Abstract
The effect of gyro-Landau drift resonances on the collisionless trapped electron mode have been studied. The drift resonances are added on a two-pole fluid model of the density response. The gyro-Landau drift resonances in general give good agreement with kinetic theory. Comparison is also made with the fluid model without drift resonances. Also the toroidal {eta}{sub i} mode is included in the system.
Citation Formats
Nilsson, J, and Weiland, J.
On the collisionless trapped electron mode in fluid and kinetic description.
Sweden: N. p.,
1993.
Web.
Nilsson, J, & Weiland, J.
On the collisionless trapped electron mode in fluid and kinetic description.
Sweden.
Nilsson, J, and Weiland, J.
1993.
"On the collisionless trapped electron mode in fluid and kinetic description."
Sweden.
@misc{etde_10127501,
title = {On the collisionless trapped electron mode in fluid and kinetic description}
author = {Nilsson, J, and Weiland, J}
abstractNote = {The effect of gyro-Landau drift resonances on the collisionless trapped electron mode have been studied. The drift resonances are added on a two-pole fluid model of the density response. The gyro-Landau drift resonances in general give good agreement with kinetic theory. Comparison is also made with the fluid model without drift resonances. Also the toroidal {eta}{sub i} mode is included in the system.}
place = {Sweden}
year = {1993}
month = {Dec}
}
title = {On the collisionless trapped electron mode in fluid and kinetic description}
author = {Nilsson, J, and Weiland, J}
abstractNote = {The effect of gyro-Landau drift resonances on the collisionless trapped electron mode have been studied. The drift resonances are added on a two-pole fluid model of the density response. The gyro-Landau drift resonances in general give good agreement with kinetic theory. Comparison is also made with the fluid model without drift resonances. Also the toroidal {eta}{sub i} mode is included in the system.}
place = {Sweden}
year = {1993}
month = {Dec}
}