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Modification of the FTU tokamak machine for operation with D-shaped plasmas
By: Cucchiaro, A.; Crisanti, F.; Barbaro, E.; Gasparotto, M.; Semeraro, L.; Ferrari, M.; Roccella, M.; Papastergiou, S.; Mazzone, G.; Maddahmo, G.;
1999 / IEEE / 0-7803-5829-5
Description
This item was taken from the IEEE Conference ' Modification of the FTU tokamak machine for operation with D-shaped plasmas ' The FTU machine was designed to operate with circular plasma. A modification of the FTU (FTU-D) load assembly has been studied in order to allow operation with strongly shaped plasmas (R=1 m, a=0.19-0.22 m, elongation k=1.6, triangularity /spl delta/=0.8). The scientific aim of this proposal is the investigation of the so called advanced tokamak operation characterised by the simultaneous achievement of high-/spl beta/ and high bootstrap current fraction in regimes with high energy confinement achieved by current profile control.
Related Topics
High Energy Confinement
Current Profile Control
Limiters
0.19 To 0.22 M
Tokamaks
Plasma Confinement
Machine Windings
Toroidal Magnetic Fields
Plasma Welding
Protection
Heating
Plasma Stability
Solenoids
Magnetohydrodynamics
Strongly Shaped Plasmas
Ftu-d
Circular Plasma
Ftu Tokamak Machine Modification
Fusion Reactors
1 M
Fusion Reactor Operation
Fusion Reactor Limiters
Fusion Reactor Design
Plasma Toroidal Confinement
Engineering
D-shaped Plasmas Operation
