Advance Plasma Physics: Course Outline (PH-617)

• Review of motion of a charged particle in electric and magnetic fields.
• Two-fluid equations.
• Diamagnetic drift, and electrostatic and electromagnetic waves in cold plasma.
• Diffusion in fully and partially ionized plasmas. 
• Steady state solutions.
• Recombination.
• Diffusion across a magnetic field. .
• Collisions in fully ionized plasmas. 
• The single fluid MHD equations.
• Solution of diffusion equation.
• Bohm diffusion and neoclassical diffusion.
• Hydromagnetic equilibrium and plasma β.
• Diffusion of magnetic field into a plasma.
• Classification of instabilities.
• Two-streaming instability.
• Rayleigh-Taylor instability. 
• Resistive drift waves.
• Introduction to kinetic theory of plasmas. 
• Equations of kinetic theory.
• Derivation of the fluid equation. 
• Plasma oscillations.
• Langmuir waves and Landau damping.
• Introduction to controlled fusion and confinement schemes.
• Description of Tokamak and pinch devices.
• Supplementary heating.

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