Syllabus
* 1. Basics of computational physics
Main directions of computational physics. Mathematical and computer modelling. Fluid modelling. Molecular dynamics method. Priciples of theory of probability. Monte Carlo method.
* 2. Basics of plasma physics
Charakterisation of plasma, basic types of plasma, plasma isothermal and nonisothermal. Quasineutrality of plasma. Debye shielding.
* 3.Theoretical description of plasma
Kinetic description of plasma, Boltzmann equation, conservation laws. Magnetohydrodynamic description of plasma, generalized Ohm´s law. Connection between kinetic and magnetohydrodynamic descriptions of plasma.
Annotation
Basics of computational physics. Computer modelling.
Basics of plasma physics. Theoretical description of plasma.