Abstract
Experimental studies and modelling together with analytical considerations of anomalous resistivity in the plasma opening switch (POS) are being pursued to improve the understanding of the physical mechanism of the POS conduction phase. Experiments have been undertaken for a `microsecond` POS of coaxial geometry. Measurements of Stark broadening of the H{sub {alpha}} line allowed turbulent oscillations in plasma to be found at the conductivity stage. A comparison with the modelling including low-frequency (ion-acoustic) turbulence and Doppler broadening (neutral gas temperature 1-3 eV) the electric field value to be estimated to 10-30 kV/cm. The turbulent field increased toward the cathode up to 50 kV/cm in the near-cathode layer. (author). 3 figs., 14 refs.
Dolgachev, G I;
Zakatov, L P;
Kalinin, Yu G;
Kingsep, A S;
Nitishinskij, M S;
Ushakov, A G
[1]
- Kurchatov Institute, Moscow (Russian Federation). Applied Physics Division
Citation Formats
Dolgachev, G I, Zakatov, L P, Kalinin, Yu G, Kingsep, A S, Nitishinskij, M S, and Ushakov, A G.
Anomalous resistivity in the plasma opening switch.
Czech Republic: N. p.,
1996.
Web.
doi:10.1109/PLASMA.1996.551676.
Dolgachev, G I, Zakatov, L P, Kalinin, Yu G, Kingsep, A S, Nitishinskij, M S, & Ushakov, A G.
Anomalous resistivity in the plasma opening switch.
Czech Republic.
https://doi.org/10.1109/PLASMA.1996.551676
Dolgachev, G I, Zakatov, L P, Kalinin, Yu G, Kingsep, A S, Nitishinskij, M S, and Ushakov, A G.
1996.
"Anomalous resistivity in the plasma opening switch."
Czech Republic.
https://doi.org/10.1109/PLASMA.1996.551676.
@misc{etde_511150,
title = {Anomalous resistivity in the plasma opening switch}
author = {Dolgachev, G I, Zakatov, L P, Kalinin, Yu G, Kingsep, A S, Nitishinskij, M S, and Ushakov, A G}
abstractNote = {Experimental studies and modelling together with analytical considerations of anomalous resistivity in the plasma opening switch (POS) are being pursued to improve the understanding of the physical mechanism of the POS conduction phase. Experiments have been undertaken for a `microsecond` POS of coaxial geometry. Measurements of Stark broadening of the H{sub {alpha}} line allowed turbulent oscillations in plasma to be found at the conductivity stage. A comparison with the modelling including low-frequency (ion-acoustic) turbulence and Doppler broadening (neutral gas temperature 1-3 eV) the electric field value to be estimated to 10-30 kV/cm. The turbulent field increased toward the cathode up to 50 kV/cm in the near-cathode layer. (author). 3 figs., 14 refs.}
doi = {10.1109/PLASMA.1996.551676}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {Anomalous resistivity in the plasma opening switch}
author = {Dolgachev, G I, Zakatov, L P, Kalinin, Yu G, Kingsep, A S, Nitishinskij, M S, and Ushakov, A G}
abstractNote = {Experimental studies and modelling together with analytical considerations of anomalous resistivity in the plasma opening switch (POS) are being pursued to improve the understanding of the physical mechanism of the POS conduction phase. Experiments have been undertaken for a `microsecond` POS of coaxial geometry. Measurements of Stark broadening of the H{sub {alpha}} line allowed turbulent oscillations in plasma to be found at the conductivity stage. A comparison with the modelling including low-frequency (ion-acoustic) turbulence and Doppler broadening (neutral gas temperature 1-3 eV) the electric field value to be estimated to 10-30 kV/cm. The turbulent field increased toward the cathode up to 50 kV/cm in the near-cathode layer. (author). 3 figs., 14 refs.}
doi = {10.1109/PLASMA.1996.551676}
place = {Czech Republic}
year = {1996}
month = {Dec}
}