Abstract
The diversion properties of the magnetic field outside the last closed magnetic surface of a Helias stellarator configuration are investigated for finite {beta}-equilibria. The results support a divertor concept which has been developed from the diversion properties of the corresponding vacuum field. Cross-field transport is simulated by a simplified scrape-off layer (SOL) model. (author).
Citation Formats
Hayashi, T, Schwenn, U, and Strumberger, E.
Field line diversion properties of finite {beta} Helias equilibria.
Japan: N. p.,
1992.
Web.
Hayashi, T, Schwenn, U, & Strumberger, E.
Field line diversion properties of finite {beta} Helias equilibria.
Japan.
Hayashi, T, Schwenn, U, and Strumberger, E.
1992.
"Field line diversion properties of finite {beta} Helias equilibria."
Japan.
@misc{etde_10111285,
title = {Field line diversion properties of finite {beta} Helias equilibria}
author = {Hayashi, T, Schwenn, U, and Strumberger, E}
abstractNote = {The diversion properties of the magnetic field outside the last closed magnetic surface of a Helias stellarator configuration are investigated for finite {beta}-equilibria. The results support a divertor concept which has been developed from the diversion properties of the corresponding vacuum field. Cross-field transport is simulated by a simplified scrape-off layer (SOL) model. (author).}
place = {Japan}
year = {1992}
month = {Mar}
}
title = {Field line diversion properties of finite {beta} Helias equilibria}
author = {Hayashi, T, Schwenn, U, and Strumberger, E}
abstractNote = {The diversion properties of the magnetic field outside the last closed magnetic surface of a Helias stellarator configuration are investigated for finite {beta}-equilibria. The results support a divertor concept which has been developed from the diversion properties of the corresponding vacuum field. Cross-field transport is simulated by a simplified scrape-off layer (SOL) model. (author).}
place = {Japan}
year = {1992}
month = {Mar}
}