Japan nimmt weltgrößten Testreaktor zur Erforschung der Kernfusion in Betrieb. In: Der Spiegel. 1. Dezember 2023, ISSN2195-1349 (spiegel.de [abgerufen am 1. Dezember 2023]).
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JAEA 2006-2007 annual report (Memento vom 19. Januar 2013 im Internet Archive) Zitat aus 3.1.3 Machine Parameters: „A bird's eye view of JT-60SA is shown in Fig. I.3.1-1. Typical parameters of JT-60SA are shown in Table I.3.1-1. The maximum plasma current is 5.5 MA with a relatively low aspect ratio plasma (Rp=3.06 m, A=2.65, κ95=1.76, δ95=0.45) and 3.5 MA for an ITER-shaped plasma (Rp=3.15 m, A=3.1, κ95=1.69, δ95=0.36). Inductive operation with 100s flat top duration will be possible within the total available flux swing of 40 Wb. The heating and current drive system will provide 34 MW of neutral beam injection and 7 MW of ECRF. The divertor target is designed to be water-cooled in order to handle heat fluxes up to 15 MW/m2 for long time durations. An annual neutron budget of 4x1021 neutrons is foreseen“
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Japan nimmt weltgrößten Testreaktor zur Erforschung der Kernfusion in Betrieb. In: Der Spiegel. 1. Dezember 2023, ISSN2195-1349 (spiegel.de [abgerufen am 1. Dezember 2023]).
