The problem of plasma boundary reconstruction in relation to shape control was discussed. The different approaches to guaranteeing accuracy and robustness of plasma boundary control were presented. Deformable models provide a new formulation of the plasma boundary as a continuous contour, which facilitates more accurate estimation of global shape parameters, able to describe the plasma evolution in a realistic way. The results and analyses performed on JET and ITER support the validity of snake reconstruction methodology
This paper deals with the plasma shape control problem in JT-60SA. An assessment of the plasma shape...
In this paper, the authors describe recent work on plasma shape and position control at DIII-D. This...
It is pointed out that plasma position and shape control calls for fast algorithms for plasma bounda...
The problem of plasma boundary reconstruction in relation to shape control was discussed. The differ...
In the current generation of tokamak devices, fusion performance is related to plasma geometric char...
A purely geometric approach has been investigated to reconstruct the Demonstration Fusion Power Reac...
A new diagnostic is developed to reconstruct the plasma boundary using visible wavelength images. Ex...
A dual, high speed, real-time visible light camera setup was installed on the TCV tokamak to reconst...
Plasma shape control using real-time equilibrium reconstruction has been implemented on the National...
A novel representation of the plasma boundary is presented, which employs a B-spline approach to des...
A dual, high speed, real-time visible light camera setup was installed on the TCV tokamak to reconst...
A new boundary reconstruction procedure is presented and validated against ITER nominal equilibria. ...
The upgrade to the National Spherical Torus eXperiment (NSTX-U) included two main improvements: a la...
The reconstruction of the plasma boundary is a critical issue in the monitoring and control of fusio...
This paper deals with the plasma shape control problem in JT-60SA. An assessment of the plasma shape...
In this paper, the authors describe recent work on plasma shape and position control at DIII-D. This...
It is pointed out that plasma position and shape control calls for fast algorithms for plasma bounda...
The problem of plasma boundary reconstruction in relation to shape control was discussed. The differ...
In the current generation of tokamak devices, fusion performance is related to plasma geometric char...
A purely geometric approach has been investigated to reconstruct the Demonstration Fusion Power Reac...
A new diagnostic is developed to reconstruct the plasma boundary using visible wavelength images. Ex...
A dual, high speed, real-time visible light camera setup was installed on the TCV tokamak to reconst...
Plasma shape control using real-time equilibrium reconstruction has been implemented on the National...
A novel representation of the plasma boundary is presented, which employs a B-spline approach to des...
A dual, high speed, real-time visible light camera setup was installed on the TCV tokamak to reconst...
A new boundary reconstruction procedure is presented and validated against ITER nominal equilibria. ...
The upgrade to the National Spherical Torus eXperiment (NSTX-U) included two main improvements: a la...
The reconstruction of the plasma boundary is a critical issue in the monitoring and control of fusio...
This paper deals with the plasma shape control problem in JT-60SA. An assessment of the plasma shape...
In this paper, the authors describe recent work on plasma shape and position control at DIII-D. This...
It is pointed out that plasma position and shape control calls for fast algorithms for plasma bounda...