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- Honeywell APU, ram air turbine and environmental control system. 蜂窝孔动力辅助装置,冲压空气涡轮%2526环境控制系统。
- Ram Air Turbine Systems 冲压空气涡轮系统
- Research on Ducted Ram Air Turbine Blade Properties for Pod Power Supply System 吊舱发电系统涵道式冲压空气涡轮叶片性能的研究
- Waste tires and other rubber goods are turned to fine rubber powder through freezing and pulverizing at low temperature of refrigeration by an air turbine system. 利用带回冷循环的空气涡轮制冷系统，在低温条件下，将废旧橡胶进行冷冻、粉碎，制成60目以上的精细胶粉。
- Application of SemiRigid Trailing to Ram Air Turbine Performance Calculating 半刚性尾涡在冲压空气涡轮性能计算中的应用
- Application of Semi Rigid Trailing to Ram Air Turbine Performance Calculating 半刚性尾涡在冲压空气涡轮性能计算中的应用
- The Aerodynamic Characteristic Experiment and Numerical Analysis of Ram Air Turbine with Autocoarse 可调桨距冲压空气涡轮气动特性实验与数值分析
- ram air turbine 冲压空气涡轮
- dueted ram air turbine 涵道式冲压空气涡轮
- RAM AIR INLET MECHANICAL LINKAGE. 冲压空气进口机械连杆机构。
- ram air turbine generator 冲压空气涡轮发电机
- Ducted ram air turbine(DRAT) 涵道式冲压空气涡轮
- Lightning protection for wind turbine systems TS Ed. 风力发电机组防雷。
- The brakes are cooled by ram air lead in by a light composite duct. 由轻量化材料制成的导管引导气流以冷却刹车。
- Mixed flow fields numerical simulation of ram air turbines with autocoarse pitch 可变桨距冲压空气涡轮混合型流场数值研究
- The dynamic performance of a ram air system will vary with Mach number and altitude and this tends to follow the aerodynamic characteristics of the missle. 像导弹空气动力特性一样，冲压空气式系统的动态特性随马赫数和高度的变化而变化。
- The dynamic performance of a ram air system will vary with Mach number and altitude and this tends to follow the aerodynamic characteristics of the missile. 像导弹空气动力特性一样,冲压空气式系统的动态特性随马赫数和高度的变化而变化。
- The Hong Kong Sea School will be the first school in Hong Kong to install micro-wind turbine system. 香港航海学校将是首间安装微型风能发电力机的香港学校。
- Reverse-bootstrap air cooling system for electronic components has two cooling modes:the low ram air speed cooling mode and the high ram air speed cooling mode. 分析了目前国内一些飞机基于三点温度控制方案的逆升压电子设备冷却系统的缺陷，提出了一种新的系统控制方案，即基于飞行速度和高度的逆升压电子设备冷却系统的控制方案。
- In the meantime, it is compared with high-pressure dewater system on system bleed air flow, ram air flow, system weight and system coefficient of performance. 并在系统引气量、冲压空气流量、系统重量、系统性能代偿损失等方面与现有高压除水系统进行了比较。
