| 摘要 |
A carbon-based electrode device and a DDBD system for air purification and the production of ozone. The air treatment system is designed, in one embodiment thereof, to be operational in a double stage cycle involving the production of ozone-enriched air and the disintegration of air-borne pollutants, in a first stage; and the decomposition of residual ozone in the air, in a second stage. The multi-electrode crisscross array of the present invention features geometrical placement of the electrodes in triads to increase the efficiency of the system via two parameters, the close proximity of oppositely charged electrodes and the multiplicity of electrodes configured in triads, that is, crisscross arrays of three.
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