| GoTo | |
| GoTo | |
Programme: | |
| 1. Kinetics, thermodynamics and transport phenomena 2. Elementary processes 3. Low-pressure glows 4. Coronas, sparks, surface discharge and high pressure glows 5. Arc discharges 6. High-frequency discharges 7. Ionospheric, magnetospheric, and astrophysical plasmas 8. Plasma diagnostic methods 9. Plasma wall interactions, electrode and surface effects 10. Physical aspects of plasma chemistry, plasma processing of surfaces and thin film technology 11. Generation and dynamics of plasma flows 12. Non-ideal plasmas. Clusters and dusty plasmas 13. Waves and instabilities, including shock waves 14. Nonlinear phenomena, self-organization and chaos 15. Particle and laser beam interaction with plasmas 16. Plasma sources of radiation 17. Numerical modelling 18. Plasmas for environmental issues 19. Highly ionized, low-pressure plasmas (plasma thrusters, ion sources and surface treatment) 20. High-pressure, non-thermal plasmas | |