Определение зависимости напряжения пробоя разрядной камеры генератора озона от внешних факторов и конструкции разрядной камеры

Abstract

В статье приводятся параметры разрядной камеры генератора озона, а также параметры газа, которые оказывают влияние на производительность генератора озона. Приведена типичная конструкция разрядной камеры, показано влияние напряжения горения разряда на производительность. Проведены исследования влияния параметров газа, а также величины зазора между пластинами на величину напряжения горения разряда в газовом промежутке. Получены результаты и определены параметры, оказывающие наиболее значительное влияние.Parameters of the discharge chamber of the ozone generator, as well as the parameters of the gas that affect the performance of the ozone generator are given in the article. The purpose of this work is to investigate the influence of the gap width in the discharge gap of the ozone generator chamber and the parameters of the gas used (for medical ozone generators it is exclusively oxygen) on the burning voltage of the discharge of the gas gap and the determination of the factors that have the greatest influence on this voltage. A typical construction of a discharge chamber is given; the effect of the burning voltage of a discharge on the productivity is shown. Mathematical dependencies between the value of the burning voltage of the discharge and the factors that influence the change of this parameter are described. Studies of the influence of gas parameters, as well as the gap between plates on the value of the discharge burning voltage in the gas gap are conducted. It is shown that to reduce the influence of disturbing factors, as well as to reduce the value of the burning voltage of the discharge in the discharge chamber of the ozone generator, it is necessary to reduce the distance between the electrodes. The values of the effect on the value of the burning voltage of the discharge in the discharge chamber are given when the gas temperature changes within 50% of the initial temperature and the gas changes within 15% of the initial value. The conclusions describe the obtained results, determine the parameters that have the greatest impact, and also the optimization problem for finding the optimal combination of parameters when using an ozone generator for medical purposes.