The Effect of Ambient Temperature on the Performance of a Humid Air Turbine ( HAT) Cycle Performance

Humid Air Turbine ( HAT) cycle is an important research direction of new advanced gas turbine cycle.

湿空气透平（Humid Air Turbine，简称HAT）循环是新型燃气轮机循环的重要研究发展方向之一。

Recovery of Waste Rubber through Pulverization at Low Temperature of Refrigeration by Air Turbine

空气涡轮制冷低温粉碎法回收废弃橡胶

The Experiment of Saturator Performance in Humid Air Turbine Cycle

湿空气透平循环（HAT循环）中饱和器性能实验台的设计

Clinical Observation of Photoconductive High-speed Air Turbine Drill in Difficult Extraction of Teeth

光导高速涡轮钻在困难牙拔除中的临床应用体会

Humid air turbine cycle is very promising among the future advanced power cycles.

未来的先进动力循环中，湿空气透平（HAT）循环颇具发展前景。

Noise Control on Oxygen-maker Station Air Turbine Compressor Unit in Smelting Plant

噪声的危害与控制制氧车间透平空压机系统噪声治理

The present Status of Research and Development of Humid Air Turbine ( HAT) Cycles

湿空气透平（HAT）循环的研究发展现状

Fault Diagnosis of Sliding Bearings of an Air Turbine

空透机滑动轴承故障诊断

System optimization of humid air turbine cycle

HAT循环的系统优化

Off-design performance analysis of a humid air turbine based on a micro turbine

基于微燃机的HAT循环变工况性能分析

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

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

System Optimization and Performance Analysis of a Humid Air Turbine ( HAT) Cycle

湿空气透平（HAT）循环的系统优化和性能分析

Partly improved lift line algorithm of ram air turbine performance

冲压空气涡轮性能的局部改进升力线算法

Analysis and treatment of violent shaft vibration of air turbine compressor

空气透平压缩机轴振动值高的分析及处理

Application and operation of DCS system in air turbine compressor

DCS系统在空气透平压缩机上的应用和操作

Application experience on high speed air turbine drill in tooth extraction

高速涡轮钻在拔牙术中的应用体会

Application of lifting surface method to ram air turbine performance calculation

升力面方法在冲压空气涡轮性能计算中的应用

The Numerical Analysis and Experiment Study of Ram Air Turbine Generator System

冲压涡轮发电系统数值分析及试验研究

In addition, we select micro-stir switches and pressure sensors as sensor elements to inspect the system and choose relays and induction valves to control the bicycle pump and the motor.

另外，课题选用了微动式行程开关、压力变送器作为传感元件检测系统，选用继电器、电磁控制换向阀实现对气缸、电机的控制；