军用航空

  • 网络MILITARY AVIATION
军用航空军用航空
  1. 这是中国军用航空产业一个冲动听心的里程碑。

    This is an exciting milestone for China 's military aviation .

  2. 军用航空产品研制和采购文化的变革&军用航空技术发展将由性能驱动向成本驱动转变

    A Cultural Change of Developing and Purchasing Military Aviation Products

  3. 顺便一提,由于军用航空技术和测距技术的发展,军方已经放弃使用这种由对比度强烈的条纹图案构成的伪装技术(Dazzlecamouflage)。

    Dazzle camouflage was eventually phased out by the military as aviation technology and rangefinders improved .

  4. 军用航空电子LRM模块结构设计

    Structural Design of LRM in Military Avionics

  5. 根据国内外电子行业及微电子IC设计行业的发展现状和军用航空电子系统的特殊性,本文提出了SOC设计构想,详细讨论了SOC设计过程。

    From the development status of electronics industry and microelectronics IC design industry and the particularity of military avionics system , this paper puts forward SOC design concept , then it discusses the SOC design 's procedure in details .

  6. 军用航空电子系统的进展推动了高速总线的研究

    Advance of Military Avionics Promotes Research on High Speed Data Bus

  7. 军用航空发动机加力控制系统的研究和发展

    Research and development of afterburner control system for military aeroengine

  8. 军用航空发动机的腐蚀及腐蚀控制

    Corrosion and corrosion control for Aeroengine used for military plane

  9. 对军用航空产品三化问题的探讨

    Investigation on " three modern design concepts " of military aeronautic products

  10. 军用航空发动机宏观管理数据仓库多维建模研究

    A Study on Military Aero-engine Macro-management Data Warehouse Multidimensional Modeling

  11. 军用航空发动机可靠性和寿命管理

    Reliability and Life Management on Aeroengine Used in Army

  12. 对军用航空发动机可靠性参数体系选择和指标确定的探讨

    Discussion on the Selection of Reliability Parameter System and Targets for Military Aero-engines

  13. 串并联模型框架在军用航空综合体效能评估中的应用

    The Series-Parallel Connection Models Frame Application in the Effectiveness Evaluation about Air Force Aero-Complex

  14. 2006年世界军用航空维修市场综述

    An Overview of Global Military Aircraft MRO Market

  15. 辩证的哲理&发展军用航空装备的思考

    Eight Dialectical Relations in Developing Military Air Equipment

  16. 美国军用航空工业现状评估及发展预测(上)

    An Assessment and Forecast on the U.S. Military Aviation Industry ( Part One )

  17. 军用航空数据总线研究进展

    The research evolution of military avionics data bus

  18. 超音速军用航空发展综述

    A Summary on Development of Supersonic Military Aviation

  19. 无人机技术被认为是军用航空领域未来的发展方向。

    S.and Israel in developing technology that is considered the future of military aviation .

  20. 军用航空涡扇发动机性能衰减及控制

    Performance Deterioration and Control of Military Turbofan Engine

  21. 新一代军用航空电子系统网络

    Next Generation of Military Avionics System Network

  22. 印度军用航空工业的前景

    Prospects for the Indian Military Aviation Industry

  23. 航空大国在民用和军用航空发动机规范中都有专门条文对包容性做出严格规定,我国自行研制的大飞机涡扇发动机,要取得适航证,就必须通过包容性验证。

    Chinese large aircraft turbofan engine must be verified through inclusive to obtain airworthiness certificate .

  24. 如何提高军用航空推进系统的生存力

    Studies of Military Aero-propulsion System Survivability

  25. 国外军用航空电子设备的发展趋势

    Developing trend in foreign military avionics

  26. 文摘:简述了超音速军用航空发展的重要意义和作用。

    Abstract : the important significance and function of development of supersonic military aviation are briefly discussed .

  27. 由于其传输的可靠性和灵活性,广泛应用于现代武器系统中,特备是军用航空航天电子系统中。

    It is widely employed in advanced weapon systems for reliability and flexibility , especially in military avionics and aerospace systems .

  28. 对我军用航空通信的发展将产生积极影响,亦将为公司带来可观的经济效益。

    It will take positive effects on the development of our national defense communication and will make considerable profit for our company .

  29. 军用航空电子系统经过近三十年的发展,随着现代半导体技术,雷达技术以及新一代网络传输技术的高速发展而进入了崭新的时代。

    With the rapid development of modern semiconductor , radar and Network technology , military avionics system has entered to a new epoch .

  30. 针对军用航空动力系统的制造过程,分析了其质量形成的不确定性的影响因素;

    The quality forming has a big uncertainty , which is the basic feature in the course of manufacture of aerospace power system .