Syllabus
*
1. Advanced techniques of computer modelling Particle modelling deterministic, particle modelling stochastic, hybrid particle modelling, algorithms of fluid modelling. *
2. Modelling of physical processes in low-temperature plasma Study of electron energy distribution function in the volume of plasma. Study of plasma-solid interaction. Self-consistent one-dimensional models. Self-consistent two-dimensional and three-dimensional models. Non self-consistent modelling. *
3. Modelling of physical processes in high-temperature plasma Problem formulation. Particle modelling algorithms in the presence of magnetic field. More-dimensional particle models. Fluid modelling in both low- and high-temperature plasma physics. *
4. Modelling in plasma chemistry Continuity equations. Solution of stiff sets of equations. Application to the discharge in inert gas mixtures containing oxygen. Application to decomposition of hydrocarbons.
Annotation
Advanced techniques of computer modelling - particle modelling deterministic, stochastic and hybrid, fluid modelling. Modelling of physical processes in low-temperature plasma, high-temperature plasma and in plasma chemistry - study of volume processes in plasma and physical processes during plasma-solid interaction.