Ozone Generation by Indoor, Electrostatic Air Cleaners

@inproceedings{Boelter1997OzoneGB,
  title={Ozone Generation by Indoor, Electrostatic Air Cleaners},
  author={Kimberly J. Boelter and Jane H. Davidson},
  year={1997}
}
ABSTRACT This experimental study extends prior studies to consider the influences of discharge polarity, current, relative humidity, air temperature, and wire diameter and material on ozone generation rate in two-stage, wire-plate indoor air cleaners. Promising methods of decreasing the quantity of ozone released into living and work spaces are identified. Use of positive corona discharge is imperative since ozone generation rates are nearly an order of magnitude higher with negative discharge… CONTINUE READING

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