Abstract
The theoretical study of dispersion characteristics of the plasma-field corrugated wall waveguide is presented. The equation describing the dispersion of the waveguide with a corrugated lateral surface and fully filled with a plasma is derived and solved analytically and numerically for a few radial modes. (author). 16 refs., 4 figs.
Citation Formats
Markov, P I, Onishchenko, I N, Ostrovskij, A O, and Sotnikov, G V.
About the electrodynamics of the corrugated slowdown system filled with plasma; K ehlektrodinamike gofrirovannoj zamedlyayushchej struktury, zapolnennoj plazmoj.
Ukraine: N. p.,
1993.
Web.
Markov, P I, Onishchenko, I N, Ostrovskij, A O, & Sotnikov, G V.
About the electrodynamics of the corrugated slowdown system filled with plasma; K ehlektrodinamike gofrirovannoj zamedlyayushchej struktury, zapolnennoj plazmoj.
Ukraine.
Markov, P I, Onishchenko, I N, Ostrovskij, A O, and Sotnikov, G V.
1993.
"About the electrodynamics of the corrugated slowdown system filled with plasma; K ehlektrodinamike gofrirovannoj zamedlyayushchej struktury, zapolnennoj plazmoj."
Ukraine.
@misc{etde_10145022,
title = {About the electrodynamics of the corrugated slowdown system filled with plasma; K ehlektrodinamike gofrirovannoj zamedlyayushchej struktury, zapolnennoj plazmoj}
author = {Markov, P I, Onishchenko, I N, Ostrovskij, A O, and Sotnikov, G V}
abstractNote = {The theoretical study of dispersion characteristics of the plasma-field corrugated wall waveguide is presented. The equation describing the dispersion of the waveguide with a corrugated lateral surface and fully filled with a plasma is derived and solved analytically and numerically for a few radial modes. (author). 16 refs., 4 figs.}
place = {Ukraine}
year = {1993}
month = {Dec}
}
title = {About the electrodynamics of the corrugated slowdown system filled with plasma; K ehlektrodinamike gofrirovannoj zamedlyayushchej struktury, zapolnennoj plazmoj}
author = {Markov, P I, Onishchenko, I N, Ostrovskij, A O, and Sotnikov, G V}
abstractNote = {The theoretical study of dispersion characteristics of the plasma-field corrugated wall waveguide is presented. The equation describing the dispersion of the waveguide with a corrugated lateral surface and fully filled with a plasma is derived and solved analytically and numerically for a few radial modes. (author). 16 refs., 4 figs.}
place = {Ukraine}
year = {1993}
month = {Dec}
}