Abstract
Two-dimensional intensity distribution mappings of pellet ablation cloud trajectories reveal irregular shapes which are interpreted as the first direct visual observation of pre-existing magnetic island structures in the hot core of tokamak plasmas. The apparent erratic character of these features is compared to a theoretical model of magnetic turbulence.
Citation Formats
Drawin, H W, and Dubois, M A.
Optical visualization of magnetic Island structures and comparison with a magnetic turbulence model.
France: N. p.,
1991.
Web.
Drawin, H W, & Dubois, M A.
Optical visualization of magnetic Island structures and comparison with a magnetic turbulence model.
France.
Drawin, H W, and Dubois, M A.
1991.
"Optical visualization of magnetic Island structures and comparison with a magnetic turbulence model."
France.
@misc{etde_10131409,
title = {Optical visualization of magnetic Island structures and comparison with a magnetic turbulence model}
author = {Drawin, H W, and Dubois, M A}
abstractNote = {Two-dimensional intensity distribution mappings of pellet ablation cloud trajectories reveal irregular shapes which are interpreted as the first direct visual observation of pre-existing magnetic island structures in the hot core of tokamak plasmas. The apparent erratic character of these features is compared to a theoretical model of magnetic turbulence.}
place = {France}
year = {1991}
month = {Dec}
}
title = {Optical visualization of magnetic Island structures and comparison with a magnetic turbulence model}
author = {Drawin, H W, and Dubois, M A}
abstractNote = {Two-dimensional intensity distribution mappings of pellet ablation cloud trajectories reveal irregular shapes which are interpreted as the first direct visual observation of pre-existing magnetic island structures in the hot core of tokamak plasmas. The apparent erratic character of these features is compared to a theoretical model of magnetic turbulence.}
place = {France}
year = {1991}
month = {Dec}
}