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Microtearing modes in tokamak discharges
T. Rafiq
, J. Weiland
, A. H. Kritz
, L. Luo
,
A. Y. Pankin
Research output
:
Contribution to journal
›
Article
›
peer-review
33
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Scopus citations
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Keyphrases
Tokamak Discharge
100%
Microtearing Mode
100%
Dispersion Relation
28%
Collisionality
28%
Electron Heat Transport
28%
Magnetic Perturbations
28%
Nonlinear Dispersion Relation
28%
Field Lines
14%
Fluid Dispersion
14%
Electron Density Gradient
14%
Distribution Function
14%
Saturation Level
14%
Predictive Modeling
14%
Slab Geometry
14%
Envelope Equation
14%
Propagation Vector
14%
Parallel Current
14%
Nonlinear Methods
14%
Model Code
14%
Kinetic Approach
14%
Magnetic Curvatures
14%
Wave System
14%
Fluid Kinetics
14%
Third-order Effects
14%
Third-order Nonlinear Effect
14%
Kinetic Dispersion Relation
14%
Mode Amplitude
14%
Electron Temperature Gradient
14%
Electrostatic Fluctuations
14%
Parallel Propagation
14%
Physics
Tokamak Device
100%
Transportation
100%
Electron Energy
25%
Electron Density
25%
Distribution Function
25%
Temperature Gradients
25%
Electrostatics
25%
Nonlinear Effect
25%
Density Gradient
25%