NDLI: ADX : a high field , high power density advanced divertor tokamak experiment Mission : Develop and demonstrate plasma exhaust and PMI physics solutions that scale to long pulse at FNSF / DEMO divertor parameters

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ADX : a high field , high power density advanced divertor tokamak experiment Mission : Develop and demonstrate plasma exhaust and PMI physics solutions that scale to long pulse at FNSF / DEMO divertor parameters

Content Provider	Semantic Scholar
Author	Labombard, Brian Marmar, E. Irby, Joel Terry, J. Vieira, R. Whyte, Dennis G. Wolfe, S. Wukitch, Stephen James Asakura, Nobuyuki Beck, W. Bonoli, P. Brower, David Doody, Jeffrey Delgado-Aparicio, L. F. Ellis, Ra Ernst, D. Fiore, C. Granetz, R. Greenwald, Martin Hartwig, Zachary S. Hubbard, Alexander Hughes, Jeffrey W. Hutchinson, Ian H. Kessel, C. Kotschenreuther, Mike Krasheninnikiov, S. Leccacorvi, Rick Lipschultz, B. Mahajan, Sunit Minervini, Joe Nygren, R. Parker, R. Poli, Fabrizia Porkolab, Miklos Reinke, M. L. Rice, Julius Rognlien, Thomas D. Rowan, W. Ryutov, Dmitri D. Scott, S. Shiraiwa, Syun'ichi Terry, D. Theiler, Christian Titus, P. Tynan, G. R. Umansky, Marina Valanju, P. Waelbroeck, François Wallace, G. G. White, Andrew G. Wilson, James R. Zweben, Stewart J.
Copyright Year	2014
Abstract	The MIT PSFC and collaborators are proposing an advanced divertor experiment (ADX) – a tokamak specifically designed to address critical gaps in the world fusion research program on the pathway to FNSF/DEMO. This high field (6.5 tesla, 1.5 MA), high power density (P/S ~ 1.5 MW m -2 ) facility would test innovative divertor concepts for next-step DT fusion devices (FNSF, DEMO) at reactor-level boundary plasma pressures and parallel heat flux densities while producing high performance core plasma conditions. The experimental platform would also test advanced lower hybrid current drive (LHCD) and ion-cyclotron range of frequency (ICRF) actuators and wave physics at the plasma densities and magnetic field strengths of a DEMO, with the unique ability to deploy launcher structures both on the low-magnetic-field side and the high-field side – a location where energetic plasma-material interactions can be controlled and wave physics is most favorable for efficient current drive, heating and flow drive. This innovative experiment would perform plasma science and technology R&D necessary to inform the conceptual development and accelerate the readiness-for-deployment of FNSF/DEMO – in a timely manner, on a cost-effective research platform.  The FES 10 year strategic plan should include a nationally organized, advanced divertor tokamak experiment to develop the plasma science and demonstrate solutions to power exhaust and plasma-material interaction (PMI) challenges for FNSF/DEMO that scale to long-pulse and are compatible with attaining a burning
File Format	PDF HTM / HTML
Alternate Webpage(s)	https://www-internal.psfc.mit.edu/~labombard/FESAC-SPpaperInitiatives-LaBombard.pdf
Language	English
Access Restriction	Open
Content Type	Text
Resource Type	Article

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