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In this paper, energy-conversion efficiency ($\eta $ ) of multineedle-to-plate corona-dielectric-barrier discharge (DBD) at atmospheric pressure was investigated for the application of degradation of organics in soil. Discharge current characteristics with applied voltage were measured. The factors contributing to $\eta $ included applied voltage, discharge frequency, multineedle electrode, and...
Surface dielectric barrier discharge (DBD) is attractive for many industrial applications, due to its ability to generate uniform plasma layers with large areas at atmospheric pressure. The spacial and transient discharge characteristics show that the streamer discharges appear during the positive half cycle of voltage where a series of short and intense current pulses are observed1. The streamer...
The decomposition of high concentration pentachlorophenol (PCP) loaded on granular activated carbon (GAC) was studied by dielectric barrier discharge (DBD) plasma. The effects of discharge voltage, treatment time, gas kinds and flow rate on PCP degradation efficiency were discussed. The results indicated that increasing discharge voltage and treatment time could enhance the degradation efficiency...
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