毛泽东反腐倡廉思想的时代价值

毛泽东反腐倡廉思想是马克思主义基本原理与中国具体实际相结合的产物,它是对马克思主义的创造性发展。学习和研究毛泽东反腐倡廉思想,对于深入开展反腐败斗争和廉政建设,全面建设小康社会不仅具有深远的历史意义,而且具有重大的现实指导意义。     

Electronic warfare in the optical band: Main features,examples and selected measurement data

The paper presents the possibilities of, and methods for, acquiring, analysing and processing optical signals in order to recognise, identify and counteract threats on the contemporary battleground. The main ways electronic warfare is waged in the optical band of the electromagnetic wave spectrum have been formulated, including the acquisition of optical emitter signatures, as well as ultraviolet (UV) and thermal (IR) signatures. The physical parameters and values describing the emission of laser radiation are discussed, including their importance in terms of creating optical signatures. Moreover, it has been shown that in the transformation of optical signals into signatures, only their spectral and temporal parameters can be applied. This was confirmed in experimental part of the paper, which includes our own measurements of spectral and temporal emission characteristics for three types of binocular laser rangefinders. It has been further shown that through simple registration and quick analysis involving comparison of emission time parameters in the case of UV signatures in “solar-blind” band, various events can be identified quickly and faultlessly. The same is true for IR signatures, where the amplitudes of the recorded signal for several wavelengths are compared. This was confirmed experimentally for UV signatures by registering and then analyzing signals from several events during military exercises at a training ground, namely Rocket Propelled Grenade (RPG) launches and explosions after hitting targets, trinitrotoluene (TNT) explosions, firing armour-piercing, fin-stabilised, discarding sabots (APFSDS) or high explosive (HE) projectiles. The final section describes a proposed model database of emitters, created as a result of analysing and transforming the recorded signals into optical signatures.     

舰载烟幕弹的最佳使用时机

针对激光制导反舰导弹的作战使用过程 ,依据侦察探测的倒立方律及对导弹的捕捉概率 ,探讨舰载烟幕弹的最佳使用时机问题 ,指出应充分利用舰艇 C3I系统的综合信息 ,由舰指挥员负责实施     

引信遥控装定方法研究

在现有无线电引信装定技术基础上 ,提出了一种新型引信遥控装定方法 ,并对装定方案的几个主要部分进行了理论分析和研究 .遥控装定技术对提高引信的抗干扰能力和提高弹药的毁伤概率具有重要意义 .     

机载多功能射频系统是21世纪防空电子对抗的新威胁

美国空军第四代战斗机F-22上的低可探测性(LO)多功能射频系统(MFRFS)AN/APG-77,以及将要为联合攻击战斗机(JSF)设计研制的机载多功能射频系统(MFRFS),主要特征是使用了先进的有源电扫阵(AESA)天线.通过对AESA的共享,F-22的MFRFS能同时执行雷达、电子战和通信功能,其超视距目标探测、识别与拦截能力,丰富多彩的电子对抗招式,以及飞机具有的低可探测性能,使之成为21世纪夺取空中优势的重要武器系统,必将给未来防空电子对抗构成严峻的挑战.     

无人机在电子战中的作用

现代战争是高技术的信息战、电子战。无人机是一种无人驾驶飞行器,由于其具有隐蔽性好、造价低廉、机动灵活、不惧伤亡等特点,在未来的电子战中,无人机可用于现代战争中的战场侦察、电子干扰、电子辐射等电子战的各个环节。随着无人机技术的不断发展,无人机在现代战争中必将起到越来越重要的作用。     

以人为本促进学校反腐倡廉建设

本文立足于科学发展观的前提,着重分析以人为本这一核心对加强干部的教育和监督的所起到的重要作用,并围绕教育的基础作用和制度的监督保障作用来全面分析。     

易燃易爆化工单位反恐对策研究

分析了易燃易爆化工单位遭遇恐怖袭击的危害性,着重分析了13种易燃易爆化工单位反恐防范对策,并提出反恐发展建议,欲予易爆易爆危险化学品生产、储存、使用单位反恐工作提供一定借鉴。     

Modeling and realization of real time electronic countermeasure simulation system based on SystemVue

In this paper, we proposed a new design scheme of real time electronic countermeasure simulation system. This paper mainly expounds the modeling and realization methods of each part of the whole simulation system, and the real-time property of system has been lucubrated. Electronic countermeasure simulation system is the key part of military training of individuals; it can also allow the realistic evaluation of the performance of modern equipments and techniques. As a proof, we have drawn up a series of simulation scenarios, such as radar electronic reconnaissance simulation scenario, to explain the feasibility and the superiority of our modeling scheme in this paper.     

示踪瞄准在小口径高炮火控系统设计中的应用

针对现有高炮火控系统中的一些问题 ,提出一种新的射击瞄准控制体制并给出了相应的实现方案。该方案以示踪瞄准为其基本原理 ,不需要对目标运动规律做出任何假设 ,也不需要平滑时间 ,因而可缩短系统的反应时间 ,适应了现代防空作战的需要。