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Summary form only given. Environmental applications of pulsed electrical discharge for water sterilization, decoloration, and decontamination are based on the generation of ozone, hydrogen peroxide, O, H and OH radicals and other chemically active species. This study investigates water purification and the production of active species by a pulsed electrical discharge in water in the presence of gas...
High standards of drinking water quality and growing man-caused pollution of the environment require new technologies of water treatment that would allow to increase the efficiency of water purification and not to contribute any impurities by adding chemical reagents during treatment. Highly efficient are the technologies of simultaneous action of several factors, such as ultraviolet radiation and...
High standards of drinking water quality and growing man-caused pollution of the environment require new technologies of water treatment that would allow to increase the efficiency of water purification and not to contribute any impurities by adding chemical reagents during treatment. Highly efficient are the technologies of simultaneous action of several factors, such as ultraviolet radiation and...
This paper examines the main parameters for generating ozone by means of barrier discharge. Barrier discharge with moving dielectric barrier allows the easy installation for ozone generation since the discharge burns continuously versus the installation with alternating voltage. With the direct voltage on the discharge gap, the intensity of the discharge can be determined using the value of the dielectric...
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