图像制导导弹火控系统设计

针对车载图像制导导弹武器打击任务多样、作战使用灵活、多弹种、多人协同操作等特点,详细描述了火控系统功能需求分析、系统构型、工作原理、人机配合和信息交互等设计过程。由于系统任务的高效执行取决于操作人员对综合信息的准确掌握和对设备的便利操控,重点说明了以人员操控为主导,设备智能化处理配合完成工作流程控制的设计思想。该设计方法已成功应用于某型导弹武器火控系统的设计过程中,经试验验证,火控系统的功能、性能及操纵效果满足要求,且满足模块化、信息化、智能化等通用要求。     

近年来军事法学若干基础理论问题研究述论

军事法学基础理论研究水平的高低,直接反映了这一学科理论创新发展的程度.基础理论研究的不断深化,有助于促进学科理论体系趋于成熟和完善.近年来,军事法学基础理论研究不断深入发展,在诸多方面取得了重要研究成果.军事法学研究者围绕军事法的概念与调整范围、军事法的独立部门法地位、军事权、军事法体系以及军事法学研究方法等学科基础问题进行了富有成效的创新研究,有力提升了军事法学理论研究的学术水准,将军事法学研究推进到新的发展阶段.     

矛盾及其化解：军事法的部门法地位解析

中国特色社会主义法律体系业已形成,军事法的部门法地位问题却再度引发热议,我国法律体系相关理论构建过程中未及解决和完善的各种理论缺陷和逻辑谬误再度显现.理论上的矛盾需要化解,在我国特殊的宪政体制已经预设了军事法体系独立地位的前提下,军事法的部门法地位应当得到普遍认同.而为了达到这一目标,我国社会主义法律体系理论的完善成为必需,对军事法部门法地位的逻辑解析成为必要。     

公安现役部队遂行非战争军事行动训练规律

公安现役部队遂行非战争军事行动训练规律,是指客观存在于部队训练诸要素之间的本质的必然联系.其主要包括：任务牵引、理论先导、科技强训、以人为本、训战结合规律.认识部队军事训练规律、遵循军事训练规律,对于加强公安现役部队军事训练工作,提高部队军事训练盾量,不断推动部队军事训练发展,具有重要的现实意义.     

Witchcraft and African development

Impressive investment and growth figures and commercial write-ups enthusing about ‘Africa rising up’, ‘the continent of the future’, and so on, obscure the poverty, illiteracy, poor health and other hardships afflicting the vast majority of African people. Why has massive so-called development and technical ‘aid’ not created the expected dynamic, autonomous economic progress? A blind eye is delicately being turned to the decisive role of people – more specifically, the cultural element. Notwithstanding good intentions, outsiders seeking to promote development assume that black Africans think and act like they only need more education, training and finance in order to ‘catch up’. Outsiders easily forget that since time immemorial, Africans have developed and cherished worldviews and cultures of their own. While these are by no means immutable and do adapt to changing needs and outside influences, Africans refuse to cast off overnight the heritage that makes them the people they are. This paper examines the impact of witchcraft as an integral feature of traditional culture on African existence, notably community life, religion, politics, the law, and economic practice. It stresses the significance of traditional society's powerful egalitarian impulses as well as its profound conviction that all things – goods, wealth, well-being and life force – are in a strictly limited supply that cannot be increased, but can only be redistributed by force or through magical manipulation. While modern life gradually weakens the influence of witchcraft beliefs – in Europe these flourished well into the 18th century – the exasperation associated with Africa's headlong urbanisation actually bolsters these beliefs.     

Counterinsurgency or irregular warfare? Historiography and the study of ‘small wars’

This article argues that the history of irregular warfare provides a valuable analytical and critical perspective for the study of counterinsurgency campaigns and counterinsurgency doctrine. A focus on the history of irregular warfare highlights the close relationship between warfare in Europe and in the colonies. Moreover, it enables us to identify more exactly the intersection of multiple factors that lead to an escalation of violence in small wars. Finally, it also sheds light on the lack of strategic reflection on the use of irregular auxiliaries that is characteristic for many counterinsurgency campaigns.     

基于循环追踪算法的编队航天器交会控制

采用循环追踪算法解决编队航天器交会控制问题。建立并推导了线性循环追踪算法和非线性循环追踪算法数学模型,提出了绕飞平面采用循环追踪控制,绕飞平面法向采用比例微分进行振动抑制的编队交会控制律。基于脉冲推力方式,对绕飞平面分别采用线性和非线性循环追踪的三航天器编队交会控制问题进行了仿真分析。仿真结果表明,提出的基于循环追踪的控制方式可满足编队航天器交会控制要求,航天器按顺时针运行轨迹交会于初始位置决定的参考中心,三航天器间相对距离、相对运动速度变化趋势基本一致,速度增量消耗较小,为航天器编队构形控制研究提供有益参考。     

基于矢量运算的舰空弹对抗反舰弹脱靶量分析

脱靶量是舰空导弹重要的作战性能指标,针对某型导弹,从攻防对抗的机理出发,采用矢量运算概念描述舰空导弹对抗反舰导弹的脱靶量。结合矢量运算法则,建立舰空导弹拦截矢量模型、反舰导弹机动矢量模型,同时考虑了导引头噪声和舵系统的过载限制,提出了一种制导盲区脱靶量的解算方法。然后针对不同运动特性的目标、不同干扰强度进行仿真计算。仿真结果表明,目标运动特性和导引头干扰误差等因素对脱靶量大小影响显著,为评价舰空导弹作战效能和有针对性的采取拦截措施提供了技术参考。     

地炮火控系统一次调炮的实现

现代战争是速度战 ,要求速战速决。实现一次调炮能缩短地炮火控系统的调炮时间 ,提高整个武器系统的反应速度和战斗力。对地炮火控系统的一次调炮模型和控制方法作了介绍。通过一次调炮与二次调炮的比较 ,进一步证明了一次调炮的先进性。一次调炮模型适应任何压制兵器系统。     

防空导弹武器中末制导交班灵敏度分析

复杂战场环境下,中远程防空导弹武器的中末制导交班问题越来越突出。实战要素影响到武器系统的各个环节,尤其是传感器测量精度,从而影响中末制导交班概率。通过灵敏度分析方法,对实战条件下影响中末制导交班的关键因素进行了分析,筛选出了高敏感影响因素,并得到了表征其影响程度的定量化灵敏度系数。