Germicidal light is a type of UV light which is able to kill bacteries and microorganisms. These germicidal lamps usually operate on the same principle like common fluorescent lamps but they emit the different spectra. For higher efficiency and longer lamp life it is desirable to use electronic ballast as a source for germicidal lamp which in version of integrated circuit offers further advantages. First part of the thesis describes the theory of UV desinfection and electronic ballasts. The second part is about the construction of the mobile germicidal source. In the last part of the thesis there is the germicidal mobile source tested against a few various mildews
Relevance. For over 30 years, ultraviolet bactericidal radiation has been widely used to disinfect w...
Pathogenic microbes are quickly becoming one of the biggest human health threats of our time. Ultrav...
Abstract: UV technologies are being increasingly used in water purification systems, taking advantag...
The project Shining Light on the Issue of Harmful Microorganism is being developed to create a proto...
The project Shining Light on the Issue of Harmful Microorganism is being developed to create a proto...
The killing of bacteria on surfaces by two typesof UV sources generated by microwave radiation isdes...
cited By 1International audienceAmong different physical and chemical agents, the UV radiation appea...
The present study was aimed to design a simple model to check efficacy of germicidal UV tube, to sta...
Ultraviolet (UV) irradiation is a common disinfection option for water treatment in the developed wo...
AbstractThe presence of pathogenic microorganisms in the water poses a risk to the health of consume...
The project was aimed at developing an electrodefree UV light source based on microwave plasma disch...
Airborne microorganisms must be controlled, especially during the COVID-19 pandemic, to prevent infe...
In the last years, low pressure ozone UVC mercury germicidal lamps have been widely used to decontam...
Low-pressure mercury lamps are commonly used for germicidal applications such as water and wastewate...
Relevance. For over 30 years, ultraviolet bactericidal radiation has been widely used to disinfect w...
Relevance. For over 30 years, ultraviolet bactericidal radiation has been widely used to disinfect w...
Pathogenic microbes are quickly becoming one of the biggest human health threats of our time. Ultrav...
Abstract: UV technologies are being increasingly used in water purification systems, taking advantag...
The project Shining Light on the Issue of Harmful Microorganism is being developed to create a proto...
The project Shining Light on the Issue of Harmful Microorganism is being developed to create a proto...
The killing of bacteria on surfaces by two typesof UV sources generated by microwave radiation isdes...
cited By 1International audienceAmong different physical and chemical agents, the UV radiation appea...
The present study was aimed to design a simple model to check efficacy of germicidal UV tube, to sta...
Ultraviolet (UV) irradiation is a common disinfection option for water treatment in the developed wo...
AbstractThe presence of pathogenic microorganisms in the water poses a risk to the health of consume...
The project was aimed at developing an electrodefree UV light source based on microwave plasma disch...
Airborne microorganisms must be controlled, especially during the COVID-19 pandemic, to prevent infe...
In the last years, low pressure ozone UVC mercury germicidal lamps have been widely used to decontam...
Low-pressure mercury lamps are commonly used for germicidal applications such as water and wastewate...
Relevance. For over 30 years, ultraviolet bactericidal radiation has been widely used to disinfect w...
Relevance. For over 30 years, ultraviolet bactericidal radiation has been widely used to disinfect w...
Pathogenic microbes are quickly becoming one of the biggest human health threats of our time. Ultrav...
Abstract: UV technologies are being increasingly used in water purification systems, taking advantag...