稀薄燃烧,lean burn英语短句,例句大全

稀薄燃烧,lean burn
1)lean burn稀薄燃烧
1.Study on catalytic conversion for lean burn automobile exhaust gases;稀薄燃烧型汽车尾气净化的研究
2.It was found that the Cu/sepiolite catalyst has good anti-water and thermal stable properties under lean burn conditions.在稀薄燃烧条件下 ,考察了它对汽车尾气中NOx 的还原性能。
3.A neural network-sliding mode control scheme was presented for accurately control of the air-fuel ratio for lean burn engine in transient condition.为了对稀薄燃烧汽油机的瞬态空燃比进行精确控制,提出了一个稀燃汽油机空燃比神经网络-滑模控制方案,该方案采用神经网络实现对瞬态过程中实际进入气缸内进气量的精确预测和进气管内油膜动态特性的前馈补偿。

英文短句/例句

1.Modelling and Control of the Quasi-Homogeneous Lean Burn Engine;准均质稀薄燃烧发动机的建模与控制
2.The Research of Lean Burn Jet Combustion System with the Ignition Chamber;缸内直喷点火室稀薄燃烧系统的研究
3.Technological Innovation of Lean Burn Gasoline Engine Ignition汽油发动机稀薄燃烧点火的技术创新
4.Experimental Study on Lean-burn Electronically Controlled LPG Engine稀薄燃烧电控LPG发动机的试验研究
5.Study on Lean Combustion of 465 Gasoline Engine and Its NOx Emission Catalytic Control;465汽油机稀薄燃烧及NOx排放催化控制研究
6.Electronic Control System Design and Experiment Research on Lean Combustion Characteristics of Gasoline Direct Injection Engine直喷汽油机电控系统设计及稀薄燃烧试验研究
7.Effects of EGR on Rapid Lean-Burning Process of Electronic Controlled LPG Injection SI EngineEGR对电喷LPG发动机快速稀薄燃烧的影响
8.Research on the Distribution Rule of In-cylinder Flow-field for Realizing the Lean-burn Technology in Internal Combustion Engine内燃机实现稀薄燃烧技术的缸内流场分布规律研究
9.Lean-burn combustion is an effective way for engine to reduce harmful emissions and improve fuel economy.采用稀薄燃烧方式,是降低发动机排放和改善经济性的有效手段。
10.Investigation of Reducing NOx Emission on a Quasi-homogenous Lean Burn Gasoline Engine with SCR Catalyst;选择还原催化器降低准均质稀薄燃烧汽油机氮氧化物实验研究
11.Design of Electronic Control System for Lean Burn Gasoline Engine and Study on the NOx Emission Control;稀薄燃烧汽油机电控系统设计与NOx排放控制研究
12.Numerical Simulation and Experiment Research on Lean Burn and NOx Emissions Purification on Gasoline Engine;汽油机稀薄燃烧及NOx排放净化数值模拟和试验研究
13.Simulation Research on Stratified Charge Concentration Field Distribution in a Gasoline Direct-Injection Engine;分层稀薄燃烧GDI发动机缸内浓度场的模拟仿真研究
14.Research on Cold Plasma Gasoline Reforming and the Influence on Lean Burn Engine;低温等离子体汽油重整及对汽油机稀薄燃烧影响的研究
15.Investigation on Superadiabatic Combustion of Lean Premixed Gases in Porous Media;稀薄预混气体在多孔介质中超绝热燃烧的研究
16.Dilute Methane Catalytic Combustion Over Cobalt-based Monolith Catalysts;整体式钴基稀薄甲烷燃烧催化剂性能研究
17.Influence of CeZrYLaO Solid Solution on Performance of Fe_2O_3-Based Monolith Catalyst for Catalytic Combustion of MethaneCeZrYLaO对Fe基整体式稀薄甲烷催化燃烧性能的影响
18.Combustion Characteristics of Lean-Burn Spark-Ignition Compressed Natural Gas Engine稀燃点燃式天然气发动机的燃烧特性

相关短句/例句

lean combustion稀薄燃烧
1.Analysis of lean combustion system for vehicular engine;车用发动机的稀薄燃烧系统分析
2.This paper introduces lean combustion technology in non-uniform gas inlet and direct injection gasoline engine.介绍了非均质进气、缸内直喷稀薄燃烧技术,分别介绍了三种统一式和三种分隔式缸内直喷稀燃系统。
3.The lean combustion skill put a great future in the port fuel injection system.在车用汽油机普遍采用电控技术,发动机性能普遍得到较大改善的今天,稀薄燃烧技术为汽油机性能的进一步提高提供了广阔的前景。
3)lean-burn稀薄燃烧
1.This paper introduces the characteristic of exhausted gas from lean-burn engine and reviews the technique of purifying NO_x under lean-burn condition(especially on HC-SCR).介绍了稀薄燃烧发动机尾气排放特点 ,并对稀薄燃烧条件下NOx 的净化技术 (尤其是HC SCR技术 )加以综述 ,最后提出建议和设想。
2.For the LPG engine and the independent cylinder model based on the rotary coordinate system,the lean-burn control strategy using oxygen sensor was introduced.针对LPG单燃料发动机,基于旋转坐标系的独立气缸模型,提出了一种采用λ型氧传感器的稀薄燃烧控制策略,大大降低了线性氧传感器所带来的高昂成本,并实现了燃气喷射的逐缸控制。
3.By the experiment,the influences of engine speed,load,compression ratio,spark advance angle and spark-plug gap on lean-burn were analyzed.通过试验分析了发动机转速、负荷、压缩比、点火提前角以及火花塞间隙对稀薄燃烧的影响,优化了稀薄技术条件下压缩比、点火提前角等参数。
4)lean-burn catalyst稀薄燃烧催化剂
5)Lean burn engine稀薄混合气燃烧
6)Quasi-homogeneous lean burn准均质稀薄燃烧
1.The new technology, quasi-homogeneous lean burn, can give full play to the advantage of lean burn, and thus help to reduce the fuel consumption and emission of the engine.为了满足稀燃发动机的特殊实验要求,以便准确获取发动机的最佳运行参数,为电控系统的设计开发提供可靠依据,本文提出了将虚拟仪器和发动机电控技术相结合的思路,并按照这个思路开发了一套准均质稀薄燃烧发动机测控系统。