Add to ORKGThe structure of magnetic field lines in a tokamak with reversed magnetic shear is investigated by means of analytically derived area-preserving non-twist Poincaré maps. The basic configuration is the magnetic field produced by an ergodic limiter, superimposed to the tokamak equilibrium field in suitable coordinates. We consider the cases of one and two resonant modes, focusing on magnetic island dimerization and the formation of a transport barrier in the chaotic layer of field lines
AbstractWe present a non-linear symplectic map that describes the alterations of the magnetic field ...
The ordinary differential magnetic field line equations are solved numerically; the tokamak magnetic...
In the present paper, we solve a twist symplectic map for the action of an ergodic magnetic limiter ...
The structure of magnetic field lines in a tokamak with reversed magnetic shear is investigated by m...
We investigated the structure of magnetic 4eld lines in a tokamak with reversed magnetic shear and n...
The magnetic field line structure of tokamaks with reversed magnetic shear is analyzed by means of a...
In this paper we have studied an Ergodic Magnetic Limiter (EML) based chaotic magnetic field for tra...
In this work we study the ergodic magnetic limiters (EML) action on field lines from the point of vi...
For tokamaks with uniform magnetic shear, Martin and Taylor have proposed a symplectic map has been ...
The existence of a reversed magnetic shear in tokamaks improves the plasma confinement through the f...
Abstract-An ergodic magnetic limiter is a device whose main effect in a tokamak is to create a cold ...
For tokamak models using simplified geometries and reversed shear plasma profiles, we have numerical...
We present a non-linear symplectic map that describes the alterations of the magnetic field lines in...
Magnetic field lines typically do not behave as described in the symmetri-cal situations treated in ...
We use a Hamiltonian description for magnetic field lines in a large aspect ratio Tokamak for descri...
AbstractWe present a non-linear symplectic map that describes the alterations of the magnetic field ...
The ordinary differential magnetic field line equations are solved numerically; the tokamak magnetic...
In the present paper, we solve a twist symplectic map for the action of an ergodic magnetic limiter ...
The structure of magnetic field lines in a tokamak with reversed magnetic shear is investigated by m...
We investigated the structure of magnetic 4eld lines in a tokamak with reversed magnetic shear and n...
The magnetic field line structure of tokamaks with reversed magnetic shear is analyzed by means of a...
In this paper we have studied an Ergodic Magnetic Limiter (EML) based chaotic magnetic field for tra...
In this work we study the ergodic magnetic limiters (EML) action on field lines from the point of vi...
For tokamaks with uniform magnetic shear, Martin and Taylor have proposed a symplectic map has been ...
The existence of a reversed magnetic shear in tokamaks improves the plasma confinement through the f...
Abstract-An ergodic magnetic limiter is a device whose main effect in a tokamak is to create a cold ...
For tokamak models using simplified geometries and reversed shear plasma profiles, we have numerical...
We present a non-linear symplectic map that describes the alterations of the magnetic field lines in...
Magnetic field lines typically do not behave as described in the symmetri-cal situations treated in ...
We use a Hamiltonian description for magnetic field lines in a large aspect ratio Tokamak for descri...
AbstractWe present a non-linear symplectic map that describes the alterations of the magnetic field ...
The ordinary differential magnetic field line equations are solved numerically; the tokamak magnetic...
In the present paper, we solve a twist symplectic map for the action of an ergodic magnetic limiter ...