An up-down asymmetry is inherent to the spatial distributions of divertor plasma flows in the l=3 Uragan-3M (U-3M) torsatron, similar to the l=2 Heliotron E heliotron. This asymmetry is attributed to convective losses bf charged particles. Measurements of poloidal distributions of divertor flows carried out with sufficiently high resolution also reveal some other specific properties of these distributions, namely, (1) the existence of a pair of non-ambipolar flows of opposite sign corresponding to the basic ambipolar flow in a divertor leg; Q) a splitting of ambipolar flow; (3) the presence of a comparatively large non-ambipolar flow with an excess of electrons outflowing near the torus midplane; (4) a comparatively high ion saturation curr...
A 2-D calculation is presented for the transport of plasma in the edge region of a divertor tokamak ...
During some JET vertical displacement events (VDEs) plasma current and position are found to be toro...
Simulations using the multi-fluid code UEDGE indicates that, in low confinement (L-mode) plasmas in ...
In the I = 2lm = 19 Heliotron E device, with currentless NBI and NBI+ECH plasmas, measurements were ...
Abstract. Neutral particle behavior in the Large Helical Device heliotron has been investigated to c...
An asymmetric plasma particle load on divertor tiles located at positions of symmetric magnetic fiel...
Divertor detachment is a prerequisite for large burning plasma fusion devices. The understanding of ...
International audienceThe poloidal asymmetries of parallel flows in edge plasmas are investigated by...
The first experimental evidence of parallel momentum transport generated by the up-down asymmetry of...
Strong impacts of drifts on the divertor plasma in–out asymmetry and detachment are demonstrated in ...
The transport properties of the edge region in LHD have been investigated in order to clarify the di...
Toroidally-asymmetric biasing of the divertor plate may increase convective cross-field transport in...
The poloidal flow velocity and the density of fully ionized carbon were measured in the Compact Heli...
\u3cp\u3eAsymmetrical disruptions may occur during ITER operation and they may be accompanied by lar...
The neoclassical theory of toroidal plasma rotation in the presence of an asymmetric neutral gas sou...
A 2-D calculation is presented for the transport of plasma in the edge region of a divertor tokamak ...
During some JET vertical displacement events (VDEs) plasma current and position are found to be toro...
Simulations using the multi-fluid code UEDGE indicates that, in low confinement (L-mode) plasmas in ...
In the I = 2lm = 19 Heliotron E device, with currentless NBI and NBI+ECH plasmas, measurements were ...
Abstract. Neutral particle behavior in the Large Helical Device heliotron has been investigated to c...
An asymmetric plasma particle load on divertor tiles located at positions of symmetric magnetic fiel...
Divertor detachment is a prerequisite for large burning plasma fusion devices. The understanding of ...
International audienceThe poloidal asymmetries of parallel flows in edge plasmas are investigated by...
The first experimental evidence of parallel momentum transport generated by the up-down asymmetry of...
Strong impacts of drifts on the divertor plasma in–out asymmetry and detachment are demonstrated in ...
The transport properties of the edge region in LHD have been investigated in order to clarify the di...
Toroidally-asymmetric biasing of the divertor plate may increase convective cross-field transport in...
The poloidal flow velocity and the density of fully ionized carbon were measured in the Compact Heli...
\u3cp\u3eAsymmetrical disruptions may occur during ITER operation and they may be accompanied by lar...
The neoclassical theory of toroidal plasma rotation in the presence of an asymmetric neutral gas sou...
A 2-D calculation is presented for the transport of plasma in the edge region of a divertor tokamak ...
During some JET vertical displacement events (VDEs) plasma current and position are found to be toro...
Simulations using the multi-fluid code UEDGE indicates that, in low confinement (L-mode) plasmas in ...