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NCSX plasma heating methods
H. W. Kugel
, D. Spong
,
R. Majeski
, M. Zarnstorff
PPPL Tokamak Expermntl Science
Research output
:
Contribution to journal
›
Article
›
peer-review
6
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Scopus citations
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Keyphrases
Stellarator
100%
Plasma Heating
100%
Heating Process
100%
Neutral Beam Injection
75%
Neutral Beam
50%
Current Drive
50%
Heating System
50%
Pulse Length
50%
Heating Efficiency
50%
Beam Ions
50%
Ion Bernstein Wave
50%
Wave Heating
50%
Mode Conversion
50%
Radio-frequency Systems
50%
Heating Neutral Beam
50%
Injection Location
25%
Magnetic Field
25%
Impurities
25%
Experiment Planning
25%
Electron Cyclotron Heating
25%
Shear Flow
25%
Ion Heating
25%
Toroidal Plasma
25%
Size Field
25%
External Control
25%
Tangential Injection
25%
Chamber Wall
25%
Plasma Rotation
25%
Fast Electrons
25%
Neutral Beam Injector
25%
Vacuum Chamber
25%
Initial Modes
25%
Ohmic Heating
25%
Loss Pattern
25%
Rotation Velocity
25%
Beam Delivery
25%
Parameter Study
25%
If Current
25%
Tangencies
25%
Injection Frequency
25%
RF Heating
25%
Higher Harmonic Waves
25%
Radiofrequency
25%
Beam Heating
25%
Location Patterns
25%
Physics
Neutral Beams
100%
Stellarator
100%
Plasma Heating
100%
Beam Injection
71%
Ion Beam
28%
Harmonics
14%
Magnetic Field
14%
Electron Cyclotron Heating
14%
Toroidal Plasmas
14%
Energetics
14%
Radio Frequency Heating
14%