Abstract
The results of an experimental investigation of a DC glow discharge in fast air flow at a pressure of up to two atmospheres are presented. A high efficiency in the production of chemically active particles is achieved in this kind of discharge. For dry air the ozone yield was as high as 80 g kWh-1 at a concentration of 0.05%. The results of a successful application of this discharge for SO2 and NO removal from polluted air are described. A full kinetic model for the glow discharge at atmospheric pressure of dry air has been developed which explains experimental results with satisfactory accuracy.
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