Research of the parameters of EVOdrop filtered water during the gas discharge conditions with electrophotographic registration

• DOI: 10.1364/opticaopen.23301374.v1
• Publication Date: 2023-06-07T08:52:14Z
• Authors: Ignat Ignatov; Fabio Huether; Natalia Glukhova; Ludmila Pesotskaya; Mario T. Iliev; Alexander I. Ignatov; Chavdar Stoyanov
• Keywords: Hydrosphere

Drinking water that meets quality requirements is essential for humans. The of drinking assessed by various indicators and monitored in ways. Pollution the hydrosphere leads to need use unique treatment methods since can absorb pollutants as a universal solvent. problem providing population with high-quality further complicated shortage fresh water. This due climate change technogenic origin other environmental problems. Environmental monitoring indicates problems associated excess content several chemical elements water, which negatively affects its consumer properties. deterioration pollution necessitates development improvement processes, including filtration. Water has undergone process also requires study parameters. An analysis publications comprehensive difficult. At present stage, it necessary analyze water's physical, chemical, biological characteristics. From point view possibility indicators, gas-discharge radiation method promising. Black white (Kirlian, 1949, Antonov, Yuskesselieva, 1968, Inyushin et al., Boyer, Tiller, 1973) or color corona spectral (Ignatov, 2007) used medicine, biology, ecology physical objects. Research (Pesotskaya, Glukhova, Lapitskiy, 2013) refers active experiments based on registering discharge, occurs when an object under exposed high-frequency pulsed electric discharge. geometric photometric parameters depend properties experimental study. Registration be performed fixing grayscale X-ray film image photographic film. effects underlying are ionization process, ensures formation sliding gas discharge dielectric surface. ionized form conducting plasma. dynamics corona, consisting separate tracks (streamers), correlates electromagnetic sample. shape surface brightness discharges determined recorded material. described make possible object.