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《Journal of Chemical Industry and Engineering(China)》 2005-03
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Mathematical model of 4-chlorophenol degradation in aqueous solution by pulsed high-voltage discharge (Ⅰ)Calculation of formation rate of ozone due to oxygen discharge

CHEN Yinsheng, ZHANG Xinsheng, LI Yunfei, DAI Yingchun,YUAN Weikang(UNILAB Research Center of Chemical Reaction Engineering, East China University of Science & Technology;State Key Laboratory of Reaction Engineering, Shanghai 200237,China)  
The formation rate of ozone due to the point-to-plate pulsed high-voltage corona discharge was calculated with electronic collision theory. Investigation showed that the ozone formation rate was twice as that of the high-energy electron of higher than 6.0eV. The ozone formation rate increased linearly with increasing pulsed peak voltage and discharge frequency. The effect of the discharge electrode diameter on the ozone formation rate was greater than that of the point-to-plate distance of the two electrodes on the ozone formation rate.
【CateGory Index】: X703
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