Add to ORKGPlasma heating and non-inductive current drive by waves in the electron cyclotron range of frequencies are reviewed. Both theoretical aspects concerning wave properties, heating and current drive mechanisms, as well as the major experimental results are summarized
The electron cyclotron (EC) system on EAST consists of four gyrotrons with a frequency of 140 GHz (s...
Plasma heating in existing tokamak devices by electron cyclotron waves with frequency (f) significan...
The electron cyclotron (EC) system on EAST consists of four gyrotrons with a frequency of 140 GHz (s...
Plasma heating and non-inductive current drive by waves in the electron cyclotron range of frequenci...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
Abstract. A review of the present status of electron cyclotron heating and current drive experiments...
Three aspects of wave heating in the Ion-Cyclotron Range of Frequencies are reviewed. First, the man...
Abstract. A review of experiments and theory of electron cyclotron resonance heating (ECRH) and curr...
This thesis concerns heating and current drive in tokamak plasmas using the fast magnetosonic wave i...
Electron Bernstein waves are a mode of oscillation in a plasma, thought a candidate for providing ra...
Tokamaks may be efficiently heated at electron cyclotron resonance by launching of the extraordinary...
The electron cyclotron (EC) system on EAST consists of four gyrotrons with a frequency of 140 GHz (s...
Plasma heating in existing tokamak devices by electron cyclotron waves with frequency (f) significan...
The electron cyclotron (EC) system on EAST consists of four gyrotrons with a frequency of 140 GHz (s...
Plasma heating and non-inductive current drive by waves in the electron cyclotron range of frequenci...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
This lecture gives an overview of heating and current drive with electron cyclotron waves. We presen...
Abstract. A review of the present status of electron cyclotron heating and current drive experiments...
Three aspects of wave heating in the Ion-Cyclotron Range of Frequencies are reviewed. First, the man...
Abstract. A review of experiments and theory of electron cyclotron resonance heating (ECRH) and curr...
This thesis concerns heating and current drive in tokamak plasmas using the fast magnetosonic wave i...
Electron Bernstein waves are a mode of oscillation in a plasma, thought a candidate for providing ra...
Tokamaks may be efficiently heated at electron cyclotron resonance by launching of the extraordinary...
The electron cyclotron (EC) system on EAST consists of four gyrotrons with a frequency of 140 GHz (s...
Plasma heating in existing tokamak devices by electron cyclotron waves with frequency (f) significan...
The electron cyclotron (EC) system on EAST consists of four gyrotrons with a frequency of 140 GHz (s...