体化装备保障体系的途径。     

Fracture mechanism of a cylindrical shell cut by circumferential detonation collision

The failure mechanism of a cylindrical shell cut into fragments by circumferential detonation collision was experimentally and numerically investigated. A self-designed detonation wave regulator was used to control the detonation and cut the shell. It was found that the self-designed regulator controlled the fragment shape. The macrostructure and micro-characteristics of fragments revealed that shear fracture was a prior mechanism, the shell fractured not only at the position of detonation collision, but the crack also penetrated the shell at the first contact position of the Chapmen-Jouguet (C-J) wave. The effects of groove number and outer layer thickness on the fracture behavior were tested by simulations. When the thickness of the outer layer was 5–18 mm, it has little effect on fragmentation of the shell, and shells all fractured at similar positions. The increase of the groove number reduced the fracture possibility of the first contact position of the C-J wave. When the groove number reached 7 with a 10 mm outer layer (1/4 model), the fracture only occurred at the position of detonation collision and the fragment width rebounded.     

Numerical investigation on cooling performance of filter in a pyrotechnic gas generator

As a key part of the pyrotechnic gas generator,the filter not only removes the particulate matter but also cools the hot gas to a safe level.This paper aims to improve the understanding of the basic heat and flow phenomenon in the gas generator.The pyrotechnic gas generator is modelling by a simplified filter structure with fiber arrays.A finite-volume model of the heat and fluid flow is proposed to simulate the detailed multi-dimensional flow and energy conversion behaviors.Several verification results are in good agreement with data in different references.Simulation results demonstrate that the filter can not only absorb heat from the gas but also cause the high intensity enhancement of the heat transfer.The per-formance difference between inline and staggered arrays is also discussed.The findings of the study put a further prediction tool for the understanding and design of the filter system with fibers.