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Some Properties of Magnetically Controlled Plasma Arc

Some Properties of Magnetically Controlled Plasma Arc
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Dynamic Control of Bifurcated Transition in Magnetized Plasma

Dynamic Control of Bifurcated Transition in Magnetized Plasma
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Magnetic control of a tokamak plasma

AIP Conference Proceedings, 2008
he plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set of poloidal field coils, with feedforward nominal voltages or currents based on an approximate plasma model. Therefore, feedback control is necessary. A good magnetic control is essential for achieving good performance in present devices and expected to be
ALBANESE, Raffaele, AMBROSINO, GIUSEPPE, F. CRISANTI, AND JET EFDA CONTRIBUTORS   +3 more
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Magnetic configuration control of ITER plasmas

Fusion Engineering and Design, 2007
The aim of this paper is to present some new tools used to review the capability of the ITER Poloidal Field (PF) system in controlling the broad range of plasma configurations presently forecasted during ITER operation. The attention is focused on the axi-symmetric aspects of plasma magnetic configuration control since they pose the greatest challenges
Albanese R., Mattei M., Portone A., Ambrosino G., Artaserse G., Crisanti F., De Tommasi G., Fresa R., Sartori F., Villone F.   +9 more
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Magnetic Control of Tokamak Plasmas

2008
The problem of confining a plasma, with sufficiently high density and temperature, is of crucial importance if nuclear fusion is to be made usable as a form of power generation. Tokamaks – devices with a toroidal geometry – are among the most popular candidates by which such confinement can be achieved.
Ariola, Marco, PIRONTI, ALFREDO
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Magnetics control simulations for KSTAR plasmas

Fusion Engineering and Design, 2002
Abstract Simulation studies on magnetics control for the proposed Korea Superconducting Tokamak Advanced Research (KSTAR) plasmas are presented. Here, the magnetics control includes the fast time scale (∼10 ms) plasma position control, the slow time scale (∼1 s) plasma shape and current control, and the control of resistive wall modes (RWM).
Hogun Jhang, Jin-Yong Kim
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Improving magnetic plasma control for ITER

Fusion Engineering and Design, 2014
Abstract Several alternative plasma control schemes using the same plasma current and shape controller (SC) with different plasma vertical stabilisation (VS) controllers are explored, assessing their efficiency in the suppression of plasma shape transients after vertical displacement event (VDE) disturbances and their robustness to changes of the ...
S. Gerkšič, DE TOMMASI, GIANMARIA
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Modified magnetic controlled plasma sputtering method

Vacuum, 1996
A modified method to improve thin film vacuum sputtering is presented. This method is capable of controlling the sputtering plasma via an external set of magnets, in a similar fashion to the tetrode sputtering method. The main advantage of Magnetic Controlled Plasma Sputtering (MCPS) is its ability to independently control all deposition parameters ...
G Golan, A Axelevitch, E Rabinovich
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Plasma Magnetic Control Problem

2016
In the previous chapters, we have shown how it is possible to derive an FDLTI (finite-dimension linear time-invariant) model able to describe the interactions between the plasma and the surrounding structures, in terms of specified inputs and outputs, under certain simplifying assumptions.
Marco Ariola, Alfredo Pironti
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