A new vertical position control system, including an internal active coil, has become operational on TCV. The new system has made it possible to stabilize plasmas with open loop growth rates up to 4400 s(-1), currents up to 1.0 MA and elongations up to 2.58. The closed loop stability of the new system has been analysed with a numerical model in which the plasma is assumed to be undeformable, and the power supply outputs are delayed with respect to their inputs. Model predictions agree with the main experimental results
Introduction The control of the current, position and shape of a tokamak plasma is complicated by th...
The thesis describes the design of a novel non-linear controller for the plasma vertical position in...
Thermonuclear controlled fusion is a promising answer to the current energy and climate issues, prov...
Growth rates of the axisymmetric instability of elongated plasmas in TCV are measured, in open loop ...
Elongated plasmas lead to improved performance in tokamaks but make the plasma prone to vertical ins...
The stability of the vertical position control system in TCV is analysed using two different plasma ...
Recently, an experimental campaign has been launched on TCV with the aim of exploring and extending ...
Early Tokamaks with circular cross-section plasmas were intrinsically vertically stable and no probl...
Early tokamaks with circular cross-section plasmas were vertically stable in nature and no problems ...
In this paper a mixed PID/H∞ discrete-time controller is proposed for the control of the plasma shap...
In advanced mode operation of fusion devices, real time control plays a central role in achieving th...
Growth rates of the axisymmetric mode in vertically elongated plasmas in the Tokamak a Configuration...
During the operation of the TCV tokamak an extremely wide variety of plasma shapes has been controll...
The design of a controller which will control the current in the active control coils of a tokamak f...
This report describes the procedure of the design and simulation of a Kalman observer for control of...
Introduction The control of the current, position and shape of a tokamak plasma is complicated by th...
The thesis describes the design of a novel non-linear controller for the plasma vertical position in...
Thermonuclear controlled fusion is a promising answer to the current energy and climate issues, prov...
Growth rates of the axisymmetric instability of elongated plasmas in TCV are measured, in open loop ...
Elongated plasmas lead to improved performance in tokamaks but make the plasma prone to vertical ins...
The stability of the vertical position control system in TCV is analysed using two different plasma ...
Recently, an experimental campaign has been launched on TCV with the aim of exploring and extending ...
Early Tokamaks with circular cross-section plasmas were intrinsically vertically stable and no probl...
Early tokamaks with circular cross-section plasmas were vertically stable in nature and no problems ...
In this paper a mixed PID/H∞ discrete-time controller is proposed for the control of the plasma shap...
In advanced mode operation of fusion devices, real time control plays a central role in achieving th...
Growth rates of the axisymmetric mode in vertically elongated plasmas in the Tokamak a Configuration...
During the operation of the TCV tokamak an extremely wide variety of plasma shapes has been controll...
The design of a controller which will control the current in the active control coils of a tokamak f...
This report describes the procedure of the design and simulation of a Kalman observer for control of...
Introduction The control of the current, position and shape of a tokamak plasma is complicated by th...
The thesis describes the design of a novel non-linear controller for the plasma vertical position in...
Thermonuclear controlled fusion is a promising answer to the current energy and climate issues, prov...