Publication detail

Diaphragm Discharge Ignition Supplied by DC Non-Pulsing Voltage in Electrolyte Solutions with Different Conductivities

HLOCHOVÁ, L. VAŠÍČEK, M. KOZÁKOVÁ, Z. KRČMA, F.

Original Title

Diaphragm Discharge Ignition Supplied by DC Non-Pulsing Voltage in Electrolyte Solutions with Different Conductivities

English Title

Diaphragm Discharge Ignition Supplied by DC Non-Pulsing Voltage in Electrolyte Solutions with Different Conductivities

Type

abstract

Language

en

Original Abstract

The ignition of diaphragm discharge in water solutions is studied in dependence of the solution conductivity. The DC non pulsing high voltage is used for the discharge creation. The voltage needed for the generation of bubbles as well as discharge breakdown voltage decrease with the increase of the solution conductivity. Both these parameters directly proportionally incease with the barriere thickness.

English abstract

The ignition of diaphragm discharge in water solutions is studied in dependence of the solution conductivity. The DC non pulsing high voltage is used for the discharge creation. The voltage needed for the generation of bubbles as well as discharge breakdown voltage decrease with the increase of the solution conductivity. Both these parameters directly proportionally incease with the barriere thickness.

Keywords

Pin hole discharge, discharge in liquids, breakdown in water solutions

Released

28.04.2013

Publisher

Eindhoven University

Location

Eindhoven

Pages from

P1-18

Pages to

P1-18

Pages count

1

BibTex


@misc{BUT101794,
  author="Lenka {Holíková} and Michal {Vašíček} and Zdenka {Kozáková} and František {Krčma}",
  title="Diaphragm Discharge Ignition Supplied by DC Non-Pulsing Voltage in Electrolyte Solutions with Different Conductivities",
  annote="The ignition of diaphragm discharge in water solutions is studied in dependence of the solution conductivity. The DC non pulsing high voltage is used for the discharge creation. The voltage needed for the generation of bubbles as well as discharge breakdown voltage decrease with the increase of the solution conductivity. Both these parameters directly proportionally incease with the barriere thickness.",
  address="Eindhoven University",
  booktitle="10th Frontiers in Low Temperature Plasma Diagnostics – Book of Abstracts",
  chapter="101794",
  howpublished="print",
  institution="Eindhoven University",
  year="2013",
  month="april",
  pages="P1-18--P1-18",
  publisher="Eindhoven University",
  type="abstract"
}