Add to ORKGAfter improvement of axial confinement by creation of confining potentials, the radial confinement came up as an important subject in the tandem mirror. We paid attention to the radial drift of ions passing through the anchor cells with nonaxisymmetric magnetic configuration. Radial drift of the passing ions was estimated as a function of a defined deformation factor. Radial potential profile of the core plasma was experimentally controlled by changing the end plate potentials. Flattened radial potential profile was effective for the decrease of radial transport as shown in the calculated results
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The application in TEXTOR of an externally controlled radial electric field E-r imposed by means of ...
After improvement of axial confinement by creation of confining potentials, the radial confinement c...
Existence of the bounced ions by the plug potential is essential in order to improve the confinement...
The importance of radial (i.e. perpendicular to the magnetic surface) electric fields was already re...
The importance of radial (i.e. perpendicular to the magnetic surface) electric fields was already re...
Ion orbits trapped in the transition mirror cells with non-axisymmetric magnetic field in GAMMA10 ar...
The mechanisms for the generation and behavior of electric fields play a crucial role in the underst...
An experimental study of radial ion transport in a nonaxisymmetric magnetic mirror is presented. It ...
The density around the thermal barrier in a tandem mirror is sustained to be much lower than that in...
Coils misalignment in a magnetic mirror can produce additional particle transport. The magnetic fiel...
The Kinetic Tandem fusion plasma confinement concept is a member of the class of open magnetic confi...
In the search for better approaches to magnetic fusion it is important to keep in mind the lessons l...
Theoretical research on the influence of the electric field on the toroidal magnetic confinement is ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The application in TEXTOR of an externally controlled radial electric field E-r imposed by means of ...
After improvement of axial confinement by creation of confining potentials, the radial confinement c...
Existence of the bounced ions by the plug potential is essential in order to improve the confinement...
The importance of radial (i.e. perpendicular to the magnetic surface) electric fields was already re...
The importance of radial (i.e. perpendicular to the magnetic surface) electric fields was already re...
Ion orbits trapped in the transition mirror cells with non-axisymmetric magnetic field in GAMMA10 ar...
The mechanisms for the generation and behavior of electric fields play a crucial role in the underst...
An experimental study of radial ion transport in a nonaxisymmetric magnetic mirror is presented. It ...
The density around the thermal barrier in a tandem mirror is sustained to be much lower than that in...
Coils misalignment in a magnetic mirror can produce additional particle transport. The magnetic fiel...
The Kinetic Tandem fusion plasma confinement concept is a member of the class of open magnetic confi...
In the search for better approaches to magnetic fusion it is important to keep in mind the lessons l...
Theoretical research on the influence of the electric field on the toroidal magnetic confinement is ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The possibility of controlling the radial electric field of toroidal plasmas by injecting high energ...
The application in TEXTOR of an externally controlled radial electric field E-r imposed by means of ...