A set of 24 saddle loops is used on the Tokamak à Configuration Variable (TCV) to measure the radial magnetic flux at different toroidal and vertical positions. The new system is calibrated together with the standard magnetic diagnostics on TCV. Based on the results of this calibration, the effective current in the poloidal field coils and their position is computed. These corrections are then used to compute the distribution of the error field inside the vacuum vessel for a typical TCV discharge. Since the saddle loops measure the magnetic flux at different toroidal positions, the non-axisymmetric error field is also estimated and correlated to a shift or a tilt of the poloidal field coils
The low-aspect ratio, low magnetic field and wide range of plasma beta of NSTX plasmas provide new i...
JT-60SA, which has fully super conducting coils, is designed and now being constructed for the sake ...
A novel plasma position and shape controller has been developed for the highly flexible shaping polo...
The TCV Tokamak was designed to create a large variety of plasma shapes. Such a large flexibility re...
Geometrical deformations and assembly errors in the ITER Toroidal Field (TF) coils will lead to magn...
To measure the amplitude and phase of the non-axisymmetric radial magnetic field generated by the lo...
An alternative experimental spectroscopic measurement of poloidal plasma rotation in toroidally conf...
The ITER tokamak includes 18 superconducting D-shaped toroidal field (TF) coils. Unavoidable shape d...
Tokamak plasmas can be sensitive to external non-axisymmetric magnetic perturbations that are severa...
Diamagnetic measurements of poloidal beta have been performed in the STOR-M tokamak by a flux loop p...
Error fields in ITER are considered one of the major sources of possible loss of performance in the ...
In tokamak experimental reactors, the magnetic control system is one of the main plasma control syst...
The role of error fields in stellarators is explored in this work through simulations of, and experi...
TORPEX is a basic plasma physics device where a simple magnetized torus (SMT) is produced by adding ...
In the context of the ITER project, the winding geometry of the large-scale magnetic field coils has...
The low-aspect ratio, low magnetic field and wide range of plasma beta of NSTX plasmas provide new i...
JT-60SA, which has fully super conducting coils, is designed and now being constructed for the sake ...
A novel plasma position and shape controller has been developed for the highly flexible shaping polo...
The TCV Tokamak was designed to create a large variety of plasma shapes. Such a large flexibility re...
Geometrical deformations and assembly errors in the ITER Toroidal Field (TF) coils will lead to magn...
To measure the amplitude and phase of the non-axisymmetric radial magnetic field generated by the lo...
An alternative experimental spectroscopic measurement of poloidal plasma rotation in toroidally conf...
The ITER tokamak includes 18 superconducting D-shaped toroidal field (TF) coils. Unavoidable shape d...
Tokamak plasmas can be sensitive to external non-axisymmetric magnetic perturbations that are severa...
Diamagnetic measurements of poloidal beta have been performed in the STOR-M tokamak by a flux loop p...
Error fields in ITER are considered one of the major sources of possible loss of performance in the ...
In tokamak experimental reactors, the magnetic control system is one of the main plasma control syst...
The role of error fields in stellarators is explored in this work through simulations of, and experi...
TORPEX is a basic plasma physics device where a simple magnetized torus (SMT) is produced by adding ...
In the context of the ITER project, the winding geometry of the large-scale magnetic field coils has...
The low-aspect ratio, low magnetic field and wide range of plasma beta of NSTX plasmas provide new i...
JT-60SA, which has fully super conducting coils, is designed and now being constructed for the sake ...
A novel plasma position and shape controller has been developed for the highly flexible shaping polo...