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  • This work deals with the diaphragm discharge generated in water solutions containing Na2SO4 as a supporting electrolyte. The solution conductivity was varied in the range of 270-750 microS/cm. The batch plasma reactor with volume of 100 ml was divided into two electrode spaces by the Shapal-M ceramics dielectric barrier with a pin-hole (diameter of 0.6 mm). Three variable barrier thicknesses (0.3; 0.7 and 1.5 mm) and non-pulsed DC voltage up to 2 kV were used for the discharge creation. Each of the current-voltage characteristic can be divided into three parts: electrolysis, bubble formation and discharge operation. The experimental results showed that the discharge ignition moment in the pin-hole was significantly dependent on the dielectric diaphragm thickness. Breakdown voltage increases with the increase of the dielectric barrier thickness.
  • This work deals with the diaphragm discharge generated in water solutions containing Na2SO4 as a supporting electrolyte. The solution conductivity was varied in the range of 270-750 microS/cm. The batch plasma reactor with volume of 100 ml was divided into two electrode spaces by the Shapal-M ceramics dielectric barrier with a pin-hole (diameter of 0.6 mm). Three variable barrier thicknesses (0.3; 0.7 and 1.5 mm) and non-pulsed DC voltage up to 2 kV were used for the discharge creation. Each of the current-voltage characteristic can be divided into three parts: electrolysis, bubble formation and discharge operation. The experimental results showed that the discharge ignition moment in the pin-hole was significantly dependent on the dielectric diaphragm thickness. Breakdown voltage increases with the increase of the dielectric barrier thickness. (en)
Title
  • Pin-Hole Discharge Creation in Na2SO4 Water Solutions
  • Pin-Hole Discharge Creation in Na2SO4 Water Solutions (en)
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  • Pin-Hole Discharge Creation in Na2SO4 Water Solutions
  • Pin-Hole Discharge Creation in Na2SO4 Water Solutions (en)
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  • RIV/00216305:26310/12:PU99331!RIV13-MSM-26310___
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  • RIV/00216305:26310/12:PU99331
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  • Diaphragm discharge, current-voltage characteristics, discharge breakdown (en)
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  • Krčma, František
  • Hlavatá, Lucie
  • Hlochová, Lenka
  • Kozáková, Zdenka
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  • 26310
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