Add to ORKGA theory for the generation of current in a toroidal plasma by radio-frequency waves is presented. The effect of an opposing electric field is included, allowing the case of time varying currents to be studied. The key quantities that characterize this regime are identified and numerically calculated. Circuit equations suitable for use in ray-tracing and transport codes are given
The relation between RF-driven current and wave helicity is analytically and numerically studied for...
Abstract. The modification of background plasma flows in a tokamak by applied rf waves is of interes...
The role played by electron density fluctuations near the plasma edge on rf current drive in tokamak...
A theory for the generation of current in a toroidal plasma by radio-frequency waves is presented. T...
doi:10.13182/FST13-670 Radio-frequency waves can penetrate thermonuclear plasmas, depositing momentu...
Calculations of rf current drive in a toroidal geometry are presented. The result is self-consistent...
In fusion reactors, one has to make sure that the plasma does not come in contact with the reactor w...
In addition to the usual mechanism which utilizes the Ohmic transformer current, which is necessaril...
An unambiguious experimental observation of current generation by unidirectional lower hybrid waves ...
A new ray-tracing code named C3PO has been developed to study the propagation of arbitrary electroma...
Measurement of the RF (radio-frequency) magnetic field about the equatorial plane of the rotamak has...
It is proposed that electric currents be generated from the preferential heating of ions traveling i...
The results of experiments on Alfvén wave current drive and plasma heating in the TCABR tokamak are ...
Wave induced flows can produce radially sheared velocity profiles that can in turn stabilize drift w...
The stabilization of plasma turbulence by sheared poloidal rotation is thought to explain enhanced c...
The relation between RF-driven current and wave helicity is analytically and numerically studied for...
Abstract. The modification of background plasma flows in a tokamak by applied rf waves is of interes...
The role played by electron density fluctuations near the plasma edge on rf current drive in tokamak...
A theory for the generation of current in a toroidal plasma by radio-frequency waves is presented. T...
doi:10.13182/FST13-670 Radio-frequency waves can penetrate thermonuclear plasmas, depositing momentu...
Calculations of rf current drive in a toroidal geometry are presented. The result is self-consistent...
In fusion reactors, one has to make sure that the plasma does not come in contact with the reactor w...
In addition to the usual mechanism which utilizes the Ohmic transformer current, which is necessaril...
An unambiguious experimental observation of current generation by unidirectional lower hybrid waves ...
A new ray-tracing code named C3PO has been developed to study the propagation of arbitrary electroma...
Measurement of the RF (radio-frequency) magnetic field about the equatorial plane of the rotamak has...
It is proposed that electric currents be generated from the preferential heating of ions traveling i...
The results of experiments on Alfvén wave current drive and plasma heating in the TCABR tokamak are ...
Wave induced flows can produce radially sheared velocity profiles that can in turn stabilize drift w...
The stabilization of plasma turbulence by sheared poloidal rotation is thought to explain enhanced c...
The relation between RF-driven current and wave helicity is analytically and numerically studied for...
Abstract. The modification of background plasma flows in a tokamak by applied rf waves is of interes...
The role played by electron density fluctuations near the plasma edge on rf current drive in tokamak...