Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6746347 | Fusion Engineering and Design | 2015 | 5 Pages |
Abstract
Experiments on TCV are designed to complement the work at large integrated tokamak facilities (such as JET) to provide a stepwise approach to extrapolation to ITER and DEMO in areas where medium-size tokamaks can often exploit their experimental capabilities and flexibility. Improving the understanding and control requirements of burning plasmas is a major scientific challenge, requiring access to plasma regimes and configurations with high normalized plasma pressure and a wide range of ion to electron temperature ratios, including Te/Ti â¼Â 1. These conditions will be explored by adding a 1 MW neutral heating beam to TCV's auxiliary for direct ion heating (2015) and increasing the ECH power injected in X-mode at the third harmonic (2 MW in 2015-2016). The manufacturing of the neutral beam injector was launched in 2014.
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Authors
Alexander N. Karpushov, Stefano Alberti, René Chavan, Vladimir I. Davydenko, Basil P. Duval, Alexander A. Ivanov, Damien Fasel, Ambrogio Fasoli, Aleksander I. Gorbovsky, Timothy Goodman, Vyacheslav V. Kolmogorov, Yves Martin, Olivier Sauter,