
Приведены результаты исследования излучателя в виде бактерицидной ртутной лампы низкого давления, находящейся в замкнутой непрозрачной полости и входящей в систему проточного фотореактора, работающего по принципу падающей пленки. Показано, что в каждом конкретном случае использования излучателя в составе фотореактора необходимо проводить дополнительные исследования разрядных и излучательных характеристик с учетом коэффициента экстинкции реагента.
There are discussed the results of investigation of the radiator in the form of germicidal low pressure mercury lamp in a closed opaque cavity. The lamp included in the photo-flow reactor operating on the falling film principle. It is shown that in each case using emitter included in photoreactor necessary to conduct further studies both discharge and radiative characteristics of the extinction coefficient based reagent.
ФОТОХИМИЧЕСКИЙ РЕАКТОР,ЭКСИМЕРНЫЕ И БАКТЕРИЦИДНЫЕ РТУТНЫЕ ЛАМПЫ,PHOTOCHEMICAL REACTOR,EXCIMER AND GERMICIDAL MERCURY LAMPS
ФОТОХИМИЧЕСКИЙ РЕАКТОР,ЭКСИМЕРНЫЕ И БАКТЕРИЦИДНЫЕ РТУТНЫЕ ЛАМПЫ,PHOTOCHEMICAL REACTOR,EXCIMER AND GERMICIDAL MERCURY LAMPS
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