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Controlling a new plasma regime. [PDF]
Lennholm M +20 more
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Developing power plant materials using the life cycle lens. [PDF]
Quadling A +3 more
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Milestone in predicting core plasma turbulence: successful multi-channel validation of the gyrokinetic code GENE. [PDF]
Höfler K +16 more
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Smart integration of cold plasma stream and surface discharge with ns laser ablation for composite nanomaterial. [PDF]
Muhammad Akhtar H +4 more
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STEP-organizing a major project to tackle significant uncertainty. [PDF]
Methven P.
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Tokamak edge transport studies using linear plasma devices
Salmagne, C. +6 more
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Energy Confinement in the Tokamak Devices Pulsator and ASDEX
Klüber, O., Murmann, H.
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Electron Temperature Measurement on the QUEST Spherical Tokamak Device
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Real-time systems in tokamak devices. A case study: The JET tokamak
2010 17th IEEE-NPSS Real Time Conference, 2010The achievement of the required performances during the operation of large fusion experimental reactors, is strictly related to the flexibility and reliability of the real-time infrastructures. It turns out that, in tokamak reactors, the real-time infrastructure has to be designed so as to meet a number of common requirements.
DE TOMMASI, GIANMARIA +10 more
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Axisymmetric control of large tokamak devices
Journal of Plasma Physics, 1984The problem of controlling the position and cross-sectional shape of plasmas is addressed for circumstances relevant to large tokamaks. A principle for, as well as a practical method of analysis of, this control problem is presented. The relevant elements of the tokamak system included in the analysis are the plasma, a resistive wall (vacuum chamber ...
T. H. Jensen, F. W. McClain
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