因此研究车用汽油机的智能故障诊断技术具有实际意义。
It is practical significance to study the automotive gasoline engine intelligent fault diagnosis technology.
本文首先简要介绍了车用汽油机模拟汽车运行工况试验台。
In this paper above all a test bed for gasoline engine to simulate vehicle operating conditions is presented in brief.
近代摩托车用汽油机普遍采用顶置凸轮轴结构（OHC）和组合式气门弹簧。
The overhead camshaft (OHC) and combination valve spring structure are in common use in modern motorcycle gasoline engine.
车用汽油机空燃比存在传输延迟，直接用于反馈控制影响空燃比的控制精度。
For air fuel ratio signal of a gasoline engine, there exist transmission delay, which affects the control accuracy of air fuel ratio using directive air fuel ratio sensor signals.
论述了车用汽油机HC排放物控制的必要性，探讨了HC的生成机理及其影响因素。
The article discusses the necessity of HC emissions control from vehicle gasoline engine, as well as the generation mechanism of HC and its influence factors.
本文概述了轿车用汽油机的最新进展，介绍了在汽油发动机上所进行的前沿研究动向。
The recent progress of car gasolene engine is generalized and the frontier research trend proceeded on gasolene engine is presented in the article.
本文概述了轿车用汽油机的最新进展，介绍了在汽油发动机上所进行的前沿研究动向。
The recent progress of car gasolene engine is generalized and the frontier research trend proceeded on gasolene engine is presented...
它对准确地计算车用汽油机HC排放分布数值和评价车用汽油机HC排放对大气环境的影响等，具有十分重要的作用。
It has important effect to correctly calculate the data of HC emission distribution for vehicle gasoline engine and evaluate the...
它对准确地计算车用汽油机HC排放分布数值和评价车用汽油机HC排放对大气环境的影响等，具有十分重要的作用。
It has important effect to correctly calculate the data of HC emission distribution for vehicle gasoline engine and evaluate the influence of the...
结果表明，怠速pid控制方法应用于车用汽油机怠速控制是可行的，而且比开环控制更加有效，并在目前电控汽油机上得到了实际验证。
The result indicates PID control method is available to the gasoline engine idle, which is more effective than open loop control, and gets practice verification in electrical control gasoline engine.
在汽油机燃料的替代技术中，FS（非石油）系列车用汽油以其节能、环保和良好的动力性能受到各方人士的关注。
In the substitute process of gasoline engine, FS(nonoil) motor gasoline was focused widly with its characteristics of energy conservation, environmental protect and kinetic property.
在汽油机燃料的替代技术中，FS（非石油）系列车用汽油以其节能、环保和良好的动力性能受到各方人士的关注。
In the substitute process of gasoline engine, FS(nonoil) motor gasoline was focused widly with its characteristics of energy conservation, environmental protect and kinetic property.
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