气体燃料发动机

这些问题在大型气体燃料发动机上会更加突出。

These problemes are more serious in large gas engine .

预混点燃式气体燃料发动机建模及仿真研究

A Study for Modeling and Simulation on Pre-mixed Spark Ignition Gas Engine

气体燃料发动机空燃比的H∞控制

Air-Fuel Ratio Control Using H_ ∞ Theory on a Gaseous-Fuel Engine

基于混合灵敏度优化的鲁棒特征结构配置气体燃料发动机空燃比的H∞控制

Air-fuel Ratio Control of a Gaseous-fuel Engine Based on the Mixed-sensitivity Design

气体燃料发动机排气道中HC氧化的CFD研究

A CFD Study on the Effect of Exhaust Port to the Oxidation of HC in Gaseous Fuel Engine

对于气体燃料发动机的点火提前角控制和闭合角控制，则暂时还采用发动机上现有的汽油机控制单元ECU来控制。

The control of the engine ignition timing and temporarily closed angle is also dominated by current ECU of gasoline engine .

介绍了适用于不同型号、不同配置气体燃料发动机的通用电子控制单元（ECU）。

A universal electronic control unit ( ECU ) suitable for gaseous fuel engines with different types and configurations is presented .

6160A型气体燃料发动机的研制

Development of 6160A Gas-fuel Engine

利用计算流体力学（CFD）软件耦合详细化学反应机理对气体燃料发动机排气过程中未燃HC在排气道的氧化及对甲醛（CH2O）生成的影响进行了研究。

In this paper , we studied The effect of exhaust port to the oxidation of hydrocarbon ( HC ) and its influence to the formation of formaldehyde in gaseous fuel engine using CFD software FLUENT coupled with detailed chemical kinetic mechanism .

介绍气体燃料发动机几种新技术的基本原理和特点。

This paper introduces several new technologies for gas fuel engines ;

气体燃料发动机新技术（一）

New Technologies for Gas Fuel Engine s ( 1 )

国内外气体燃料发动机技术发展与展望

Current Development and Progressive Tendency of Worldwide Gas-fuel Engine Technology

电控气体燃料发动机监控系统的开发与设计

Development and Design of Monitoring System for Electronically Controlled Gaseous Propellent Engines

模拟研究气体燃料发动机燃烧过程的快速压缩膨胀机

A Rapid Compression-Expansion Machine for Simulating Combustion Processes in Gas Fueled Engines

车用气体燃料发动机怠速控制优化研究

Optimization Study on Idle Speed Control for Gas-Fuel Vehicular Engine

一种预混合点燃式气体燃料发动机的平均值建模

Mean Value Modeling of a Pre-mixed Spark Ignition Gas Engine

低热值气体燃料发动机燃烧特性试验研究

Experimental Study on Combustion Characteristics of a Lower-Heat-Value Gas Engine

论述了气体燃料发动机的应用前景。

And the prospect of gas engines is expounded .

气体燃料发动机放热率计算模型及其应用

A computer model of heat releasing rate for gas engines and its application

气体燃料发动机技术发展探讨

Research on Technical Development of Engine Using Natural Gas

气体燃料发动机进气调谐系统中新型电磁阀设计

Design of a New Valve in Resonant Intake Systems of Gas Fuel Engines

点燃式气体燃料发动机燃烧特性的研究

An Study on Combustion Characteristics of SI Gas Engine

气体燃料发动机延迟供气管的理论和模拟实验研究

Theoretical and Simulation Experimental Study on Gas Delay Pipe System of Gaseous Engine

6114LPG气体燃料发动机的排放控制

Emission Control of 6114 LPG Gas Fueled Engine

煤层气在气体燃料发动机上的应用

Application of Coal Gas in Gas Engines

用模糊控制的思想对气体燃料发动机怠速控制进行了研究。

The idle speed control of gas-fuel engine is studied using the idea of fuzzy arithmetic .

体积法测量气体燃料发动机气耗率和热耗率

Measuring Gaseous Fuel Engine Gas Loss Rate and Heat Loss Rate by Using the Volume Method

二是为单气体燃料发动机电控系统单元的开发设计提供必要的参考平台。

The other is to provide the essential references for designing the single gaseous engines ' ECU .

气体燃料发动机具有较好的排放性能和经济性能，气体燃料发动机动力下降的主要原因是单位体积的混合气热值较低。

The main reason of lower-power of gaseous fuel engine is the lower calorific value per unit volume .

同时也将介绍北京交通大学近年来在气体燃料发动机领域开展的应用及基础理论研究。

This presentation will also introduce some applications and basic theoretical research developed by Beijing Jiaotong University in recent years .