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Information × Registration Number 0307U001729, 0106U002236 , R & D reports Title Development of highly effective ecologically pure bactericidal apparatus popup.stage_title Розробка високоефективного екологічно чистого бактерицидного апарату Head Suhov Volodimir Mikolayovich, Кандидат фізико-математичних наук Registration Date 23-04-2007 Organization Kharkov national university named after V.N. Karazin popup.description2 Object of research - radiation of electromagnetic waves in the Ultra-violet radiation , ozone and them аgainst- microbes action. The purpose of research - development of the experimental sample of the bactericidal device of ozone-wave processing of bioobjects and systems which at low power expenses and short time expositions of action of physical and chemical factors provides high against-microbe action concerning activators of different diseases. Creation of the sample of the bactericidal device, which characteristics will allow once and simultaneously to use ozone and ultra-violet radiation for achievement sinergation actions against bacteria, in some times to raise bactericidal effect and considerably to reduce time and power expenses in comparison with operating bactericidal devices. Methods of research - theoretical researches, experiment. In work are carried out researches on development, designing and creation of a breadboard model of the effective bactericidal device in which basis the technology of simultaneous action of ultra-violet-radiation and ozone on different bioobjects and systems is put. Characteristics of the device allow to provide different technological modes against microbes actions. Are carried out biological researches with the purpose of definition of optimum design features and characteristics of the device at its use for destruction of different kinds of harmful bacteria and at use in different conditions and for needs of different branches of a facilities. Characteristics of the bactericidal device allow once and simultaneously to use ozone and ultra-violet radiation (length of a wave of 253,7 nanometers) for achievement sinergation actions against bacteria, in 5-7 times to raise bactericidal effect and to reduce time and power expenses in comparison with operating bactericidal devices. Product Description popup.authors popup.nrat_date 2020-04-02 Close