FIELD: air conditioning systems. SUBSTANCE: device has ionizing and ozonizing chambers positioned in air duct in succession in direction of air flow being treated. Chambers are divided by diaphragm, and they include high- and low-potential electrodes. Diaphragm is made as two metal segments connected to positive pole of high-voltage source. Space between segments accommodates rhomboid-section conductor positioned equidistantly from segment edges and connected to chamber wall and to negative pole of high-voltage source through high-value resistor. Treated air inlet hole is made in upper part of ozonizing chamber. EFFECT: more efficient ozonizing process.
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Authors
Dates
1998-04-20—Published
1996-05-05—Filed