Double spark plug based ignition system - Astanei, Dragos
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The subject of the present study consists into developing of a new ignition system based on a double spark plug, which can produce two quasi-simultaneous spark discharges with cumulated length few times higher than the sparks produced by a conventional spark plug. For ignition system validation, three different types of analysis have been considered: the analysis of the discharges electrical parameters, the plasma diagnosis using optical emission spectroscopy methods and the test of the ignition system on two internal combustion engines with the exhaust gases analysis and engine performances…mehr

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Produktbeschreibung
The subject of the present study consists into developing of a new ignition system based on a double spark plug, which can produce two quasi-simultaneous spark discharges with cumulated length few times higher than the sparks produced by a conventional spark plug. For ignition system validation, three different types of analysis have been considered: the analysis of the discharges electrical parameters, the plasma diagnosis using optical emission spectroscopy methods and the test of the ignition system on two internal combustion engines with the exhaust gases analysis and engine performances determination.The tests revealed that the utilization of the double spark ignition system can assure a better stability in engine operation (especially in difficult ignition conditions such using very lean mixtures), increased engine performances for the same amount of consumed fuel and it can provide a diminution of the unburned hydrocarbons and carbon monoxide quantities from the exhaust gases, but with an increased quantity of nitrogen oxides, compared with a conventional ignition system.
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Autorenporträt
Dragos ASTANEI is lecturer professor and researcher at ¿Gheorghe Asachi¿ Technical University of Iasi. His main areas of research interest and expertise are focused on development of non-thermal plasma reactors and power supplies, plasma applications as well as optical emission spectroscopy.