Fusion Plasma Science and NSO

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Fusion Plasma Science and NSO Dale M. Meade National FIRE Design Study Team Next Step Options Program Advisory Committee Meeting General Atomics, San Diego, CA. July 20, 2000 http://fire.pppl.gov
The Tokamak has the Potential to be an Attractive Fusion Reactor. Bto = 2.1 T R = 3.2 m ARIES-ST (1 GWe) B = 8 T R = 5.5 m ARIES-RS (1 GWe) B = 6 T R = 5.2 m ARIES-AT (1 GWe) Fusion Metrics ARIES-ST ARIES-RS ARIES-AT* FIRE Plasma Volume (m 3 ) 810 350 330 18 Plasma Surface (m 2 ) 580 440 426 60 Plasma Current (MA) 30 11 13 6.5 Fusion Power (MW) 3000 2200 1755 200 Fusion Power Density(MW/m 3 ) 3.7 6.2 5.3 12 Neutron Wall Load (MW/m 2 ) 4 4 3.5 3 COE Projected (mils/kWh) 81 76 ≈55 * 6/14/2000 B = 10 T R = 2 m FIRE AR RS-ST/ARIES-AT/FIRE/DC
Page 1: Laboratories are Needed to Explore,
Page 5 and 6: Issues - Standard Model Transport M
Page 7 and 8: Magnetic Fusion Science Part II Iss
Page 9 and 10: There are Three Principal Fusion Co
Page 11 and 12: Is the Tokamak Ready to Explore the
Page 13 and 14: Purpose of the Next Step Status - p
Page 15 and 16: Optimizing a Tokamak Next Step Expe
Page 17 and 18: Critical Issues for NSO and Magneti

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