自行反坦克炮系统效能模型研究

通过对自行反坦克炮用途、组成与使用特点进行分析,应用WSEIAC系统效能模型,推导了系统可用度向量、可信度矩阵与固有能力向量的计算公式,建立了以可靠性与维修性为基础的自行反坦克炮系统效能模型。     

角速率火控系统计算延迟问题的研究

提出解决角速率火控系统计算延迟问题的两种方法,为深入研究角速率火控计算进行了新的探索。     

高炮瞄准具性能综合测试系统的实现

前置角的准确度是表征高炮瞄准具综合性能的重要指标,而在现有条件下无法对其进行精确测试。为此设计一性能综合测试系统,根据在最佳零位和空回条件下高炮前置角测试结果与理论值间的偏差值,实现对瞄准具性能的准确评估。     

一种炮瞄雷达故障诊断专家系统

依据炮瞄雷达故障诊断的需要,提出了一种智能化炮瞄雷达故障诊断专家系统设计方案。探讨了方案的组成,给出了实用诊断策略。     

坦克火炮稳定器的误差角测量技术

本文介绍了在坦克火炮稳定系统性能测试和控制中必须解决的误差角的测量技术,提出了传统测量方法的不足,实现了峰值销定的测量方法.     

论舰炮反导火控系统采用的目标运动观测向量

本文论述了近程舰炮反导火控系统附加独立信息测量的必要性,并根据观测向量（ｒ,ｒ,ε,β,δｂ,δｅ,ωε,ωｒ,ωβ）,导出了运动目标的位置和速度观测方程。据此,可以确切理解速率火控系统的解算原理。     

8031单片机在氩气自动焊接过程中的应用

在焊接流水线过程中,应用单片机进行控制,目前国内尚不多见。本文介绍了使用单片机控制氩气焊枪的方法,实现了焊接过程自动化,提高了产品质量和工作效率。本文对于单片机在工业上的实际应用具有一定的参考价值。     

舰炮平衡机分析

舰炮平衡机是一种迥然不同于传统平衡机的新型平衡装置,它具有多种功能,为提高固定式火炮的总体性能开辟了一条新途径。本文分析了某舰炮平衡机的结构原理和功能特点,并计算了作用在舰炮高低机齿弧上的不平衡力矩。     

态势估计中编队作战空间关系表示及其推理

空间关系表示及其推理是态势估计的基本问题。提出了海军编队作战空间的概念,分析了几种典型的空间形式并探讨了相应的描述方法,基于对B.Clarke空间理论的分析,针对两支编队海上作战的态势演变,提出了海军编队作战的区域拓扑关系、及其符号表示和推理的符号集合,并采用合理化的形式推导了空间区域的相加、相交、补集和全集等谓词推理运算,它将适用于构建海军编队态势估计的空间推理基础框架。     

To Be or Not To Be: The Development of Soviet Deck Aviation

Few issues were as contentious in the development of the Soviet Navy as the role of aircraft carriers and sea-based aviation. Despite the continued insistence by the highest naval authorities and scientific experts that surface combatants simply could not be protected in the open ocean without the support of ship-borne aviation, Soviet leaders – for a variety of reasons – resisted aircraft carrier development until the final decades of the Cold War. In examining one of the most defining and telling asymmetries of the Cold War at sea, the author argues that while the USSR was economically and technologically capable of building aircraft carriers of any class, bureaucratic infighting, misperceptions of cost and practicality, and the inherent flaws of a totalitarian system ultimately created an impossible gap in capabilities between the two sides. The priorities and direction of Soviet weapons and defense technology development during the Cold War was largely a factor of the military-political situation taking shape at home, and in the world. As a rule, the navy was assigned missions that corresponded to its capabilities at a given point in time, rather than the other way around. Often, the navy lacked the material resources needed to implement its core mission. The availability of these resources, in turn, depended on the country's economic situation, its scientific potential, the technological state of its industry, as well as the subjective influence of political and military leaders on the priorities of technological development. The impact of the country's socioeconomic imperatives was undoubtedly also felt in the sluggish pace of development of ship-borne aviation and aircraft carriers in the USSR.