Abstract
To investigate plasma heating in solenoids a system of gas dynamics equations, corresponding to the parabolic pressure profile, is solved. The problem of multilayer plasma bunch motion, when the broadening of the internal bunch part leads to the acceleration of external layers consisting of the material with high atomic weight is considered. 15 refs.
Citation Formats
Ryutov, D D.
Gasdynamics of dense plasma bunches in a solenoid; Gazodinamika plotnykh plazmennykh sgustkov v solenoide.
Russian Federation: N. p.,
1990.
Web.
Ryutov, D D.
Gasdynamics of dense plasma bunches in a solenoid; Gazodinamika plotnykh plazmennykh sgustkov v solenoide.
Russian Federation.
Ryutov, D D.
1990.
"Gasdynamics of dense plasma bunches in a solenoid; Gazodinamika plotnykh plazmennykh sgustkov v solenoide."
Russian Federation.
@misc{etde_10109324,
title = {Gasdynamics of dense plasma bunches in a solenoid; Gazodinamika plotnykh plazmennykh sgustkov v solenoide}
author = {Ryutov, D D}
abstractNote = {To investigate plasma heating in solenoids a system of gas dynamics equations, corresponding to the parabolic pressure profile, is solved. The problem of multilayer plasma bunch motion, when the broadening of the internal bunch part leads to the acceleration of external layers consisting of the material with high atomic weight is considered. 15 refs.}
place = {Russian Federation}
year = {1990}
month = {Dec}
}
title = {Gasdynamics of dense plasma bunches in a solenoid; Gazodinamika plotnykh plazmennykh sgustkov v solenoide}
author = {Ryutov, D D}
abstractNote = {To investigate plasma heating in solenoids a system of gas dynamics equations, corresponding to the parabolic pressure profile, is solved. The problem of multilayer plasma bunch motion, when the broadening of the internal bunch part leads to the acceleration of external layers consisting of the material with high atomic weight is considered. 15 refs.}
place = {Russian Federation}
year = {1990}
month = {Dec}
}