We define the safety factor q for the helical plasmas of the experiment RFX-mod by accounting for the actual three-dimensional nature of the magnetic flux surfaces. Such a profile is not monotonic but goes through a maximum located in the vicinity of the electron transport barriers measured by a high resolution Thomson scattering diagnostic. Helical states with a single axis obtained in viscoresistive magneto-hydrodynamic numerical simulations exhibit similar nonmonotonic q profiles provided that the final states are preceded by a magnetic island phase, like in the experimen
The RFX-mod device is operated both as a reversed field pinch (RFP), where advanced regimes featurin...
In RFX-mod the feedback control on multiple magnetohydrodynamic modes allows to improve axysimmetry ...
The reversed \ufb01eld pinch (RFP) is a magnetic con\ufb01guration alternative to the tokamak that c...
A spontaneous transition to a helical equilibrium with an electron internal transport barrier is obs...
RFX-mod self-organized single helical axis (SHAx) states provide a unique opportunity to advance 3D ...
The full three-dimensional (3D) approach is now becoming an important issue for all magnetic confine...
We report experimental results on the identification of rational surfaces in the Reversed Field Pinc...
The full three-dimensional (3D) approach is now becoming an important issue for all magnetic confine...
Nonlinear MHD modeling of toroidal pinch configurations for hot plasma magnetic confinement describe...
An interesting result of magnetic chaos reduction in RFX-mod high current discharges is the developm...
Nonlinear MHD modeling of toroidal pinch configurations for hot plasma magnetic confinement describe...
The reversed held pinch (RFP) is a configuration for magnetic confinement akin to the tokamak, but i...
The reversed held pinch (RFP) is a configuration for magnetic confinement akin to the tokamak, but i...
Since the early 90ties, 3D nonlinear MHD studies have been developing a fundamental framework for th...
The RFX-mod device is operated both as a reversed field pinch (RFP), where advanced regimes featurin...
The RFX-mod device is operated both as a reversed field pinch (RFP), where advanced regimes featurin...
In RFX-mod the feedback control on multiple magnetohydrodynamic modes allows to improve axysimmetry ...
The reversed \ufb01eld pinch (RFP) is a magnetic con\ufb01guration alternative to the tokamak that c...
A spontaneous transition to a helical equilibrium with an electron internal transport barrier is obs...
RFX-mod self-organized single helical axis (SHAx) states provide a unique opportunity to advance 3D ...
The full three-dimensional (3D) approach is now becoming an important issue for all magnetic confine...
We report experimental results on the identification of rational surfaces in the Reversed Field Pinc...
The full three-dimensional (3D) approach is now becoming an important issue for all magnetic confine...
Nonlinear MHD modeling of toroidal pinch configurations for hot plasma magnetic confinement describe...
An interesting result of magnetic chaos reduction in RFX-mod high current discharges is the developm...
Nonlinear MHD modeling of toroidal pinch configurations for hot plasma magnetic confinement describe...
The reversed held pinch (RFP) is a configuration for magnetic confinement akin to the tokamak, but i...
The reversed held pinch (RFP) is a configuration for magnetic confinement akin to the tokamak, but i...
Since the early 90ties, 3D nonlinear MHD studies have been developing a fundamental framework for th...
The RFX-mod device is operated both as a reversed field pinch (RFP), where advanced regimes featurin...
The RFX-mod device is operated both as a reversed field pinch (RFP), where advanced regimes featurin...
In RFX-mod the feedback control on multiple magnetohydrodynamic modes allows to improve axysimmetry ...
The reversed \ufb01eld pinch (RFP) is a magnetic con\ufb01guration alternative to the tokamak that c...