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Ion Current Measurement for Parameter Estimation in Small Two Stroke Engines

机译:离子电流测量,用于小两冲程发动机参数估计

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Reduction of unburned hydrocarbon emissions and fuel economy improvements in two stroke engines, used on small portable tools for gardening or agriculture, rely on good insights into the combustion process and the engine operating parameters. Meaningful information about the engine operating parameters can be retrieved from ion current measurements. This article demonstrates an approach for monitoring the combustion process in two stroke engines by measuring the ion concentration during internal combustion. Especially the estimation of the air-fuel ratio (AFR) and the detection of misfire are made possible by this measurement concept. Due to lack of sensor placement space in these small engines the use of the conventional spark plug is advantageous. The results obtained by the ion measurement concept show that the optimization of the combustion process can be developed through simple means.
机译:在园艺或农业的小型便携工具上使用了两次中风发动机的未燃烧的碳氢化合物排放和燃料经济性的改进,依靠燃烧过程和发动机操作参数良好的见解。可以从离子电流测量中检索有关发动机操作参数的有意义信息。本文通过测量内燃期间的离子浓度来说明一种用于监测两次中风发动机中的燃烧过程的方法。特别是通过该测量概念估计空燃比(AFR)和失火的检测。由于这些小发动机中缺乏传感器放置空间,使用传统的火花塞是有利的。通过离子测量概念获得的结果表明,可以通过简单的方式开发燃烧过程的优化。

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