Electrostatic waves like lower hybrid waves can interact with fast minority ions produced by ion cyclotron heating in tokamak plasmas through stochastic Landau damping. By two-dimensional Fokker-Planck calculations it is shown that power deposition and fast ion confinement are significantly influenced by the wave-induced radial ion drift
Global particle simulations of the lower hybrid (LH) waves have been carried out using fully kinetic...
A computational model for PLT lower hybrid current drive and ramp-up experiments combines a parallel...
The stochastic motion of protons and He(sup +) ions driven by Pc1 wave packets is studied in the con...
Electrostatic waves like lower hybrid waves can interact with fast minority ions produced by ion cyc...
Dynamics of fast minority ions energized by ion cyclotron resonance and lower hybrid heating in toka...
The nonlinear interaction of ions in a plasma with waves excited by RF power near the lower hybrid f...
The nonlinear interaction of ions in a plasma with waves excited by RF power near the lower hybrid f...
The motion of an ion in a lower hybrid wave in a tokamak type plasma is studied. For ions with ..nu....
This paper discusses the interaction between energetic ions and lower hybrid waves in tokamak plasma...
In the present paper we consider the interaction between energetic ions and lower hybrid waves in to...
We investigate the ion cyclotron harmonic damping effects on slow and fast waves in the lower hybrid...
The lower hybrid mode excited in a plasma with cross-field current and density gradient induces an a...
The current status of ICRF heating of Tokamak plasmas is described. Two aspects of the subject are d...
Efficient direct majority ion heating in a deuterium-tritium (D-T) reactor-grade plasma via absorpti...
The direction and magnitude of power and momentum exchange between fast ions and electrostatic waves...
Global particle simulations of the lower hybrid (LH) waves have been carried out using fully kinetic...
A computational model for PLT lower hybrid current drive and ramp-up experiments combines a parallel...
The stochastic motion of protons and He(sup +) ions driven by Pc1 wave packets is studied in the con...
Electrostatic waves like lower hybrid waves can interact with fast minority ions produced by ion cyc...
Dynamics of fast minority ions energized by ion cyclotron resonance and lower hybrid heating in toka...
The nonlinear interaction of ions in a plasma with waves excited by RF power near the lower hybrid f...
The nonlinear interaction of ions in a plasma with waves excited by RF power near the lower hybrid f...
The motion of an ion in a lower hybrid wave in a tokamak type plasma is studied. For ions with ..nu....
This paper discusses the interaction between energetic ions and lower hybrid waves in tokamak plasma...
In the present paper we consider the interaction between energetic ions and lower hybrid waves in to...
We investigate the ion cyclotron harmonic damping effects on slow and fast waves in the lower hybrid...
The lower hybrid mode excited in a plasma with cross-field current and density gradient induces an a...
The current status of ICRF heating of Tokamak plasmas is described. Two aspects of the subject are d...
Efficient direct majority ion heating in a deuterium-tritium (D-T) reactor-grade plasma via absorpti...
The direction and magnitude of power and momentum exchange between fast ions and electrostatic waves...
Global particle simulations of the lower hybrid (LH) waves have been carried out using fully kinetic...
A computational model for PLT lower hybrid current drive and ramp-up experiments combines a parallel...
The stochastic motion of protons and He(sup +) ions driven by Pc1 wave packets is studied in the con...
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