The DC-excited atmospheric pressure glow discharge with liquid electrode

T. Verreycken

Research output: Contribution to conferenceOther

Abstract

DC-excited atmospheric pressure glow discharges in ametal pin-liquid electrode system are investigated in air, N" He, AI, N,O and CO,. Self-organization is observed in the case of liquid anode. The observed pallems depend on the current and the conductivity of the liquid. In the different gases tbe acidification of the liquid is studied as weil as the influence of the filling gas on the optical emission. The rotational population distribution of OH(A-X) is investigated in the context of the detennination of the gas temperature.
Original languageEnglish
Number of pages5
Publication statusPublished - 2010
Eventconference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22 -
Duration: 22 Mar 201022 Mar 2010

Conference

Conferenceconference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22
Period22/03/1022/03/10
OtherIWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama

Fingerprint

glow discharges
atmospheric pressure
direct current
electrodes
liquids
gas temperature
gases
light emission
anodes
conductivity
air

Cite this

Verreycken, T. (2010). The DC-excited atmospheric pressure glow discharge with liquid electrode. conference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22, .
Verreycken, T. / The DC-excited atmospheric pressure glow discharge with liquid electrode. conference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22, .5 p.
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title = "The DC-excited atmospheric pressure glow discharge with liquid electrode",
abstract = "DC-excited atmospheric pressure glow discharges in ametal pin-liquid electrode system are investigated in air, N{"} He, AI, N,O and CO,. Self-organization is observed in the case of liquid anode. The observed pallems depend on the current and the conductivity of the liquid. In the different gases tbe acidification of the liquid is studied as weil as the influence of the filling gas on the optical emission. The rotational population distribution of OH(A-X) is investigated in the context of the detennination of the gas temperature.",
author = "T. Verreycken",
year = "2010",
language = "English",
note = "conference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22 ; Conference date: 22-03-2010 Through 22-03-2010",

}

Verreycken, T 2010, 'The DC-excited atmospheric pressure glow discharge with liquid electrode' conference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22, 22/03/10 - 22/03/10, .

The DC-excited atmospheric pressure glow discharge with liquid electrode. / Verreycken, T.

2010. conference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22, .

Research output: Contribution to conferenceOther

TY - CONF

T1 - The DC-excited atmospheric pressure glow discharge with liquid electrode

AU - Verreycken, T.

PY - 2010

Y1 - 2010

N2 - DC-excited atmospheric pressure glow discharges in ametal pin-liquid electrode system are investigated in air, N" He, AI, N,O and CO,. Self-organization is observed in the case of liquid anode. The observed pallems depend on the current and the conductivity of the liquid. In the different gases tbe acidification of the liquid is studied as weil as the influence of the filling gas on the optical emission. The rotational population distribution of OH(A-X) is investigated in the context of the detennination of the gas temperature.

AB - DC-excited atmospheric pressure glow discharges in ametal pin-liquid electrode system are investigated in air, N" He, AI, N,O and CO,. Self-organization is observed in the case of liquid anode. The observed pallems depend on the current and the conductivity of the liquid. In the different gases tbe acidification of the liquid is studied as weil as the influence of the filling gas on the optical emission. The rotational population distribution of OH(A-X) is investigated in the context of the detennination of the gas temperature.

M3 - Other

ER -

Verreycken T. The DC-excited atmospheric pressure glow discharge with liquid electrode. 2010. conference; IWPL 2010, International Workshop on Plasmas with Liquids, Hotel Okudogo, Matsyama; 2010-03-22; 2010-03-22, .