Abstract
The difference {delta}{Phi} between toroidal magnetic flux {Phi}{sub p} through the plasma cross-section and the same flux {Phi}{sub v} of a vacuum magnetic field is calculated analytically for `conventional` stellarators with planar circular axis. It has been done without limitations of aspect ratio, shape and position of a plasma. The results obtained show weak dependence of {delta}{Phi}/{Phi} on the geometry of equilibrium configuration. It proves that diamagnetic measurements can be considered as a reliable basis for the direct evaluation of stored plasma energy at various experimental conditions. (author).
Citation Formats
Pustovitov, V D.
Refined theory of diamagnetic effect in stellarators.
Japan: N. p.,
1992.
Web.
Pustovitov, V D.
Refined theory of diamagnetic effect in stellarators.
Japan.
Pustovitov, V D.
1992.
"Refined theory of diamagnetic effect in stellarators."
Japan.
@misc{etde_10112632,
title = {Refined theory of diamagnetic effect in stellarators}
author = {Pustovitov, V D}
abstractNote = {The difference {delta}{Phi} between toroidal magnetic flux {Phi}{sub p} through the plasma cross-section and the same flux {Phi}{sub v} of a vacuum magnetic field is calculated analytically for `conventional` stellarators with planar circular axis. It has been done without limitations of aspect ratio, shape and position of a plasma. The results obtained show weak dependence of {delta}{Phi}/{Phi} on the geometry of equilibrium configuration. It proves that diamagnetic measurements can be considered as a reliable basis for the direct evaluation of stored plasma energy at various experimental conditions. (author).}
place = {Japan}
year = {1992}
month = {Aug}
}
title = {Refined theory of diamagnetic effect in stellarators}
author = {Pustovitov, V D}
abstractNote = {The difference {delta}{Phi} between toroidal magnetic flux {Phi}{sub p} through the plasma cross-section and the same flux {Phi}{sub v} of a vacuum magnetic field is calculated analytically for `conventional` stellarators with planar circular axis. It has been done without limitations of aspect ratio, shape and position of a plasma. The results obtained show weak dependence of {delta}{Phi}/{Phi} on the geometry of equilibrium configuration. It proves that diamagnetic measurements can be considered as a reliable basis for the direct evaluation of stored plasma energy at various experimental conditions. (author).}
place = {Japan}
year = {1992}
month = {Aug}
}