Abstract
The transport of heavy impurity element in to tokamak was studied theoretically. The viscosity coefficients of chromium impurities has been calculated in 13 and 21 moment approximation, in the limit of strong fields where is the gyrofrequency of species it was found that the off diagonal coefficient approximately tends to zero. This means that the friction force in the off-diagonal direction is very small, for the perpendicular viscosity coefficient the two approximation coincide to each other. 3 figs.
Citation Formats
El-Sharif, R N, and Bekhit, A M.
Coefficients of viscosity for heavy impurity element in tokamak.
Egypt: N. p.,
1996.
Web.
El-Sharif, R N, & Bekhit, A M.
Coefficients of viscosity for heavy impurity element in tokamak.
Egypt.
El-Sharif, R N, and Bekhit, A M.
1996.
"Coefficients of viscosity for heavy impurity element in tokamak."
Egypt.
@misc{etde_521469,
title = {Coefficients of viscosity for heavy impurity element in tokamak}
author = {El-Sharif, R N, and Bekhit, A M}
abstractNote = {The transport of heavy impurity element in to tokamak was studied theoretically. The viscosity coefficients of chromium impurities has been calculated in 13 and 21 moment approximation, in the limit of strong fields where is the gyrofrequency of species it was found that the off diagonal coefficient approximately tends to zero. This means that the friction force in the off-diagonal direction is very small, for the perpendicular viscosity coefficient the two approximation coincide to each other. 3 figs.}
place = {Egypt}
year = {1996}
month = {Dec}
}
title = {Coefficients of viscosity for heavy impurity element in tokamak}
author = {El-Sharif, R N, and Bekhit, A M}
abstractNote = {The transport of heavy impurity element in to tokamak was studied theoretically. The viscosity coefficients of chromium impurities has been calculated in 13 and 21 moment approximation, in the limit of strong fields where is the gyrofrequency of species it was found that the off diagonal coefficient approximately tends to zero. This means that the friction force in the off-diagonal direction is very small, for the perpendicular viscosity coefficient the two approximation coincide to each other. 3 figs.}
place = {Egypt}
year = {1996}
month = {Dec}
}