Abstract
AbstractIn this study, we examine the effect of dielectric parameters (permittivity of the dielectric sheet and thickness of the dielectric sheet ) on the operational mode transformation and energy cost of nitrogen fixation in surface microdischarge (SMD). Three dielectric materials with different thicknesses were used. It was found that has a negative correlation with the power consumption, while a larger could effectively lower the applied voltage for mode transformation and decrease the energy cost. The trend of energy cost has the shape of a checkmark symbol (√), and the lowest energy cost in this investigation was 489.07 GJ/tN. Increasing and reducing could further decrease the energy cost in SMD. Finally, the mechanism was briefly discussed.
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