航空武器装备是一种特殊项目，它具有高科技、高投入、高风险、长周期等特征。
Aviation Weapon Equipment is a kind of special project, it has characteristic of High-Technology, High-investment, High-risks Long-period as so on.
将此方法应用于航空武器装备项目风险综合评价的结果表明，该方法可行且有效。
The results obtained from the application of this method to the comprehensive evaluation of aviation weapon equipment project risks indicate that this method is feasible and effective.
最后讨论了如何设计航空武器装备项目风险预警系统，并对其功能、组成以及学习过程进行了描述。
Finally this paper discussed how to design the early warning system of aeronautic weapon project, and described its function, makeup and learning process.
航空装备体系信息一体化技术是以信息技术为基础，网络安全技术为保障，航空武器装备信息资源共享为目的的一项综合高技术。
Air equipments information integration technology is a synthesize technology which is capable of realizing air equipments information share basing on information and network security technology.
拉弯成形工艺在航空、航天、武器装备和汽车型材弯曲件的制造中应用非常广泛。
Stretch bending has been widely applied in the manufacture of extrusions forming in the field such as aviation, aerospace, weapon and automobile.
由于武器装备和担负的任务不同，各类航空兵团编制飞机数量，通常在20架至40架之间不等；
The aviation regiment is the basic tactical unit. Due to differences in weaponry and tasks, the number of aircraft in an aviation regiment ranges from 20 to 40.
航空数据链的效能评估是数据链武器装备论证的重要内容。
Measures of effectiveness over aviation data-link are important contents of data-link weapon demonstration.
为解决武器装备全寿命周期费用高、经济可承受性差的难题，开展航空装备的故障预测技术研究。
To reduce the entire life cycle cost of weapon system and enhance their affordability, technology of fault prediction is studied for aeronautic equipment.
高强高韧的铝合金材料被广泛地应用于航天航空结构件和武器装备的制造。
High strength and high toughness aluminum alloy material is widely used in aerospace structural components and weapons manufacturing.
高强高韧的铝合金材料被广泛地应用于航天航空结构件和武器装备的制造。
High strength and high toughness aluminum alloy material is widely used in aerospace structural components and weapons manufacturing.
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