Abstract
The possibility of the hydrodynamical echo existence in a strongly inhomogeneous, magnetized plasma is investigated. Values of generation time, electromagnetic field, energy flow density, surface charges density of plasma responses on two and three impulses external perturbations are obtained. The hydrodynamical echo is shown to be possible only in the case when initial impulses propagate in opposite directions along the magnetic field. 7 refs.
Citation Formats
Lapshin, V I, and Fedutenko, E A.
Hydrodynamic echo in strongly inhomogeneous magnetized plasma; Gidrodinamicheskoe ehkho v sil`noneodnorodnoj zamagnichennoj plazme.
Ukraine: N. p.,
1991.
Web.
Lapshin, V I, & Fedutenko, E A.
Hydrodynamic echo in strongly inhomogeneous magnetized plasma; Gidrodinamicheskoe ehkho v sil`noneodnorodnoj zamagnichennoj plazme.
Ukraine.
Lapshin, V I, and Fedutenko, E A.
1991.
"Hydrodynamic echo in strongly inhomogeneous magnetized plasma; Gidrodinamicheskoe ehkho v sil`noneodnorodnoj zamagnichennoj plazme."
Ukraine.
@misc{etde_10129067,
title = {Hydrodynamic echo in strongly inhomogeneous magnetized plasma; Gidrodinamicheskoe ehkho v sil`noneodnorodnoj zamagnichennoj plazme}
author = {Lapshin, V I, and Fedutenko, E A}
abstractNote = {The possibility of the hydrodynamical echo existence in a strongly inhomogeneous, magnetized plasma is investigated. Values of generation time, electromagnetic field, energy flow density, surface charges density of plasma responses on two and three impulses external perturbations are obtained. The hydrodynamical echo is shown to be possible only in the case when initial impulses propagate in opposite directions along the magnetic field. 7 refs.}
place = {Ukraine}
year = {1991}
month = {Dec}
}
title = {Hydrodynamic echo in strongly inhomogeneous magnetized plasma; Gidrodinamicheskoe ehkho v sil`noneodnorodnoj zamagnichennoj plazme}
author = {Lapshin, V I, and Fedutenko, E A}
abstractNote = {The possibility of the hydrodynamical echo existence in a strongly inhomogeneous, magnetized plasma is investigated. Values of generation time, electromagnetic field, energy flow density, surface charges density of plasma responses on two and three impulses external perturbations are obtained. The hydrodynamical echo is shown to be possible only in the case when initial impulses propagate in opposite directions along the magnetic field. 7 refs.}
place = {Ukraine}
year = {1991}
month = {Dec}
}