航空武器系统

编队对地攻击航空武器系统效能顶层分析研究

Study on Effectiveness Top Analysis of Group Air-to-Ground Aviation Weapon System

信息环境下航空武器系统一体化联合攻击技术探讨

Incorporated joint attacking technology of aviation weapon system under information environment

简要概述了机内自检测（BIT）技术概念及在现代航空武器系统上的应用、国外军用自动测试设备（ATE）发展现状、发展趋势分析；

The concept of BIT technology and its applications on the modern weapon systems are introduced , and situations and development trends of ATE on the Military are simple analyzed .

系统可测试性与航空武器系统

The System Testability and Its Effects on the Aviation Weapon Systems

航空武器系统的一体化综合设计技术

The Integration Design Technology of Aeronautical Weapon System

论航空武器系统的电子对抗

Electronic countermeasures of airborne weapon system

航空武器系统靶试弹着点的处理及精度评定方法研究

On Method of Weapon Pill 's Fall Point Processing and Precision Evaluation in Aviation Weapon System Flight-test

简述航空武器系统的一体化综合设计技术，包括总体设计和系统综合的各项技术，以实现系统的整体优化和高效能。

This paper briefly describes the integration design technology of aeronautical weapon system , including the overall design technology and the system integration technology , to realize the system 's overall optimum and high effectiveness .

近年来，随着航空武器系统的不断发展，空战仿真已经成为战斗机的方案评估和设计的重要手段，根据评估的目的不同，空战的模拟方法是多种多样的。

As the rapid development of aerial weapon systems , air combat simulation is becoming more and more important for evaluation and design of modern fighter . According to the diversity objectives of fighter 's evaluation , different air combat simulation methods were developed .

在讨论武器系统效能评估定义的基础上，综述了航空武器系统效能评定的方法，给出了现代航空武器系统效能分析与综合的定义以及数学模型。

Based on the definition of weapon system 's effectiveness assessment , the method of airborne weapon system 's effectiveness assessment is summarized in this paper . The definition and mathematic model of effectiveness assessment and integration of modern airborne automatic weapon system is given .

针对地面飞行模拟器在航空武器系统设计、研制、试验和研究的全生命周期内的应用及模型与建模的复杂性特点，指出了仿真数学模型及其建模的重要性。

Based on the complexity of modeling and simulation , the paper discusses ground-based flight simulator applications for the design , development , and research of the air-weapon systems during a total of life cycle . It pointed out the importance of math simulation model and its modeling .

结合航空武器火控系统试飞的实际需求，给出了航空武器系统试飞过程中靶试弹着点的处理方法与靶试CEP值的计算方法。

Combined with the actual requirement of flight-test of the aviation weapon fire control system , we give the processing method of the pills fall points and the calculating method of the CEP value in the flight-test .

航空武器火控系统总体技术研究

Study On the Integral Technology of Airborne Weapon Fire Control System

航空自动武器系统作战效能的数学模型分析

Mathematic Model Analysis on the Operations Effectiveness of Airborne Automatic Weapon System

对于武装直升机载的航空火箭武器系统，如果发射后坐力过大，将对载机的飞行姿态和安全造成严重影响。

If the backward force is overload , the flight attitude and the safety of the armed helicopter will be affected seriously in the aerial rocket weapon system of armed helicopters .

航空反潜武器检测系统的设计与实现

Design and Implementation of Automatic Test System of Aviation Antisubmarine Fire Control

特种摆盘发动机在航空航天、武器系统等方面有着广泛的应用。

Special wobble-plate engines are used widely in the fields of aviation and weapon systems , etc.

近些年，加速度计的研制加工技术逐渐成熟，越来越多的高精度加速度计将应用于航空航天及武器系统中，但是针对高精度加速度计的标定技术还不够完善。

In recent years , the research and manufacturing technique becomes gradually mature , more and more high-precision accelerometer will be used in aerospace and weapon systems .

基于HLA的航空武器协同作战仿真系统设计

Design of Simulation System about Aviation Weapon Cooperative Engagement Based on HLA

软总线技术在航空武器视景仿真系统中的应用研究

Application of flexible bus in visual simulation system for airborne weapons

综合航空电子／武器火控系统试验机发展综述

Skeletons of Test Airplane Development of Integrated Avionic and Weapon Fire Control System

有相对运动的多体分离问题作为一类特殊的力学问题广泛地存在于航空、航天以及武器系统中。

Flow problem about Multi-body with relative movement is a special kind of mechanical problem and it widely exists in the field of aeronautics , astronautics and weapons .

钛铸造产品已有50年的应用历史，广泛应用于航天、航空、航海、武器系统和石油、化工、冶金、造纸等防腐领域，还有车辆、运动器材等领域。

Application of titanium castings has a history of more than 50 years . The products are widely used in many fields , such as in aerospace , aircraft , ship , weapons , petro-chemical industry , metallurgical industry , paper-making industry , vehicle , sport apparatus , etc.

随着科学技术的发展，核电站、航空航天系统、武器系统等现代工程技术系统的性能不断提高，其结构也越来越复杂。

With the development of science and technology , the performance of modern engineering and technological systems , such as nuclear power plants , aviation and spaceflight systems , and weapon systems and so on , is improved and the structures of them are becoming more and more complicated .