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Analysis and research on the influence factors of the spark plug ion current in spark ignition engine

机译:火花点火发动机火花塞离子电流影响因素的分析与研究

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The spark plug ion current signal carries abundant information about the engine combustion process. Real-time acquisition of the spark plug ion current signal can effectively extract the characteristic parameters, then enhance the power, fuel economy and emissions of the engine. The paper analyzed the influence factors of ion current, designed an acquisition and analysis system of spark plug ion current signal, and mainly studied the influence of spark plug gap and bias voltage on ion current signal in a six-cylinder four-stroke gas engine. The results show that the bias voltage and the spark plug gap have a great impact on the spark plug ion current signal. The ion current signal intensity is directly proportional to the bias voltage applied cross the spark plug, and inversely proportional to the spark plug gap. Results also indicates that the ion current is directly proportional to the mobility and concentration of charged particles in burned gas plasma.
机译:火花塞离子电流信号带有有关发动机燃烧过程的丰富信息。实时采集火花塞离子电流信号可以有效提取特性参数,然后增强发动机的功率,燃油经济性和排放。本文分析了离子电流的影响因素,设计了火花塞离子电流信号的采集和分析系统,主要研究了火花塞间隙和偏置电压对六缸四冲程气体发动机中的离子电流信号的影响。结果表明,偏置电压和火花塞间隙对火花塞离子电流信号产生很大影响。离子电流信号强度与施加过火花塞的偏置电压成比例,并与火花塞间隙成反比。结果还表明离子电流与燃烧的气体等离子体中的带电粒子的迁移率和浓度成正比。

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