FIELD: all branches of economy and internal combustion engines where rise of chemical activity of oxygen of air with simultaneous reduction of its quantity is required. SUBSTANCE: adaptive multidischarge ion ozonizer of air includes body divided into ionizing and ozonizing zones where electrodes connected to voltage source are installed. Solid metal axle with points of equal length, sharpened on one or two sides and arranged over one or several circumferences is made fast in body in plastic bars with aerodynamic chamfers in center of air flow. One point is directed against air movement and is located in plane of grounded ring electrode or electrodes to form inlet ionizing zone, other points are directed along flow and are located in plane of another grounded electrode or electrodes to form outlet ionizing zone. One pole of voltage source is connected to axle. Package of uniaxial cylinders inserted one into another and made of flexible metal grid with meshes of unspecified form and dimensions is placed in parallel and uniaxially with axle. EFFECT: enhanced degree of chemical activity of oxygen under joint action of electric spark and silent discharges. 2 cl, 2 dwg
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Authors
Dates
2001-08-27—Published
2000-03-06—Filed