FUNDAMENTALS
1) Elementary processes and fundamental data
2) Thermodynamics and transport phenomena
3) Plasma wall interactions, electrode and surface effects
4) Collective and nonlinear phenomena

MODELLING, SIMULATION AND DIAGNOSTICS
5) Modeling and simulation techniques
6) Plasma diagnostic methods

PLASMA SOURCES AND DISCHARGE REGIMES
7) Astrophysical, geophysical and other natural plasmas
8) Low pressure plasmas
9) High frequency discharges
10) Non-equilibrium plasmas and microplasmas at high pressures
11) Thermal plasmas
12) Complex and dusty plasmas, ion-ion plasmas, mixed phase plasmas
13) Plasma created by external sources of ionization

APPLICATIONS
14) Plasma processing of surfaces and particles
15) High pressure and thermal plasma processing
16) Plasma lamps and radiation sources
17) Medical, biological, environmental and aeronautical applications
18) Plasma power and pulsed power technology, particle sources