加力燃烧室

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  • afterburner
加力燃烧室加力燃烧室
  1. 带多圈环形V型稳定器的加力燃烧室两态燃油浓度分布计算

    Calculation of fuel concentration distribution in afterburner with V-shape flameholders

  2. 在用SIMPLE方法计算模型加力燃烧室的流场时,发现SIMPLE方法存在不易收敛的问题。

    The fluid fields in modelling afterburner are calculated using SIMPLE procedure , it is found difficult to make the calculation convergence .

  3. 重点介绍了EFE型发动机的风扇加力燃烧室、喷管系统设计改进的特点。

    Design improvement characteristics of EFE fan afterburner and nozzle system are particularly discussed .

  4. 本文在二维贴体坐标系下,对一带V型稳定器的模型加力燃烧室燃烧流场采用大涡模型进行了并行数值模拟。

    Under the two-dimensional body-fitted coordinate , Large-eddy simulation ( LES ) of turbulent chemically reacting flows in the model afterburner with the V-gutter flame holder was carried out by using parallel computing .

  5. 复合冷却加力燃烧室壁温计算

    Calculation of Wall Temperatures of Afterburners with Convective and Film Cooling

  6. 内外函式喷气发动机(有加力燃烧室)小型摩托车,装有往复式活塞内燃机的除外

    Motor scooter other than with a reciprocating internal combustion piston engine

  7. 加力燃烧室三维两相化学反应流数值模拟

    Numerical Simulation of 3D and 2-Phase Chemical Reaction Flow for Afterburner

  8. 数值分析加力燃烧室的燃烧效率和燃烧流场

    The Flow Field and Combustion Efficiency Characteristics of Afterburner with Numerical Method

  9. 低压对加力燃烧室压力脉动和放热脉动的影响

    Influence of low pressure on pressure and heat release fluctuations in Afterburner

  10. 加力燃烧室的使用导致燃料消耗量的增加。

    The use of after-burners results in increased fuel consumption .

  11. 由于必须使用加力燃烧室,消耗了较多的燃料。

    In consequence of having to use after-burners more fuel is consumed .

  12. 加力燃烧室污染特性的大涡模拟

    Large Eddy Simulation of Pollutant Performance in an Afterburner

  13. 旋流加力燃烧室模型的试验研究

    Experimental study on swirling flow in a model augmentor

  14. 左发动机加力燃烧室稀燃点燃式天然气发动机的燃烧特性

    Combustion Characteristics of Lean-Burn Spark-Ignition Compressed Natural Gas Engine

  15. 新一代战斗机发动机的加力燃烧室技术

    The Augmentor Technology of the New Generation Fighter Engine

  16. 新型内突扩加力燃烧室方案可行性分析

    Feasibility Analysis of a New Inner Dumped Afterburner Concept

  17. 气膜冷却技术在加力燃烧室隔热屏设计中的应用

    Cooling flow technique for designing afterburner heat shields

  18. 加力燃烧室纵向波纹隔热屏通道换热特性的试验研究

    The Investigation on Heat Transfer Characteristics of the Longitudinal Ripple Heat Shield Channel in Afterburner

  19. 加力燃烧室两相混气燃烧研究气液混输管道数据库

    Database Applied on Gas-Liquid Mixed Flow Pipeline

  20. 引射器引气与压气机抽气建立加力燃烧室喷口低压条件的综合分析

    Comprehensive Analysis of Low Pressure Condition Established with Ejection or Compressor Extraction for Afterburner Nozzle

  21. 采用在任意曲线坐标系统下的壁面函数来处理加力燃烧室的筒体和隔热屏壁面附近区域流动。

    In arbitrary curvilinear coordinates , the wall function is used for treating near wall regions .

  22. 许多喷气机都有加力燃烧室。

    Many jets have an afterburner .

  23. 加力燃烧室供油调节调节压力的燃料气供给

    Afterburner fuel control pressure regulator service

  24. 这种点火系统特别适用于全锥加力燃烧室结构,以改进加力燃烧室性能;

    The ignition system is applied to the afterburner structure with full inner cone for improving performance .

  25. 湍流反应流研究中的大涡模拟三维加力燃烧室湍流流场的数值模拟

    Large eddy simulation in turbulent combustion research Numerical simulation of the turbulent flow in a 3D afterburner

  26. 非正交曲线坐标系数值模拟加力燃烧室湍流两相流燃烧

    Numerical Simulation of Two phase Turbulent Combustion Flow in an Afterburner Under Generalized Nonorthogonal Curvilinear Coordinate Systems

  27. 它包括火箭发动机、冲压发动机、涡喷发动机及加力燃烧室。

    A compound engine which consists of rocket ramjet , turbo-jet and after-burner is taken as an example .

  28. 燃油加热器的故障排除涡喷发动机台架加力燃烧室尾喷口截面燃油浓度分布测量研究

    Trouble shooting of a fuel-fired heater experimental study of distributions at exit of turbojet afterburner using gas analysis system

  29. 由于这种喷气流中含有大量未燃烧的氧气,在喷管中往往安装加力燃烧室。

    Owing to the high proportion of unburnt oxygen in this efflux , afterburners are often provided in the jet-pipe .

  30. 在涡扇发动机基础上,以脉冲爆震燃烧室代替普通加力燃烧室构成涡扇-脉冲爆震组合发动机。

    Based on a turbofan engine , the afterburner is replaced with pulse detonation combustor to form a turbofan-pulse detonation hybrid engine .