Abstract
Fast algorithms of diagnostic data processing and correction current determination in the tokamak poloidal field windings allow one to organize control of plasma complete current and shape in the feedback regime. The calculation disparallel principle allows one to use the multiprocessor calculating systems in the tokamak poloidal magnetic field control circuit. 17 refs.; 5 figs.
Citation Formats
Kilovataya, T G, Pyatov, V N, and Yasin, I V.
Plasma shape control in tokamak; Upravlenie formoj plazmy v tokamake.
Ukraine: N. p.,
1989.
Web.
Kilovataya, T G, Pyatov, V N, & Yasin, I V.
Plasma shape control in tokamak; Upravlenie formoj plazmy v tokamake.
Ukraine.
Kilovataya, T G, Pyatov, V N, and Yasin, I V.
1989.
"Plasma shape control in tokamak; Upravlenie formoj plazmy v tokamake."
Ukraine.
@misc{etde_10105778,
title = {Plasma shape control in tokamak; Upravlenie formoj plazmy v tokamake}
author = {Kilovataya, T G, Pyatov, V N, and Yasin, I V}
abstractNote = {Fast algorithms of diagnostic data processing and correction current determination in the tokamak poloidal field windings allow one to organize control of plasma complete current and shape in the feedback regime. The calculation disparallel principle allows one to use the multiprocessor calculating systems in the tokamak poloidal magnetic field control circuit. 17 refs.; 5 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}
title = {Plasma shape control in tokamak; Upravlenie formoj plazmy v tokamake}
author = {Kilovataya, T G, Pyatov, V N, and Yasin, I V}
abstractNote = {Fast algorithms of diagnostic data processing and correction current determination in the tokamak poloidal field windings allow one to organize control of plasma complete current and shape in the feedback regime. The calculation disparallel principle allows one to use the multiprocessor calculating systems in the tokamak poloidal magnetic field control circuit. 17 refs.; 5 figs.}
place = {Ukraine}
year = {1989}
month = {Dec}
}