Publication detail
Hydrogen peroxide production by a novel plasma source for generation of DC non-pulsing discharge in liquids
KOZÁKOVÁ, Z. KRČMA, F.
Original Title
Hydrogen peroxide production by a novel plasma source for generation of DC non-pulsing discharge in liquids
English Title
Hydrogen peroxide production by a novel plasma source for generation of DC non-pulsing discharge in liquids
Type
abstract
Language
en
Original Abstract
The presented novel plasma source generating discharge in liquids is based on the pin-hole discharge configuration. Hydrogen peroxide production is significantly higher in the case of the positive discharge polarity at all conditions and it is increased by the increasing solution conductivity. To the contrary, influence of the primary applied voltage on hydrogen peroxide formation was not obvious.
English abstract
The presented novel plasma source generating discharge in liquids is based on the pin-hole discharge configuration. Hydrogen peroxide production is significantly higher in the case of the positive discharge polarity at all conditions and it is increased by the increasing solution conductivity. To the contrary, influence of the primary applied voltage on hydrogen peroxide formation was not obvious.
Keywords
discharges in liquids, pin-hole configuration, hydrogen peroxide formation
Released
05.03.2017
Publisher
Ústav fyziky plazmatu
Location
Praha
ISBN
978-80-87026-07-6
Book
ICPL Book of Abstracts
Pages from
45
Pages to
45
Pages count
1
Documents
BibTex
@misc{BUT142058,
author="Zdenka {Kozáková} and František {Krčma}",
title="Hydrogen peroxide production by a novel plasma source for generation of DC non-pulsing discharge in liquids",
annote="The presented novel plasma source generating discharge in liquids is based on the pin-hole discharge configuration. Hydrogen peroxide production is significantly higher in the case of the positive discharge polarity at all conditions and it is increased by the increasing solution conductivity. To the contrary, influence of the primary applied voltage on hydrogen peroxide formation was not obvious.",
address="Ústav fyziky plazmatu",
booktitle="ICPL Book of Abstracts",
chapter="142058",
howpublished="print",
institution="Ústav fyziky plazmatu",
year="2017",
month="march",
pages="45--45",
publisher="Ústav fyziky plazmatu",
type="abstract"
}