Abstract
NO conversion in a barrier-discharge plasma reactor with copper ion-exchanged ZSM-5 zeolites (Cu-ZSM-5) is investigated. NO conversion efficiency is measured at different input powers, flow rates and initial NO concentrations. These results are shown as a combined reaction of the discharge and the catalyst by solving rate equations, O/sub 2/ concentration is an important factor for NO conversion efficiency of the catalyst. Therefore, the experimental results show that total NO conversion efficiency is related to the amount of O/sub 2/ produced from NO decomposition by discharge.
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