Aim of this paper is to give an introductory overview of what is typically called the "plasma magnetic control problem" in tokamak machines. Tokamaks are devices with a toroidal symmetry; these devices are, at the present, the most promising for producing nuclear fusion between two atoms on earth. Among the many technological and theoretical problems to solve, a significant part is represented by controlrelated problems. Indeed, in tokamak machines, there are quite a number of problems that need the expertise of control theoreticians to be tackled; this paper deals with the most mature and assessed of these problems: plasma current, position and shape control. © 2008 IEEE
Historically, tokamak control design has been a combination of theory driving an initial control des...
Thermonuclear controlled fusion is a promising answer to the current energy and climate issues, prov...
This paper is focused on the plasma shape and current control in a large, next generation tokamak ch...
The problem of confining a plasma, with sufficiently high density and temperature, is of crucial imp...
Plasma current, position and shape control systems and modeling approaches were reviewed. The litera...
In tokamak experimental reactors, the magnetic control system is one of the main plasma control syst...
he plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set of...
The plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set o...
The paper discusses the process behind fusion reaction, the magnetic confinement of plasma to sustai...
Plasma magnetic control is one of the core engineering issues to be tackled in a fusion device. Ove...
The search of new resources has become crucial in this time of increasing energy demand. Research in...
We present a survey of the recent literature papers dealing with the problem of designing a feedback...
Design and implementation of the plasma control system Mgr. Filip Janky The COMPASS tokamak was reco...
The need for new sources of energy is expected to become a critical problem within the next few deca...
Historically, tokamak control design has been a combination of theory driving an initial control des...
Thermonuclear controlled fusion is a promising answer to the current energy and climate issues, prov...
This paper is focused on the plasma shape and current control in a large, next generation tokamak ch...
The problem of confining a plasma, with sufficiently high density and temperature, is of crucial imp...
Plasma current, position and shape control systems and modeling approaches were reviewed. The litera...
In tokamak experimental reactors, the magnetic control system is one of the main plasma control syst...
he plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set of...
The plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set o...
The paper discusses the process behind fusion reaction, the magnetic confinement of plasma to sustai...
Plasma magnetic control is one of the core engineering issues to be tackled in a fusion device. Ove...
The search of new resources has become crucial in this time of increasing energy demand. Research in...
We present a survey of the recent literature papers dealing with the problem of designing a feedback...
Design and implementation of the plasma control system Mgr. Filip Janky The COMPASS tokamak was reco...
The need for new sources of energy is expected to become a critical problem within the next few deca...
Historically, tokamak control design has been a combination of theory driving an initial control des...
Thermonuclear controlled fusion is a promising answer to the current energy and climate issues, prov...
This paper is focused on the plasma shape and current control in a large, next generation tokamak ch...