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The control of plasma in nuclear fusion has been revealed as a promising application of Control Engineering, with increasing interest in the control community during last years. In this paper it is developed a control-oriented linear model for the control of plasma current. For this purpose, it is provided a summary of the background necessary to deal with control problems in tokamak-based nuclear...
As a consequence of the continued increase in the worldwide demand of energy the need to achieve new sources of power has come out as a very important issue. In this sense, nuclear fusion has arisen to be a promising source of energy which has entailed an increasing interest in solving the different control problems existing in the nuclear fusion reactors such as tokamaks. The aim of this manuscript...
Nowadays there exists a need of carrying out new features and improvements in the existing and future Tokamak devices as ITER or DEMO. The present capabilities of the control engineering and the development of fusion technologies allow the achievement new plasma configurations. These aspects, jointly with the increased performance of the computer hardware and the advances in plasma modelling and control,...
The current worldwide increasing demand of energy has pointed out the need to develop new sources of power. Nuclear fusion has turned out to be a promising source of this power which has lead to an increasing interest in finding solutions for the different tokamak control problems. In order to find suitable controllers, several kind of models have been developed and studied. In this paper, some of...
The control of plasma in nuclear fusion has been revealed as a promising application of Control Engineering, with increasing interest in the control community during last years. In this paper it is outlined a control-oriented linear model for the control of plasma current. For this purpose, it is firstly provided a summary of the background necessary to deal with control problems in tokamak-based...
Nuclear fusion is nowadays one of the newest and most promising clean energies, composing a new application area of Control Engineering, with new and interesting challenges for the control community. In this sense, this paper deals with the modeling of tokamak nuclear fusion reactors. In order to control the creation of unstable modes in fusion processes, it is necessary to derive numerical models...
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