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Development path of low aspect ratio tokamak power plants
R. D. Stambaugh
, V. S. Chan
, R. L. Miller
, P. M. Anderson
, H. K. Chiu
, S. C. Chiu
, C. B. Forest
,
C. M. Greenfield
, T. H. Jensen
, R. J. La Haye
, L. L. Lao
, Y. R. Lin-Liu
, A. Nerem
, R. Prater
, P. A. Politzer
, H. St. John
, M. J. Schaffer
,
G. M. Staebler
, T. S. Taylor
, A. D. Turnbull
C. P.C. Wong
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Research output
:
Contribution to journal
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Article
›
peer-review
10
Scopus citations
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Engineering
Advanced Fuel
20%
Aspect Ratio
100%
Current Drive
20%
Electric Power Plant
100%
Engineering
20%
Initial Cost
20%
Neutron Flux
20%
Neutronics
20%
Power Density
20%
Power Requirement
20%
Power Supply
20%
Resistance Change
20%
Tokamak Device
100%
Physics
Aspect Ratio
100%
Ballooning Modes
20%
Electric Power
20%
Flux (Rate)
20%
Magnetism
40%
Neutronics
20%
Physics
60%
Plasma Current
20%
Tokamak Device
100%
Turbogenerator
20%