'Heating power' presentation slideshows

Experimental study of pedestal turbulence on EAST tokamak

Experimental study of pedestal turbulence on EAST tokamak. Xiang Gao * on behalf of EAST team Institute of Plasma Physics, Chinese Academy of Sciences, P.O.Box 1126,Hefei,Anhui 230031,China *xgao@ipp.ac.cn. 2015 BOUT++ mini-workshop, LLNL, USA, Dec. 16-18, 2015. EAST experimental setup.

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R&D activities in Florence

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Direct Profile Extrapolation Method for the Deductive Procedure of Fusion Reactor Design

US-Japan Workshop on Fusion Power Plants and Related Advanced Technologies with participations of EU and Korea ? 22-24 Feb. 2011 ?. Direct Profile Extrapolation Method for the Deductive Procedure of Fusion Reactor Design. J. Miyazawa National Institute for Fusion Science, Japan.

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XGC1 at NSTX T&T TSG Theory/Experiment Meeting September 27, 2013 Presneted by C.S. Chang

XGC1 at NSTX T&T TSG Theory/Experiment Meeting September 27, 2013 Presneted by C.S. Chang on behalf of S. Ku, R. Hager, J. Lang, D. Stotler, S. Ethier, and the EPSI Team More contents related to edge/SOL phyiscs will be presented at the Edge/SOL TSG Theory/Experiment Meetings.

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Physics of fusion power

Physics of fusion power. Lecture 12: Diagnostics / heating. Contents. Heating Ohmic Neutral beam Transport Classical transport. Collisions. Previously derived Velocity scaling surprising related to

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Presentation of product

Presentation of product. ECONOMICAL AIR HEATING. Production capacity. No. 1 design in the Word. Lowest price per kilowatt. Easier and estetic installation. Components from market leaders. New heater. VR1, 10-30 kW, 5500 m3/h VR2, 30-60 kW, 5200 m3/h.

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H-1 Heliac: Parameters

H-1 Heliac: Parameters. 3 period heliac: 1992 Major radius 1m Minor radius 0.1-0.2m Vacuum chamber 33m 2 Aspect ratio 5+ Magnetic Field 1 Tesla (0.2 DC) Heating Power 0.2(0.4)MW GHz ECH 0.3MW 6-25MHz ICH Parameters: achieved / expected n 3e18/1e19 T ~100eV(T i )/0.5-1keV(T e )

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L-H Threshold Power Study - Ramp-Up vs Steady I p Phase -

L-H Threshold Power Study - Ramp-Up vs Steady I p Phase -. S. M. Kaye. Objective is to determine P LH in ramp vs steady conditions at constant I p. High priority issue for ITER Implications for scenario development, heating power systems ITPA Joint Expt : PEP-33

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Complete heating for poultry houses

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