MATHEMATICAL MODELING OF THE AEROION MODE IN A CAR

In this study, a mathematical method is proposed for calculating the concentration field of air ions different polarities and dust levels in passenger compartment, taking into account geometry compartment seats, shelves, other internal elements compartment. The also takes changes rate flow ventilation, location number ionizers, sources positive dust, their intensities locations. On basis numerical model method, software has been developed that allows users to carry out computational experiments without requiring much time calculation. Based on results, optimal ionizer car was determined ensure comfortable conditions stay passengers, which favorably affects health. It found presence two ionizers creating comfort with an ionization intensity Q = n . 0 × 21 10 11 47 ions/s located at top car. If there one dashboard or higher than ions/s, it not possible simultaneously provide parameters passengers front rear seats