Experimental Study of a Nonthermal DBD-Driven Plasma Jet System Using Different Supply Methods

Anton Ivankov; Tony Capela; Vanesa Rueda; Eric Bru; Hubert Piquet; Dmitry Schitz; David Florez; Rafael Diez

doi:10.3390/plasma5010007

Experimental Study of a Nonthermal DBD-Driven Plasma Jet System Using Different Supply Methods

Anton Ivankov, Tony Capela, Vanesa Rueda, Eric Bru, Hubert Piquet, Dmitry Schitz, David Florez, Rafael Diez

Research output: Contribution to journal › Article › peer-review

12 Scopus citations

Abstract

This article presents an experimental study of a DBD-driven plasma jet system. The aim of the study is to design a whole system (the jet reactor, its electrical power supply, and a gas-feeding apparatus) suitable for biomedical applications. The article describes the test bench developed for this purpose and discusses the parameters it controls. The measurements show that the studied solutions can be used to control critical parameters such as the jet temperature and dimensions. The best results were obtained for a bipolar short-pulse voltage power supply in the 10–20 kHz frequency range and for a series resonant inverter current power supply operated in “burst mode”, allowing low-frequency modulation.

Original language	English
Pages (from-to)	75-97
Number of pages	23
Journal	Plasma
Volume	5
Issue number	1
DOIs	https://doi.org/10.3390/plasma5010007
State	Published - Mar 2022

Keywords

bipolar short-pulse voltage power supply
current source power supply
dielectric barrier discharge
nonthermal gas-discharge plasma
plasma jet
series resonant inverter

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10.3390/plasma5010007

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title = "Experimental Study of a Nonthermal DBD-Driven Plasma Jet System Using Different Supply Methods",

abstract = "This article presents an experimental study of a DBD-driven plasma jet system. The aim of the study is to design a whole system (the jet reactor, its electrical power supply, and a gas-feeding apparatus) suitable for biomedical applications. The article describes the test bench developed for this purpose and discusses the parameters it controls. The measurements show that the studied solutions can be used to control critical parameters such as the jet temperature and dimensions. The best results were obtained for a bipolar short-pulse voltage power supply in the 10–20 kHz frequency range and for a series resonant inverter current power supply operated in “burst mode”, allowing low-frequency modulation.",

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AU - Ivankov, Anton

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AU - Rueda, Vanesa

AU - Bru, Eric

AU - Piquet, Hubert

AU - Schitz, Dmitry

AU - Florez, David

AU - Diez, Rafael

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N2 - This article presents an experimental study of a DBD-driven plasma jet system. The aim of the study is to design a whole system (the jet reactor, its electrical power supply, and a gas-feeding apparatus) suitable for biomedical applications. The article describes the test bench developed for this purpose and discusses the parameters it controls. The measurements show that the studied solutions can be used to control critical parameters such as the jet temperature and dimensions. The best results were obtained for a bipolar short-pulse voltage power supply in the 10–20 kHz frequency range and for a series resonant inverter current power supply operated in “burst mode”, allowing low-frequency modulation.

AB - This article presents an experimental study of a DBD-driven plasma jet system. The aim of the study is to design a whole system (the jet reactor, its electrical power supply, and a gas-feeding apparatus) suitable for biomedical applications. The article describes the test bench developed for this purpose and discusses the parameters it controls. The measurements show that the studied solutions can be used to control critical parameters such as the jet temperature and dimensions. The best results were obtained for a bipolar short-pulse voltage power supply in the 10–20 kHz frequency range and for a series resonant inverter current power supply operated in “burst mode”, allowing low-frequency modulation.

KW - bipolar short-pulse voltage power supply

KW - current source power supply

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Experimental Study of a Nonthermal DBD-Driven Plasma Jet System Using Different Supply Methods

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Keywords

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