捷联式惯导系统动态误差特性研究

根据载体运动状态下捷联惯性导航系统 (SINS)的误差方程时变的特点 ,推导出捷联惯性导航系统动态误差模型 ,并对其在几种动态环境下的误差特性进行了仿真研究 ,结果表明 :与静态误差特性相比 ,捷联式惯导系统的动态误差特性发生了较大的变化。     

弹道导弹的突防与拦截

简述了弹道导弹在现代战争中的重要性。在介绍美国的国家导弹防御系统 (NMD)的基础上 ,针对其使用的拦截手段 ,重点分析了弹道导弹可采取的突防措施。     

导弹光学告警系统及对抗技术综述

详述了导弹羽烟热辐射的光电高速采集方法 ,并实时对导弹逼近告警。同时介绍了国外红外告警技术的发展现状     

防空导弹总体设计方法的新发展——弹族化设计

研究了防空导弹一种新的总体设计思想———弹族化设计 ,论述了防空导弹弹族的设计与研制采用预先计划的产品改进P3 I(Pre PlannedProductImprovement)系统方法的必要性与有效性 ,通过对一个覆盖全空域、包含有 3种导弹的防空导弹弹族进行一体化优化设计 ,其结果证明了弹族化设计方法的可行性和优越性     

美国国家导弹防御系统

美国国家导弹防御系统已引起了世界的广泛关注。主要阐述该系统的主要组成、功能、特点、进展及系统部署设想     

SiC纤维表面CVD SiC涂层对其单丝强度的影响

采用化学气相沉积(CVD, Chemical Vapor Deposition)工艺在KD-I型SiC纤维表面制备了SiC涂层,选择2h、4h、6h和8h四个时间点研究了沉积时间对纤维性能的影响.结果表明:具有CVD SiC涂层的SiC纤维较无涂层的纤维来说强度有所下降;在所研究的沉积时间范围内,随着沉积时间的增加,涂层的厚度有所增加,涂层由不连续的岛状转变为连续层状,纤维的单丝强度出现了先升后降的趋势.     

基于分数阶傅立叶变换的ARM检测技术

分数阶傅立叶变换(FRFT)是傅立叶变换的广义形式,对线性调频(LFM)信号具有很好的能量积累作用.针对反辐射导弹(ARM)雷达回波信号的线性调频特性,提出了一种基于FRFT的反辐射导弹检测方法,并根据ARM信号的调频特性将FRFF局域化,缩小了峰值搜索区域,提高了检测效率.仿真实验表明该方法能够在高斯、非高斯分布杂波环境下有效地检测ARM信号.     

机动目标一维距离像RAT法线性化补偿

研究了机动目标宽带线性调频脉冲回波全去斜率信号模型,根据速度和加速度的调频频谱展宽特点,提出了机动目标宽带一维距离像线性化调频回波模型,给出了Radon模糊图转换(RAT)法线性参数估计与运动补偿方法,并进一步分析了测速和测距误差.仿真实验验证了RAT法一维距离像线性化参数估计与补偿,表明该方法很好地解决了运动参数未知情况下机动目标的一维距离像频谱展宽问题.     

Developing Civil Society in the Non-state Sphere: Welfare and Rights-based Organisations Associated with Ethnic Armed Groups in Myanmar

Armed groups are usually seen as threats to humanitarian action but less attention has been paid where they provide assistance to constituent populations. Ethnic armed groups (EAGs) in Myanmar have developed associated welfare organisations that perform this role. This article argues this is due to EAG social embeddedness and flexibility to changes in sources of funding and support, and the influence of their relations with international humanitarian organisations. This article further contends a subset of advocacy, health and education organisations have evolved to form a nascent civil society within the political and social non-state sphere of some established EAGs.     

Bringing Military Conduct out of the Shadow of Law: Towards a Holistic Understanding of Rules of Engagement

In this article, I outline a holistic approach to the military concept of “Rules of Engagement” (ROE), which complements the legal aspects of ROE with considerations of operational and political requirements for the use of military force. Drawing upon two illustrative cases from the US military experience with the use of ROE, I demonstrate that ROE for any particular military operation should be formulated to balance optimally, if not harmonize fully, the legal, operational and political concerns related to the use of force. In this task, political decision-makers and military practitioners alike are confronted with unavoidable and real-life dilemmas. How these dilemmas are handled has significant implications for how legal requirements concerning accountability and concerns for civilian lives in military combat can be preserved through ROE.