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Performance predictions of RF heated plasma in EAST
S. Ding
, B. Wan
, X. Zhang
, R. V. Budny
, Y. Guo
, D. McCune
, P. Xu
, J. Yang
, J. Qian
, Y. Shi
, F. Wang
,
S. M. Kaye
PPPL NSTX
Research output
:
Contribution to journal
›
Article
›
peer-review
10
Scopus citations
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Keyphrases
Performance Prediction
100%
Radio Frequency
100%
Experimental Advanced Superconducting Tokamak
100%
Ion Cyclotron Resonant Heating
60%
High Power
40%
Scenario Development
40%
H-mode Plasmas
40%
L-mode
40%
Thermal Diffusivity
20%
Heavy Ions
20%
Tokamak
20%
Heating System
20%
Temperature Measurement
20%
Tokamak Plasma
20%
Parameter Optimization
20%
Plasma Parameters
20%
Power Limit
20%
Transport Model
20%
Linear Relation
20%
Discharge Time
20%
Stored Energy
20%
Heating Process
20%
Auxiliary Heating
20%
Power Fraction
20%
Lower Hybrid Current Drive
20%
Auxiliary Power
20%
Volt-second
20%
Heating Simulation
20%
Deposition Behavior
20%
Physics
Tokamak Device
100%
Diffusivity
16%
Transport Theory
16%