Введение в теорию плазмы на английском языке, 72 с.
Lecture 1 Definition
Lecture 2 Debye schielding
Lecture 3 Thermodynamic equilibrium, Saha formula
Lecture 4 Collisions
Lecture 5 Relaxation of momentum and energy. Distribution function in equilibrium. Plasma conductivity. Runaway electrons.
Lecture 6 Elementary processes in plasma. Collision ionization, triple recombination, photoionization, photorecombination. Coronal equilibrium. Elvert formula.
Lecture 7 Particle motion in electromagnetic fields. Drift approximation. Electric, magnetic and centrifugal drift. Conservation of magnetic momentum.
Lecture 8 Adiabatic invariants, magnetic mirror.
Lecture 9 Kinetic equation with self-consistent fields.
Lecture 10 Momenta of kinetic equation. Magnetic hydrodynamics: two-fluid and single-fluid approximations.
Lecture 11 Plasma transport. Magnetic fields. Ambipolar diffusion. Bohm’s diffusion. Hall effect. Generalized Ohm’s law.
Lecture 12 Nuclear fusion reactions. Coulomb barrier. Lawson criterion.
Lecture 13 Laser plasma interaction
Lecture 14 Cold plasma
Lecture 15 Schroedinger Equation
Lecture 16 Wakefields
Lecture 1 Definition
Lecture 2 Debye schielding
Lecture 3 Thermodynamic equilibrium, Saha formula
Lecture 4 Collisions
Lecture 5 Relaxation of momentum and energy. Distribution function in equilibrium. Plasma conductivity. Runaway electrons.
Lecture 6 Elementary processes in plasma. Collision ionization, triple recombination, photoionization, photorecombination. Coronal equilibrium. Elvert formula.
Lecture 7 Particle motion in electromagnetic fields. Drift approximation. Electric, magnetic and centrifugal drift. Conservation of magnetic momentum.
Lecture 8 Adiabatic invariants, magnetic mirror.
Lecture 9 Kinetic equation with self-consistent fields.
Lecture 10 Momenta of kinetic equation. Magnetic hydrodynamics: two-fluid and single-fluid approximations.
Lecture 11 Plasma transport. Magnetic fields. Ambipolar diffusion. Bohm’s diffusion. Hall effect. Generalized Ohm’s law.
Lecture 12 Nuclear fusion reactions. Coulomb barrier. Lawson criterion.
Lecture 13 Laser plasma interaction
Lecture 14 Cold plasma
Lecture 15 Schroedinger Equation
Lecture 16 Wakefields