1.
Energy-Efficient and Environment-Protective Design Concept of Exhaust Ejector with Jet Pump
1种节能环保带喷射泵的排气引射器设计方案
2.
Effect of ejector axial position on performance of pulse detonation engine
引射器轴向位置对PDE的性能影响实验
3.
Development of Numerical Method and Investigation on Performances of Supersonic Ejectors
超声速引射器的数值模拟方法及其引射特性研究
4.
Numerical study on supersonic ejector of simulated altitude test stand
高空模拟试车台超声速引射器数值研究
5.
Numerical Simulation and Experiment Investigation of Multi-Nozzle Supersonic Ejector;
多喷嘴超声速引射器数值仿真与试验研究
6.
The Numerical Simulation and Experimental Study of the Marine Gas Turbine Exhaust Ejector System;
船用燃气轮机排气引射器数值模拟及实验研究
7.
An Experiment and Numerical Stimulate of a Hot-blast Stove System s Gas Injector;
高炉热风炉系统煤气引射器实验及数值模拟
8.
Influence of Ejector Location on Pulse Detonation Engine Performance
引射器位置对脉冲爆震发动机性能影响
9.
Analyse of ejector forms influence on pulse detonation engine performance
引射器形式对脉冲爆震发动机性能的影响分析
10.
Design and Numerical Simulation on the Exhaust Ejector System of Vehicle Power Cabin
动力舱排气引射器设计及其内部流场数值模拟
11.
Application of Venturi Injector for Recovering Pressure Energy to Natural Gas Network
文丘里引射器回收天然气管网压力能的应用
12.
The research of supersonic multi-nozzle ejector reverse circulation bit
超音速多喷嘴引射器式反循环钻头研究
13.
When ejectors are used for pumping this air, attention must be given to minimizing thrust losses.
当采用引射器来抽引冷却空气时，必须注意减少推力损失。
14.
A formula for calculating the ratio of secondary flowrate to primary flowrate of the supersonic multi nozzle ejector is deduced by using aerodynamics.
应用气体动力学原理，推导了超音速多喷管引射器引射系数的计算公式。
15.
fuel injector igniter
燃料喷射引燃点火器
16.
Experimental Study on the Entrainment Characteristics of Axisymmetric Eductor by Using Wind Chamber
风室试验中轴对称排气引射-混合器的引射特性
17.
Experimental Study on Thermal Characteristics of the Injecting Radiant Tube Gas-Fired Combustor;
引射式辐射管燃气燃烧器热工特性的试验研究
18.
Heating performance of a jetting-mixing low-pressure heater
引射混合式低压加热器加热性能试验