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Robert E. Peale

Department of Physics, UCF

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    • Plasma Physics
    • Nuclear Physics
    • Electricity and Magnetism I
    • Electricity and Magnetism II
    • Electrodynamics I
    • Electrodynamics II
    • Electrodynamics III
    • Fluid Mechanics
    • Quantum Mechanics
    • Elasticity
    • Josephson Junction Detectors
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Plasma Physics

Plasma 1 Occurrence, definition, temperature
Plasma 2 Debye shielding, plasma parameter, criteria
Plasma 3 Applications
Plasma 4 Uniform constant E&B
Plasma 5 Drift due to gravity, grad B, and curved B
Plasma 6 Magnetic mirrors
Plasma 7 Non-uniform E
Plasma 8 Time-varying E,B
Plasma 9 Adiabatic invariants
Plasma 10 Permittivity
Plasma 11 Convective derivative, stress tensor
Plasma 12 Fluid equations
Plasma 13 Fluid drift perp to B
Plasma 14 Fluid drift par to B, Plasma Approximation
Plasma 15 Waves, group velocity, plasma oscillations
Plasma 16 Electron plasma waves
Plasma 17 Sound waves, ion waves
Plasma 18 Goodness of plasma approx., ion vs electron waves
Plasma 19 Electrostatic electron oscillations perpendicular to B
Plasma 20 Electrostatic Ion Waves Perpendicular to B
Plasma 21 Lower hybrid frequency, EM waves with B0=0, Applications
Plasma 22 EM waves perpendicular to B0

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