## Unified Plasma Fluid/kinetic Equations for Tokamak Microinstability and Turbulence Studies |

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### Contents

Basic Perturbed Fluid Moment Equations | 8 |

Drift Kinetic ChapmanEnskog Equations | 25 |

Closure Relations In A Sheared Slab Geometry General | 44 |

4 other sections not shown

### Common terms and phrases

adiabatic limit Appendix approximation assumed asymptotic Braginskii equations Braginskii's calculate Chapman-Enskog-type approach chapter closure relations collision frequency collision operator collisional drift wave collisionless continuity equation Coulomb collision defined derived diamagnetic convective term diamagnetic drift DIII-D dispersion relation distribution function drift kinetic equation drift ordering electrostatic equilibrium European Physical Society evolution equation fluctuation fluid collisional limit fluid equations fluid limit fluid moment equations frictional force gradient gyrokinetic equation Gyrophase averaging gyroradius gyroviscous cancellation gyroviscous force gyroviscous stress tensor instabilities ion Landau damping J. D. Callen k^vt kinetic effects Laguerre Polynomial Landau damping effects Landau resonance effects last term linear lowest order micro-tearing mode momentum balance equation momentum restoring terms nonlinear nonlocal obtain Ohm's law perturbed plasma kinetic equation Plasma Physics polarization drift quasineutrality rational surface sheared slab geometry simplified solving stress tensor temperature thesis tokamak trapped particle effects untrapped viscosity