Results 1 to 10 of about 1,925 (143)
Nuclear Materials and Energy, 2022 JT-60SA is the superconducting tokamak that will be operated at the Naka Fusion Institute of QST (the National Institutes for Quantum and Radiological Science and Technology) in Japan.
Mercedes Medrano +9 more
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Physik in unserer Zeit, Volume 52, Issue 3, Page 116-122, May 2021., 2021 Der Tokamak ASDEX Upgrade am Max‐Planck‐Institut für Plasmaphysik in Garching ist seit dreißig Jahren in Betrieb. In dieser Zeit wurde die Fusionsanlage immer weiter ausgebaut und verbessert. Inzwischen hat man zahlreiche gut diagnostizierte Szenarien für den Plasmabetrieb erarbeitet.
Arne Kallenbach
wiley +1 more source
ECRF stray radiation studies in preparation of the operations of JT-60SA [PDF]
EPJ Web of Conferences, 2023 JT-60SA tokamak is equipped with an ECRF system since the beginning of its operational phase. Starting from two gyrotrons units during the Integrated Commissioning, applicable for core heating, assisted breakdown and assisted Wall Conditioning, the ...
Sozzi Carlo +7 more
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Characterization of early current quench time during massive impurity injection in JT-60SA
Nuclear Fusion, 2023 Characteristics of the early current quench (CQ) time in mitigated disruptions are studied for a full-current (5.5 MA) scenario in the JT-60SA superconducting tokamak.
T. Yokoyama +9 more
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Nuclear Fusion, 2023 Plasma with an internal transport barrier (ITB) will be developed in JT-60SA as an attractive operation appropriate for a steady-state fusion reactor.
T. Wakatsuki +4 more
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Nuclear Fusion, 2023 Precise control of plasma shape parameters, such as elongation and triangularity is duly needed to achieve high-performance tokamak plasmas, for which we propose adaptive search schemes of (1) optimum regularization parameter for the Tikhonov ...
S. Inoue +4 more
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Gyrokinetic turbulence modeling of a high performance scenario in JT-60SA
Nuclear Fusion, 2023 Local gyrokinetic simulations are used to model turbulent transport for the first time in a representative high-performance plasma discharge projected for the new JT-60SA tokamak. The discharge features a double-null separatrix, 41 MW of combined neutral
A. Iantchenko +3 more
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Nuclear Materials and Energy, 2021 The possibility to safely operate tokamaks strongly depends on the capability to protect the divertor targets from excessive power load and erosion. Here, we will present a study of the JT-60SA Scenario 3 with a W wall to identify possible criticality in
G. Rubino, G. Calabrò, M. Wischmeier
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Energies, 2018 The nuclear fusion project JT-60SA is presently under construction in Naka (Japan) as a joint collaboration between Europe and Japan, within the framework of the Broader Approach Agreement.
Alessandro Lampasi +8 more
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Nuclear Fusion, 2023 The dynamics of the screening effect of Ar impurity by the injection of additional Ne has been studied through time-dependent analysis with the integrated divertor code SONIC. In the preceding study (Yamoto et al 2020 Plasma Phys. Control.
Shohei Yamoto +4 more
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