Add to ORKGThe hamiltonian is obtained using Lie perturbation expansion techniques and it is given up to the second perturbative order. The hamiltonian is given both for the cylindrical limit approximation of the field and for the toroidal case
Abstract: We consider a rigorous Hamiltonian perturbation theory based on the transformation of the ...
This study investigates the multipolar expansion of the magnetic flux density in toroidal harmonics...
The magnetohydrodynamic equations present two challenging algorithmic requirements: that both fields...
The vacuum magnetic field in stellarators and tokamaks is expanded in toroidal harmo ics (half-integ...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
Under certain circumstances, the equations for the magnetic field lines can be recast in a canonical...
The vanishing of the divergence of the total stress tensor (magnetic plus kinetic) in a neighborhood...
Plasmas can be confined in a toroidal configuration using magnetic fields generated by external coil...
A Hamiltonian treatment for the motion of a charged particle in a toroidal magnetic field is given. ...
Toroidal magnetic configurations are widely exploited in industry and scientific research, involving...
We use a Hamiltonian description for magnetic field lines in a large aspect ratio Tokamak for descri...
"Representation of the vacuum magnetic field by a set of harmonic functions is useful for an analysi...
Using classical perturbation theory, a Hamiltonian description of the guiding center motion of relat...
In this work, we study the non–Gaussian dynamic of the magnetic field lines of a plasma confined in ...
The ordinary differential magnetic field line equations are solved numerically; the tokamak magnetic...
Abstract: We consider a rigorous Hamiltonian perturbation theory based on the transformation of the ...
This study investigates the multipolar expansion of the magnetic flux density in toroidal harmonics...
The magnetohydrodynamic equations present two challenging algorithmic requirements: that both fields...
The vacuum magnetic field in stellarators and tokamaks is expanded in toroidal harmo ics (half-integ...
SIGLECopy held by FIZ Karlsruhe; available from UB/TIB Hannover / FIZ - Fachinformationszzentrum Kar...
Under certain circumstances, the equations for the magnetic field lines can be recast in a canonical...
The vanishing of the divergence of the total stress tensor (magnetic plus kinetic) in a neighborhood...
Plasmas can be confined in a toroidal configuration using magnetic fields generated by external coil...
A Hamiltonian treatment for the motion of a charged particle in a toroidal magnetic field is given. ...
Toroidal magnetic configurations are widely exploited in industry and scientific research, involving...
We use a Hamiltonian description for magnetic field lines in a large aspect ratio Tokamak for descri...
"Representation of the vacuum magnetic field by a set of harmonic functions is useful for an analysi...
Using classical perturbation theory, a Hamiltonian description of the guiding center motion of relat...
In this work, we study the non–Gaussian dynamic of the magnetic field lines of a plasma confined in ...
The ordinary differential magnetic field line equations are solved numerically; the tokamak magnetic...
Abstract: We consider a rigorous Hamiltonian perturbation theory based on the transformation of the ...
This study investigates the multipolar expansion of the magnetic flux density in toroidal harmonics...
The magnetohydrodynamic equations present two challenging algorithmic requirements: that both fields...