Abstract
The ion beam generation in a high current diode with anode plasma slab was studied. The ions were extracted from the anode plasma by the strong electric field of a deep potential well (virtual cathode), arising after the propagation of relativistic electrons through the anode plasma slab. The movement of this potential well with the front part of the ion beam leads to collective ion acceleration up to the 10 MeV energy range. (author). 7 figs., 5 refs.
Vrba, P;
Sunka, P;
[1]
Gaponenko, N I
[2]
- Ceskoslovenska Akademie Ved, Prague (Czechoslovakia). Ustav Fyziky Plazmatu
- Kharkovian Institute of Physics, Kharkov (Ukrainian SSR)
Citation Formats
Vrba, P, Sunka, P, and Gaponenko, N I.
Numerical simulation of the ion beam generated in the diode with anode plasma column.
Serbia and Montenegro: N. p.,
1991.
Web.
Vrba, P, Sunka, P, & Gaponenko, N I.
Numerical simulation of the ion beam generated in the diode with anode plasma column.
Serbia and Montenegro.
Vrba, P, Sunka, P, and Gaponenko, N I.
1991.
"Numerical simulation of the ion beam generated in the diode with anode plasma column."
Serbia and Montenegro.
@misc{etde_10102530,
title = {Numerical simulation of the ion beam generated in the diode with anode plasma column}
author = {Vrba, P, Sunka, P, and Gaponenko, N I}
abstractNote = {The ion beam generation in a high current diode with anode plasma slab was studied. The ions were extracted from the anode plasma by the strong electric field of a deep potential well (virtual cathode), arising after the propagation of relativistic electrons through the anode plasma slab. The movement of this potential well with the front part of the ion beam leads to collective ion acceleration up to the 10 MeV energy range. (author). 7 figs., 5 refs.}
place = {Serbia and Montenegro}
year = {1991}
month = {Feb}
}
title = {Numerical simulation of the ion beam generated in the diode with anode plasma column}
author = {Vrba, P, Sunka, P, and Gaponenko, N I}
abstractNote = {The ion beam generation in a high current diode with anode plasma slab was studied. The ions were extracted from the anode plasma by the strong electric field of a deep potential well (virtual cathode), arising after the propagation of relativistic electrons through the anode plasma slab. The movement of this potential well with the front part of the ion beam leads to collective ion acceleration up to the 10 MeV energy range. (author). 7 figs., 5 refs.}
place = {Serbia and Montenegro}
year = {1991}
month = {Feb}
}