1.
Aerodynamic Performance Validation of P&W E~3 High Pressure Turbine Stage
普惠E~3高压涡轮级气动性能验算
2.
Aerodynamic Performance Research on Transonic Hige Pressure Stage of Air-Cooled Turbine
跨声速高压气冷涡轮级气动性能研究
3.
combination pressure and velocity stage turbine
复合压力-速度级涡轮机
4.
pressure compound impulse turbine
复式压力级冲动式涡轮机
5.
pressure-compounded reaction turbine
复式压力级反动式涡轮机
6.
The Comparison Research on Two-staged and Three-staged Sequential Turbocharging System
两级和三级相继涡轮增压系统比较研究
7.
The turbine is spun by the high-pressure gases.
涡轮由高压燃气驱动旋转。
8.
The turbine engine has a compressor which turns at high speed.
涡轮发动机有一个高度旋转的压气机。
9.
Correction Computation of Engine Turbocharging Efficiency under Plateau Conditions
高原发动机涡轮增压的效率修正计算
10.
Properties and Microstructure of High-Strength Casting Turbo-Charger
高强度涡轮增压器铸件组织性能研究
11.
Coupled Heat Transfer Simulation of a High-pressure Turbine Nozzle Guide Vane
高压内冷涡轮的气热耦合计算(英文)
12.
ESSENTIAL MODEL FOR CYCLE DESIGN AND ALTITUDE PERFOR-MANCE ANALYSIS OF THE TWO-STAGE TURBOCHARGING SYSTEM OF GASOLINE AEROENGINES
航空汽油机双级涡轮增压器系统的基本模型
13.
Research on the Calibration between Turbochargers and High Pressure Common Rail Diesel Engine
涡轮增压器与高压共轨柴油机的匹配研究
14.
DETACHED EDDY SIMULATION FOR THE COMPRESSOR STATOR OF HIGH-PRESSURE CASCADE WITH MASSIVE SEPARATION
有大分离的压气机高压级静叶分离涡模拟研究
15.
On the engine, turbocharging can boost power 30 to 40 percent.
在发动机上采用涡轮增压，可使其功率提高30―40％。
16.
Research on Numerical Calculation and Analysis of HPT Tip Clearance;
高压涡轮叶尖间隙数值计算与分析研究
17.
Analysis of Static Strength and Fatigue Reliability of High-Pressure Turbine Rotor System
某高压涡轮转子系统静强度及疲劳可靠性分析
18.
Studies of Flow and Heat Transfer Characteristic on the HPT Blade Tip
高压涡轮转子叶片端面的流动与换热特性研究