October 6-10, 2014
Kinetics of elementary processes in plasma, combustion, and atmosphere.
Fundamentals of ignition and combustion of organic, metallized, and synthetic fuels.
Physics of shock and detonation waves.
Novel combustion concepts including plasma-assisted and laser-induced combustion.
Physics and chemistry of high speed gas flows.
Novel physical and chemical propulsion concepts.
Combustion, laser and plasma generated aerosols and nanoparticles.
Plasma, laser and combustion assisted technologies, fuel reforming, nanomaterials and surface treatment.
Gaseous and particulate pollutant formation and pollution control.
Impact of pollutant emission on the atmospheric processes and climate.