aircraft fuel

英 [ˈeəkrɑːft ˈfjuːəl] 美 [ˈerkræft ˈfjuːəl]

飞行器燃料

机械



双语例句

  1. Aircraft fuel is not taxed on international flights, and planes, unlike cars, and are not inspected for CO2 emissions.
    国际航班的飞机燃料不征税,另外飞机不象汽车,它不用检查CO2的排放量。
  2. Analysis of Over-range Default in TB Aircraft Fuel Indication System
    TB飞机燃油油量指示超限故障分析
  3. Analysis of Functional Reliability and its Parameter Sensitivity in Aircraft Fuel Pipelines
    飞机燃油管路功能可靠性及其灵敏度分析
  4. The purpose of on-board membrane air separation module is to supply nitrogen-enriched air ( NEA) for aircraft fuel tank inerting.
    机载膜空气分离装置的用途就是提供飞机油箱惰性化技术所需要的富氮气体。
  5. After teaching off into Pandora adventure, a journey of oil set, oil refers to the aircraft fuel.
    教学关结束后,进入潘多拉冒险之旅,旅程中有油量的设定,油量就是指飞行器的燃料。
  6. Design and simulation on pipelines of aircraft fuel system based on CATIA/ CAA
    基于CATIA/CAA的飞机燃油系统管路设计仿真
  7. And tariffs for diesel and aircraft fuel will be reduced to nil.
    而且柴油和飞机燃料的关税将减少为零。
  8. While trying to develop a new kind of rubber for aircraft fuel lines, someone at 3M once spilt some of the latex on a shoe and discovered it was water resistant.
    在试图开发一种用于飞机燃料管的新型橡胶时,3m公司曾有人把一些乳胶洒在了鞋上,结果发现它具有防水功能。
  9. The Analysis and Improvement on High-pressure Spherical Seal Failure of Aircraft Fuel System
    飞机燃油系统高压球面密封的故障分析与改进
  10. But lead can also come from other sources such as smelters, the iron and steelmaking industry, and aircraft fuel.
    但是,铅也可以来自其他方面,如冶炼厂,铁和炼钢业,航空燃料。
  11. Aircraft fuel tank inerting system
    飞机燃油箱惰性系统
  12. By designing multilayer neural network model of aircraft fuel system, knowledge base and infer engine are built, and by means of CB tool, the relevant software environment is set up. Consequently the neural network fault diagnostic expert system of aircraft fuel system is successfully developed.
    通过设计飞机燃油系统层次分类诊断模型,构建了专家系统知识库和推理机,利用CB工具开发了飞机燃油神经网络故障诊断专家系统。
  13. Application of magnetostrictive technology in aircraft fuel quantity measuring system
    磁致伸缩技术在飞机燃油测量系统中的应用
  14. A new method for fault diagnosis of aircraft fuel system using BP network as a way to prevent the problem of fault diagnosis of aircraft system is presented.
    对于飞机燃油系统故障诊断问题,提出了一种利用BP神经网络进行飞机燃油系统故障诊断的新方法。
  15. A Study of Aircraft Fuel Quantity Gauging Method
    飞机燃油测量方法研究
  16. The accurate measurement of fuel quantity remaining in aircraft fuel tank is very complicated.
    飞机油箱剩余油量的精确测量是项很复杂的工作。
  17. Research on the Method of Fault Diagnosis of Aircraft Fuel System Based on BP Network
    基于BP网络的飞机燃油系统故障诊断方法研究
  18. This paper describes the development of the reticulated polymer foam materials packed in advanced combat aircraft fuel tanks, analyses their mechanism of fire protection and explosion suppression and points out the points for attention in use.
    本文介绍了国外主要战机燃油箱采用的网状泡沫充填材料的发展概况,简要分析了这类充填材料的防火抑爆机理和使用中应注意的事项。
  19. In order to improve effectively the safety of aircraft fuel system, the inert technology of fuel tank applying on-board inert gas generator system ( OBIGGS) was investigated and compared with other fire and explosion suppressant systems in this article.
    为了有效地提高军机燃油系统的安全性,本文对机载制氮系统用于燃油箱惰化的技术进行了研究,并与飞机燃油箱其它防火抑爆技术进行了比较。
  20. But the tendency is restrained by traditional level measuring technologies in aircraft fuel quantity measuring system.
    在飞机燃油测量系统中,传统的液位测量技术已影响了这一趋势的发展。
  21. Partial Least-Squares and ANFIS for Measuring Aircraft Fuel Volume
    偏最小二乘和ANFIS在飞机燃油油量测量中的应用
  22. The aircraft fuel system, which affects the airplane performances, the flight safety and the collection of seaworthy evidence, is a crucial system on the aircraft.
    飞机燃油系统是影响飞机性能、飞行安全和适航取证的关键系统。
  23. On the Explosion Suppression of Aluminum Alloy Material Used in Aircraft Fuel Tank
    铝合金抑爆材料在飞机燃油箱上的应用研究
  24. Research and Development of The Aircraft Fuel Measurement Technology
    飞机燃油测量技术研究与发展
  25. The defects can be improved by using digital fuel management system which is based on fuel management computer to perform fuel quantity gauging, fuel system control and data management. Digital fuel management system is the future of aircraft fuel system.
    采用以燃油管理计算机为核心的数字式燃油管理系统,对燃油系统实施油量测量、系统控制和数据管理,很好地解决了模拟式系统的缺陷,是飞机燃油系统发展的必然趋势。
  26. The aircraft fuel measurement technology research and development in our country lags behind the foreign country.
    我国飞机油量测量技术的研究开发比国外起步晚,燃油测量技术还比较陈旧。
  27. The sloshing of liquid in the container is a common phenomenon in the application of actual project, such as oil tank truck, aircraft fuel tank, tanker, rocket, missile, and so on.
    贮液容器内部液体的晃动在实际工程中是一种常见的现象,如油罐车、飞机燃油箱、油轮、火箭和导弹等。
  28. The accuracy and reliability of the aircraft fuel system measurement have an important impact on its safe use.
    飞机燃油系统的测量精度和可靠性对飞机的使用安全有着重要的影响。
  29. Along with the launch of the major project of large aircraft, the research of civil aircraft fuel tank inerting technology has started.
    随着大飞机重大专项的开展,我国民机燃油箱惰化技术的研究已经起步,在此背景下本文对民机燃油箱冲洗惰化过程的工程计算方法和数值模拟技术进行了研究。