One of the main research issues in the thermonuclear fusion area is the identification of plasma contour starting from external magnetic measurements. Possible approaches to this inverse problem make use of equivalent currents to represent the plasma internal current density, regularizing in this way the magnetic field reconstruction. Of course, the choice of the representation basis for such equivalent currents is critical. The paper aims at analyzing the effect of the number and position of base currents on the performance of the identification algorithm
Fast identification techniques of the plasma internal magnetic structure are needed for the real tim...
The inverse problem of reconstructing a current distribution from measurements of its magnetic field...
The identification of plasma shape and position for control purposes in thermonuclear fusion devices...
One of the main research issues in the thermonuclear fusion area is the identification of plasma con...
One of the main research issues in the thermonuclear fusion area is the identification of plasma c...
One of the main research issues in the thermonuclear fusion area is the identification of plasma con...
The equivalent currents method has proven to be particularly effective in the identification of plas...
The identification of a plasma magnetic contour can be cast as an inverse problem in which a set of ...
The research in the thermonuclear fusion area has entered the design phase of ITER, the first experi...
The research in the thermonuclear fusion area has entered the design phase of ITER, the first experi...
A key aspect of the controlled thermonuclear fusion is the plasma identification process, that is th...
The paper deals with a method for the identification of the plasma magnetic contour in machines for ...
The paper presents a method for the reconstruction of an axisymmetric configuration of magnetic fiel...
The paper presents a method to identify the plasma magnetic contour in fusion machines, when eddy cu...
The identification of magnetic field profiles is crucial in many applications where a direct measure...
Fast identification techniques of the plasma internal magnetic structure are needed for the real tim...
The inverse problem of reconstructing a current distribution from measurements of its magnetic field...
The identification of plasma shape and position for control purposes in thermonuclear fusion devices...
One of the main research issues in the thermonuclear fusion area is the identification of plasma con...
One of the main research issues in the thermonuclear fusion area is the identification of plasma c...
One of the main research issues in the thermonuclear fusion area is the identification of plasma con...
The equivalent currents method has proven to be particularly effective in the identification of plas...
The identification of a plasma magnetic contour can be cast as an inverse problem in which a set of ...
The research in the thermonuclear fusion area has entered the design phase of ITER, the first experi...
The research in the thermonuclear fusion area has entered the design phase of ITER, the first experi...
A key aspect of the controlled thermonuclear fusion is the plasma identification process, that is th...
The paper deals with a method for the identification of the plasma magnetic contour in machines for ...
The paper presents a method for the reconstruction of an axisymmetric configuration of magnetic fiel...
The paper presents a method to identify the plasma magnetic contour in fusion machines, when eddy cu...
The identification of magnetic field profiles is crucial in many applications where a direct measure...
Fast identification techniques of the plasma internal magnetic structure are needed for the real tim...
The inverse problem of reconstructing a current distribution from measurements of its magnetic field...
The identification of plasma shape and position for control purposes in thermonuclear fusion devices...